Download results in JSON format
UID | Acronym | Name | Rel | Groups | % | WI-tdoc | Rapporteur | links |
---|---|---|---|---|---|---|---|---|
1030042 | FS_5GSAT_Ph4 | Study on satellite access - Phase 4 | Rel-20 | S1 | 0% | SP-240495 | Thierry Bérisot, Novamint | [JSN] |
1030043 | FS_FRMCS_Ph6 | Study on FRMCS Phase 6 | Rel-20 | S1 | 0% | SP-240199 | Nikolopoulou, Vassiliki, UIC, | [JSN] |
1030044 | FS_EnergyServ_Ph2 | Study on Energy Efficiency as Service Criteria Phase 2 | Rel-20 | S1 | 0% | SP-240494 | Laurent-WalterGoix, Nokia | [JSN] |
1020060 | EnergyServ | Energy Efficiency as Service Criteria | Rel-19 | 57% | SP-230520 | Xiaonan Shi, CMCC | [JSN] | |
960019 | FS_EnergyServ | Study on Energy Efficiency as service criteria | Rel-19 | S1 | 100% | SP-230235 | Xiaonan Shi, CMCC | [JSN] |
1000033 | EnergyServ | Stage 1 of Energy Efficiency as Service Criteria | Rel-19 | S1 | 100% | SP-230520 | Xiaonan Shi, CMCC | [JSN] |
1010029 | FS_EnergySys | Study on Energy Efficiency and Energy Saving | Rel-19 | S2 | 55% | SP-231391 | Jungshin Park (Samsung) | [JSN] |
1020021 | FS_Energy_OAM_Ph3 | Study on energy efficiency and energy saving aspects of 5G networks and services | Rel-19 | S5 | 10% | SP-231723 | Jean-Michel Cornily (Huawei) | [JSN] |
1030038 | FS_Energy_Sec | Study on security aspects of energy saving in 5G | Rel-19 | S3 | 0% | SP-240512 | Bo Bjerrum | [JSN] |
1020095 | Netw_Energy_NR_enh | Enhancements of Network energy savings for NR | Rel-19 | 2% | RP-240170 | Ericsson | [JSN] | |
1021095 | Netw_Energy_NR_enh-Core | Core part: Enhancements of Network energy savings for NR | Rel-19 | R1 | 5% | RP-240170 | Ajit Nimbalker, Ericsson | [JSN] |
1022095 | Netw_Energy_NR_enh-Perf | Perf. part: Enhancements of Network energy savings for NR | Rel-19 | R4 | 0% | RP-240170 | Ajit Nimbalker, Ericsson | [JSN] |
1030067 | Netw_Energy_NR-UEConTest | UE Conformance - Network energy savings for NR | Rel-18 | R5 | 0% | RP-240291 | Huawei | [JSN] |
1030004 | FS_MediaEnergyGREEN | Study on Media enerGy consumption exposuRE and EvaluatioN framework | Rel-19 | S4 | 0% | SP-240481 | Julien Lemotheux, Orange, | [JSN] |
1020094 | NR_LPWUS | Low-power wake-up signal and receiver for NR (LP-WUS/WUR) | Rel-19 | 4% | RP-240801 | vivo | [JSN] | |
1021094 | NR_LPWUS-Core | Core part: Low-power wake-up signal and receiver for NR (LP-WUS/WUR) | Rel-19 | R1 | 8% | RP-240801 | Xueming Pan, vivo | [JSN] |
1022094 | NR_LPWUS-Perf | Perf. part: Low-power wake-up signal and receiver for NR (LP-WUS/WUR) | Rel-19 | R4 | 0% | RP-240801 | Xueming Pan, vivo | [JSN] |
950008 | FS_AIML_MT_Ph2 | Study on AI/ML Model Transfer Phase2 | Rel-19 | S1 | 100% | SP-220439 | Yang Xu, OPPO | [JSN] |
1000030 | AIML_MT_Ph2 | AI/ML Model Transfer Phase 2 | Rel-19 | S1 | 100% | SP-230514 | Yang Xu, OPPO | [JSN] |
1020068 | FS_AIML_CN | Study on Core Network Enhanced Support for Artificial Intelligence (AI)/Machine Learning (ML) | Rel-19 | S2 | 25% | SP-231800 | Xiaobo Wu, vivo | [JSN] |
1030035 | FS_AIML_CN_SEC | Study on security aspects of Core Network Enhanced Support for AIML | Rel-19 | S3 | 0% | SP-240509 | Chang Liu, | [JSN] |
1020007 | FS_AIML_MGT_Ph2 | Study on AI/ML management - phase 2 | Rel-19 | S5 | 0% | SP-231780 | Yizhi Yao (Intel) | [JSN] |
1010005 | FS_AIMLAPP | Study on application layer support for AI/ML services | Rel-19 | S6 | 55% | SP-231182 | Pateromichelakis, Emmanouil (Manos) | [JSN] |
1020083 | FS_NR_AIML_NGRAN_enh | Study on enhancements for Artificial Intelligence (AI)/Machine Learning (ML) for NG-RAN | Rel-19 | R3 | 0% | RP-240323 | ZTE | [JSN] |
1020084 | FS_NR_AIML_Mob | Study on Artificial Intelligence (AI)/Machine Learning (ML) for mobility in NR | Rel-19 | R2 | 0% | RP-240082 | Zhongda Du, OPPO | [JSN] |
1020093 | NR_AIML_air | Artificial Intelligence (AI)/Machine Learning (ML) for NR air interface | Rel-19 | 2% | RP-240774 | Qualcomm | [JSN] | |
1021093 | NR_AIML_air-Core | Core part: Artificial Intelligence (AI)/Machine Learning (ML) for NR air interface | Rel-19 | R1 | 5% | RP-240774 | Juan Montojo (RAN1); Xiaofeng Liu (RAN4); Marco Belleschi (RAN2/RAN3), Qualcomm; CAICT; Ericsson | [JSN] |
1022093 | NR_AIML_air-Perf | Perf. part: Artificial Intelligence (AI)/Machine Learning (ML) for NR air interface | Rel-19 | R4 | 0% | RP-240774 | Juan Montojo (RAN1); Xiaofeng Liu (RAN4); Marco Belleschi (RAN2/RAN3), Qualcomm; CAICT; Ericsson | [JSN] |
1020055 | AmbientIoT | Ambient power-enabled Internet of Things | Rel-19 | 74% | SP-231403 | Xu, Weijie, OPPO | [JSN] | |
950004 | FS_AmbientIoT | Study on Ambient power-enabled Internet of Things | Rel-19 | S1 | 100% | SP-220085 | Rapporteur:Xu, weijie, OPPO | [JSN] |
1020071 | FS_AmbientIoT | Study on Architecture support of Ambient power-enabled Internet of Things | Rel-19 | S2 | 25% | SP-231803 | Runze Zhou (Huawei) | [JSN] |
1020030 | AmbientIoT | Stage 1 of Ambient power-enabled Internet of Things | Rel-19 | S1 | 95% | SP-231403 | Xu, Weijie, OPPO | [JSN] |
1020085 | FS_Ambient_IoT_solutions | Study on solutions for Ambient IoT (Internet of Things) in NR | Rel-19 | R1 | 8% | RP-240826 | Xiaodong Shen, CMCC | [JSN] |
1030031 | FS_Ambient_IoT_Sec | Study on Security Aspect of Ambient IoT Services in 5G | Rel-19 | S3 | 0% | SP-240506 | Marcus Wong, | [JSN] |
1020058 | 5GSAT_Ph3 | Satellite access Phase 3 | Rel-19 | 74% | SP-230516 | Rapporteur: Thierry Bérisot, Novamint | [JSN] | |
960016 | FS_5GSAT_Ph3 | Study on satellite access - Phase 3 | Rel-19 | S1 | 100% | SP-220679 | Rapporteur: Thierry Bérisot, Novamint | [JSN] |
1000024 | 5GSAT_Ph3 | Stage 1 of Satellite access Phase 3 | Rel-19 | S1 | 100% | SP-230516 | Rapporteur: Thierry Bérisot, Novamint | [JSN] |
1010033 | FS_5GSAT_Ph3_ARCH | Study on Integration of satellite components in the 5G architecture Phase 3 | Rel-19 | S2 | 55% | SP-231199 | Jean-Yves Fine (Thales) | [JSN] |
1020053 | FS_5GSAT_Ph3_App | Study on application enablement for Satellite access enabled 5G Services | Rel-19 | S6 | 25% | SP-240296 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
1020044 | FS_5GSAT_Ph3_SEC | Study on Security Aspects of 5G Satellite Access Phase 3 | Rel-19 | S3 | 10% | SP-240232 | Zhou Wei | [JSN] |
1020097 | NR_NTN_Ph3 | Non-Terrestrial Networks (NTN) for NR Phase 3 | Rel-19 | 2% | RP-240775 | Thales | [JSN] | |
1021097 | NR_NTN_Ph3-Core | Core part: Non-Terrestrial Networks (NTN) for NR Phase 3 | Rel-19 | R2 | 5% | RP-240775 | Nicolas Chuberre, Thales | [JSN] |
1022097 | NR_NTN_Ph3-Perf | Perf. part: Non-Terrestrial Networks (NTN) for NR Phase 3 | Rel-19 | R4 | 0% | RP-240775 | Nicolas Chuberre, Thales | [JSN] |
1020096 | IoT_NTN_Ph3 | Non-Terrestrial Networks (NTN) for Internet of Things (IoT) Phase 3 (for LTE) | Rel-19 | 0% | RP-240776 | Mediatek | [JSN] | |
1021096 | IoT_NTN_Ph3-Core | Core part: Non-Terrestrial Networks (NTN) for Internet of Things (IoT) Phase 3 | Rel-19 | R2 | 0% | RP-240776 | Mediatek | [JSN] |
1032087 | IoT_NTN_Ph3-Perf | Perf. part: Non-Terrestrial Networks (NTN) for Internet of Things (IoT) Phase 3 | Rel-19 | R4 | 0% | RP-240776 | Mediatek | [JSN] |
1030076 | LTE_TN_NR_NTN_mob | Inter-RAT mode mobility support from E-UTRAN TN to NR NTN | Rel-19 | R2 | 0% | RP-240846 | Thales | [JSN] |
1031076 | LTE_TN_NR_NTN_mob-Core | Core part: Inter-RAT mode mobility support from E-UTRAN TN to NR NTN | Rel-19 | R2 | 0% | RP-240846 | Thales | [JSN] |
1030086 | NR_IoT_NTN_req_test_enh | Enhanced requirements and test methodology for NR NTN and IoT NTN | Rel-19 | R4 | 0% | RP-240857 | Samsung | [JSN] |
1031086 | NR_IoT_NTN_req_test_enh-Core | Core part: Enhanced requirements and conductive test methodology for NR NTN and IoT NTN | Rel-19 | R4 | 0% | RP-240857 | Samsung | [JSN] |
1032086 | NR_IoT_NTN_req_test_enh-Perf | Perf. Part: Enhanced requirements and conductive test methodology for NR NTN and IoT NTN | Rel-19 | R4 | 0% | RP-240857 | Samsung | [JSN] |
1020056 | Metaverse | Localized Mobile Metaverse Services | Rel-19 | 65% | SP-230509 | Guttman, Erik, Samsung | [JSN] | |
950005 | FS_Metaverse | Study on Localized Mobile Metaverse Services | Rel-19 | S1 | 100% | SP-220353 | Guttman, Erik, Samsung | [JSN] |
1000028 | Metaverse | Stage 1 of Localized Mobile Metaverse Services | Rel-19 | S1 | 100% | SP-230509 | Guttman, Erik, Samsung | [JSN] |
1020052 | FS_Metaverse_App | Study on application enablement for Localized Mobile Metaverse Services | Rel-19 | S6 | 30% | SP-231806 | Shah, Sapan, Samsung | [JSN] |
1030039 | FS_Metaverse_Sec | Study on security aspects of 5G Mobile Metaverse services | Rel-19 | S3 | 0% | SP-240508 | Rohini Rajendran, | [JSN] |
1010032 | FS_XRM_Ph2 | Study on Extended Reality and Media service (XRM) Phase 2 | Rel-19 | S2 | 45% | SP-231671 | Primary Rapporteur: Devaki Chandramouli (Nokia) | [JSN] |
1020051 | FS_XRApp | Study on Application enabler for XR Services | Rel-19 | S6 | 20% | SP-2315739 | Zheng, Shaowen, CMCC | [JSN] |
990052 | XRMobility | Supporting UE Mobility for XR Services | Rel-19 | S1 | 100% | SP-230233 | Xiaonan Shi, ChinaMobile | [JSN] |
1020098 | NR_XR_Ph3 | XR (eXtended Reality) for NR Phase 3 | Rel-19 | 1% | RP-240791 | Nokia | [JSN] | |
1021098 | NR_XR_Ph3-Core | Core part: XR (eXtended Reality) for NR Phase 3 | Rel-19 | R2 | 2% | RP-240791 | Benoist S bire, Nokia | [JSN] |
1022098 | NR_XR_Ph3-Perf | Perf. part: XR (eXtended Reality) for NR Phase 3 | Rel-19 | R4 | 0% | RP-240791 | Benoist S bire, Nokia | [JSN] |
1030045 | Indirect Network Sharing | Rel-19 | 74% | [JSN] | ||||
950006 | FS_NetShare | Study on Network Sharing Aspects | Rel-19 | S1 | 100% | SP-220087 | Wei, Qun, China Unicom | [JSN] |
1000029 | NetShare | (Stage 1 of) Indirect Network Sharing | Rel-19 | S1 | 100% | SP-230511 | Wei, Qun, China Unicom | [JSN] |
1030011 | TEI19_NetShare | (Stage 2 of) Indirect Network Sharing | Rel-19 | S2 | 0% | SP-240488 | Xing, Tianqi, China Unicom, | [JSN] |
1030046 | Roaming Value-Added Services | Rel-19 | 45% | [JSN] | ||||
960015 | FS_RVAS | Study on roaming value added services | Rel-19 | S1 | 100% | SP-220442 | Peter Bleckert, Ericsson | [JSN] |
990051 | RVAS | Roaming Value-Added Services | Rel-19 | S1 | 100% | SP-230231 | Peter Bleckert, Ericsson | [JSN] |
1030013 | TEI19_RVAS | Architecture support of roaming value-added services | Rel-19 | S2 | 0% | SP-240119 | Qian Chen, Ericsson, | [JSN] |
1030002 | VOPS | Video Operating Points - Harmonization and Stereo MV-HEVC | Rel-19 | S4 | 0% | SP-240060 | Waqar Zia | [JSN] |
1030003 | SR_IMS | Split rendering over IMS | Rel-19 | S4 | 0% | SP-240492 | He, Shane, Nokia Corporation | [JSN] |
1030005 | FS_MeMe | Study on Media Messaging | Rel-19 | S4 | 0% | SP-240477 | Thomas Stockhammer, Qualcomm Incorporated, | [JSN] |
1030006 | FS_AMD | Study on Advanced Media Delivery | Rel-19 | S4 | 0% | SP-240478 | Thomas Stockhammer, Qualcomm Incorporated, | [JSN] |
1030007 | FS_5G_RTP_Ph2 | Study of 5G Real-time Transport Protocol Configurations, Phase 2 | Rel-19 | S4 | 0% | SP-240482 | Igor Curcio, Nokia Corporation | [JSN] |
1030008 | FS_Beyond2D | Study on Beyond 2D Video | Rel-19 | S4 | 0% | SP-240479 | Jiayi Xu, | [JSN] |
1030009 | FS_ACAPI | Study on Audio Codec APIs | Rel-19 | S4 | 0% | Stefan Döhla | [JSN] | |
1000027 | SecNPN | Non-Public Network (NPN) security considerations | Rel-19 | S1 | 100% | SP-230523 | Yinglin Chen, China Telecom | [JSN] |
1020039 | PLMNNPN_SEC | Study on security for PLMN hosting a NPN | Rel-19 | S3 | 25% | SP-231786 | Jun Shen | [JSN] |
1030016 | TEI19_ProSe_NPN | ProSe support in NPN | Rel-19 | S2 | 0% | SP-240122 | Walter Dees, Philips International B.V., | [JSN] |
1030077 | NR_ENDC_RF_Ph4 | UE RF enhancements for NR FR1/FR2 and EN-DC, Phase 4 | Rel-19 | R4 | 0% | RP-240828 | Huawei | [JSN] |
1031077 | NR_ENDC_RF_Ph4-Core | Core part: UE RF enhancements for NR FR1/FR2 and EN-DC, Phase 4 | Rel-19 | R4 | 0% | RP-240828 | Huawei | [JSN] |
1032077 | NR_ENDC_RF_Ph4-Perf | Perf. part: UE RF enhancements for NR FR1/FR2 and EN-DC, Phase 4 | Rel-19 | R4 | 0% | RP-240828 | Huawei | [JSN] |
1030082 | NonCol_intraB_ENDC_NR_CA_Ph2 | Support of intra-band non-collocated EN-DC/NR-CA deployment Phase2: new receiver type(s) | Rel-19 | R4 | 0% | RP-240838 | KDDI | [JSN] |
1031082 | NonCol_intraB_ENDC_NR_CA_Ph2-Core | Core part: Support of intra-band non-collocated EN-DC/NR-CA deployment Phase2: new receiver type(s) | Rel-19 | R4 | 0% | RP-240838 | KDDI | [JSN] |
1032082 | NonCol_intraB_ENDC_NR_CA_Ph2-Perf | Perf. part: Support of intra-band non-collocated EN-DC/NR-CA deployment Phase2: new receiver type(s) | Rel-19 | R4 | 0% | RP-240838 | KDDI | [JSN] |
1030085 | TRP_TRS_MIMO_OTA_Ph3 | TRP (Total Radiated Power), TRS (Total Radiated Sensitivity) and MIMO OTA (Over the Air) testing enhancement Phase 3 | Rel-19 | R4 | 0% | RP-240841 | Vivo | [JSN] |
1031085 | TRP_TRS_MIMO_OTA_Ph3-Core | Core part: TRP (Total Radiated Power), TRS (Total Radiated Sensitivity) and MIMO OTA (Over the Air) testing enhancement Phase 3 | Rel-19 | R4 | 0% | RP-240841 | Vivo | [JSN] |
1032085 | TRP_TRS_MIMO_OTA_Ph3-Perf | Perf. part: TRP (Total Radiated Power), TRS (Total Radiated Sensitivity) and MIMO OTA (Over the Air) testing enhancement Phase 3 | Rel-19 | R4 | 0% | RP-240841 | Vivo | [JSN] |
1030040 | AKMA_Disable | AKMA service disabling in roaming | Rel-18 | S3 | 100% | SP-240246 | Khare, Saurabh | [JSN] |
1030010 | TEI19_OBGAD | On-demand broadcast of GNSS assistance data | Rel-19 | S2 | 0% | SP-240487 | Aihua Li, China Mobile | [JSN] |
1030012 | TEI19_MINPA | Minimize the Number of Policy Associations | Rel-19 | S2 | 0% | SP-240118 | Ericsson, Belen Pancorbo | [JSN] |
1030015 | TEI19_IP_SP_EXP | Enhancing Parameter Provisioning with static UE IP address and UP security policy | Rel-19 | S2 | 0% | SP-240121 | Stefan Rommer, Ericsson | [JSN] |
1030017 | TEI19_MLR4RTR | Multiple Location Procedure for Emergency LCS Routing | Rel-19 | S2 | 0% | SP-240123 | Simon Cai (Nokia Shanghai-Bell)Simon | [JSN] |
1030018 | TEI19_HSBO | Roaming traffic offloading via session breakout in HPLMN | Rel-19 | S2 | 0% | SP-240491 | Hyesung Kim, Samsung | [JSN] |
1030019 | TEI19_DLPMR | Deferred 5GC-MT-LR Procedure for Periodic Location Events based NRPPa Periodic Measurement Reports | Rel-19 | S2 | 0% | SP-240125 | Richard, Batorfi, Ericsson, | [JSN] |
1030020 | TEI19_QME | QoS monitoring enhancement | Rel-19 | S2 | 0% | SP-240489 | Aihua Li, China Mobile | [JSN] |
1030021 | TEI19_TIME_SUB_EPS | Subscription control for reference time distribution in EPS | Rel-19 | S2 | 0% | SP-240127 | Sebastian Speicher, Qualcomm | [JSN] |
1030022 | TEI19_VLANSUB | Providing per-subscriber VLAN instructions from UDM and DN-AAA | Rel-19 | S2 | 0% | SP-240128 | Stefan Rommer, Ericsson | [JSN] |
1030023 | TEI19_NFsel_by_tPLMN | NF discovery and selection by target PLMN | Rel-19 | S2 | 0% | SP-240490 | Dr. Thomas Belling, Nokia, | [JSN] |
1020057 | Sensing | Integrated Sensing and Communication | Rel-19 | 73% | SP-230750 | Aleksiev, Vasil, Deutsche Telekom AG | [JSN] | |
950003 | FS_Sensing | Study on Integrated Sensing and Communication | Rel-19 | S1 | 100% | SP-220717 | Aleksiev, Vasil, Deutsche Telekom | [JSN] |
1020054 | FS_SensingAPP | Study on Sensing application enabler for vertical applications | Rel-19 | S6 | 0% | SP-231579 | Yanmei Yang, Huawei | [JSN] |
1000026 | Sensing | Stage 1 of Integrated Sensing and Communication | Rel-19 | S1 | 100% | SP-230750 | Aleksiev, Vasil, Deutsche Telekom AG | [JSN] |
1020086 | FS_Sensing_NR | Study on channel modelling for Integrated Sensing And Communication (ISAC) for NR | Rel-19 | R1 | 6% | RP-240799 | Yingyang Li, Jerome Vogedes, Xiaomi, AT&T | [JSN] |
1020059 | UAS_Ph3 | Uncrewed Aerial System Phase 3 | Rel-19 | 60% | SP-230518 | Pengtai Qin , China Mobile | [JSN] | |
960017 | FS_UAV_Ph3 | Study on (Stage 1 of) UAV Phase 3 | Rel-19 | S1 | 100% | SP-220954 | Pengtai Qin , China Mobile | [JSN] |
1020069 | FS_UAS_Ph3 | Study on (Stage 2 of) Phase 3 for UAS, UAV and UAM | Rel-19 | S2 | 50% | SP-231801 | LaeYoung Kim (LG Electronics) | [JSN] |
1000032 | UAS_Ph3 | Stage 1 of Uncrewed Aerial System Phase 3 | Rel-19 | S1 | 100% | SP-230518 | Pengtai Qin , China Mobile | [JSN] |
1010008 | UASAPP_Ph3 | Application Architecture for UAS applications Phase 3 | Rel-19 | S6 | 40% | SP-230991 | Monrad, Atle, InterDigital | [JSN] |
1030033 | FS_UAS_Ph3_Sec | UAS security enhancements | Rel-19 | S3 | 0% | SP-240504 | Markus Hanhisalo, | [JSN] |
960018 | FS_DualSteer | Study on Upper layer traffic steering, switching and split over dual 3GPP access | Rel-19 | S1 | 100% | SP-220445 | Francesco Pica; Qualcomm | [JSN] |
1020031 | DualSteer | Upper layer traffic steering and switching over dual 3GPP access | Rel-19 | S1 | 95% | SP-231412 | Pica Francesco, Qualcomm | [JSN] |
1020070 | FS_MASSS | Study on Multi-Access (DualSteer and ATSSS_Ph4) | Rel-19 | S2 | 30% | SP-240467 | Krisztian Kiss (Apple) | [JSN] |
1030037 | FS_MASSS_Sec | Study on security aspects for Multi-Access (DualSteer + ATSSS Ph-4) | Rel-19 | S3 | 0% | SP-240511 | Kolekar, Abhijeet (Intel) | [JSN] |
1010022 | EdgeOpNeeds | Edge Computing Considering the Operational Needs of Service Hosting Environment | Rel-19 | S1 | 100% | SP-231037 | Yuying Zhang, China Telecom | [JSN] |
1020004 | FS_eEDGE_5GC_Ph3 | Study on Enhancement of support for Edge Computing in 5G Core network - Phase 3 | Rel-19 | S2 | 50% | SP-231796 | Changhong Shan (Intel) | [JSN] |
1030036 | FS_EDGE_Ph3 | Study on Security Aspects of Enhancement of Support for Edge Computing in 5GC phase 3 | Rel-19 | S3 | 0% | SP-240510 | Ge Yao, | [JSN] |
1020002 | FS_5G_Femto | Study on System aspects of 5G NR Femto | Rel-19 | S2 | 40% | SP-231797 | Malla Reddy Sama (NTT DOCOMO) | [JSN] |
1030028 | FS_5G_Femto_Sec | Study on security aspects of 5G NR Femto Document for: Approval | Rel-19 | S3 | 0% | SP-240505 | Peilin LIU (ZTE) | [JSN] |
1020066 | FS_5G_ProSe_Ph3 | Study on Proximity-based Services in 5GS Phase 3 | Rel-19 | S2 | 45% | SP-231798 | Hugh Shieh (AT&T) | [JSN] |
1030034 | FS_5G_ProSe_Ph3_SEC | Study on Security Aspects of Enhancement for Proximity Based Services in 5GS Phase 3 | Rel-19 | S3 | 0% | SP-240513 | Lei, Ao (Huawei) | [JSN] |
1020067 | FS_VMR_Ph2 | Study on Vehicle Mounted Relays Phase 2 | Rel-19 | S2 | 40% | SP-240493 | Primary Rapporteur: Hong Cheng (Qualcomm) | [JSN] |
1020063 | FS_UIA_ARC | Study on User Identities and Authentication Architecture | Rel-19 | S2 | 35% | SP-231804 | Michael Starsinic, Interdigital | [JSN] |
1030032 | FS_UIA_Sec | Study on security aspects of User Identities and Authentication | Rel-19 | S3 | 0% | SP-240507 | Samir Ferdi, | [JSN] |
950007 | FS_FRMCS_Ph5 | Study on FRMCS Phase 5 | Rel-19 | S1 | 100% | SP-220437 | Patrick WIMART, UIC | [JSN] |
1000031 | FRMCS_Ph5 | FRMCS Phase 5 | Rel-19 | S1 | 100% | SP-230512 | Nikolopoulou, Vassiliki, UIC | [JSN] |
850044 | FS_RAILSS | Study on Supporting of Railway Smart Station Services | Rel-19 | S1 | 100% | SP-190838 | Han, Andrew Min-gyu, Hansung University | [JSN] |
1020003 | FS_UPEAS_Ph2 | Study on UPF enhancement for Exposure And SBA Phase 2 | Rel-19 | S2 | 45% | SP-231795 | Zhu Jinguo, ZTE | [JSN] |
960020 | FS_SOBOT | Study on Network of Service Robots with Ambient Intelligence | Rel-19 | S1 | 100% | SP-220447 | LEE, Ki-Dong, LG Electronics | [JSN] |
990053 | FS_ISN | Study on Interconnect of SNPN | Rel-19 | S1 | 65% | SP-230236 | Thierry Bérisot, Novamint | [JSN] |
1030041 | ISN | Interconnect of SNPN | Rel-19 | S1 | 100% | SP-240194 | Thierry Bérisot, Novamint, | [JSN] |
990050 | EDGINDUS | Edge Computing for Industrial Scenarios | Rel-19 | S1 | 100% | SP-230229 | Bruno Tossou, Orange | [JSN] |
990049 | IMSDCDataOff | PS Data Off for IMS Data Channel Service | Rel-19 | S1 | 100% | SP-230227 | Yue Hu, China Mobile | [JSN] |
1010030 | FS_NG_RTC_Ph2 | Study on system architecture for next generation real time communication services phase 2 | Rel-19 | S2 | 45% | SP-231196 | Yi Jiang (China Mobile) | [JSN] |
970044 | MultiRelay | Multi-path relay | Rel-19 | S1 | 100% | SP-220943 | Yuying Zhang, China Telecom | [JSN] |
1000025 | UEMHopRelay | UE-to-UE multi-hop relay | Rel-19 | S1 | 100% | SP-230521 | Lipford, Mark, FirstNet Authority, | [JSN] |
970043 | DTT4MBS | Interworking of Non-3GPP Digital Terrestrial Broadcast Networks with 5GS Multicast Broadcast Services | Rel-19 | S1 | 100% | SP-220941 | Saha, Anindya, Saankhya Labs | [JSN] |
970042 | MPS4msg | MPS for Messaging services | Rel-19 | S1 | 100% | SP-220939 | Singh, Ray, Peraton Labs | [JSN] |
1010031 | FS_MPS4msg | Study on MPS for IMS Messaging and SMS services | Rel-19 | S2 | 70% | SP-231197 | Robert Streijl (Peraton Labs) | [JSN] |
970041 | MINT_Ph2 | Minimization of Service Interruption During Core Network Failure Phase 2 | Rel-19 | S1 | 100% | SP-220992 | Yinglin Chen, China Telecom | [JSN] |
980108 | MeasureData | Measurement Data Collection | Rel-19 | S1 | 100% | SP-221263 | Yingjun Zhou, ZTE Corporation | [JSN] |
1010025 | LTR_MA | Local traffic routing for multi-access UE | Rel-19 | S1 | 100% | SP-231035 | Yinglin Chen, China Telecom | [JSN] |
980008 | FS_DaCED | Study on Diverse audio Capturing system for End-user Devices | Rel-19 | S4 | 70% | SP-221330 | Wang Bin, Xiaomi | [JSN] |
1000034 | FS_eMMTelAPP | Study on Service aspects for supporting the eMMTel service | Rel-19 | S6 | 35% | SP-230779 | Liu, Yue, China Mobile | [JSN] |
1000035 | FS_eLSAPP | Study on enhanced application layer support for location services | Rel-19 | S6 | 40% | SP-240295 | Liping Wu, CATT | [JSN] |
1000036 | MCShAC | Sharing of administrative configuration between interconnected MC service systems | Rel-19 | S6 | 90% | SP-230692 | andreas.flander@bdbos.bund.de | [JSN] |
1000037 | 5GMARCH_Ph3 | 5GMSG Service phase 3 | Rel-19 | S6 | 35% | SP-230781 | Liu, Yue, China Mobile, | [JSN] |
1030030 | 5GMARCH_SEC_Ph3 | Security aspects for MSGin5G Service Phase 3 | Rel-19 | S3 | 0% | SP-240516 | Xiaoting Huang, | [JSN] |
1000038 | enh4FRMCS | Railways specific Enhancements to Mission Critical Services | Rel-19 | S6 | 40% | SP-230780 | Oettl, Martin, Nokia, | [JSN] |
1000039 | enhMC | Enhanced Mission Critical Architecture | Rel-19 | S6 | 40% | SP-230988 | Negalaguli, Harish, Motorola Solutions, | [JSN] |
1010006 | SEALDD_Ph2 | SEAL DD (Data Delivery) Phase 2 | Rel-19 | S6 | 35% | SP-230989 | Cuili Ge, Huawei | [JSN] |
1010007 | EDGEAPP_Ph3 | Architecture for enabling Edge Applications Phase 3 | Rel-19 | S6 | 35% | SP-231160 | Hyesung Kim, Samsung | [JSN] |
1010009 | CAPIF_EXT | Guidelines for CAPIF Usage | Rel-19 | S6 | 55% | SP-231161 | Junpei Uoshima, NTT DOCOMO | [JSN] |
1020062 | FS_CAPIF_Ph3 | Study on CAPIF Phase 3 | Rel-19 | S6 | 20% | SP-231741 | Preciado Rojas, Diego, Nokia | [JSN] |
1030029 | SCAS_5G_Maint | Security Assurance Specification for maintenance of 5G features | Rel-19 | S3 | 0% | SP-240515 | Rong Wu (Huawei) | [JSN] |
1010010 | SCAS_5G_UDR | 5G Security Assurance Specification (SCAS) for the Unified Data Repository (UDR) | Rel-19 | S3 | 10% | SP-230864 | Andreas, Joerg, BSI Germany | [JSN] |
1010011 | SCAS_5G_SMSF | 5G Security Assurance Specification (SCAS) for the Short Message Service Function (SMSF) | Rel-19 | S3 | 40% | SP-231158 | Manjesh K. Hanawal, IIT Bombay | [JSN] |
1010012 | 256_Algo | Addition of 256-bit security Algorithms | Rel-19 | S3 | 100% | SP-240476 | Orkopoulos, Stawros | [JSN] |
1020036 | Milenage_256 | Addition of Milenage-256 algorithm | Rel-19 | S3 | 5% | SP-231792 | Mireille Pauliac | [JSN] |
1020041 | FS_CAT256 | Study on enabling a cryptographic algorithm transition to 256-bits | Rel-19 | S3 | 10% | SP-231788 | Yuto Nakano | [JSN] |
1020034 | FS_eZTS | Study on enablers for Zero Trust Security | Rel-19 | S3 | 20% | SP-231784 | Sheeba Backia Mary Baskaran | [JSN] |
1020035 | MCXSec4 | Mission critical security enhancements for release 19 | Rel-19 | S3 | 10% | SP-231783 | Woodward, Tim, Motorola Solutions, Inc. | [JSN] |
1020038 | FS_NG_RTC_SEC_Ph2 | Study on the security support for the Next Generation Real Time Communication services phase 2 | Rel-19 | S3 | 17% | SP-240233 | Vlasios Tsiatsis | [JSN] |
1020040 | FS_ACME_SBA | Study of ACME for Automated Certificate Management in SBA | Rel-19 | S3 | 15% | SP-231787 | Charles Eckel | [JSN] |
1020042 | CryptoSP | 3GPP profiles for cryptographic algorithms and security protocols | Rel-19 | S3 | 20% | SP-231793 | Mohsin Khan A | [JSN] |
1020043 | FS_MiBiDA | Study on mitigations against bidding down attacks | Rel-19 | S3 | 20% | SP-231789 | Noamen Ben Henda | [JSN] |
1020045 | FS_Non3GPPMob_Sec | Security for mobility over non-3GPP access to avoid full primary authentication | Rel-19 | S3 | 25% | SP-231791 | Saurabh Khare, Nokia | [JSN] |
1020019 | FS_eMDAS_Ph3 | Study on Management Data Analytics (MDA) Phase 3 | Rel-19 | S5 | 0% | SP-231726 | Brendan T Hassett (Huawei) | [JSN] |
1020008 | FS_IDMS_MN_Ph3 | Study on intent driven management services for mobile network phase 3 | Rel-19 | S5 | 5% | SP-231737 | Ruiyue Xu (Huawei) | [JSN] |
1020009 | FS_CCLM | Study on closed control loop management | Rel-19 | S5 | 5% | SP-231735 | Deepanshu Gautam (Samsung) | [JSN] |
1020018 | FS_NDT | Study on management aspects of Network Digital Twin | Rel-19 | S5 | 5% | SP-231428 | Yushuang Hu (China Mobile) | [JSN] |
1020010 | FS_Cloud_OAM | Study on Cloud Aspects of Management and Orchestration | Rel-19 | S5 | 2% | SP-231781 | Bahar Sadeghi (Microsoft) | [JSN] |
1020016 | FS_SECM | Study on Enablers for Security Monitoring | Rel-19 | S5 | 0% | SP-231736 | Clifton Fernandes (Nokia) | [JSN] |
1020011 | FS_SBMA_Ph3 | Study on Service Based Management Architecture enhancement phase 3 | Rel-19 | S5 | 0% | SP-231725 | Kai Zhang (Huawei) | [JSN] |
1020033 | FS_PlanM | Study on Management of planned configurations | Rel-19 | S5 | 0% | SP-231721 | Olaf Pollakowski (Nokia) | [JSN] |
1020025 | MADCOL_Ph2 | Data management phase 2 | Rel-19 | S5 | 0% | SP-231746 | Sivaramakrishnan Swaminathan (Nokia) | [JSN] |
1020012 | FS_Data_SREP | Study on data management regarding subscriptions and reporting | Rel-19 | S5 | 0% | SP-231732 | Robert Petersen (Ericsson) | [JSN] |
1020026 | PM_KPI_5G_Ph4 | 5G performance measurements and KPIs phase 4 | Rel-19 | S5 | 0% | SP-231747 | Primary Rapporteur: XiuMin Chen (China Telecom) | [JSN] |
1020027 | AdNRM_Ph3 | 5G Advanced NRM features phase 3 | Rel-19 | S5 | 0% | SP-231745 | Sean Sun (Nokia) | [JSN] |
1020028 | TraceQoE_OAM | Subscriber and Equipment Trace and QoE collection management | Rel-19 | S5 | 0% | SP-231748 | Zu Qiang (Ericsson) | [JSN] |
1020013 | FS_NTN_OAM_Ph2 | Study on Management Aspects of NTN Phase 2 | Rel-19 | S5 | 0% | SP-231733 | MingRui Sun (China Unicom) | [JSN] |
1020014 | FS_NR_mobile_IAB_OAM | Study on management of IAB nodes | Rel-19 | S5 | 0% | SP-231729 | JunFeng Wang (Ericsson) | [JSN] |
1020017 | FS_NR_RedCap_OAM | Study on management aspects of RedCap feature | Rel-19 | S5 | 0% | SP-231734 | Zhen Xing (China Unicom) | [JSN] |
1020020 | FS_NWDAF_OAM_Ph2 | Study on Enhancement of Management Aspects related to NWDAF Phase 2 | Rel-19 | S5 | 0% | SP-231724 | Primary Rapporteur: Song Zhao (China Telecom) | [JSN] |
1020015 | FS_NetShare_OAM_Ph3 | Study on Management of Network Sharing Phase3 | Rel-19 | S5 | 0% | SP-231731 | ZhaoNing Wang (China Unicom) | [JSN] |
1020022 | FS_MExpo | Study on Enhanced OAM for management exposure to external consumers | Rel-19 | S5 | 5% | SP-231728 | Primary Rapporteur: Scott Probasco (Nokia) | [JSN] |
1020081 | FS_NR_7_24GHz_CHmod | Study on channel modelling enhancements for 7-24GHz for NR | Rel-19 | R1 | 0% | RP-234018 | LEE Daewon, Intel Corporation | [JSN] |
1020082 | FS_NR_WAB_5GFemto | Study on additional topological enhancements for NR | Rel-19 | R3 | 0% | RP-240319 | Min, Tianyang, NTT DOCOMO | [JSN] |
1020089 | NR_MIMO_Ph5 | NR MIMO Phase 5 | Rel-19 | R1 | 7% | RP-240087 | Samsung | [JSN] |
1021089 | NR_MIMO_Ph5-Core | Core part: NR MIMO Phase 5 | Rel-19 | R1 | 15% | RP-240087 | Eko Onggosanusi, Samsung | [JSN] |
1022089 | NR_MIMO_Ph5-Perf | Perf. part: NR MIMO Phase 5 | Rel-19 | R4 | 0% | RP-240087 | Eko Onggosanusi, Samsung | [JSN] |
1020090 | NR_duplex_evo | Evolution of NR duplex operation: Sub-band full duplex (SBFD) | Rel-19 | R1 | 3% | RP-240789 | Huawei | [JSN] |
1021090 | NR_duplex_evo-Core | Core part: Evolution of NR duplex operation: Sub-band full duplex (SBFD) | Rel-19 | R1 | 7% | RP-240789 | Xinghua Song, He (Jackson) Wang, Huawei, Samsung | [JSN] |
1022090 | NR_duplex_evo-Perf | Perf. part: Evolution of NR duplex operation: Sub-band full duplex (SBFD) | Rel-19 | R4 | 0% | RP-240789 | Xinghua Song, He (Jackson) Wang, Huawei, Samsung | [JSN] |
1020091 | NR_Mob_Ph4 | NR mobility enhancements Phase 4 | Rel-19 | R2 | 0% | RP-240299 | Apple | [JSN] |
1021091 | NR_Mob_Ph4-Core | Core part: NR mobility enhancements Phase 4 | Rel-19 | R2 | 0% | RP-240299 | Naveen Palle, Apple Inc. | [JSN] |
1022091 | NR_Mob_Ph4-Perf | Perf. part: NR mobility enhancements Phase 4 | Rel-19 | R4 | 0% | RP-240299 | Naveen Palle, Apple Inc. | [JSN] |
1020092 | NR_ENDC_SON_MDT_Ph4 | Data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR standalone and MR-DC (Multi-Radio Dual Connectivity) Phase 4 | Rel-19 | R3 | 0% | RP-234038 | China Unicom | [JSN] |
1021092 | NR_ENDC_SON_MDT_Ph4-Core | Core part: Data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR standalone and MR-DC (Multi-Radio Dual Connectivity) Phase 4 | Rel-19 | R3 | 0% | RP-234038 | Xufei Dong, China Unicom | [JSN] |
780060 | FS_6GHz_LTE_NR | Study on 6 GHz for LTE and NR | Rel-19 | RP | 100% | RP-234033 | Dominique Everaere, Ericsson | [JSN] |
1030074 | FS_NR_FR2_OTA_Ph3 | Study on NR FR2 OTA (Over the Air) testing Phase 3 | Rel-19 | R4 | 0% | RP-240856 | Qualcomm | [JSN] |
1030075 | FS_NR_IMT_4400_7125_14800MHz | Study on IMT parameters for NR for 4400 to 4800 MHz, 7125 to 8400 MHz and 14800 to 15350 MHz | Rel-19 | R4 | 0% | RP-240787 | Ericsson | [JSN] |
1030078 | NR_BS_RF_req_evo | NR base station (BS) RF requirement evolution for FR1/FR2 and testing | Rel-19 | R4 | 0% | RP-240829 | ZTE | [JSN] |
1031078 | NR_BS_RF_req_evo-Core | Core part: NR base station (BS) RF requirement evolution for FR1/FR2 and testing | Rel-19 | R4 | 0% | RP-240829 | ZTE | [JSN] |
1032078 | NR_BS_RF_req_evo-Perf | Perf. part: NR base station (BS) RF requirement evolution for FR1/FR2 and testing | Rel-19 | R4 | 0% | RP-240829 | ZTE | [JSN] |
1030079 | NR_RRM_Ph5 | NR Radio Resource Management (RRM) Phase 5 | Rel-19 | R4 | 0% | RP-240830 | Apple | [JSN] |
1031079 | NR_RRM_Ph5-Core | Core part: NR Radio Resource Management (RRM) Phase 5 | Rel-19 | R4 | 0% | RP-240830 | Apple | [JSN] |
1032079 | NR_RRM_Ph5-Perf | Perf. part: NR Radio Resource Management (RRM) Phase 5 | Rel-19 | R4 | 0% | RP-240830 | Apple | [JSN] |
1030080 | NR_demod_Ph5 | NR demodulation performance Phase 5 | Rel-19 | R4 | 0% | RP-240831 | China Telecom | [JSN] |
1032080 | NR_demod_Ph5-Perf | Perf. part: NR demodulation performance Phase 5 | Rel-19 | R4 | 0% | RP-240831 | China Telecom | [JSN] |
1030081 | NR_FR1_lessthan_5MHz_BW_Ph2 | NR channel BW less than 5MHz for FR1 Phase 2 | Rel-19 | R4 | 0% | RP-240832 | Intel | [JSN] |
1031081 | NR_FR1_lessthan_5MHz_BW_Ph2-Core | Core part: NR channel BW less than 5MHz for FR1 Phase 2 | Rel-19 | R4 | 0% | RP-240832 | Intel | [JSN] |
1032081 | NR_FR1_lessthan_5MHz_BW_Ph2-Perf | Perf. part: NR channel BW less than 5MHz for FR1 Phase 2 | Rel-19 | R4 | 0% | RP-240832 | Intel | [JSN] |
1030083 | NR_ATG_enh | Enhancements for Air-to-ground network for NR | Rel-19 | R4 | 0% | RP-240839 | CMCC | [JSN] |
1031083 | NR_ATG_enh-Core | Core part: Enhancements for Air-to-ground network for NR | Rel-19 | R4 | 0% | RP-240839 | CMCC | [JSN] |
1032083 | NR_ATG_enh-Perf | Perf. part: Enhancements for Air-to-ground network for NR | Rel-19 | R4 | 0% | RP-240839 | CMCC | [JSN] |
1030084 | NR_SL_intraB_CA_ITS | NR Sidelink: Intra-band Carrier Aggregation in ITS band | Rel-19 | R4 | 0% | RP-240840 | OPPO | [JSN] |
1031084 | NR_SL_intraB_CA_ITS-Core | Core part: NR Sidelink: Intra-band Carrier Aggregation in ITS band | Rel-19 | R4 | 0% | RP-240840 | OPPO | [JSN] |
970002 | LI19 | Lawful Interception Rel-19 | Rel-19 | S3LI | 0% | SP-230242 | Koen Jaspers, PIDS | [JSN] |
980130 | TEI19 | (Small) Technical Enhancements and Improvements for Rel-19 | Rel-19 | 0% | [JSN] | |||
970056 | 5GSATB | 5G system with satellite backhaul | Rel-18 | 100% | SP-230111 | Xu Hui, CATT | [JSN] | |
920035 | 5GSATB | Stage 1 of 5GSATB | Rel-18 | S1 | 100% | SP-210528 | Xu Hui, CATT | [JSN] |
940060 | FS_5GSATB | Study on Support of Satellite Backhauling in 5GS | Rel-18 | S2 | 100% | SP-211639 | Hucheng Wang, CATT | [JSN] |
970018 | 5GSATB | Stage 2 of 5GSATB | Rel-18 | S2 | 100% | SP-230111 | Hucheng Wang, CATT | [JSN] |
980053 | 5GSATB | CT3 aspects of 5GSATB | Rel-18 | C3 | 100% | CP-232131 | Hou, Yunjing, CATT | [JSN] |
980054 | 5GSATB | CT4 aspects of 5GSATB | Rel-18 | C4 | 100% | CP-232131 | Hou, Yunjing, CATT | [JSN] |
1020024 | 5GSATB_CH | Charging aspects of Satellite Backhaul in 5GS | Rel-18 | S5 | 100% | SP-240266 | Yingying, Liu, CATT | [JSN] |
1020029 | 5GSATB_OAM | Management aspects of 5G system supporting satellite backhaul | Rel-18 | S5 | 100% | SP-231708 | Wen Qi, China Telecom | [JSN] |
920034 | SCVS | 5G system with satellite access to Support Control and/or Video Surveillance | Rel-18 | S1 | 100% | SP-210527 | Dong Chen, Xiaomi | [JSN] |
940074 | FS_5GSAT_Ph2 | Study on 5GC enhancement for satellite access Phase 2 | Rel-18 | S2 | 100% | SP-211651 | Fine, Jean-Yves, Thales | [JSN] |
989998 | 5GSAT_Ph2 | Satellite access Phase 2 | Rel-18 | 100% | SP-230109 | Rapporteur: Jean-Yves Fine, Thales | [JSN] | |
980014 | 5GSAT_Ph2 | (Stage 2 of 5GSAT_Ph2) 5GC/EPC enhancement for satellite access Phase 2 | Rel-18 | S2 | 100% | SP-230109 | Rapporteur: Jean-Yves Fine, Thales | [JSN] |
990024 | 5GSAT_Ph2 | CT1 aspects of 5GSAT_Ph2 | Rel-18 | C1 | 100% | CP-232167 | Amer Catovic, Qualcomm Incorporated | [JSN] |
990056 | 5GSAT_Ph2 | deleted - CT6 aspects of 5GSAT_Ph2 | Rel-18 | C6 | 100% | CP-232167 | Amer Catovic, Qualcomm Incorporated | [JSN] |
1010018 | 5GSAT_Ph2_CH | Charging aspects of 5GSAT | Rel-18 | S5 | 100% | SP-231152 | Yingying, Liu, CATT | [JSN] |
941006 | NR_NTN_enh | NR NTN (Non-Terrestrial Networks) enhancements | Rel-18 | 67% | RP-240779 | Thales | [JSN] | |
941106 | NR_NTN_enh-Core | Core part: NR NTN (Non-Terrestrial Networks) enhancements | Rel-18 | R2 | 99% | RP-240779 | Nicolas Chuberre, Thales | [JSN] |
941206 | NR_NTN_enh-Perf | Perf. part: NR NTN (Non-Terrestrial Networks) enhancements | Rel-18 | R2 | 35% | RP-240779 | Nicolas Chuberre, Thales | [JSN] |
941004 | IoT_NTN_enh | IoT (Internet of Things) NTN (non-terrestrial network) enhancements | Rel-18 | 48% | RP-234073 | MediaTek | [JSN] | |
940104 | IoT_NTN_enh-Core | Core part: IoT (Internet of Things) NTN (non-terrestrial network) enhancements | Rel-18 | R2 | 100% | RP-234073 | Abhishek Roy, MediaTek | [JSN] |
950284 | IoT_NTN_enh-Perf | Perf. Part: IoT (Internet of Things) NTN (non-terrestrial network) enhancements | Rel-18 | R4 | 40% | RP-234073 | Abhishek Roy, MediaTek | [JSN] |
1030073 | IoT_NTN_enh-UEConTest | UE Conformance - IoT (Internet of Things) NTN (non-terrestrial network) enhancements plus CT1 aspects | Rel-18 | R5 | 0% | RP-240784 | CMCC | [JSN] |
981043 | NR_NTN_LSband | Introduction of the satellite L-/S-band for NR | Rel-18 | 100% | RP-234043 | Apple | [JSN] | |
981143 | NR_NTN_LSband-Core | Core part: Introduction of the satellite L-/S-band for NR | Rel-18 | R4 | 100% | RP-234043 | Alexander Sayenko, Apple Inc. | [JSN] |
981243 | NR_NTN_LSband-Perf | Perf. part: Introduction of the satellite L-/S-band for NR | Rel-18 | R4 | 100% | RP-234043 | Alexander Sayenko, Apple Inc. | [JSN] |
970028 | FS_5GSAT_Sec | Study on Security Aspects of Satellite Access | Rel-18 | S3 | 100% | SP-220875 | Wei Lu, Xiaomi | [JSN] |
960026 | FS_IoT_NTN | Study on Management Aspects of IoT NTN Enhancements | Rel-18 | S5 | 100% | SP-220490 | Sun Mingrui, China Unicom | [JSN] |
960091 | FS_NR_NTN_netw_verif_UE_loc | Study on requirements and use cases for network verified UE location for Non-Terrestrial-Networks (NTN) in NR | Rel-18 | RP | 100% | RP-221820 | Thales | [JSN] |
980028 | FS_5GSAT_CH | Study on charging aspects of Satellite in 5GS | Rel-18 | S5 | 100% | SP-221162 | Yingying, Liu, CATT | [JSN] |
1000060 | NR_NTN_CBW_30MHz | 30 MHz Channel Bandwidth for NR NTN (non-terrestrial networks) in FR1 (frequency range 1) | Rel-18 | R4 | 100% | RP-232647 | Thales | [JSN] |
1001060 | NR_NTN_CBW_30MHz-Core | Core part: 30 MHz Channel Bandwidth for NR NTN (non-terrestrial networks) in FR1 (frequency range 1) | Rel-18 | R4 | 100% | RP-232647 | Dorin Panaitopol, THALES | [JSN] |
991041 | IoT_NTN_extLband | Introduction of the Extended L-band (UL 1668-1675MHz, DL 1518-1525MHz) for IoT NTN | Rel-18 | R4 | 44% | RP-240741 | Inmarsat | [JSN] |
991141 | IoT_NTN_extLband-Core | Core part: Introduction of the Extended L-band (UL 1668-1675MHz, DL 1518-1525MHz) for IoT NTN | Rel-18 | R4 | 100% | RP-240741 | Luca Lodigiani, Inmarsat | [JSN] |
991241 | IoT_NTN_extLband-Perf | Perf. part: Introduction of the Extended L-band (UL 1668-1675MHz, DL 1518-1525MHz) for IoT NTN | Rel-18 | R4 | 0% | RP-240741 | Luca Lodigiani, Inmarsat | [JSN] |
991043 | IoT_NTN_FDD_LS_band | Introduction of FDD LTE band (L+S band) for IoT NTN operation | Rel-18 | R4 | 69% | RP-240451 | MediaTek | [JSN] |
991143 | IoT_NTN_FDD_LS_band-Core | Core part: Introduction of FDD LTE band (L+S band) for IoT NTN operation | Rel-18 | R4 | 100% | RP-240451 | Huanren FU, MediaTek Inc. | [JSN] |
991243 | IoT_NTN_FDD_LS_band-Perf | Perf. part: Introduction of FDD LTE band (L+S band) for IoT NTN operation | Rel-18 | R4 | 50% | RP-234060 | Huanren FU, MediaTek Inc. | [JSN] |
950074 | LTE_NBIOT_eMTC_NTN_req | NB-IoT/eMTC Core and Perf requirements for NTN | Rel-18 | 100% | RP-223437 | MediaTek | [JSN] | |
950174 | LTE_NBIoT_eMTC_NTN_req-Core | Core part: NB-IoT (Narrowband IoT)/eMTC (enhanced Machine Type Communication) core & performance requirements for Non-Terrestrial Networks (NTN) | Rel-18 | R4 | 100% | RP-221556 | Tim Frost, MediaTek Inc. | [JSN] |
950274 | LTE_NBIoT_eMTC_NTN_req-Perf | Perf. part: NB-IoT (Narrowband IoT)/eMTC (enhanced Machine Type Communication) core & performance requirements for Non-Terrestrial Networks (NTN) | Rel-18 | R4 | 100% | RP-223437 | Hsuanli Lin, MediaTek Inc. | [JSN] |
981034 | LTE_NBIOT_eMTC_NTN_req-UEConTest | UE Conformance - NB-IoT (Narrowband IoT)/eMTC (enhanced Machine Type Communication) core & performance requirements for Non-Terrestrial Networks (NTN) | Rel-18 | R5 | 100% | RP-240147 | Dan SONG, Danbo Fu (MediaTek), CMCC, MediaTek Inc. | [JSN] |
930029 | PIRates | Personal IoT and Residential networks | Rel-18 | 100% | SP-211505 | Xiaowan Ke, vivo Mobile Communications Ltd | [JSN] | |
880041 | FS_PIN | Study on Personal IoT Networks | Rel-18 | S1 | 100% | SP-200592 | Adrian Buckley, vivo Mobile Communications | [JSN] |
880040 | FS_Resident | Study on Enhancements for Residential 5G | Rel-18 | S1 | 100% | SP-200576 | Toon Norp, KPN | [JSN] |
930022 | PIRates | Stage 1 of PIRates | Rel-18 | S1 | 100% | SP-211505 | Xiaowan Ke, vivo Mobile Communications Ltd | [JSN] |
940065 | FS_PIN | Study on Personal IoT Networks | Rel-18 | S2 | 100% | SP-230089 | Zhenhua Xie, vivo Mobile Communications Ltd | [JSN] |
980011 | PIN | (Stage 2 of) Personal IoT Networks | Rel-18 | S2 | 100% | SP-221343 | Zhenhua Xie, vivo | [JSN] |
990018 | PIN | CT1 aspects of PIN | Rel-18 | C1 | 100% | CP-233216 | Hui Wang, vivo | [JSN] |
990058 | PIN | CT3 aspects of PIN | Rel-18 | C3 | 100% | CP-233216 | Hui Wang, vivo | [JSN] |
990059 | PIN | CT4 aspects of PIN | Rel-18 | C4 | 100% | CP-233216 | Hui Wang, vivo | [JSN] |
990106 | PINAPP | Application layer support for Personal IoT Network | Rel-18 | 99% | SP-221236 | Huazhang Lv, vivo Mobile Communications Ltd, | [JSN] | |
940021 | FS_PINAPP | Study on Application layer support for Personal IoT Networks | Rel-18 | S6 | 100% | SP-220095 | Huazhang Lv, vivo Mobile Communications Ltd | [JSN] |
980052 | PINAPP | Stage 2 of PINAPP | Rel-18 | S6 | 100% | SP-221236 | Huazhang Lv, vivo Mobile Communications Ltd, | [JSN] |
990017 | PINAPP | CT1 aspects of PINAPP | Rel-18 | C1 | 98% | CP-233218 | Yizhong ZHANG, vivo | [JSN] |
990061 | PINAPP | CT3 aspects of PINAPP | Rel-18 | C3 | 99% | CP-233218 | Yizhong ZHANG, vivo | [JSN] |
960027 | FS_PIN_Sec | Study on Personal IoT Networks Security Aspects | Rel-18 | S3 | 100% | SP-220525 | Zhenhua Xie, vivo Mobile Communications Co. Ltd | [JSN] |
920016 | FS_ACE_IOT | Study on Application Capability Exposure for IoT Platforms | Rel-18 | S6 | 100% | SP-220093 | Mladin, Catalina; Convida Wireless | [JSN] |
940080 | FS_Netw_Energy_NR | Study on network energy savings for NR | Rel-18 | R1 | 100% | RP-230566 | Yi Wang, Huawei | [JSN] |
940085 | FS_NR_LPWUS | Study on low-power wake-up signal and receiver for NR | Rel-18 | R1 | 100% | RP-232672 | Xueming Pan, vivo | [JSN] |
970080 | NR_redcap_enh | Enhanced support of reduced capability NR devices | Rel-18 | 49% | RP-233637 | Ericsson | [JSN] | |
970180 | NR_redcap_enh-Core | Core part: Enhanced support of reduced capability NR devices | Rel-18 | R1 | 100% | RP-233637 | Johan BERGMAN, Ericsson | [JSN] |
970280 | NR_redcap_enh-Perf | Perf. part: Enhanced support of reduced capability NR devices | Rel-18 | R1 | 40% | RP-233637 | Johan BERGMAN, Ericsson | [JSN] |
940086 | FS_NR_redcap_enh | Study on further NR RedCap (reduced capability) UE complexity reduction | Rel-18 | R1 | 100% | RP-221161 | Johan BERGMAN, Ericsson | [JSN] |
1030062 | NR_redcap_enh_plus_CT1-UEConTest | UE Conformance - Enhanced support of reduced capability NR devices plus CT1 aspects | Rel-18 | R5 | 0% | RP-240054 | China Unicom | [JSN] |
940056 | FS_REDCAP_Ph2 | Study on RedCap Phase 2 | Rel-18 | S2 | 100% | SP-220074 | Qian, Chen, Ericsson | [JSN] |
980113 | NR_REDCAP_Ph2 | NR RedCap UE with long eDRX for RRC_INACTIVE State | Rel-18 | 100% | SP-220803 | Qian, Chen, Ericsson | [JSN] | |
970013 | NR_REDCAP_Ph2 | (Stage 2 of) NR RedCap UE with long eDRX for RRC_INACTIVE State | Rel-18 | S2 | 100% | SP-230171 | Qian, Chen, Ericsson | [JSN] |
980068 | NR_REDCAP_Ph2 | CT4 aspects of NR_REDCAP_Ph2 | Rel-18 | C4 | 100% | CP-223021 | Frank Yong Yang, Ericsson | [JSN] |
980069 | NR_REDCAP_Ph2 | CT1 aspects of NR_REDCAP_Ph2 | Rel-18 | C1 | 100% | CP-223021 | Frank Yong Yang, Ericsson | [JSN] |
991039 | NR_FDD_bands_R18_redcap | Adding new NR FDD bands for RedCap (Reduced Capability) in Rel-18 | Rel-18 | R4 | 100% | RP-232894 | Ericsson | [JSN] |
991139 | NR_FDD_bands_R18_redcap-Core | Core part: Adding new NR FDD bands for RedCap (Reduced Capability) in Rel-18 | Rel-18 | R4 | 100% | RP-232894 | Chunhui Zhang, Ericsson | [JSN] |
981037 | Netw_Energy_NR | Network energy savings for NR | Rel-18 | 67% | RP-234009 | Huawei | [JSN] | |
981137 | Netw_Energy_NR-Core | Core part: Network energy savings for NR | Rel-18 | R1 | 100% | RP-234009 | Yi Wang, Huawei | [JSN] |
981237 | Netw_Energy_NR-Perf | Perf. part: Network energy savings for NR | Rel-18 | R4 | 45% | RP-234009 | Yi Wang, Huawei | [JSN] |
990107 | UAS_Ph2 | Further Architecture Enhancement for UAV and UAM | Rel-18 | 99% | SP-221323 | Faccin, Stefano, Qualcomm Incorporated | [JSN] | |
940051 | FS_UAS_Ph2 | Study on Phase 2 of UAS, UAV and UAM | Rel-18 | S2 | 100% | SP-211632 | Stefano Faccin | [JSN] |
980012 | UAS_Ph2 | (Stage 2 of UAS Ph2) Further Architecture Enhancement for UAV and UAM | Rel-18 | S2 | 100% | SP-230091 | Faccin, Stefano, Qualcomm Incorporated | [JSN] |
960034 | FS_UAS_Ph2_SEC | Study on Security of Phase 2 for UAS, UAV and UAM | Rel-18 | S3 | 100% | SP-220532 | Escott, Adrian, Qualcomm Incorporated, | [JSN] |
990036 | UAS_Ph2 | Security of UAV and UAM Phase 2 | Rel-18 | S3 | 100% | SP-230149 | Escott, Adrian, Qualcomm Incorporated | [JSN] |
990012 | UAS_Ph2 | CT1 aspects of UAS Ph2 | Rel-18 | C1 | 98% | CP-230330 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
990063 | UAS_Ph2 | CT3 aspects of UAS Ph2 | Rel-18 | C3 | 100% | CP-230330 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
990064 | UAS_Ph2 | CT4 aspects of UAS Ph2 | Rel-18 | C4 | 100% | CP-230330 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
990105 | UAS_Ph2 | CT6 aspects of UAS Ph2 | Rel-18 | C6 | 100% | CP-230330 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
930012 | FS_eUASAPP | Study on enhanced architecture for UAS Applications | Rel-18 | S6 | 100% | SP-220465 | Monrad, Atle, InterDigital | [JSN] |
980126 | UASAPP_Ph2 | Architecture for UAS Applications, Phase 2 | Rel-18 | 100% | SP-220915 | Monrad, Atle, InterDigital | [JSN] | |
970038 | UASAPP_Ph2 | Stage 2 of UASAPP_Ph2 | Rel-18 | S6 | 100% | SP-221228 | Monrad, Atle, InterDigital | [JSN] |
980055 | UASAPP_Ph2 | CT1 aspects of UASAPP_Ph2 | Rel-18 | C1 | 100% | CP-230189 | Taimoor Abbas, InterDigital | [JSN] |
980056 | UASAPP_Ph2 | CT3 aspects of UASAPP_Ph2 | Rel-18 | C3 | 100% | CP-230189 | Taimoor Abbas, InterDigital | [JSN] |
941005 | NR_UAV | NR support for UAV (Uncrewed Aerial Vehicles) | Rel-18 | R2 | 100% | RP-233386 | Nokia | [JSN] |
941105 | NR_UAV-Core | Core part: NR support for UAV (Uncrewed Aerial Vehicles) | Rel-18 | R2 | 100% | RP-233386 | Jedrzej Stanczak, Nokia, Nokia Shanghai Bell | [JSN] |
991035 | LTE_UAV_enh | Enhanced LTE Support for UAV (Uncrewed Aerial Vehicles) | Rel-18 | R2 | 100% | RP-233389 | Nokia | [JSN] |
991135 | LTE_UAV_enh-Core | Core part: Enhanced LTE Support for UAV (Uncrewed Aerial Vehicles) | Rel-18 | R2 | 100% | RP-233389 | Jedrzej Stanczak, Nokia, Nokia Shanghai Bell | [JSN] |
910040 | Ranging | Ranging-based Service and sidelink positioning | Rel-18 | 99% | SP-210212 | Xiaowei jiang, Xiaomi | [JSN] | |
880039 | FS_Ranging | Study on Ranging | Rel-18 | S1 | 100% | SP-200575 | Xiaowei jiang | [JSN] |
910034 | Ranging | Stage 1 for Ranging | Rel-18 | S1 | 100% | SP-210212 | Xiaowei jiang, Xiaomi | [JSN] |
940069 | FS_Ranging_SL | Study on Ranging based services and sidelink positioning | Rel-18 | S2 | 100% | SP-211647 | Shen, Sherry (Yang), Xiaomi, | [JSN] |
980015 | Ranging_SL | Stage 2 of Ranging_SL | Rel-18 | S2 | 100% | SP-230106 | Shen, Sherry (Yang), Xiaomi | [JSN] |
960036 | FS_Ranging_SL_Sec | Study on Security Aspects of Ranging Based Services and Sidelink Positioning | Rel-18 | S3 | 100% | SP-220534 | Wei Lu, Xiaomi, | [JSN] |
990046 | Ranging_SL_Sec | Security Aspects of Ranging_SL | Rel-18 | S3 | 100% | SP-230769 | Lu, Wei, Xiaomi | [JSN] |
990014 | Ranging_SL | CT1 aspects of Ranging_SL | Rel-18 | C1 | 96% | CP-233309 | Tingfang Tang, Xiaomi | [JSN] |
990066 | Ranging_SL | CT3 aspects of Ranging_SL | Rel-18 | C3 | 96% | CP-233309 | Tingfang Tang, Xiaomi | [JSN] |
990067 | Ranging_SL | CT4 aspects of Ranging_SL | Rel-18 | C4 | 98% | CP-233309 | Tingfang Tang, Xiaomi | [JSN] |
1000009 | FS_Ranging_SL_CH | Charging Aspects of Ranging and Sidelink Positioning | Rel-18 | S5 | 100% | SP-230622 | Zhiwei Mo, China Telecom, | [JSN] |
980111 | 5G_eLCS_Ph3 | 5GC LoCation Services - Phase 3 | Rel-18 | 97% | SP-220811 | Ming Ai, CATT | [JSN] | |
940058 | FS_eLCS_Ph3 | Study on Enhancement to the 5GC LoCation Services-Phase 3 | Rel-18 | S2 | 100% | SP-220069 | Ming Ai, CATT | [JSN] |
970021 | 5G_eLCS_Ph3 | (stage 2 of) 5GC LoCation Services - Phase 3 | Rel-18 | S2 | 100% | SP-230093 | Ming Ai, CATT | [JSN] |
980057 | 5G_eLCS_Ph3 | CT1 aspects of 5G_eLCS_Ph3 | Rel-18 | C1 | 90% | CP-232029 | Wang, Baixiao, CATT | [JSN] |
980058 | 5G_eLCS_Ph3 | CT3 aspects of 5G_eLCS_Ph3 | Rel-18 | C3 | 100% | CP-232029 | Wang, Baixiao, CATT | [JSN] |
980059 | 5G_eLCS_Ph3 | CT4 aspects of 5G_eLCS_Ph3 | Rel-18 | C4 | 95% | CP-232029 | Wang, Baixiao, CATT | [JSN] |
940081 | FS_NR_pos_enh2 | Study on expanded and improved NR positioning | Rel-18 | R1 | 100% | RP-222616 | Debdeep Chatterjee, Intel Corporation | [JSN] |
981038 | NR_pos_enh2 | Expanded and improved NR positioning | Rel-18 | 64% | RP-240778 | Intel | [JSN] | |
981138 | NR_pos_enh2-Core | Core part: Expanded and improved NR positioning | Rel-18 | R1 | 100% | RP-240778 | Debdeep Chatterjee | [JSN] |
981238 | NR_pos_enh2-Perf | Perf. part: Expanded and improved NR positioning | Rel-18 | R4 | 35% | RP-240778 | Debdeep Chatterjee | [JSN] |
940097 | NR_SL_enh2 | NR sidelink evolution | Rel-18 | 67% | RP-232789 | OPPO | [JSN] | |
940197 | NR_SL_enh2-Core | Core part: NR sidelink evolution | Rel-18 | R1 | 100% | RP-232789 | Kevin Lin, OPPO | [JSN] |
940297 | NR_SL_enh2-Perf | Perf. part: NR sidelink evolution | Rel-18 | R1 | 40% | RP-232789 | Kevin Lin, OPPO | [JSN] |
941002 | NR_SL_relay_enh | NR sidelink relay enhancements | Rel-18 | 57% | RP-232972 | LG Electronics | [JSN] | |
941102 | NR_SL_relay_enh-Core | Core part: NR sidelink relay enhancements | Rel-18 | R2 | 100% | RP-232972 | Youngdae LEE, LG Electronics Inc. | [JSN] |
941202 | NR_SL_relay_enh-Perf | Perf. part: NR sidelink relay enhancements | Rel-18 | R2 | 50% | RP-223501 | Youngdae LEE, LG Electronics Inc. | [JSN] |
960083 | NR_SL_relay-UEConTest | UE Conformance - NR Sidelink Relay | Rel-17 | R5 | 25% | RP-240390 | Xiaozhong CHEN, CATT | [JSN] |
941000 | NR_MT_SDT | Mobile Terminated-Small Data Transmission (MT-SDT) for NR | Rel-18 | 100% | RP-234010 | ZTE | [JSN] | |
941100 | NR_MT_SDT-Core | Core part: Mobile Terminated-Small Data Transmission (MT-SDT) for NR | Rel-18 | R2 | 100% | RP-234010 | Eswar Vutukuri, ZTE Corporation | [JSN] |
950048 | FS_5G_ProSe_Ph2 | Study on Proximity based Services Phase 2 | Rel-18 | S2 | 100% | SP-211653 | Deng, Qiang, CATT | [JSN] |
940077 | FS_5G_ProSe_Ph2 | Study on Stage 2 for Proximity based Services Phase 2 | Rel-18 | S2 | 100% | SP-211653 | Deng, Qiang, CATT | [JSN] |
950024 | FS_5G_ProSe_Ph2 | Study on Security Aspects of Proximity Based Services Phase 2 | Rel-18 | S3 | 100% | SP-220202 | Wei Zhou, CATT | [JSN] |
980112 | 5G_ProSe_Ph2 | Proximity-based Services in 5GS Phase 2 | Rel-18 | 99% | SP-220806 | Deng Qiang, CATT | [JSN] | |
970016 | 5G_ProSe_Ph2 | (stage 2 of) Proximity-based Services in 5GS Phase 2 | Rel-18 | S2 | 100% | SP-230097 | Deng Qiang, CATT | [JSN] |
980060 | 5G_ProSe_Ph2 | CT1 aspects of 5G_ProSe_Ph2 | Rel-18 | C1 | 99% | CP-233220 | Duan, Xiaoyan, CATT | [JSN] |
980061 | 5G_ProSe_Ph2 | CT3 aspects of 5G_ProSe_Ph2 | Rel-18 | C3 | 100% | CP-233220 | Duan, Xiaoyan, CATT | [JSN] |
980062 | 5G_ProSe_Ph2 | CT4 aspects of 5G_ProSe_Ph2 | Rel-18 | C4 | 100% | CP-233220 | Duan, Xiaoyan, CATT | [JSN] |
980063 | 5G_ProSe_Ph2 | CT6 aspects of 5G_ProSe_Ph2 | Rel-18 | C6 | 99% | CP-233220 | Duan, Xiaoyan, CATT | [JSN] |
990045 | 5G_ProSe_Ph2 | Security Aspects of Proximity-based Services in 5GS Phase 2 | Rel-18 | S3 | 100% | SP-230158 | Wei Zhou, CATT | [JSN] |
990108 | 5GFLS | 5G-enabled fused location service capability exposure | Rel-18 | 100% | SP-221234 | Liping Wu, CATT | [JSN] | |
920015 | FS_5GFLS | Study on 5G-enabled fused location service capability exposure | Rel-18 | S6 | 100% | SP-220097 | Zhang, Ling, CATT | [JSN] |
980109 | 5GFLS | Stage 2 of 5GFLS | Rel-18 | S6 | 100% | SP-221234 | Liping Wu, CATT | [JSN] |
990016 | 5GFLS | CT1 aspects of 5GFLS | Rel-18 | C1 | 100% | CP-230195 | Zhao, Xiaoxue, CATT | [JSN] |
990069 | 5GFLS | CT3 aspects of 5GFLS | Rel-18 | C3 | 100% | CP-230195 | Zhao, Xiaoxue, CATT | [JSN] |
930023 | EXPOSE | Service exposure interfaces for industry | Rel-18 | S1 | 100% | SP-211056 | Joachim W. Walewski | [JSN] |
990109 | GMEC | Generic group management, exposure and communication enhancements | Rel-18 | 100% | SP-221339 | Qianghua Zhu, Huawei | [JSN] | |
940061 | FS_GMEC | Study on generic group management, exposure and communication enhancements | Rel-18 | S2 | 100% | SP-211603 | Qianghua Zhu, Huawei | [JSN] |
970069 | GMEC | Stage 2 of GMEC | Rel-18 | S2 | 100% | SP-230101 | Qianghua Zhu, Huawei | [JSN] |
990009 | GMEC | CT3 aspects of GMEC | Rel-18 | C3 | 100% | CP-232135 | El Moatamid, Abdessamad, Huawei | [JSN] |
990071 | GMEC | CT4 aspects of GMEC | Rel-18 | C4 | 100% | CP-232135 | El Moatamid, Abdessamad, Huawei | [JSN] |
990072 | GMEC | CT1 aspects of GMEC | Rel-18 | C1 | 100% | CP-232135 | El Moatamid, Abdessamad, Huawei | [JSN] |
930015 | FFAPP | Application layer support for Factories of the Future (FF) | Rel-18 | S6 | 100% | SP-230751 | Shao Weixiang, ZTE Corporation | [JSN] |
980131 | SEAL_Ph3 | Service Enabler Architecture Layer for Verticals Phase 3 | Rel-18 | 90% | SP-211518 | Basavaraj (Basu) Pattan, Samsung | [JSN] | |
940024 | SEAL_Ph3 | Stage 2 of SEAL_Ph3 | Rel-18 | S6 | 100% | SP-230276 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
980064 | SEAL_Ph3 | CT1 aspects of SEAL_Ph3 | Rel-18 | C1 | 65% | CP-233219 | Vijay Sangameshwara (Samsung Electronics) | [JSN] |
980065 | SEAL_Ph3 | CT3 aspects of SEAL_Ph3 | Rel-18 | C3 | 97% | CP-233219 | Vijay Sangameshwara (Samsung Electronics) | [JSN] |
990047 | SEAL_Ph3 | Security aspects of SEAL_Ph3 | Rel-18 | S3 | 100% | SP-230365 | Rajavelsamy Rajadurai, Samsung | [JSN] |
980124 | SEALDD | SEAL data delivery enabler for vertical applications | Rel-18 | 96% | SP-220914 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
930013 | FS_SEALDD | Study on SEAL data delivery enabler for vertical applications | Rel-18 | S6 | 100% | SP-220467 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
970037 | SEALDD | (Stage 2 of Seal DD) SEAL data delivery enabler for vertical applications | Rel-18 | S6 | 100% | SP-221232 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
980066 | SEALDD | CT1 aspects of SEALDD | Rel-18 | C1 | 85% | CP-233213 | Herrero Veron, Christian (Huawei) | [JSN] |
980067 | SEALDD | CT3 aspects of SEALDD | Rel-18 | C3 | 100% | CP-233213 | Herrero Veron, Christian (Huawei) | [JSN] |
1000006 | SEALDD | Security aspects of SEAL Data Delivery enabler | Rel-18 | S3 | 100% | SP-230560 | Ao Lei, Huawei, | [JSN] |
910036 | LPHAP | Low Power High Accuracy Positioning for industrial IoT scenarios | Rel-18 | S1 | 100% | SP-210216 | Yuan Wang, Huawei | [JSN] |
890024 | SNA | Subscriber-aware Northbound API access | Rel-18 | S1 | 100% | SP-200797 | Minokuchi, Atsushi, NTT DOCOMO | [JSN] |
990117 | SNAAPP | Application enablement aspects for subscriber-aware northbound API access | Rel-18 | 100% | SP-220469 | Suzuki, Yuji, NTT DOCOMO | [JSN] | |
960012 | SNAAPP | Stage 2 of SNAAPP | Rel-18 | S6 | 100% | SP-220469 | Suzuki, Yuji, NTT DOCOMO | [JSN] |
960028 | FS_SNAAPPY | Study on SNAAPP securitY | Rel-18 | S3 | 100% | SP-220526 | Zugenmaier, Alf, NTT DOCOMO, | [JSN] |
990048 | SNAAPPY | Security aspects of SNAPP | Rel-18 | S3 | 100% | SP-230161 | Zugenmaier, Alf, NTT DOCOMO | [JSN] |
1010002 | SNAAPP | CT3 aspects of SNAAPP | Rel-18 | C3 | 100% | CP-232128 | Eitoku, Haruka, NTT | [JSN] |
920039 | SEI | Smart Energy and Infrastructure | Rel-18 | 100% | SP-210523 | XIA Xu, China Telecom | [JSN] | |
880038 | FS_5GSEI | Study on 5G Smart Energy and Infrastructure | Rel-18 | S1 | 100% | SP-200574 | XIA Xu, China Telecom | [JSN] |
920032 | SEI | Stage 1 of Smart Energy and Infrastructure | Rel-18 | S1 | 100% | SP-210523 | XIA Xu, China Telecom | [JSN] |
940040 | FS_NSOEU | Study on Network and Service Operations for Energy Utilities | Rel-18 | S5 | 100% | SP-211622 | Erik Guttman , Samsung | [JSN] |
920014 | FS_SNAAPP | Study on application enablement aspects for subscriber-aware northbound API access | Rel-18 | S6 | 100% | SP-220094 | Suzuki, Yuji, NTT DOCOMO | [JSN] |
960022 | NBI18 | Rel-18 Enhancements of 3GPP Northbound and Application Layer interfaces and APIs | Rel-18 | 100% | CP-231190 | Abdessamad El Moatamid, Huawei | [JSN] | |
960053 | NBI18 | CT1 aspects of NBI18 | Rel-18 | C1 | 100% | CP-231190 | Abdessamad El Moatamid, Huawei | [JSN] |
960054 | NBI18 | CT3 aspects of NBI18 | Rel-18 | C3 | 100% | CP-231190 | Abdessamad El Moatamid, Huawei | [JSN] |
980027 | FS_SCV | Study on Structure of Charging for Verticals | Rel-18 | S5 | 100% | SP-230178 | CHEN SHAN, Huawei | [JSN] |
1010015 | B2B_CH | Charging Aspects of B2B | Rel-18 | S5 | 100% | SP-231155 | Deng, Yimeng, Huawei | [JSN] |
960014 | SMS2EC | SMS over IMS to emergency centre | Rel-18 | S1 | 100% | SP-220438 | Bruno Tossou, Orange | [JSN] |
940015 | MCXSec3 | Mission critical security enhancements phase 3 | Rel-18 | S3 | 100% | SP-211363 | Woodward, Tim, Motorola Solutions, Inc. | [JSN] |
1000042 | enh4MCPTT | Enhanced Mission Critical Push-to-talk architecture phase 4 | Rel-18 | 96% | SP-211519 | Lazara, Dom, Motorola Solutions | [JSN] | |
940025 | enh4MCPTT | Stage 2 of enh4MCPTT | Rel-18 | S6 | 100% | SP-211519 | Lazara, Dom, Motorola Solutions | [JSN] |
1000020 | enh4MCPTT | CT aspects of enh4MCPTT | Rel-18 | C1 | 90% | CP-231355 | Kiran Kapale, Samsung, | [JSN] |
930043 | MCGWUE | Gateway UE function for Mission Critical Communication | Rel-18 | 83% | SP-210959 | Oettl, Martin, Nokia | [JSN] | |
880033 | FS_MCGWUE | Study of Gateway UE function for Mission Critical Communication | Rel-18 | S6 | 100% | SP-200335 | Oettl, Martin, Nokia | [JSN] |
930017 | MCGWUE | (Stage 2 of) Gateway UE function for Mission Critical Communication | Rel-18 | S6 | 100% | SP-210959 | Oettl, Martin, Nokia | [JSN] |
990011 | MCGWUE | CT1 aspects of MCGWUE | Rel-18 | C1 | 50% | CP-232164 | Magnus Tränk, Ericsson | [JSN] |
970054 | MCOver5MBS | Mission Critical Services over 5MBS | Rel-18 | 100% | SP-210958 | Wendler, Ingo, UIC | [JSN] | |
930016 | MCOver5MBS | Stage 2 of Mission Critical Services over 5MBS | Rel-18 | S6 | 100% | SP-210958 | Wendler, Ingo, UIC | [JSN] |
970033 | MCOver5MBS | CT1 aspects of Mission Critical Services over 5MBS | Rel-18 | C1 | 100% | CP-222175 | Chen, Ying, TD Tech Ltd. | [JSN] |
970055 | MCOver5GProSe | Mission Critical Services over 5GProSe | Rel-18 | 100% | SP-211517 | Yanmei YANG, Huawei | [JSN] | |
940023 | MCOver5GProSe | Stage 2 of Mission Critical Services over 5GProSe | Rel-18 | S6 | 100% | SP-211517 | Yanmei YANG, Huawei | [JSN] |
970034 | MCOver5GProSe | CT1 aspects of Mission Critical Services over 5GProSe | Rel-18 | C1 | 100% | CP-233210 | Mengdi Ji, Huawei | [JSN] |
970027 | PROSESA | Stopped - ProSe Secondary Authentication | Rel-18 | S3 | 100% | SP-220874 | Samir Ferdi , Interdigital | [JSN] |
930026 | SACI_MCS | Sharing administrative configuration between interconnected MCX Service systems | Rel-18 | S1 | 100% | SP-211059 | Toobe, Jens, BDBOS | [JSN] |
930025 | AHGC | Ad hoc Group Communication support in Mission Critical Services | Rel-18 | S1 | 100% | SP-211058 | Erik.Guttman, Samsung | [JSN] |
1010020 | MC_AHGC | Mission Critical ad hoc group Communications | Rel-18 | S6 | 93% | SP-221235 | Kiran Gurudev Kapale, Samsung | [JSN] |
980051 | MC_AHGC | Stage 2 of Mission Critical ad hoc group Communications | Rel-18 | S6 | 100% | SP-221235 | Kiran Gurudev Kapale, Samsung | [JSN] |
1010004 | MC_AHGC | CT1 aspects of Mission Critical ad hoc group Communications | Rel-18 | C1 | 85% | CP-232162 | Kiran Gurudev Kapale, Samsung | [JSN] |
850043 | FS_SACI_MCS | Study on sharing administrative configuration between interconnected MCX Service systems | Rel-18 | S1 | 100% | SP-190837 | Toobe, Jens, BDBOS | [JSN] |
940020 | FS_MCShAC | Study on sharing of administrative configuration between interconnected MC service systems | Rel-18 | S6 | 100% | SP-211514 | Azem, Dania, BDBOS | [JSN] |
940022 | FS_MCAHGC | Study on Mission Critical ad hoc group communications | Rel-18 | S6 | 100% | SP-211516 | Arunprasath Ramamoorthy, Samsung | [JSN] |
800023 | FS_MCOver5GS | Study on Mission Critical services support over 5G System | Rel-18 | S6 | 100% | SP-200837 | Verweij, Kees, The Police of the Netherlands | [JSN] |
920037 | AIML_MT | AI/ML model transfer in 5GS | Rel-18 | 100% | SP-210520 | Jia SHEN, OPPO, sj@oppo.com | [JSN] | |
860009 | FS_AIML_MT | Study on traffic characteristics and performance requirements for AI/ML model transfer in 5GS | Rel-18 | S1 | 100% | SP-220441 | Jia SHEN, Oppo . | [JSN] |
920030 | AIML_MT | Stage 1 of AMMT | Rel-18 | S1 | 100% | SP-220440 | Jia SHEN, OPPO, sj@oppo.com | [JSN] |
940084 | FS_NR_AIML_air | Study on Artificial Intelligence (AI)/Machine Learning (ML) for NR air interface | Rel-18 | R1 | 100% | RP-221348 | Juan Montojo (RAN1); Mattias Frenne (RAN2); Xiaofeng Liu (RAN4), Qualcomm; Ericsson; CAICT | [JSN] |
989997 | AIMLsys | Artificial Intelligence (AI)/Machine Learning (ML) | Rel-18 | 99% | SP-231278 | Alla Goldner, Oppo | [JSN] | |
960037 | FS_AIML | Study on Security and Privacy of AI/ML-based Services and Applications in 5G | Rel-18 | S3 | 100% | SP-220687 | Marcus Wong, OPPO | [JSN] |
940071 | FS_AIMLsys | Study on 5G System Support for AI/ML-based Services | Rel-18 | S2 | 100% | SP-220071 | Alla Goldner, Oppo | [JSN] |
980019 | AIMLsys | (Stage 2 for AIML) System Support for AI/ML-based Services | Rel-18 | S2 | 100% | SP-231278 | Alla Goldner, Oppo | [JSN] |
990008 | AIMLsys | CT3 aspects of AIML | Rel-18 | C3 | 97% | CP-230329 | Tangudu, Narendranath Durga, Samsung | [JSN] |
990074 | AIMLsys | CT4 aspects of AIML | Rel-18 | C4 | 100% | CP-230329 | Tangudu, Narendranath Durga, Samsung | [JSN] |
941010 | NR_AIML_NGRAN | Artificial Intelligence (AI)/Machine Learning (ML) for NG-RAN | Rel-18 | 80% | RP-233441 | CMCC | [JSN] | |
941110 | NR_AIML_NGRAN-Core | Core part: Artificial Intelligence (AI)/Machine Learning (ML) for NG-RAN | Rel-18 | R3 | 80% | RP-233441 | Fang Xie, Angelo Centonza, CMCC, Ericsson | [JSN] |
960031 | FS_NR_AIML_NGRAN_SEC | Study on the security aspects of Artificial Intelligence (AI)/Machine Learning (ML) for the NG-RAN | Rel-18 | S3 | 100% | SP-220529 | Tsiatsis, Vlasios, Ericsson | [JSN] |
940039 | FS_AIML_MGMT | Study on AI/ML management | Rel-18 | S5 | 100% | SP-211443 | Yao, Yizhi, Intel | [JSN] |
990119 | AIML_MGT | AI/ML management | Rel-18 | S5 | 100% | SP-230335 | Yao, Yizhi, Intel | [JSN] |
1020023 | AIMLsysNEF_CH | NEF Charging enhancement to support AI/ML in 5GS | Rel-18 | S5 | 100% | SP-231706 | Alla Goldner, OPPO | [JSN] |
950011 | FS_AI4Media | Study on Artificial Intelligence (AI) and Machine Learning (ML) for Media | Rel-19 | S4 | 60% | SP-220328 | Eric Yip, Samsung | [JSN] |
940099 | NR_MBS_enh | Enhancements of NR Multicast and Broadcast Services | Rel-18 | 100% | RP-232993 | CATT | [JSN] | |
940199 | NR_MBS_enh-Core | Core part: Enhancements of NR Multicast and Broadcast Services | Rel-18 | R2 | 100% | RP-232993 | Rui Zhou, CATT | [JSN] |
989999 | 5MBS_Ph2 | 5G multicast-broadcast services Phase 2 | Rel-18 | 99% | SP-221131 | Meng Li, Huawei, Huawei | [JSN] | |
940067 | FS_5MBS_Ph2 | Study on architectural enhancements for 5G multicast-broadcast services Phase 2 | Rel-18 | S2 | 100% | SP-220072 | Meng Li, Huawei | [JSN] |
980013 | 5MBS_Ph2 | (Stage 2 of 5MBS_Ph2) Architectural enhancements for 5G multicast-broadcast services Phase 2 | Rel-18 | S2 | 100% | SP-230099 | Meng Li, Huawei, Huawei | [JSN] |
990001 | 5MBS_Ph2 | CT1 aspects for 5MBS_Ph2 | Rel-18 | C1 | 100% | CP-232031 | Rezagah, Roya, Huawei | [JSN] |
990076 | 5MBS_Ph2 | CT3 aspects for 5MBS_Ph2 | Rel-18 | C3 | 99% | CP-232031 | Rezagah, Roya, Huawei | [JSN] |
990077 | 5MBS_Ph2 | CT4 aspects for 5MBS_Ph2 | Rel-18 | C4 | 100% | CP-232031 | Rezagah, Roya, Huawei | [JSN] |
1000005 | 5MBS_Ph2 | Security Enhancements for 5G Multicast-Broadcast Services Phase 2 | Rel-18 | S3 | 100% | SP-230559 | Longhua Guo, Huawei Technologies | [JSN] |
960041 | FS_5MBS_SEC_Ph2 | Study on security enhancements for 5G multicast-broadcast services Phase 2 | Rel-18 | S3 | 100% | SP-220539 | Longhua Guo, Huawei Technologies | [JSN] |
920071 | LTE_terr_bcast_bands_part2 | New bands and bandwidth allocation for 5G terrestrial broadcast - part 2 | Rel-18 | 100% | RP-223378 | EBU | [JSN] | |
920171 | LTE_terr_bcast_bands_part2-Core | Core part: New bands and bandwidth allocation for 5G terrestrial broadcast - part 2 | Rel-18 | R4 | 100% | RP-232590 | Gene Fong, Qualcomm Incorporated | [JSN] |
990078 | UEConfig5MBS | UE pre-configuration for 5MBS | Rel-18 | 100% | CP-230201 | Herrero-Veron, Christian(Huawei) | [JSN] | |
990022 | UEConfig5MBS | CT1 aspects of UEConfig5MBS | Rel-18 | C1 | 100% | CP-230201 | Herrero-Veron, Christian(Huawei) | [JSN] |
990079 | UEConfig5MBS | CT6 aspects of UEConfig5MBS | Rel-18 | C6 | 100% | CP-230201 | Herrero-Veron, Christian(Huawei) | [JSN] |
910095 | FS_NR_Slice_Test | Study on 5G NR UE full stack testing for Network Slicing | Rel-18 | R5 | 100% | RP-211976 | Dan SONG, Yu SHI, CMCC, CU | [JSN] |
910026 | FS_NSCE | Study on network slice management capability exposure | Rel-18 | S5 | 100% | SP-220350 | Xiaobo Yu, Alibaba Group | [JSN] |
910038 | EASNS | Enhanced Access to and Support of Network Slice | Rel-18 | 100% | SP-210210 | Chun, SungDuck, LG Electronics Inc. | [JSN] | |
880035 | FS_EASNS | Study on EASNS | Rel-18 | S1 | 100% | SP-200571 | Chun, SungDuck, LG Electronics Inc | [JSN] |
910032 | EASNS | Stage 1 for EASNS | Rel-18 | S1 | 100% | SP-210210 | Chun, SungDuck, LG Electronics Inc. | [JSN] |
1000023 | PLMNsel_NS | Stopped – CT1 aspects of Slice-based PLMN Selection | Rel-18 | C1 | 100% | CP-232165 | Shuang Liang, ZTE | [JSN] |
1000044 | PLMNsel_NS | Stopped – CT4 aspects of Slice-based PLMN Selection | Rel-18 | C4 | 100% | CP-232165 | Shuang Liang, ZTE | [JSN] |
1000045 | PLMNsel_NS | Stopped – CT6 aspects of Slice-based PLMN Selection | Rel-18 | C6 | 100% | CP-232165 | Shuang Liang, ZTE | [JSN] |
980127 | eNS_Ph3 | Network Slicing Phase 3 | Rel-18 | 99% | SP-221135 | ZHU Jinguo, ZTE | [JSN] | |
940063 | FS_eNS_Ph3 | Study on Enhancement of Network Slicing Phase 3 | Rel-18 | S2 | 100% | SP-220073 | ZHU Jinguo, ZTE | [JSN] |
960029 | FS_eNS_Ph3 | Study on enhanced security for network slicing Phase 3 | Rel-18 | S3 | 100% | SP-220527 | Zander Lei, Huawei | [JSN] |
980017 | eNS_Ph3 | Stage 2 of Network Slicing Phase 3 | Rel-18 | S2 | 100% | SP-230104 | ZHU Jinguo, ZTE | [JSN] |
990015 | eNS_Ph3 | CT1 aspects of Network Slicing Phase 3 | Rel-18 | C1 | 100% | CP-230194 | Hannah Wang, ZTE | [JSN] |
990081 | eNS_Ph3 | CT3 aspects of Network Slicing Phase 3 | Rel-18 | C3 | 98% | CP-230194 | Hannah Wang, ZTE | [JSN] |
990082 | eNS_Ph3 | CT4 aspects of Network Slicing Phase 3 | Rel-18 | C4 | 99% | CP-230194 | Hannah Wang, ZTE | [JSN] |
1030024 | eNS_Ph3_CH | Network Slice Replacement charging | Rel-18 | S5 | 100% | SP-240475 | Maryse Gardella, MATRIXX Software, | [JSN] |
991037 | eNS_Ph3-NR | Network Slicing Phase 3: NR aspects | Rel-18 | R3 | 100% | RP-232793 | ZTE | [JSN] |
991137 | eNS_Ph3-NR-Core | Core part: Network Slicing Phase 3: NR aspects | Rel-18 | R3 | 100% | RP-232793 | Dapeng Li, ZTE | [JSN] |
940045 | NSRULE | Network slicing provisioning rules | Rel-18 | S5 | 100% | SP-211449 | Robert Petersen, Ericsson | [JSN] |
950039 | FS_NETSLICE_IDMS | Study on intent-driven management for network slicing | Rel-18 | S5 | 100% | SP-220278 | Jan Groenendijk , Ericsson | [JSN] |
990030 | IDMS_MN_ph2 | Intent driven Management Service for Mobile Network phase 2 | Rel-18 | S5 | 100% | SP-230180 | Xu Ruiyue, Huawei | [JSN] |
910023 | FS_eNS2_SEC | Study on enhanced security for network slicing Phase 2 | Rel-18 | S3 | 100% | SP-210106 | Zander Lei, Huawei | [JSN] |
960048 | FS_MS_NS_Ph2 | Study on Media Streaming aspects of Network Slicing Phase 2 | Rel-18 | S4 | 100% | SP-220675 | Prakash Kolan, samsung | [JSN] |
940013 | eNS2_SEC | Enhanced security for Phase 2 network slicing | Rel-18 | S3 | 100% | SP-211361 | Lei, Zander, Huawei | [JSN] |
910022 | FS_NSCALE | Study on Network Slice Capability Exposure for Application Layer Enablement | Rel-18 | S6 | 100% | SP-211509 | Zheng, Shaowen, CMCC | [JSN] |
1020049 | NSCALE | Network Slice Capability Exposure for Application Layer Enablement | Rel-18 | 91% | SP-220470 | Zheng, Shaowen, CMCC | [JSN] | |
960013 | NSCALE | (Stage 2 of NSCALE) Network Slice Capability Exposure for Application Layer Enablement | Rel-18 | S6 | 100% | SP-220470 | Zheng, Shaowen, CMCC | [JSN] |
1020050 | NSCALE | CT1 aspects of NSCALE | Rel-18 | C1 | 80% | CP-233310 | Huang Zhenning, China Mobile | [JSN] |
1020006 | NSCALE | CT3 aspects of NSCALE | Rel-18 | C3 | 90% | CP-233310 | Huang Zhenning, China Mobile | [JSN] |
1020046 | NSCALE | CT4 aspects of NSCALE | Rel-18 | C4 | 100% | CP-233310 | Huang Zhenning, China Mobile | [JSN] |
960005 | FS_NS_Slice-USIM | Study on new UICC application for network slice-specific authentication and authorization (NSSAA) | Rel-18 | C6 | 100% | CP-221186 | COLLET, Hervé, Thales | [JSN] |
900023 | FS_NETSLICE_CH_Ph2 | Study on Charging Aspects for Network Slicing Phase 2 | Rel-18 | S5 | 100% | SP-201082 | Matrixx, Gerald Görmer | [JSN] |
980025 | NETSLICE_CH_Ph2 | Charging Aspects of Network Slicing Phase 2 | Rel-18 | S5 | 100% | SP-231448 | Gerald Görmer, MATRIXX Software | [JSN] |
1000002 | eNS_UICC | Enhancement of Network Slicing UICC application for network slice-specific authentication and authorization | Rel-18 | C6 | 100% | CP-231351 | COLLET, Hervé, Thales | [JSN] |
981039 | NR_XR_enh | XR (eXtended Reality) enhancements for NR | Rel-18 | 55% | RP-232778 | Nokia | [JSN] | |
981139 | NR_XR_enh-Core | Core part: XR (eXtended Reality) enhancements for NR | Rel-18 | R2 | 100% | RP-223502 | Benoist S bire, Nokia | [JSN] |
940087 | FS_NR_XR_enh | Study on XR (eXtended Reality) enhancements for NR | Rel-18 | R2 | 100% | RP-220285 | Benoist S bire, Nokia | [JSN] |
1030063 | NR_XR_enh_plus_CT1-UEConTest | UE Conformance - XR (eXtended Reality) enhancements for NR plus CT1 aspects | Rel-18 | R5 | 0% | RP-240088 | Nokia | [JSN] |
990110 | XRM | Architecture Enhancements for XR (Extended Reality) and media service | Rel-18 | 99% | SP-221326 | Dan WANG, China Mobile | [JSN] | |
940068 | FS_XRM | Study on architecture enhancement for XR and media services | Rel-18 | S2 | 100% | SP-220705 | Dan Wang, China Mobile | [JSN] |
980016 | XRM | (Stage 2 for XRM) Architecture Enhancements for XR (Extended Reality) and media service | Rel-18 | S2 | 100% | SP-230092 | Dan WANG, China Mobile | [JSN] |
1030048 | XRM | CT1 aspects of XRM | Rel-18 | C1 | 98% | CP-232134 | Zhennning Huang, China Mobile | [JSN] |
990006 | XRM | CT3 aspects of XRM | Rel-18 | C3 | 96% | CP-232134 | Zhennning Huang, China Mobile | [JSN] |
990084 | XRM | CT4 aspects of XRM | Rel-18 | C4 | 100% | CP-232134 | Zhennning Huang, China Mobile | [JSN] |
950012 | FS_eiRTCW | Study on immersive Real-time Communication for WebRTC Phase 2 | Rel-18 | S4 | 100% | SP-230166 | Yoshihiro INOUE, NTT | [JSN] |
950014 | iRTCW | Immersive Real-time Communication for WebRTC | Rel-18 | S4 | 75% | SP-230977 | Kyunghun Jung, Facebook | [JSN] |
950013 | FS_SmarTAR | Study on Smartly Tethering AR Glasses | Rel-18 | S4 | 100% | SP-220240 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
950015 | MeCAR | Media Capabilities for Augmented Reality | Rel-18 | S4 | 100% | SP-220242 | Emmanuel Thomas, Xiaomi | [JSN] |
960042 | IBACS | IMS-based AR Conversational Services | Rel-18 | S4 | 70% | SP-230165 | Gunkel, Simon, KPN N.V. | [JSN] |
960044 | GA4RTAR | Generic architecture for RT and AR/MR | Rel-18 | S4 | 100% | SP-220672 | Hakju Ryan Lee, Samsung | [JSN] |
960046 | 5G_RTP | Real-time Transport Protocol Configurations | Rel-18 | S4 | 100% | SP-230541 | Igor Curcio, Nokia Corporation | [JSN] |
830005 | ATIAS | Terminal Audio quality performance and Test methods for Immersive Audio Services | Rel-18 | S4 | 70% | SP-190040 | Stéphane Ragot, Orange | [JSN] |
1030047 | IVAS_Codec | EVS Codec Extension for Immersive Voice and Audio Services | Rel-18 | 71% | SP-220608 | Bin Wang, Huawei Technologies Co Ltd | [JSN] | |
770024 | IVAS_Codec | EVS Codec Extension for Immersive Voice and Audio Services | Rel-18 | S4 | 80% | SP-220608 | Bin Wang, Huawei Technologies Co Ltd | [JSN] |
1030026 | IVAS_Codec | CT1 aspects of IVAS_Codec | Rel-18 | C1 | 0% | CP-240021 | Landais, Bruno, Nokia | [JSN] |
1030025 | IVAS_Codec | CT3 aspects of IVAS_Codec | Rel-18 | C3 | 0% | CP-240021 | Landais, Bruno, Nokia | [JSN] |
1030001 | IVAS_Codec | CT4 aspects of IVAS_Codec | Rel-18 | C4 | 0% | CP-240021 | Landais, Bruno, Nokia | [JSN] |
990025 | ISAR | Immersive Audio for Split Rendering Scenarios | Rel-18 | S4 | 35% | SP-231291 | Stefan Bruhn, Dolby Laboratories Inc | [JSN] |
960045 | SR_MSE | Split Rendering Media Service Enabler | Rel-18 | S4 | 85% | SP-231291 | Bouazizi, Imed, Qualcomm Incorporated | [JSN] |
960049 | FS_ARMRQoE | Study on AR and MR QoE Metrics | Rel-18 | S4 | 100% | SP-220708 | Shuai Gao, chinaunicom | [JSN] |
960050 | FS_Audio_5GSTAR | Study on Audio Aspects for Glasses-type AR/MR Devices | Rel-18 | S4 | 100% | SP-220617 | Stéphane Ragot, Orange | [JSN] |
880036 | FS_OffNetRail | Study on Off-Network for Rail | Rel-18 | S1 | 100% | SP-200572 | Guillaume Gach | [JSN] |
880034 | FS_IRail | Study of Interconnection and Migration Aspects for Railways | Rel-18 | S6 | 100% | SP-200336 | Oettl, Martin, Nokia | [JSN] |
980122 | IRail | Interconnection and Migration Aspects for Railways | Rel-18 | 100% | SP-220098 | Oettl, Martin, Nokia | [JSN] | |
950025 | IRail | Stage 2 of Irail | Rel-18 | S6 | 100% | SP-220098 | Oettl, Martin, Nokia | [JSN] |
980070 | eMCSMI_IRail | CT1 aspects of eMCSMI_IRail | Rel-18 | C1 | 100% | CP-233217 | Won, Sung Hwan, Nokia | [JSN] |
980071 | eMCSMI_IRail | deleted - CT4 aspects of eMCSMI_IRail | Rel-18 | C4 | 100% | CP-233217 | Won, Sung Hwan, Nokia | [JSN] |
900026 | FS_FRMCS_Ph4 | Study on FRMCS Phase 4 | Rel-18 | S1 | 100% | SP-220436 | Guillaume Gach; UIC | [JSN] |
930014 | FS_eV2XAPP2 | Study on enhancements to application layer support for V2X services; Phase 2 | Rel-18 | S6 | 100% | SP-220466 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
980125 | V2XAPP_Ph3 | Application layer support for V2X services; Phase 3 | Rel-18 | 100% | SP-220916 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
970039 | V2XAPP_Ph3 | Stage 2 of V2XAPP_Ph3 | Rel-18 | S6 | 100% | SP-221229 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
980072 | V2XAPP_Ph3 | CT1 aspects of V2XAPP_Ph3 | Rel-18 | C1 | 100% | CP-233214 | Herrero Veron, Christian (Huawei) | [JSN] |
980073 | V2XAPP_Ph3 | CT3 aspects of V2XAPP_Ph3 | Rel-18 | C3 | 100% | CP-233214 | Herrero Veron, Christian (Huawei) | [JSN] |
1000043 | TEI18_MBS4V2X | MBS support for V2X services | Rel-18 | 100% | SP-220793 | LaeYoung Kim (LG Electronics), | [JSN] | |
970003 | TEI18_MBS4V2X | (Stage 2 of) MBS support for V2X services | Rel-18 | S2 | 100% | SP-220793 | LaeYoung Kim (LG Electronics), | [JSN] |
1000022 | TEI18_MBS4V2X | CT1 aspects of MBS support for V2X services | Rel-18 | C1 | 100% | CP-231357 | Herrero Veron, Christian (Huawei) | [JSN] |
1010021 | TEI18_MBS4V2X | CT6 aspects of MBS support for V2X services | Rel-18 | C6 | 100% | CP-231357 | Herrero Veron, Christian (Huawei) | [JSN] |
950079 | NR_HST_FR2_enh | Enhanced NR support for high speed train scenario in frequency range 2 (FR2) | Rel-18 | 64% | RP-222272 | Samsung | [JSN] | |
950179 | NR_HST_FR2_enh-Core | Core part: Enhanced NR support for high speed train scenario in frequency range 2 (FR2) | Rel-18 | R4 | 100% | RP-222272 | WANG, He (Jackson), Samsung | [JSN] |
950279 | NR_HST_FR2_enh-Perf | Perf. part: Enhanced NR support for high speed train scenario in frequency range 2 (FR2) | Rel-18 | R4 | 90% | RP-222272 | WANG, He (Jackson), Samsung | [JSN] |
1030071 | NR_HST_FR2_enh-UEConTest | UE Conformance - Enhanced NR support for high speed train scenario in frequency range 2 (FR2) | Rel-18 | R5 | 0% | RP-240371 | Samsung | [JSN] |
920036 | eMMTEL | Evolution of IMS Multimedia Telephony Service | Rel-18 | 99% | SP-210519 | Hu Yue, China Mobile | [JSN] | |
850042 | FS_MMTELin5G | Study on evolution of IMS multimedia telephony service | Rel-18 | S1 | 100% | SP-190836 | Yan Di, China Mobile | [JSN] |
920029 | eMMTEL | Stage 1 of Evolution of IMS Multimedia Telephony Service | Rel-18 | S1 | 100% | SP-210519 | Hu Yue, China Mobile | [JSN] |
940066 | FS_NG_RTC | Study on system architecture for next generation real time communication services | Rel-18 | S2 | 100% | SP-220288 | Yi Jiang | [JSN] |
970014 | NG_RTC | System architecture for Next Generation Real time Communication services | Rel-18 | S2 | 100% | SP-230098 | Yi Jiang, China Mobile | [JSN] |
990023 | NG_RTC | CT1 aspects of NG_RTC | Rel-18 | C1 | 95% | CP-233211 | Chen Xu, China Mobile | [JSN] |
990086 | NG_RTC | CT3 aspects of NG_RTC | Rel-18 | C3 | 100% | CP-233211 | Chen Xu, China Mobile | [JSN] |
990087 | NG_RTC | CT4 aspects of NG_RTC | Rel-18 | C4 | 100% | CP-233211 | Chen Xu, China Mobile | [JSN] |
1030027 | NG_RTC | CT6 aspects of NG_RTC | Rel-18 | C6 | 100% | CP-233211 | Chen Xu, China Mobile | [JSN] |
960032 | FS_NG_RTC_SEC | Study on security support for Next Generation Real Time Communication services | Rel-18 | S3 | 100% | SP-220530 | Fei, Li, Huawei | [JSN] |
990038 | NG_RTC_SEC | Security support for Next Generation Real Time Communication services | Rel-18 | S3 | 100% | SP-230151 | Fei, Li, Huawei | [JSN] |
1000008 | IDC_CH | Charging Aspects of IMS Data Channel | Rel-18 | S5 | 100% | SP-230621 | Chen, Ai, China Mobile, | [JSN] |
990111 | ATSSS_Ph3 | Access Traffic Steering, Switch and Splitting support in the 5G system architecture; Phase 3 | Rel-18 | 100% | SP-221334 | Apostolis Salkintzis, Lenovo | [JSN] | |
940070 | FS_ATSSS_Ph3 | Study on Access Traffic Steering, Switching and Splitting support in the 5G system architecture; Phase 3 | Rel-18 | S2 | 100% | SP-211612 | Salkintzis, Apostolis, Lenovo, | [JSN] |
970023 | ATSSS_Ph3 | Stage 2 of ATSSS_Ph3 | Rel-18 | S2 | 100% | SP-221334 | Apostolis Salkintzis, Lenovo | [JSN] |
990021 | ATSSS_Ph3 | CT1 aspects of ATSSS_Ph3 | Rel-18 | C1 | 100% | CP-230334 | Atarius, Roozbeh, Lenovo | [JSN] |
990089 | ATSSS_Ph3 | CT3 aspects of ATSSS_Ph3 | Rel-18 | C3 | 100% | CP-230334 | Atarius, Roozbeh, Lenovo | [JSN] |
990090 | ATSSS_Ph3 | CT4 aspects of ATSSS_Ph3 | Rel-18 | C4 | 100% | CP-230334 | Atarius, Roozbeh, Lenovo | [JSN] |
940076 | FS_UPEAS | Study on UPF enhancement for Exposure And SBA | Rel-18 | S2 | 100% | SP-220417 | Yan Han, China Mobile | [JSN] |
990112 | UPEAS | UPF enhancement for Exposure and SBA | Rel-18 | 100% | SP-220809 | Yan Han, China Mobile | [JSN] | |
970019 | UPEAS | Stage 2 of UPEAS | Rel-18 | S2 | 100% | SP-230103 | Yan Han, China Mobile | [JSN] |
990002 | UPEAS | CT4 aspects of UPF enhancement for exposure and SBA | Rel-18 | C4 | 100% | CP-232027 | Rong Wang, China Mobile | [JSN] |
990092 | UPEAS | CT3 aspects of UPF enhancement for exposure and SBA | Rel-18 | C3 | 100% | CP-232027 | Rong Wang, China Mobile | [JSN] |
930027 | TACMM | Tactile and multi-modality communication services | Rel-18 | 100% | SP-211053 | Xiaonan Shi, CMCC | [JSN] | |
900027 | FS_TACMM | Study on TACMM | Rel-18 | S1 | 100% | SP-210209 | Shi, Xiaonan, China Mobile | [JSN] |
930020 | TACMM | Stage 1 of TACMM | Rel-18 | S1 | 100% | SP-211053 | Xiaonan Shi, CMCC | [JSN] |
980132 | EDGEAPP_Ph2 | Architecture for enabling Edge Applications Phase 2 | Rel-18 | 95% | SP-221231 | Sapan Shah, Samsung | [JSN] | |
970040 | EDGEAPP_Ph2 | (Stage 2 of EDGEAPP_Ph2) Architecture for enabling Edge Applications Phase 2 | Rel-18 | S6 | 100% | SP-221231 | Sapan Shah, Samsung | [JSN] |
980074 | EDGEAPP_Ph2 | CT1 aspects of EDGEAPP_Ph2 | Rel-18 | C1 | 97% | CP-233114 | Narendranath Durga Tangudu | [JSN] |
980075 | EDGEAPP_Ph2 | CT3 aspects of EDGEAPP_Ph2 | Rel-18 | C3 | 90% | CP-233114 | Narendranath Durga Tangudu | [JSN] |
960011 | EDGEAPP_EXT | Edge Application Standards in 3GPP and alignment with External Organizations | Rel-18 | S6 | 98% | SP-231156 | Meghashree Dattatri Kedalagudde, Intel | [JSN] |
920017 | FS_eEDGEAPP | Study on enhanced architecture for enabling Edge Applications | Rel-18 | S6 | 100% | SP-211510 | Gupta, Nishant, Samsung | [JSN] |
980123 | FS_EDGE_Ph2 | Edge Computing Phase 2 | Rel-18 | 99% | Patrice Hédé, Huawei Technologies | [JSN] | ||
950049 | FS_EDGE_Ph2 | Study on Edge Computing phase 2 | Rel-18 | S2 | 100% | SP-220070 | Patrice Hédé, Huawei Technologies | [JSN] |
940059 | FS_EDGE_Ph2 | Study on Stage 2 of Edge Computing phase 2 | Rel-18 | S2 | 100% | SP-220352 | Patrice Hédé, Huawei Technologies | [JSN] |
950023 | FS_EDGE_Ph2 | Study on Security of Edge Computing phase 2 | Rel-18 | S3 | 100% | SP-220201 | Bo Zhang, Huawei | [JSN] |
970026 | EDGE_Ph2 | (stage 2 of) Edge Computing Phase 2 | Rel-18 | S2 | 100% | SP-230112 | Patrice Hédé, Huawei Technologies | [JSN] |
980076 | EDGE_Ph2 | CT3 aspects of EDGE_Ph2 | Rel-18 | C3 | 96% | CP-233026 | Qi Caixia, Huawei | [JSN] |
980077 | EDGE_Ph2 | CT4 aspects of EDGE_Ph2 | Rel-18 | C4 | 98% | CP-233026 | Qi Caixia, Huawei | [JSN] |
990039 | EDGE_Ph2 | Security Aspects of Support for Edge Computing in 5GC phase 2 | Rel-18 | S3 | 100% | SP-230366 | Bo Zhang, Huawei Technologies | [JSN] |
920038 | PALS | 5G Networks Providing Access to Localized Services | Rel-18 | 100% | SP-210522 | Lola Awoniyi-Oteri, qualcomm | [JSN] | |
890023 | FS_PALS | Study on PALS | Rel-18 | S1 | 100% | SP-200799 | Jack Nasielski | [JSN] |
920031 | PALS | Stage 1 of PALS | Rel-18 | S1 | 100% | SP-210588 | Lola Awoniyi-Oteri, qualcomm | [JSN] |
980128 | eNPN_Ph2 | Non-Public Networks Phase 2 | Rel-18 | 100% | SP-220805 | Hedman, Peter, Ericsson | [JSN] | |
940075 | FS_eNPN_Ph2 | Study on enhanced support of Non-Public Networks phase 2 | Rel-18 | S2 | 100% | SP-220418 | Hedman, Peter, Ericsson | [JSN] |
970015 | eNPN_Ph2 | Stage 2 of Non-Public Networks Phase 2 | Rel-18 | S2 | 100% | SP-230096 | Hedman, Peter, Ericsson | [JSN] |
960033 | FS_eNPN_Ph2_SEC | Study on security aspects of enhanced support of Non-Public Networks phase 2 | Rel-18 | S3 | 100% | SP-220531 | Jost, Christine, Ericsson, | [JSN] |
990043 | eNPN_Ph2 | Security aspects of support of Non-Public Networks phase 2 | Rel-18 | S3 | 100% | SP-230156 | Jost, Christine, Ericsson | [JSN] |
980078 | eNPN_Ph2 | CT1 aspects of eNPN_Ph2 | Rel-18 | C1 | 100% | CP-231286 | Sedlacek, Ivo, Ericsson | [JSN] |
980079 | eNPN_Ph2 | CT3 aspects of eNPN_Ph2 | Rel-18 | C3 | 100% | CP-231286 | Sedlacek, Ivo, Ericsson | [JSN] |
980080 | eNPN_Ph2 | CT4 aspects of eNPN_Ph2 | Rel-18 | C4 | 100% | CP-231286 | Sedlacek, Ivo, Ericsson | [JSN] |
940043 | FS_eNPN_CH | Study on Charging Aspects for Enhanced Support of Non-Public Networks | Rel-18 | S5 | 100% | SP-211447 | Chen, Ai, China Mobile | [JSN] |
990028 | eNPN_CH | Charging Aspects for Enhanced Support of Non-Public Networks | Rel-18 | S5 | 100% | SP-230177 | Chen, Ai, China Mobile | [JSN] |
991138 | eNPN_Ph2-NGRAN-Core | Core part: Non-Public Networks Phase 2: NG-RAN aspects | Rel-18 | R3 | 100% | RP-233569 | Shengnan Liu, China Telecom | [JSN] |
840020 | FS_eUEPO | Study on enhancement of 5G UE Policy | Rel-18 | S2 | 100% | SP-211649 | Changhong Shan, Intel | [JSN] |
980114 | eUEPO | Enhancement of 5G UE Policy | Rel-18 | 98% | SP-220980 | Changhong Shan, Intel | [JSN] | |
970025 | eUEPO | (Stage 2 of) Enhancement of 5G UE Policy | Rel-18 | S2 | 100% | SP-230094 | Changhong Shan, Intel | [JSN] |
980081 | eUEPO | CT1 aspects of eUEPO | Rel-18 | C1 | 98% | CP-233206 | Thomas Luetzenkirchen, Intel | [JSN] |
980082 | eUEPO | CT3 aspects of eUEPO | Rel-18 | C3 | 98% | CP-233206 | Thomas Luetzenkirchen, Intel | [JSN] |
990093 | eUEPO | CT4 aspects of eUEPO | Rel-18 | C4 | 98% | CP-233206 | Thomas Luetzenkirchen, Intel | [JSN] |
1000041 | TEI18_SLAMUP | Spending Limits for AM and UE Policies in the 5GC | Rel-18 | 100% | SP-220794 | Baniel, Uriuri dot baniel at oracle dot com | [JSN] | |
970004 | TEI18_SLAMUP | Stage 2 of TEI18_SLAMUP | Rel-18 | S2 | 100% | SP-220794 | Baniel, Uriuri dot baniel at oracle dot com | [JSN] |
1000040 | TEI18_SLAMUP | CT3 aspects on TEI18_SLAMUP | Rel-18 | C3 | 100% | CP-233125 | SUN, Yue, China Telecom | [JSN] |
1020048 | TEI18_SLAMUP | CT4 aspects on TEI18_SLAMUP | Rel-18 | C4 | 100% | CP-233125 | SUN, Yue, China Telecom | [JSN] |
970001 | UEP18 | Rel-18 Enhancements of UE Policy | Rel-18 | 100% | CP_233115 | Fuencisla García, Ericsson | [JSN] | |
970045 | UEP18 | CT3 aspects of UEP18 | Rel-18 | C3 | 100% | CP-233115 | Fuencisla García, Ericsson | [JSN] |
970046 | UEP18 | CT4 aspects of UEP18 | Rel-18 | C4 | 100% | CP-233115 | Fuencisla García, Ericsson | [JSN] |
990113 | AMP | 5G AM Policy | Rel-18 | 100% | SP-221335 | Chen, Zhuoyi, China Telecom | [JSN] | |
940064 | FS_AMP | Study on 5G AM Policy | Rel-18 | S2 | 100% | SP-220647 | Chen, Zhuoyi, China Telecom | [JSN] |
970017 | AMP | Stage 2 of 5G AM Policy | Rel-18 | S2 | 100% | SP-221335 | Chen, Zhuoyi, China Telecom | [JSN] |
990007 | AMP | CT3 aspects of 5G AM Policy | Rel-18 | C3 | 100% | CP-232130 | SUN, Yue, China Telecom | [JSN] |
990095 | AMP | CT4 aspects of 5G AM Policy | Rel-18 | C4 | 100% | CP-232130 | SUN, Yue, China Telecom | [JSN] |
990114 | TEI18_DCAMP_Ph2 | Dynamically Changing AM Policies in the 5GC Phase 2 | Rel-18 | 100% | SP-220799 | Yubing Liu | [JSN] | |
970009 | TEI18_DCAMP_Ph2 | Stage 2 of TEI18_DCAMP_Ph2 | Rel-18 | S2 | 100% | SP-230102 | Yubing Liu | [JSN] |
990005 | TEI18_DCAMP_Ph2 | CT3 aspects on Dynamically Changing AM Policies in the 5GC Phase 2 | Rel-18 | C3 | 100% | CP-233124 | SUN, Yue, China Telecom | [JSN] |
1020047 | TEI18_DCAMP_Ph2 | CT4 aspects on Dynamically Changing AM Policies in the 5GC Phase 2 | Rel-18 | C4 | 100% | CP-233124 | SUN, Yue, China Telecom | [JSN] |
1000016 | FS_FGS | Study on Film Grain Synthesis | Rel-19 | S4 | 30% | SP-230539 | Brian Lee (Dolby Laboratories) | [JSN] |
1000017 | FS_HEVC_Profiles | Study on new HEVC profiles and operating points | Rel-18 | S4 | 100% | SP-230540 | Waqar Zia | [JSN] |
1000019 | FS_AVATAR | Study of Avatars in Real-Time Communication Services | Rel-19 | S4 | 30% | SP-230544 | Bouazizi, Imed, Qualcomm Incorporated | [JSN] |
940010 | FS_5G_MSE | Study on 5G Media Service Enablers | Rel-18 | S4 | 100% | SP-211338 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
960043 | eUET | UE Testing Phase 2 | Rel-18 | S4 | 100% | SP-220610 | Stéphane Ragot, Orange | [JSN] |
980009 | 5GMS_Audio_Ph2 | 5G Media Streaming Audio codec phase 2 for 5G-Advanced | Rel-18 | S4 | 100% | SP-221033 | Frédéric Gabin (Dolby Laboratories Inc.) | [JSN] |
960047 | 5GMS_Ph2 | 5G Media Streaming Architecture Phase 2 | Rel-18 | S4 | 100% | SP-230164 | Iraj Sodagar, Tencent | [JSN] |
980007 | MP_RTT | Enhanced Multiparty RTT | Rel-18 | S4 | 100% | SP-231709 | Huan-yu Su, Huawei | [JSN] |
870013 | FS_XRTraffic | Traffic Models and Quality Evaluation Methods for Media and XR Services in 5G Systems | Rel-18 | S4 | 100% | SP-210043 | Thomas Stockhammer | [JSN] |
1000015 | PROMISE | 5G-Advanced media profiles for messaging services | Rel-18 | S4 | 100% | SP-230542 | Frédéric Gabin (Dolby Laboratories Inc.) – | [JSN] |
1000018 | 5GMS_Pro_Ph2 | 5G Media Streaming Protocols Phase 2 | Rel-18 | S4 | 75% | SP-230976 | Thomas Stockhammer, Qualcomm Incorporated, | [JSN] |
980110 | 5WWC_Ph2 | Support for Wireless and Wireline Convergence Phase 2 | Rel-18 | 100% | SP-220904 | Laurent Thiebaut, Nokia | [JSN] | |
840085 | FS_5WWC_Ph2 | Study on the support for 5WWC Phase 2 | Rel-18 | S2 | 100% | SP-220419 | Laurent Thiebaut, Nokia | [JSN] |
960030 | FS_5WWC_Ph2_Sec | Study on Security aspects for 5WWC Phase 2 | Rel-18 | S3 | 100% | SP-221144 | Saurabh Khare, Nokia | [JSN] |
970010 | 5WWC_Ph2 | Stage 2 of 5WWC_Ph2 | Rel-18 | S2 | 100% | SP-230367 | Laurent Thiebaut, Nokia | [JSN] |
980083 | 5WWC_Ph2 | CT1 aspects of 5WWC_Ph2 | Rel-18 | C1 | 100% | CP-233221 | Nassar, Mohamed A.(Nokia) | [JSN] |
980084 | 5WWC_Ph2 | CT3 aspects of 5WWC_Ph2 | Rel-18 | C3 | 100% | CP-233221 | Nassar, Mohamed A.(Nokia) | [JSN] |
980085 | 5WWC_Ph2 | CT4 aspects of 5WWC_Ph2 | Rel-18 | C4 | 100% | CP-233221 | Nassar, Mohamed A.(Nokia) | [JSN] |
990035 | 5WWC_Ph2_Sec | Security aspects for 5WWC Phase 2 | Rel-18 | S3 | 100% | SP-230148 | Khare, Saurabh, Nokia | [JSN] |
1010016 | 5WWC_Ph2 | Charging Aspects of 5WWC phase 2 | Rel-18 | S5 | 100% | SP-231154 | Sun Mingrui, China Unicom | [JSN] |
980129 | eNSAC | Enhancement of NSAC for maximum number of UEs with at least one PDU session/PDN connection | Rel-18 | 100% | SP-220988 | ZHU Jinguo, ZTE | [JSN] | |
970058 | eNSAC | Stage 2 of eNSAC | Rel-18 | S2 | 100% | SP-230113 | ZHU Jinguo, ZTE | [JSN] |
980086 | eNSAC | CT3 aspects of eNSAC | Rel-18 | C3 | 100% | CP-232025 | Li, Zhijun, ZTE | [JSN] |
980087 | eNSAC | CT4 aspects of eNSAC | Rel-18 | C4 | 100% | CP-232025 | Li, Zhijun, ZTE | [JSN] |
970031 | eMDAS_Ph2 | Management Data Analytics phase 2 | Rel-18 | S5 | 100% | SP-240267 | Yao, Yizhi, Intel | [JSN] |
990115 | ADAES | Application Data Analytics Enablement Service | Rel-18 | 88% | SP-220913 | Pateromichelakis, Emmanouil (Manos) | [JSN] | |
940019 | FS_ADAES | Study on Application Data Analytics Enablement Service | Rel-18 | S6 | 100% | SP-211513 | Pateromichelakis, Emmanouil (Manos) | [JSN] |
970036 | ADAES | Stage 2 of ADAES | Rel-18 | S6 | 100% | SP-230275 | Pateromichelakis, Emmanouil (Manos) | [JSN] |
990020 | ADAES | CT1 aspects of ADAES | Rel-18 | C1 | 95% | CP-230333 | Atarius, Roozbeh, Lenovo | [JSN] |
990097 | ADAES | CT3 aspects of ADAES | Rel-18 | C3 | 70% | CP-230333 | Atarius, Roozbeh, Lenovo | [JSN] |
940079 | FS_SUECR | Study on Seamless UE context recovery | Rel-18 | S2 | 100% | SP-211654 | Lalith Kumar | [JSN] |
980116 | SUECR | Seamless UE context recovery | Rel-18 | 100% | SP-220810 | Lalith kumar, Samsung | [JSN] | |
970020 | SUECR | Stage 2 of Seamless UE context recovery | Rel-18 | S2 | 100% | SP-220810 | Lalith kumar, Samsung | [JSN] |
980088 | SUECR | CT1 aspects of Seamless UE context recovery | Rel-18 | C1 | 100% | CP-223113 | Hashmi, Danish Ehsan, Samsung | [JSN] |
980089 | SUECR | CT3 aspects of Seamless UE context recovery | Rel-18 | C3 | 100% | CP-223113 | Hashmi, Danish Ehsan, Samsung | [JSN] |
980090 | SUECR | CT4 aspects of Seamless UE context recovery | Rel-18 | C4 | 100% | CP-223113 | Hashmi, Danish Ehsan, Samsung | [JSN] |
980115 | SFC | 5G System Enabler for Service Function Chaining | Rel-18 | 100% | SP-220802 | Meghashree Dattatri Kedalagudde, Intel | [JSN] | |
970012 | SFC | Stage 2 of 5G System Enabler for Service Function Chaining | Rel-18 | S2 | 100% | SP-230120 | Meghashree Dattatri Kedalagudde, Intel | [JSN] |
980091 | SFC | CT3 aspects of SFC | Rel-18 | C3 | 100% | CP-231193 | Yue Sun, China Telecom | [JSN] |
980092 | SFC | CT4 aspects of SFC | Rel-18 | C4 | 100% | CP-231193 | Yue Sun, China Telecom | [JSN] |
940052 | FS_SFC | Study on System Enabler for Service Function Chaining | Rel-18 | S2 | 100% | SP-220415 | Meghashree D Kedalagudde, Intel | [JSN] |
940054 | FS_DetNet | Study on Extensions to the TSC Framework to support Deterministic Networking (DetNet) | Rel-18 | S2 | 100% | SP-211633 | Miklós, György, Ericsson | [JSN] |
980119 | DetNet | Extensions to the TSC Framework to support DetNet | Rel-18 | 77% | SP-220801 | Miklós, György, Ericsson | [JSN] | |
970011 | DetNet | Stage 2 of Extensions to the TSC Framework to support DetNet | Rel-18 | S2 | 100% | SP-230172 | Miklós, György, Ericsson | [JSN] |
980093 | DetNet | CT1 aspects of Detnet | Rel-18 | C1 | 100% | CP-231195 | Fuencisla García, Ericsson | [JSN] |
980094 | DetNet | CT3 aspects of Detnet | Rel-18 | C3 | 25% | CP-231195 | Fuencisla García, Ericsson | [JSN] |
1020064 | DetNet | (IETF) CT3 part of DetNet (draft-ietf-detnet-yang) | Rel-18 | C3-IETF | 25% | CP-231195 | Fuencisla García, Ericsson | [JSN] |
980095 | DetNet | CT4 aspects of Detnet | Rel-18 | C4 | 100% | CP-231195 | Fuencisla García, Ericsson | [JSN] |
980117 | TEI18_MLR | Multiple location report for MT-LR Immediate Location Request for regulatory services | Rel-18 | 100% | SP-220795 | Joul, Christopher, T-Mobile USA | [JSN] | |
970005 | TEI18_MLR | Stage 2 of TEI18_MLR | Rel-18 | S2 | 100% | SP-220795 | Joul, Christopher, T-Mobile USA | [JSN] |
980002 | TEI18_MLR | CT4 aspects on TEI18_MLR | Rel-18 | C4 | 100% | CP-223022 | Jones Yunjie, Lu, Ericsson | [JSN] |
980120 | TEI18_ADEE | TEI18 on Enhancement of Application Detection Event Exposure | Rel-18 | 100% | SP-220796 | Aihua Li, China Mobile | [JSN] | |
970006 | TEI18_ADEE | Stage 2 of TEI18_ADEE | Rel-18 | S2 | 100% | SP-220796 | Aihua Li, China Mobile | [JSN] |
980030 | TEI18_ADEE | CT3 aspects of TEI18_ADEE | Rel-18 | C3 | 100% | CP-223202 | Zhenning Huang, China Mobile | [JSN] |
980121 | TEI18_IPv6PD | General Support of IPv6 Prefix Delegation in 5GS | Rel-18 | 100% | SP-220797 | Gan, Judy, Ericsson | [JSN] | |
970007 | TEI18_IPv6PD | Stage 2 of TEI18_IPv6PD | Rel-18 | S2 | 100% | SP-220797 | Gan, Judy, Ericsson | [JSN] |
980096 | TEI18_IPv6PD | CT1 aspects of TEI18_IPv6PD | Rel-18 | C1 | 100% | CP-230121 | Maria Tianmei, Liang, Ericsson | [JSN] |
980097 | TEI18_IPv6PD | CT3 aspects of TEI18_IPv6PD | Rel-18 | C3 | 100% | CP-230121 | Maria Tianmei, Liang, Ericsson | [JSN] |
980098 | TEI18_IPv6PD | CT4 aspects of TEI18_IPv6PD | Rel-18 | C4 | 100% | CP-230121 | Maria Tianmei, Liang, Ericsson | [JSN] |
980118 | TEI18_SDNAEPC | Secondary DN Authentication and authorization in EPC IWK cases | Rel-18 | 100% | SP-220798 | Laurent Thiebaut, Nokia | [JSN] | |
970008 | TEI18_SDNAEPC | Stage 2 of Secondary DN Authentication and authorization in EPC IWK cases | Rel-18 | S2 | 100% | SP-220798 | Laurent Thiebaut, Nokia | [JSN] |
980099 | TEI18_SDNAEPC | CT1 aspects of TEI18_SDNAEPC | Rel-18 | C1 | 100% | CP-230188 | Nassar, Mohamed A.(Nokia) | [JSN] |
980100 | TEI18_SDNAEPC | CT3 aspects of TEI18_SDNAEPC | Rel-18 | C3 | 100% | CP-230188 | Nassar, Mohamed A.(Nokia) | [JSN] |
980101 | TEI18_SDNAEPC | CT4 aspects of TEI18_SDNAEPC | Rel-18 | C4 | 100% | CP-230188 | Nassar, Mohamed A.(Nokia) | [JSN] |
990116 | 5GMARCH_Ph2 | Message Service within the 5G system (MSGin5G) Phase 2 | Rel-18 | 99% | SP-220330 | Liu, Yue, China Mobile | [JSN] | |
950026 | 5GMARCH_Ph2 | Stage 2 of 5GMARCH_Ph2 | Rel-18 | S6 | 100% | SP-220330 | Liu, Yue, China Mobile | [JSN] |
990019 | 5GMARCH_Ph2 | CT1 aspects of 5GMARCH_Ph2 | Rel-18 | C1 | 95% | CP-230198 | Liu, Yue, China Mobile | [JSN] |
990099 | 5GMARCH_Ph2 | CT3 aspects of 5GMARCH_Ph2 | Rel-18 | C3 | 100% | CP-230198 | Liu, Yue, China Mobile | [JSN] |
990041 | 5GMARCH_Ph2_SEC | Security aspects of MSGin5G Ph2 | Rel-18 | S3 | 100% | SP-230154 | Huang Xiaoting, China Mobile | [JSN] |
910039 | 5TRS | 5G Timing Resiliency System | Rel-18 | 99% | SP-210211 | Betsy Covell, Nokia | [JSN] | |
880037 | FS_5TRS | Study on 5TRS | Rel-18 | S1 | 100% | SP-200573 | Betsy Covell, Nokia | [JSN] |
940055 | FS_5TRS_URLLC | Study on 5G Timing Resiliency and TSC&URLLC enhancements | Rel-18 | S2 | 100% | SP-211634 | Devaki Chandramouli | [JSN] |
910033 | 5TRS | Stage 1 for 5TRS | Rel-18 | S1 | 100% | SP-210211 | Betsy Covell, Nokia | [JSN] |
970024 | TRS_URLLC | Stage 2 of Timing Resiliency and URLLC enhancements | Rel-18 | S2 | 100% | SP-230107 | Devaki Chandramouli | [JSN] |
980102 | TRS_URLLC | CT1 aspects of TRS_URLLC | Rel-18 | C1 | 100% | CP-231360 | Apostolos Papageorgiou (Nokia) | [JSN] |
980103 | TRS_URLLC | CT3 aspects of TRS_URLLC | Rel-18 | C3 | 99% | CP-231360 | Apostolos Papageorgiou (Nokia) | [JSN] |
980104 | TRS_URLLC | CT4 aspects of TRS_URLLC | Rel-18 | C4 | 98% | CP-231360 | Apostolos Papageorgiou (Nokia) | [JSN] |
950028 | FS_URLLC_Mgt | Study on Management Aspects of URLLC | Rel-18 | S5 | 100% | SP-230772 | Wang,Zhaoning,China Unicom | [JSN] |
940088 | FS_gNB_CU_CP_resiliency | Study on enhancement for resiliency of gNB-CU (Central Unit)-CP (Control Plane) | Rel-18 | R3 | 100% | RP-222249 | Masato Taniguchi, NTT DOCOMO, INC. | [JSN] |
991036 | TRS_URLLC-NR | NR Timing Resiliency and URLLC enhancements | Rel-18 | R3 | 100% | RP-232863 | Nokia | [JSN] |
991136 | TRS_URLLC-NR-Core | Core part: NR Timing Resiliency and URLLC enhancements | Rel-18 | R3 | 100% | RP-232863 | Sean Kelley, Nokia | [JSN] |
930028 | VMR | Vehicle-Mounted Relays | Rel-18 | 100% | SP-211054 | Francesco Pica, Qualcomm | [JSN] | |
890022 | FS_VMR | Study on VMR | Rel-18 | S1 | 100% | SP-200798 | Francesco Pica | [JSN] |
930021 | VMR | Stage 1 of VMR | Rel-18 | S1 | 100% | SP-211054 | Francesco Pica, Qualcomm | [JSN] |
980018 | VMR | (Stage 2 for VMR) Architecture Enhancements for Vehicle Mounted Relays | Rel-18 | S2 | 100% | SP-230105 | Cheng, Hong, Qualcomm Incorporated, | [JSN] |
990013 | VMR | CT1 aspects of VMR | Rel-18 | C1 | 100% | CP-232168 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
990102 | VMR | CT4 aspects of VMR | Rel-18 | C4 | 100% | CP-232168 | Kim, Sunghoon, Qualcomm Incorporated | [JSN] |
940057 | FS_VMR | Study on Architecture Enhancements for Vehicle Mounted Relays | Rel-18 | S2 | 100% | SP-211636 | Cheng, Hong, Qualcomm Incorporated, | [JSN] |
941009 | NR_mobile_IAB | Mobile IAB (Integrated Access and Backhaul) for NR | Rel-18 | 78% | RP-240104 | Qualcomm | [JSN] | |
941109 | NR_mobile_IAB-Core | Core part: Mobile IAB (Integrated Access and Backhaul) for NR | Rel-18 | R3 | 100% | RP-240104 | Georg Hampel, Qualcomm Incorporated | [JSN] |
941209 | NR_mobile_IAB-Perf | Perf. part: Mobile IAB (Integrated Access and Backhaul) for NR | Rel-18 | R3 | 60% | RP-240104 | Georg Hampel, Qualcomm Incorporated | [JSN] |
941008 | NR_QoE_enh | Enhancement on NR QoE management and optimizations for diverse services | Rel-18 | 100% | RP-223488 | China Unicom | [JSN] | |
941108 | NR_QoE_enh-Core | Core part: Enhancement on NR QoE management and optimizations for diverse services | Rel-18 | R3 | 100% | RP-223488 | Pei Li, China Unicom | [JSN] |
940032 | FS_KQI_5G | Study on Key Quality Indicators (KQIs) for 5G service experience | Rel-18 | S5 | 100% | SP-231432 | Man WANG, Huawei | [JSN] |
950031 | AdNRM_ph2 | Additional NRM features phase 2 | Rel-18 | S5 | 100% | SP-231440 | Sean Sun, Nokia | [JSN] |
940031 | MPS_WLAN | MPS when access to EPC/5GC is WLAN | Rel-18 | 80% | SP-211057 | Singh, Ray; Peraton Labs | [JSN] | |
930024 | MPS_WLAN | Stage 1 of MPS_WLAN | Rel-18 | S1 | 100% | SP-211057 | Singh, Ray; Peraton Labs | [JSN] |
940053 | MPS_WLAN | Stage 2 of MPS_WLAN | Rel-18 | S2 | 100% | SP-230108 | Robert C Streijl; Peraton Labs | [JSN] |
1000021 | MPS_WLAN | CT1 aspects of MPS_WLAN | Rel-18 | C1 | 95% | CP-232166 | Monnes, Peter, Peraton Labs | [JSN] |
1000046 | MPS_WLAN | CT4 aspects of MPS_WLAN | Rel-18 | C4 | 100% | CP-232166 | Monnes, Peter, Peraton Labs | [JSN] |
1030049 | MPS_WLAN | CT6 aspects of MPS_WLAN | Rel-18 | C6 | 0% | CP-232166 | Monnes, Peter, Peraton Labs | [JSN] |
941007 | NR_ENDC_SON_MDT_enh2 | Further enhancement of data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR and EN-DC | Rel-18 | 100% | RP-233438 | CMCC | [JSN] | |
941107 | NR_ENDC_SON_MDT_enh2-Core | Core part: Further enhancement of data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR and EN-DC | Rel-18 | R3 | 100% | RP-233438 | Liang LIU, CMCC | [JSN] |
950064 | NR_ENDC_SON_MDT_enh-UEConTest | UE Conformance - Enhancement of data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR standalone and MR-DC (Multi-Radio Dual Connectivity) | Rel-17 | R5 | 100% | RP-233438 | Danni Song, CMCC | [JSN] |
940030 | RANSC | Self-Configuration of RAN Network Entities | Rel-18 | S5 | 100% | SP-211431 | Hu, Yaxi, China Mobile | [JSN] |
900028 | SFChain | Support for Service Function Chaining | Rel-18 | S1 | 100% | SP-201040 | Ellen Liao; Intel | [JSN] |
910035 | DI_5G | Data Integrity in 5GS | Rel-18 | S1 | 100% | SP-210213 | Qun wei, China Unicom | [JSN] |
920033 | SENSE | Signal level Enhanced Network Selection | Rel-18 | S1 | 99% | SP-210525 | Bischinger, Kurt; Deutsche Telekom | [JSN] |
970059 | SENSE | CT1 aspects of SENSE | Rel-18 | C1 | 100% | CP-222237 | Reinhard Lauster, Deutsche Telekom | [JSN] |
970060 | SENSE | CT6 aspects of SENSE | Rel-18 | C6 | 100% | CP-222237 | Reinhard Lauster, Deutsche Telekom | [JSN] |
1010052 | SENSE-UEContest | UE Conformance - Signal level Enhanced Network Selection | Rel-18 | R5 | 100% | RP-233770 | Ya Zhao, Huawei Technologies. Co., Ltd | [JSN] |
940017 | VNP_SECAM_SCAS | SECAM and SCAS for 3GPP virtualized network products | Rel-18 | S3 | 100% | SP-211365 | Qi Minpeng, China Mobile | [JSN] |
950016 | SCAS_5G_Ph2 | Security Assurance Specification (SCAS) for 5G Rel-17 Features | Rel-18 | S3 | 100% | SP-220192 | Rong Wu, Huawei Technologies Co., Ltd. | [JSN] |
960035 | FS_USIA | Study on URSP rules to securely identify applications | Rel-18 | S3 | 100% | SP-220533 | Andreas Kunz, Lenovo | [JSN] |
810032 | FS_5GFBS | Study on 5G security enhancement against false base stations | Rel-18 | S3 | 100% | SP-180690 | Ivy Guo, Apple | [JSN] |
960040 | SERP | Security Enhancement on RRCResumeRequest Message Protection | Rel-18 | S3 | 100% | SP-220538 | Ivy Guo, Apple | [JSN] |
960055 | 5GProtoc18 | Stage-3 5GS NAS protocol development 18 | Rel-18 | 100% | CP-221268 | Sedlacek, Ivo, Ericsson, | [JSN] | |
960007 | 5GProtoc18 | Stage-3 5GS NAS protocol development 18 general aspects | Rel-18 | C1 | 100% | CP-221268 | Sedlacek, Ivo, Ericsson, | [JSN] |
960056 | 5GProtoc18-non3GPP | Stage-3 5GS NAS protocol development 18 non 3GPP aspects | Rel-18 | C1 | 100% | CP-221268 | Sedlacek, Ivo, Ericsson, | [JSN] |
960057 | SAES18 | Stage-3 SAE Protocol Development | Rel-18 | 100% | CP-221269 | Sethi, Anuj, InterDigital | [JSN] | |
960008 | SAES18 | Stage-3 SAE Protocol Development general | Rel-18 | C1 | 100% | CP-221269 | Sethi, Anuj, InterDigital | [JSN] |
960058 | SAES18-CSFB | Stage-3 SAE Protocol Development CSFB | Rel-18 | C1 | 100% | CP-221269 | Sethi, Anuj, InterDigital | [JSN] |
960059 | SAES18-non3GPP | Stage-3 SAE Protocol Development non 3GPP | Rel-18 | C1 | 100% | CP-221269 | Sethi, Anuj, InterDigital | [JSN] |
960009 | MCProtoc18 | Protocol enhancements for Mission Critical Services | Rel-18 | 100% | CP-232163 | AXELL, Jörgen, Ericsson | [JSN] | |
980105 | MCProtoc18 | CT1 aspects of MCProtoc18 | Rel-18 | C1 | 100% | CP-233212 | Magnus Tränk, Ericsson | [JSN] |
980106 | MCProtoc18 | CT3 aspects of MCProtoc18 | Rel-18 | C3 | 100% | CP-233212 | Magnus Tränk, Ericsson | [JSN] |
980107 | MCProtoc18 | CT4 aspects of MCProtoc18 | Rel-18 | C4 | 100% | CP-233212 | Magnus Tränk, Ericsson | [JSN] |
960010 | MPSSupServ | MPS for Supplementary Services | Rel-18 | C1 | 100% | CP-221271 | Peter Monnes, Peraton Labs | [JSN] |
970035 | IMSProtoc18 | IMS Stage-3 IETF Protocol Alignment | Rel-18 | 100% | CP-223102 | Won, Sung Hwan, Nokia | [JSN] | |
970047 | IMSProtoc18 | CT1 aspects of IMSProtoc18 | Rel-18 | C1 | 100% | CP-223102 | Won, Sung Hwan, Nokia | [JSN] |
970048 | IMSProtoc18 | CT3 aspects of IMSProtoc18 | Rel-18 | C3 | 100% | CP-223102 | Won, Sung Hwan, Nokia | [JSN] |
980004 | ShDatID_H | Enhancement of Shared Data ID and Handling | Rel-18 | C4 | 100% | CP-232030 | Jing, Hao, Huawei | [JSN] |
980036 | SMPC18 | Rel-18 enhancements of session management policy control | Rel-18 | C3 | 100% | CP-223208 | Xiaoyun Zhou, Huawei | [JSN] |
990003 | eSMS_SBI | Enhancements on Service-based support for SMS in 5GC | Rel-18 | C4 | 100% | CP-230025 | Liu, Liu, China Telecom | [JSN] |
1010003 | FS_IMS_RES | Study on IMS Disaster Prevention and Restoration Enhancement | Rel-18 | C4 | 50% | CP-232281 | Liu, Liu, China Telecom | [JSN] |
1010026 | Roaming5G | Modified PRINS for roaming service providers in 5G | Rel-18 | S1 | 100% | SP-231190 | Targali, Yousif, Verizon | [JSN] |
1010027 | Roaming5G | Stage 1 of Roaming5G | Rel-18 | S1 | 100% | SP-231190 | Targali, Yousif, Verizon | [JSN] |
1010028 | Roaming5G | Stage 3 of Roaming5G | Rel-18 | S3 | 100% | SP-231190 | Targali, Yousif, Verizon | [JSN] |
1020001 | NRFe | NRF API enhancements to avoid signalling and storing of redundant data | Rel-18 | C4 | 100% | CP-233025 | Wiehe, Ulrich, Nokia | [JSN] |
950019 | SCAS_5G_AAnF | Security Assurance Specification for AKMA Anchor Function Function (AAnF) | Rel-18 | S3 | 100% | SP-220197 | Xiaoting Huang, China Mobile | [JSN] |
990044 | SCAS_5G_PCF | 5G Security Assurance Specification (SCAS) for the Policy Control Function (PCF) | Rel-18 | S3 | 100% | SP-230157 | Andreas, Joerg, BSI Germany | [JSN] |
980021 | AKMA_GBA_DTLS | IETF DTLS protocol profile for AKMA and GBA | Rel-18 | S3 | 100% | SP-221143 | Liu, yuze, ZTE | [JSN] |
980023 | AKMA_GBA_OSCORE | IETF OSCORE protocol profiles for GBA and AKMA | Rel-18 | S3 | 100% | SP-221146 | Tsiatsis, Vlasios, Ericsson | [JSN] |
950022 | SCAS_5G_split_gNB | SCAS for split-gNB product classes | Rel-18 | S3 | 100% | SP-220200 | Escott, Adrian, Qualcomm Incorporated | [JSN] |
1010019 | HN_Auth | Home network triggered primary authentication | Rel-18 | S3 | 100% | SP-221147 | He Li, Huawei | [JSN] |
950020 | FS_HN_Auth | Study of Security aspect of home network triggered primary authentication | Rel-18 | S3 | 100% | SP-220198 | He Li, Huawei | [JSN] |
980024 | HN_Auth | Security aspects of home network triggered primary authentication | Rel-18 | S3 | 100% | SP-221147 | He Li, Huawei | [JSN] |
1010001 | HN_Auth | CT aspects of home network triggered primary authentication | Rel-18 | C4 | 100% | CP-232028 | Jing, Hao, Huawei | [JSN] |
950018 | FS_AKMA_Ph2 | Study on AKMA Phase 2 | Rel-18 | S3 | 100% | SP-220991 | Xiaoting Huang, China Mobile | [JSN] |
990040 | AKMA_Ph2 | AKMA phase 2 | Rel-18 | S3 | 100% | SP-230153 | Huang Xiaoting, China Mobile | [JSN] |
940016 | FS_Id_Prvc | Study of privacy of identifiers over radio access | Rel-18 | S3 | 100% | SP-211364 | Brusilovsky, Alec, Interdigital | [JSN] |
820007 | FS_SIV | Study on Security Impacts of Virtualisation | Rel-18 | S3 | 100% | SP-181236 | Alex Leadbeater, BT Plc | [JSN] |
960038 | FS_ZTS | Study on Zero Trust Security principles in mobile networks | Rel-18 | S3 | 100% | SP-220674 | Sheeba Backia Mary B, Lenovo | [JSN] |
960039 | FS_UC3S_Ph2 | Study of Security aspects on User Consent for 3GPP Services Phase 2 | Rel-18 | S3 | 100% | SP-220537 | Rong Wu, Huawei, | [JSN] |
1000004 | UC3S_SEC_Ph2 | Security aspects on User Consent for 3GPP services Phase 2 | Rel-18 | S3 | 100% | SP-230557 | Rong Wu, Huawei Technologies, | [JSN] |
1010013 | SCAS_5G_Ph3 | Security Assurance Specification for 5G Phase 3 | Rel-18 | S3 | 100% | SP-230867 | Wu, Rong, Huawei Technologies Co., Ltd. | [JSN] |
950073 | NR_demod_enh3 | NR demodulation performance evolution | Rel-18 | 84% | RP-233586 | China Telecom | [JSN] | |
1001061 | NR_demod_enh3-Core | Core part: NR demodulation performance evolution | Rel-18 | R4 | 100% | RP-233586 | Jingzhou Wu, China Telecom | [JSN] |
950273 | NR_demod_enh3-Perf | Perf. part: NR demodulation performance evolution | Rel-18 | R4 | 80% | RP-233586 | Jingzhou Wu, China Telecom | [JSN] |
991045 | NR_channel_raster_enh | NR channel raster enhancement | Rel-18 | R4 | 95% | RP-234025 | Ericsson | [JSN] |
991145 | NR_channel_raster_enh-Core | Core part: NR channel raster enhancement | Rel-18 | R4 | 95% | RP-234025 | Christian Bergljung, Ericsson | [JSN] |
981042 | 4Rx_NR_bands_R18 | Rel-18 4Rx for NR bands for FWA (Fixed Wireless Access) UEs (<2.6GHz) and handheld UEs (1GHz to 2.6GHz) | Rel-18 | 100% | RP-240251 | ZTE | [JSN] | |
981142 | 4Rx_NR_bands_R18-Core | Core part: Rel-18 4Rx for NR bands for FWA (Fixed Wireless Access) UEs (<2.6GHz) and handheld UEs (1GHz to 2.6GHz) | Rel-18 | R4 | 100% | RP-240251 | Wubin, Zhou, ZTE | [JSN] |
981242 | 4Rx_NR_bands_R18-Perf | Stopped - Perf. part: Rel-18 4Rx for NR bands for FWA (Fixed Wireless Access) UEs (<2.6GHz) and handheld UEs (1GHz to 2.6GHz) | Rel-18 | R4 | 100% | RP-240251 | Wubin, Zhou, ZTE | [JSN] |
970085 | HPUE_NR_FR1_TDD_R18 | High power UE (power class 1.5) for NR FR1 TDD single band | Rel-18 | 57% | RP-223499 | CMCC | [JSN] | |
970185 | HPUE_NR_FR1_TDD_R18-Core | Core part: High power UE (power class 1.5) for NR FR1 TDD single band | Rel-18 | R4 | 100% | RP-223499 | Chunxia Guo, CMCC | [JSN] |
970285 | HPUE_NR_FR1_TDD_R18-Perf | Perf. part: High power UE (power class 1.5) for NR FR1 TDD single band | Rel-18 | R4 | 0% | RP-223499 | Chunxia Guo, CMCC | [JSN] |
1000053 | HPUE_NR_FR1_TDD_R18-UEConTest | UE Conformance - High power UE (power class 1.5) for NR FR1 TDD single band | Rel-18 | R5 | 66% | RP-231152 | Dan SONG (CMCC), Yuxin Hao (Huawei), CMCC, Huawei | [JSN] |
970086 | HPUE_NR_FR1_FDD_R18 | High power UE (power class 2) for NR FR1 FDD single band | Rel-18 | 66% | RP-240120 | China Unicom | [JSN] | |
970186 | HPUE_NR_FR1_FDD_R18-Core | Core part: High power UE (power class 2) for NR FR1 FDD single band | Rel-18 | R4 | 90% | RP-240120 | Basaier Jialade, China Unicom | [JSN] |
970286 | HPUE_NR_FR1_FDD_R18-Perf | Perf. part: High power UE (power class 2) for NR FR1 FDD single band | Rel-18 | R4 | 90% | RP-240120 | Basaier Jialade, China Unicom | [JSN] |
1000051 | HPUE_NR_FR1_FDD_R18-UEConTest | UE Conformance - High power UE (power class 2) for NR FR1 FDD single band | Rel-18 | R5 | 12% | RP-232774 | Shi,Yu, China Unicom | [JSN] |
970087 | HPUE_NR_FR1_TDD_intra_CA_R18 | High power UE (power class 1.5 or 2) for intra-band Carrier Aggregation combinations of a single NR FR1 TDD band | Rel-18 | 92% | RP-240428 | Huawei | [JSN] | |
970187 | HPUE_NR_FR1_TDD_intra_CA_R18-Core | Core part: High power UE (power class 1.5 or 2) for intra-band Carrier Aggregation combinations of a single NR FR1 TDD band | Rel-18 | R4 | 85% | RP-240428 | Lingyu Kong, Huawei, HiSilicon | [JSN] |
970287 | HPUE_NR_FR1_TDD_intra_CA_R18-Perf | Stopped - Perf. part: High power UE (power class 1.5 or 2) for intra-band Carrier Aggregation combinations of a single NR FR1 TDD band | Rel-18 | R4 | 100% | RP-240428 | Lingyu Kong, Huawei, HiSilicon | [JSN] |
970089 | HPUE_FR1_TDD_NR_CADC_SUL_R18 | Rel-18 High power UE (power class 1,5 and 2) for a single FR1 NR TDD band in UL of NR inter-band CA/DC combinations with/without NR SUL (supplementary uplink) with y bands downlink (y=2,3,4,5,6) and x bands uplink (x=1,2) | Rel-18 | 45% | RP-240763 | China Telecom | [JSN] | |
970189 | HPUE_FR1_TDD_NR_CADC_SUL_R18-Core | Core part: Rel-18 High power UE (power class 1,5 and 2) for a single FR1 NR TDD band in UL of NR inter-band CA/DC combinations with/without NR SUL (supplementary uplink) with y bands downlink (y=2,3,4,5,6) and x bands uplink (x=1,2) | Rel-18 | R4 | 90% | RP-240763 | Lei GAO, China Telecom | [JSN] |
970289 | HPUE_FR1_TDD_NR_CADC_SUL_R18-Perf | Perf. part: Rel-18 High power UE (power class 1,5 and 2) for a single FR1 NR TDD band in UL of NR inter-band CA/DC combinations with/without NR SUL (supplementary uplink) with y bands downlink (y=2,3,4,5,6) and x bands uplink (x=1,2) | Rel-18 | R4 | 0% | RP-240763 | Lei GAO, China Telecom | [JSN] |
970090 | HPUE_FR1_FDD_NR_CADC_R18 | Rel-18 High power UE (power class 2) for a single FR1 NR FDD band in UL of NR intra-band and inter-band CA/DC combinations with y bands downlink (y=1,2,3,4,5,6) and x bands uplink (x=1) | Rel-18 | 89% | RP-240123 | China Unicom | [JSN] | |
970190 | HPUE_FR1_FDD_NR_CADC_R18-Core | Core part: Rel-18 High power UE (power class 2) for a single FR1 NR FDD band in UL of NR intra-band and inter-band CA/DC combinations with y bands downlink (y=1,2,3,4,5,6) and x bands uplink (x=1) | Rel-18 | R4 | 80% | RP-240123 | Basaier Jialade, China Unicom | [JSN] |
970290 | HPUE_FR1_FDD_NR_CADC_R18-Perf | Stopped - Perf. Part: Rel-18 High power UE (power class 2) for a single FR1 NR FDD band in UL of NR intra-band and inter-band CA/DC combinations with y bands downlink (y=1,2,3,4,5,6) and x bands uplink (x=1) | Rel-18 | R4 | 100% | RP-240123 | Basaier Jialade, China Unicom | [JSN] |
970083 | NR_bands_R18_BWs | Adding new channel bandwidth(s) support to existing NR bands | Rel-18 | 100% | RP-232952 | Ericsson | [JSN] | |
970183 | NR_bands_R18_BWs-Core | Core part: Adding new channel bandwidth(s) support to existing NR bands | Rel-18 | R4 | 100% | RP-232952 | Dominique Everaere, Ericsson | [JSN] |
970081 | NR_MIMO_OTA_enh | Enhancement of Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) test methodology and requirement for NR UEs | Rel-18 | R4 | 83% | RP-240736 | CAICT | [JSN] |
970181 | NR_MIMO_OTA_enh-Core | Core part: Enhancement of Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) test methodology and requirement for NR UEs | Rel-18 | R4 | 100% | RP-240736 | Zhu, Siting, CAICT | [JSN] |
970281 | NR_MIMO_OTA_enh-Perf | Perf. Part: Enhancement of Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) test methodology and requirement for NR UEs | Rel-18 | R4 | 70% | RP-240736 | Zhu, Siting, CAICT | [JSN] |
981047 | NR_2SUL_cell_combos_R18 | Rel-18 NR Carrier Aggregation (CA) band combinations with two SUL cells | Rel-18 | 100% | RP-240796 | CMCC | [JSN] | |
981147 | NR_2SUL_cell_combos_R18-Core | Core part: Rel-18 NR Carrier Aggregation (CA) band combinations with two SUL cells | Rel-18 | R4 | 100% | RP-240796 | Xiaoran ZHANG, CMCC | [JSN] |
981247 | NR_2SUL_cell_combos_R18-Perf | Stopped - Perf. part: Rel-18 NR Carrier Aggregation (CA) band combinations with two SUL cells | Rel-18 | R4 | 100% | RP-240796 | Xiaoran ZHANG, CMCC | [JSN] |
941012 | NR_FR1_lessthan_5MHz_BW | NR support for dedicated spectrum less than 5MHz for FR1 | Rel-18 | 60% | RP-234027 | Nokia | [JSN] | |
941112 | NR_FR1_lessthan_5MHz_BW-Core | Core part: NR support for dedicated spectrum less than 5MHz for FR1 | Rel-18 | R4 | 100% | RP-234027 | Man Hung Ng, Nokia | [JSN] |
941212 | NR_FR1_lessthan_5MHz_BW-Perf | Perf. part: NR support for dedicated spectrum less than 5MHz for FR1 | Rel-18 | R4 | 70% | RP-233963 | Man Hung Ng, Nokia | [JSN] |
1030060 | NR_FR1_lessthan_5MHz_BW-UEConTest | UE Conformance - NR support for dedicated spectrum less than 5MHz for FR1 | Rel-18 | R5 | 0% | RP-240044 | Nokia | [JSN] |
940093 | NR_DSS_enh | Enhancement of NR Dynamic Spectrum Sharing (DSS) | Rel-18 | 89% | RP-232957 | Ericsson | [JSN] | |
940193 | NR_DSS_enh-Core | Core part: Enhancement of NR Dynamic Spectrum Sharing (DSS) | Rel-18 | R1 | 100% | RP-232957 | Ravikiran Nory, Ericsson | [JSN] |
940293 | NR_DSS_enh-Perf | Perf. part: Enhancement of NR Dynamic Spectrum Sharing (DSS) | Rel-18 | R1 | 80% | RP-232957 | Ravikiran Nory, Ericsson | [JSN] |
940094 | NR_MC_enh | Multi-carrier enhancements for NR | Rel-18 | 71% | RP-234012 | NTT DOCOMO | [JSN] | |
940194 | NR_MC_enh-Core | Core part: Multi-carrier enhancements for NR | Rel-18 | R1 | 100% | RP-222251 | Hiroki Harada, NTT DOCOMO, INC. | [JSN] |
940294 | NR_MC_enh-Perf | Perf. part: Multi-carrier enhancements for NR | Rel-18 | R1 | 99% | RP-240321 | Hiroki Harada, NTT DOCOMO, INC. | [JSN] |
1030070 | NR_MC_enh-UEConTest | UE Conformance - Multi-carrier enhancements for NR | Rel-18 | R5 | 0% | RP-240346 | China Telecom | [JSN] |
940095 | NR_cov_enh2 | Further NR coverage enhancements | Rel-18 | 64% | RP-233558 | China Telecom | [JSN] | |
940195 | NR_cov_enh2-Core | Core part: Further NR coverage enhancements | Rel-18 | R1 | 100% | RP-233558 | Nanxi LI, China Telecom | [JSN] |
940295 | NR_cov_enh2-Perf | Perf. part: Further NR coverage enhancements | Rel-18 | R1 | 80% | RP-233558 | Nanxi LI, China Telecom | [JSN] |
1030069 | NR_cov_enh2-UEConTest | UE Conformance - Further NR coverage enhancements | Rel-18 | R5 | 0% | RP-240345 | China Telecom | [JSN] |
940096 | NR_MIMO_evo_DL_UL | NR MIMO evolution for downlink and uplink | Rel-18 | 52% | RP-233028 | Samsung | [JSN] | |
940196 | NR_MIMO_evo_DL_UL-Core | Core part: NR MIMO evolution for downlink and uplink | Rel-18 | R1 | 100% | RP-233028 | Eko Onggosanusi, Samsung | [JSN] |
940296 | NR_MIMO_evo_DL_UL-Perf | Perf. part: NR MIMO evolution for downlink and uplink | Rel-18 | R1 | 50% | RP-233028 | Eko Onggosanusi, Samsung | [JSN] |
1030072 | NR_MIMO_evo_DL_UL-UEConTest | UE Conformance - NR MIMO evolution for downlink and uplink | Rel-18 | R5 | 0% | RP-240372 | Samsung | [JSN] |
940082 | FS_NR_duplex_evo | Study on evolution of NR duplex operation | Rel-18 | R1 | 100% | RP-223041 | Fei WANG, CMCC | [JSN] |
970079 | NR_netcon_repeater | NR network-controlled repeaters | Rel-18 | 89% | RP-232886 | ZTE | [JSN] | |
970179 | NR_netcon_repeater-Core | Core part: NR network-controlled repeaters | Rel-18 | R1 | 100% | RP-232886 | Nan Zhang, ZTE | [JSN] |
970279 | NR_netcon_repeater-Perf | Perf. part: NR network-controlled repeaters | Rel-18 | R1 | 70% | RP-232886 | Nan Zhang, ZTE | [JSN] |
940083 | FS_NR_netcon_repeater | Study on NR network-controlled repeaters | Rel-18 | R1 | 100% | RP-221229 | Nan Zhang, ZTE | [JSN] |
940098 | NR_Mob_enh2 | Further NR mobility enhancements | Rel-18 | 66% | RP-233970 | MediaTek | [JSN] | |
940198 | NR_Mob_enh2-Core | Core part: Further NR mobility enhancements | Rel-18 | R2 | 100% | RP-233970 | Li-Chuan Tseng, MediaTek Inc. | [JSN] |
940298 | NR_Mob_enh2-Perf | Perf. part: Further NR mobility enhancements | Rel-18 | R2 | 35% | RP-233970 | Li-Chuan Tseng, MediaTek Inc. | [JSN] |
941003 | NR_IDC_enh | In-Device Co-existence (IDC) enhancements for NR and MR-DC | Rel-18 | 100% | RP-233485 | Xiaomi | [JSN] | |
941103 | NR_IDC_enh-Core | Core part: In-Device Co-existence (IDC) enhancements for NR and MR-DC | Rel-18 | R2 | 100% | RP-233485 | Yumin Wu, Xiaomi | [JSN] |
950072 | NR_LTE_EMC_enh | BS/UE EMC enhancements for NR and LTE | Rel-18 | 100% | RP-233976 | Ericsson | [JSN] | |
950172 | NR_LTE_EMC_enh-Core | Core part: BS/UE EMC enhancements for NR and LTE | Rel-18 | R4 | 100% | RP-233976 | Aurelian Bria, Ericsson | [JSN] |
950272 | NR_LTE_EMC_enh-Perf | Perf. part: BS/UE EMC enhancements for NR and LTE | Rel-18 | R4 | 100% | RP-233976 | Aurelian Bria, Ericsson | [JSN] |
950075 | NR_ATG | Air-to-ground network for NR | Rel-18 | 86% | RP-240732 | CMCC | [JSN] | |
950175 | NR_ATG-Core | Core part: Air-to-ground network for NR | Rel-18 | R4 | 100% | RP-240732 | Guo Chunxia, CMCC | [JSN] |
950275 | NR_ATG-Perf | Perf. part: Air-to-ground network for NR | Rel-18 | R4 | 100% | RP-240732 | Guo Chunxia, CMCC | [JSN] |
1020087 | NR_ATG-UEConTest | UE Conformance - Air-to-ground network for NR | Rel-18 | R5 | 50% | RP-240750 | Dan SONG, CMCC | [JSN] |
950076 | NR_RF_FR2_req_Ph3 | NR RF requirements enhancement for frequency range 2 (FR2), Phase 3 | Rel-18 | 72% | RP-232791 | Nokia | [JSN] | |
950176 | NR_RF_FR2_req_Ph3-Core | Core part: NR RF requirements enhancement for frequency range 2 (FR2), Phase 3 | Rel-18 | R4 | 100% | RP-232791 | Primary: Hisashi Onozawa Secondary: Juan Zhang, Nokia Xiaomi | [JSN] |
950276 | NR_RF_FR2_req_Ph3-Perf | Perf. part: NR RF requirements enhancement for frequency range 2 (FR2), Phase 3 | Rel-18 | R4 | 85% | RP-232791 | Primary: Hisashi Onozawa Secondary: Juan Zhang, Nokia Xiaomi | [JSN] |
1030065 | NR_RF_FR2_req_Ph3-UEConTest | UE Conformance - NR RF requirements enhancement for frequency range 2 (FR2), Phase 3 | Rel-18 | R5 | 0% | RP-240125 | Apple | [JSN] |
950077 | NR_FR2_multiRX_DL | Requirement for NR frequency range 2 (FR2) multi-Rx chain DL reception | Rel-18 | 92% | RP-234020 | Bin Han, Qualcomm Incorporated | [JSN] | |
950177 | NR_FR2_multiRX_DL-Core | Core part: Requirement for NR frequency range 2 (FR2) multi-Rx chain DL reception | Rel-18 | R4 | 100% | RP-233076 | Sumant Iyer, Qualcomm Inc. | [JSN] |
950277 | NR_FR2_multiRX_DL-Perf | Perf. part: Requirement for NR frequency range 2 (FR2) multi-Rx chain DL reception | Rel-18 | R4 | 85% | RP-234020 | Sumant Iyer, Qualcomm Inc. | [JSN] |
950078 | NR_RRM_enh3 | Even Further RRM enhancement for NR and MR-DC | Rel-18 | 72% | RP-233496 | Apple | [JSN] | |
950178 | NR_RRM_enh3-Core | Core part: Even Further RRM enhancement for NR and MR-DC | Rel-18 | R4 | 100% | RP-221696 | Jie Cui, Apple | [JSN] |
950278 | NR_RRM_enh3-Perf | Perf. part: Even Further RRM enhancement for NR and MR-DC | Rel-18 | R4 | 50% | RP-221696 | Jie Cui, Apple | [JSN] |
950080 | NR_ENDC_RF_FR1_enh2 | Further RF requirements enhancement for NR and EN-DC in frequency range 1 (FR1) | Rel-18 | 72% | RP-233186 | Huawei | [JSN] | |
950180 | NR_ENDC_RF_FR1_enh2-Core | Core part: Further RF requirements enhancement for NR and EN-DC in frequency range 1 (FR1) | Rel-18 | R4 | 100% | RP-233186 | Primary: Ye Liu Secondary: Yuta Oguma, Huawei NTT DOCOMO, INC. | [JSN] |
950280 | NR_ENDC_RF_FR1_enh2-Perf | Perf. part: Further RF requirements enhancement for NR and EN-DC in frequency range 1 (FR1) | Rel-18 | R4 | 90% | RP-232366 | Primary: Ye Liu Secondary: Yuta Oguma, Huawei NTT DOCOMO, INC. | [JSN] |
1030066 | NR_ENDC_RF_FR1_enh2-UEConTest | UE Conformance - Further RF requirements enhancement for NR and EN-DC in frequency range 1 | Rel-18 | R5 | 0% | RP-240290 | Huawei | [JSN] |
950081 | NonCol_intraB_ENDC_NR_CA | Support of intra-band non-collocated EN-DC/NR-CA deployment | Rel-18 | 97% | RP-233513 | KDDI | [JSN] | |
950181 | NonCol_intraB_ENDC_NR_CA-Core | Core part: Support of intra-band non-collocated EN-DC/NR-CA deployment | Rel-18 | R4 | 95% | RP-233513 | Yasuki Suzuki, KDDI | [JSN] |
950281 | NonCol_intraB_ENDC_NR_CA-Perf | Perf. part: Support of intra-band non-collocated EN-DC/NR-CA deployment | Rel-18 | R4 | 100% | RP-233513 | Yasuki Suzuki, KDDI | [JSN] |
950082 | NR_MG_enh2 | Further enhancements on NR and MR-DC measurement gaps and measurements without gaps | Rel-18 | 72% | RP-234021 | MediaTek | [JSN] | |
950182 | NR_MG_enh2-Core | Core part: Further enhancements on NR and MR-DC measurement gaps and measurements without gaps | Rel-18 | R4 | 100% | RP-232440 | Tsang-Wei (Ato) YU, Meng ZHANG, MediaTek Inc., Intel Corporation | [JSN] |
950282 | NR_MG_enh2-Perf | Perf. part: Further enhancements on NR and MR-DC measurement gaps and measurements without gaps | Rel-18 | R4 | 35% | RP-232440 | Tsang-Wei (Ato) YU, Meng ZHANG, MediaTek Inc., Intel Corporation | [JSN] |
981035 | NR_MG_enh-UEConTest | UE Conformance - NR and MR-DC measurement gap enhancements | Rel-17 | R5 | 95% | RP-223246 | Daiwei Zhou, MediaTek Inc. | [JSN] |
941001 | NR_DualTxRx_MUSIM | Dual Transmission/Reception (Tx/Rx) Multi-SIM for NR | Rel-18 | R2 | 48% | RP-233071 | vivo | [JSN] |
941101 | NR_DualTxRx_MUSIM-Core | Core part: Dual Transmission/Reception (Tx/Rx) Multi-SIM for NR | Rel-18 | R2 | 100% | RP-233071 | Xiaodong Yang, vivo | [JSN] |
950283 | NR_DualTxRx_MUSIM-Perf | Perf. Part: Dual Transmission/Reception (Tx/Rx) Multi-SIM for NR | Rel-18 | R2 | 30% | RP-231461 | Xiaodong Yang, vivo | [JSN] |
1030061 | NR_DualTxRx_MUSIM-UEConTest | UE Conformance - Dual Transmission/Reception (Tx/Rx) Multi-SIM for NR | Rel-18 | R5 | 0% | RP-240045 | China Telecom | [JSN] |
991042 | NR_FDD_ULn28_DLn75_n76 | Addition of FDD NR bands using the uplink from n28 and the downlink of n75 and n76 | Rel-18 | R4 | 99% | RP-233245 | Vodafone | [JSN] |
991142 | NR_FDD_ULn28_DLn75_n76-Core | Core part: Addition of FDD NR bands using the uplink from n28 and the downlink of n75 and n76 | Rel-18 | R4 | 100% | RP-233245 | Wael Boukley Hasan, Vodafone | [JSN] |
991242 | NR_FDD_ULn28_DLn75_n76-Perf | Perf. part: Addition of FDD NR bands using the uplink from n28 and the downlink of n75 and n76 | Rel-18 | R4 | 100% | RP-233245 | Wael Boukley Hasan, Vodafone | [JSN] |
991044 | NR_BWP_wor | Complete the specification support for BandWidth Part operation without restriction in NR | Rel-18 | R4 | 54% | RP-233999 | Vodafone | [JSN] |
991144 | NR_BWP_wor-Core | Core part: Complete the specification support for BandWidth Part operation without restriction in NR | Rel-18 | R4 | 100% | RP-232677 | Diogo Martins, Vodafone | [JSN] |
991244 | NR_BWP_wor-Perf | Perf. part: Complete the specification support for BandWidth Part operation without restriction in NR | Rel-18 | R4 | 25% | RP-232677 | Diogo Martins, Vodafone | [JSN] |
1010055 | NR_bands_n31_n72 | Introduction of NR bands n31 and n72 | Rel-18 | R4 | 99% | RP-233950 | Nokia | [JSN] |
1011055 | NR_bands_n31_n72-Core | Core part: Introduction of NR bands n31 and n72 | Rel-18 | R4 | 100% | RP-233950 | Petri Vasenkari, Nokia | [JSN] |
1012055 | NR_bands_n31_n72-Perf | Perf. part: Introduction of NR bands n31 and n72 | Rel-18 | R4 | 100% | RP-233950 | Petri Vasenkari, Nokia | [JSN] |
991046 | NR_700800900_combo_enh | Enhancement for 700/800/900MHz band combinations for NR | Rel-18 | R4 | 100% | RP-233991 | CATT | [JSN] |
991146 | NR_700800900_combo_enh-Core | Core part: Enhancement for 700/800/900MHz band combinations for NR | Rel-18 | R4 | 100% | RP-233991 | Shan Huiping, CATT | [JSN] |
991246 | NR_700800900_combo_enh-Perf | Stopped - Perf. part: Enhancement for 700/800/900MHz band combinations for NR | Rel-18 | R4 | 100% | RP-233991 | Shan Huiping, CATT | [JSN] |
981044 | NR_TDD_n54 | Introduction of NR TDD band in 1670-1675 MHz (n54) | Rel-18 | 100% | RP-230062 | Ligado Networks | [JSN] | |
981144 | NR_TDD_n54-Core | Core part: Introduction of NR TDD band in 1670-1675 MHz (n54) | Rel-18 | R4 | 100% | RP-230062 | Ojas Choksi, Ligado Networks | [JSN] |
981244 | NR_TDD_n54-Perf | Perf. part: Introduction of NR TDD band in 1670-1675 MHz (n54) | Rel-18 | R4 | 100% | RP-230062 | Ojas Choksi, Ligado Networks | [JSN] |
981045 | NR_900MHz_US | Introduction of 900 MHz NR band in the US | Rel-18 | 25% | RP-234044 | Anterix | [JSN] | |
981145 | NR_900MHz_US-Core | Core Part: Introduction of 900 MHz NR band in the US | Rel-18 | R4 | 25% | RP-234044 | Gene Fong, Qualcomm Incorporated | [JSN] |
981245 | NR_900MHz_US-Perf | Perf. part: Introduction of 900 MHz NR band in the US | Rel-18 | R4 | 25% | RP-234044 | Gene Fong, Qualcomm Incorporated | [JSN] |
961010 | NR_CADC_R18_2BDL_xBUL | Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) | Rel-18 | 95% | RP-240761 | ZTE | [JSN] | |
961110 | NR_CADC_R18_2BDL_xBUL-Core | Core part: Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) | Rel-18 | R4 | 90% | RP-240761 | Wubin, Zhou, ZTE | [JSN] |
961210 | NR_CADC_R18_2BDL_xBUL-Perf | Stopped - Perf. part: Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) | Rel-18 | R4 | 100% | RP-240761 | Wubin, Zhou, ZTE | [JSN] |
961011 | NR_CADC_R18_3BDL_xBUL | Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with x bands UL (x=1,2) | Rel-18 | 90% | RP-240166 | ZTE | [JSN] | |
961111 | NR_CADC_R18_3BDL_xBUL-Core | Core part: Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with x bands UL (x=1,2) | Rel-18 | R4 | 90% | RP-240166 | Zhifeng Ma, ZTE | [JSN] |
961211 | NR_CADC_R18_3BDL_xBUL-Perf | Perf. part: Rel-18 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with x bands UL (x=1,2) | Rel-18 | R4 | 90% | RP-240166 | Zhifeng Ma, ZTE | [JSN] |
961013 | NR_RAIL_HPUE_n100_n101 | High Power UE support for NR bands n100 and n101 for Rail Mobile Radio (RMR) in Europe | Rel-18 | 0% | RP-221878 | Union Internationale Chemins de Fer (UIC) | [JSN] | |
961113 | NR_RAIL_HPUE_n100_n101-Core | Core part: High Power UE support for NR bands n100 and n101 for Rail Mobile Radio (RMR) in Europe | Rel-18 | R4 | 0% | RP-221878 | Union Internationale Chemins de Fer (UIC) | [JSN] |
961007 | NR_CA_R18_Intra | Rel-18 NR intra band Carrier Aggregation for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-18 | 91% | RP-240238 | Ericsson | [JSN] | |
961107 | NR_CA_R18_Intra-Core | Core part: Rel-18 NR intra band Carrier Aggregation for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-18 | R4 | 91% | RP-240238 | Per Lindell, Ericsson | [JSN] |
961207 | NR_CA_R18_Intra-Perf | Stopped - Perf. part: Rel-18 NR intra band Carrier Aggregation for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-18 | R4 | 91% | RP-240238 | Per Lindell, Ericsson | [JSN] |
961008 | NR_CADC_R18_yBDL_xBUL | Rel-18 NR inter-band Carrier Aggregation/Dual Connectivity for y bands DL (y=4, 5, 6) with x bands UL (x=1, 2) | Rel-18 | 60% | RP-240501 | Ericsson | [JSN] | |
961108 | NR_CADC_R18_yBDL_xBUL-Core | Core part: Rel-18 NR inter-band Carrier Aggregation/Dual Connectivity for y bands DL (y=4, 5, 6) with x bands UL (x=1, 2) | Rel-18 | R4 | 60% | RP-240501 | Reihaneh Malekafzaliardakani, Ericsson | [JSN] |
961208 | NR_CADC_R18_yBDL_xBUL-Perf | Perf. part: Rel-18 NR inter-band Carrier Aggregation/Dual Connectivity for y bands DL (y=4, 5, 6) with x bands UL (x=1, 2) | Rel-18 | R4 | 60% | RP-240501 | Reihaneh Malekafzaliardakani, Ericsson | [JSN] |
960097 | NR_600MHz_APT | APT 600MHz NR band | Rel-18 | 100% | RP-230060 | Spark NZ Ltd | [JSN] | |
960197 | NR_600MHz_APT-Core | Core part: APT 600MHz NR band | Rel-18 | R4 | 100% | RP-221778 | Mansoor Shafi, Spark New Zealand | [JSN] |
960297 | NR_600MHz_APT-Perf | Perf. part: APT 600MHz NR band | Rel-18 | R4 | 100% | RP-221778 | Mansoor Shafi, Spark New Zealand | [JSN] |
960098 | NR_6GHz_add_bands | Stopped - Introduction of additional 6GHz NR licensed bands | Rel-18 | 100% | RP-222498 | Huawei | [JSN] | |
960198 | NR_6GHz_add_bands-Core | Stopped - Core part: Introduction of additional 6GHz NR licensed bands | Rel-18 | R4 | 100% | RP-222498 | Liehai Liu, Dominique Everaere, Iwajlo Angelow, Fei Xue, Huawei, Ericsson, Nokia, ZTE Corporation | [JSN] |
960298 | NR_6GHz_add_bands-Perf | Stopped - Perf. part: Introduction of additional 6GHz NR licensed bands | Rel-18 | R4 | 100% | RP-222498 | Liehai Liu, Dominique Everaere, Iwajlo Angelow, Fei Xue, Huawei, Ericsson, Nokia, ZTE Corporation | [JSN] |
960095 | NR_bands_UL_MIMO_R18 | Additional NR bands for UL-MIMO in Rel-18 | Rel-18 | 84% | RP-240422 | Huawei | [JSN] | |
960195 | NR_bands_UL_MIMO_R18-Core | Core part: Additional NR bands for UL-MIMO in Rel-18 | Rel-18 | R4 | 100% | RP-240422 | Xiang Gao, Huawei | [JSN] |
960295 | NR_bands_UL_MIMO_R18-Perf | stopped - Perf. part: Additional NR bands for UL-MIMO in Rel-18 | Rel-18 | R4 | 100% | RP-240422 | Xiang Gao, Huawei | [JSN] |
1000050 | NR_bands_UL_MIMO_R18-UEConTest | UE Conformance - Additional NR bands for UL-MIMO in Rel-18 | Rel-18 | R5 | 49% | RP-232772 | Shi,Yu, China Unicom | [JSN] |
960093 | NR_unlic_enh | Enhancements of NR shared spectrum bands | Rel-18 | 99% | RP-230730 | Apple | [JSN] | |
960193 | NR_unlic_enh-Core | Core part: Enhancements of NR shared spectrum bands | Rel-18 | R4 | 100% | RP-230730 | Daniel Popp, Apple Inc. | [JSN] |
960293 | NR_unlic_enh-Perf | Perf. part: Enhancements of NR shared spectrum bands | Rel-18 | R4 | 99% | RP-230730 | Daniel Popp, Apple Inc. | [JSN] |
950071 | LTE_TDD_1670_1675MHz | Introduction of LTE TDD band in 1670-1675 MHz | Rel-18 | 100% | RP-222831 | Ligado Networks | [JSN] | |
950171 | LTE_TDD_1670_1675MHz-Core | Core part: Introduction of LTE TDD band in 1670-1675 MHz | Rel-18 | R4 | 100% | RP-222831 | Ojas Choksi, Ligado Networks | [JSN] |
950271 | LTE_TDD_1670_1675MHz-Perf | Perf. part: Introduction of LTE TDD band in 1670-1675 MHz | Rel-18 | R4 | 100% | RP-222831 | Ojas Choksi, Ligado Networks | [JSN] |
991032 | LTE_TDD_1670_1675MHz-UEConTest | UE Conformance - Introduction of LTE TDD band in 1670 – 1675 MHz | Rel-18 | R5 | 100% | RP-232783 | Ojas Choksi, Ligado Networks | [JSN] |
960092 | FS_NR_subset_band_support | Study on UE support of regionally-defined subsets of an NR band | Rel-18 | RP | 100% | RP-223556 | Gene Fong, Qualcomm Incorporated | [JSN] |
1000058 | NR_lic_bands_BW_R18-UEConTest | UE Conformance - New Rel-18 NR licensed bands and extension of existing NR bands | Rel-18 | R5 | 5% | RP-240287 | Yuxin Hao, Huawei Technologies. Co., Ltd. | [JSN] |
1010053 | R18_3Tx_NR_CA_ENDC | Rel-18 basket WI 3Tx NR inter-band UL Carrier Aggregation (CA) and EN-DC | Rel-18 | R4 | 70% | RP-240307 | Oppo | [JSN] |
1011053 | R18_3Tx_NR_CA_ENDC-Core | Core pat: Rel-18 basket WI 3Tx NR inter-band UL Carrier Aggregation (CA) and EN-DC | Rel-18 | R4 | 70% | RP-240307 | Jinqiang Xing, OPPO | [JSN] |
970088 | HPUE_FR1_DC_LTE_NR_R18 | Rel-18 High power UE (power class m with 1Rel-18 | 77% | RP-240241 | Ericsson | [JSN] | | |
970188 | HPUE_FR1_DC_LTE_NR_R18-Core | Core part: Rel-18 High power UE (power class m with 1Rel-18 | R4 | 75% | RP-240241 | Per Lindell, Ericsson | [JSN] | |
970288 | HPUE_FR1_DC_LTE_NR_R18-Perf | Stopped - Perf. part: Rel-18 High power UE (power class m with 1Rel-18 | R4 | 79% | RP-240241 | Per Lindell, Ericsson | [JSN] | |
1000054 | HPUE_NR_CADC_NR_LTE_DC_R18-UEConTest | UE Conformance - Rel-18 High Power UE for NR CA and DC; and NR and LTE DC Configurations; | Rel-18 | R5 | 40% | RP-231199 | Lei GAO, China Telecom | [JSN] |
961012 | LTE_NR_HPUE_FWVM_R18 | High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands | Rel-18 | 59% | RP-240361 | Nokia | [JSN] | |
961112 | LTE_NR_HPUE_FWVM_R18-Core | Core part: High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands | Rel-18 | R4 | 80% | RP-233180 | Petri Vasenkari, Nokia | [JSN] |
1000059 | LTE_NR_HPUE_FWVM_R18-UEConTest | UE Conformance - High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands in Rel-18 | Rel-18 | R5 | 18% | RP-240095 | Tuomo S yn j kangas, Nokia | [JSN] |
1000057 | NR_CADC_NR_LTE_DC_R18-UEConTest | UE Conformance - Rel-18 NR CA and DC; and NR and LTE DC Configurations | Rel-18 | R5 | 5% | RP-240285 | Chunying GU, Huawei Technologies. Co., Ltd. | [JSN] |
981041 | 4Rx_low_NR_band_handheld_3Tx_NR_CA_ENDC | 4Rx handheld UE for low NR bands (<1GHz) and/or 3Tx for NR inter-band UL Carrier Aggregation (CA) and EN-DC | Rel-18 | 44% | RP-234046 | Oppo | [JSN] | |
981141 | 4Rx_low_NR_band_handheld_3Tx_NR_CA_ENDC-Core | Core part: 4Rx handheld UE for low NR bands (<1GHz) and/or 3Tx for NR inter-band UL Carrier Aggregation (CA) and EN-DC | Rel-18 | R4 | 100% | RP-234046 | Jinqiang Xing, OPPO | [JSN] |
1020088 | 4Rx_low_NR_band_handheld_3Tx_NR_CA_ENDC-UEConTest | UE Conformance - 4Rx handheld UE for low NR bands (<1GHz) and/or 3Tx for NR inter-band UL Carrier Aggregation (CA) and EN-DC | Rel-18 | R5 | 7% | RP-233771 | Yaping ZHANG, Huawei | [JSN] |
970084 | LTE_NR_Simult_RxTx_R18 | Simultaneous Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC in Rel-18 | Rel-18 | 68% | RP-240425 | Huawei | [JSN] | |
970184 | LTE_NR_Simult_RxTx_R18-Core | Core part: Simultaneous Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC in Rel-18 | Rel-18 | R4 | 90% | RP-240425 | Dan Hu, Huawei | [JSN] |
970284 | LTE_NR_Simult_RxTx_R18-Perf | Stopped - Perf. part: Simultaneous Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC in Rel-18 | Rel-18 | R4 | 100% | RP-240425 | Dan Hu, Huawei | [JSN] |
1030068 | LTE_NR_Simult_RxTx_R18-UEConTest | UE Conformance - Simultaneous Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC in Rel-18 | Rel-18 | R5 | 0% | RP-240292 | Huawei | [JSN] |
970082 | NR_FR1_TRP_TRS_enh | Enhancement of UE TRP (Total Radiated Power) and TRS (Total Radiated Sensitivity) requirements and test methodologies for FR1 (NR SA and EN-DC) | Rel-18 | 85% | RP-234064 | Vivo | [JSN] | |
970182 | NR_FR1_TRP_TRS_enh-Core | Core part: Enhancement of UE TRP and TRS requirements and test methodologies for FR1 (NR SA and EN-DC) | Rel-18 | R4 | 100% | RP-234064 | Wang, Ruixin, vivo | [JSN] |
970282 | NR_FR1_TRP_TRS_enh-Perf | Perf. Part: Enhancement of UE TRP and TRS requirements and test methodologies for FR1 (NR SA and EN-DC) | Rel-18 | R4 | 75% | RP-234064 | Wang, Ruixin, vivo | [JSN] |
961009 | NR_SUL_combos_R18 | Rel-18 single SUL band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-18 | 95% | RP-240420 | Huawei | [JSN] | |
961109 | NR_SUL_combos_R18-Core | Core part: Rel-18 single SUL band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-18 | R4 | 90% | RP-240420 | Zhang, Peng, Huawei | [JSN] |
961209 | NR_SUL_combos_R18-Perf | Stopped - Perf. Part: Rel-18 single SUL band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-18 | R4 | 100% | RP-240420 | Zhang, Peng, Huawei | [JSN] |
961001 | DC_R18_1BLTE_1BNR_2DL2UL | Rel-18 Dual Connectivity (DC) of 1 band LTE (1DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | 70% | RP-240482 | CHTTL | [JSN] | |
961101 | DC_R18_1BLTE_1BNR_2DL2UL-Core | Core part: Rel-18 Dual Connectivity (DC) of 1 band LTE (1DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 90% | RP-240482 | Bo-Han Hsieh (Tank), CHTTL | [JSN] |
961201 | DC_R18_1BLTE_1BNR_2DL2UL-Perf | Perf. part: Rel-18 Dual Connectivity (DC) of 1 band LTE (1DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 50% | RP-240482 | Bo-Han Hsieh (Tank), CHTTL | [JSN] |
961002 | DC_R18_xBLTE_yBNR_zDL3UL | Rel-18 Dual Connectivity (DC) of x LTE bands and y NR bands with z bands DL and 3 bands UL (x=1, 2, 3, 4; y=1, 2; 3<=z<=6) | Rel-18 | 78% | RP-240374 | Samsung | [JSN] | |
961102 | DC_R18_xBLTE_yBNR_zDL3UL-Core | Core part: Rel-18 Dual Connectivity (DC) of x LTE bands and y NR bands with z bands DL and 3 bands UL (x=1, 2, 3, 4; y=1, 2; 3<=z<=6) | Rel-18 | R4 | 85% | RP-240374 | Yuanyuan Zhang, Samsung | [JSN] |
961202 | DC_R18_xBLTE_yBNR_zDL3UL-Perf | Perf. part: Rel-18 Dual Connectivity (DC) of x LTE bands and y NR bands with z bands DL and 3 bands UL (x=1, 2, 3, 4; y=1, 2; 3<=z<=6) | Rel-18 | R4 | 70% | RP-240374 | Yuanyuan Zhang, Samsung | [JSN] |
961003 | DC_R18_xBLTE_2BNR_yDL2UL | Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3,4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-18 | 93% | RP-240758 | LG Electronics | [JSN] | |
961103 | DC_R18_xBLTE_2BNR_yDL2UL-Core | Core part: Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3,4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-18 | R4 | 85% | RP-240758 | Sang-Wook Lee, LG Electronics | [JSN] |
961203 | DC_R18_xBLTE_2BNR_yDL2UL-Perf | Stopped - Perf. Part: Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3,4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-18 | R4 | 100% | RP-240758 | Sang-Wook Lee, LG Electronics | [JSN] |
961004 | DC_R18_2BLTE_1BNR_3DL2UL | Rel-18 Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | 95% | RP-240417 | Huawei | [JSN] | |
961104 | DC_R18_2BLTE_1BNR_3DL2UL-Core | Core part: Rel-18 Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 90% | RP-240417 | Liehai Liu, Huawei | [JSN] |
961204 | DC_R18_2BLTE_1BNR_3DL2UL-Perf | Stopped - Perf. part: Rel-18 Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 100% | RP-240417 | Liehai Liu, Huawei | [JSN] |
961005 | DC_R18_xBLTE_1BNR_yDL2UL | Rel-18 Dual Connectivity (DC) of x bands (x=3,4,5) LTE inter-band CA (xDL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | 95% | RP-240384 | Nokia | [JSN] | |
961105 | DC_R18_xBLTE_1BNR_yDL2UL-Core | Core part: Rel-18 Dual Connectivity (DC) of x bands (x=3,4,5) LTE inter-band CA (xDL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 90% | RP-240384 | Johannes Hejselbaek, Nokia | [JSN] |
961205 | DC_R18_xBLTE_1BNR_yDL2UL-Perf | Perf. part: Rel-18 Dual Connectivity (DC) of x bands (x=3,4,5) LTE inter-band CA (xDL/1UL) and 1 NR band (1DL/1UL) | Rel-18 | R4 | 100% | RP-240384 | Johannes Hejselbaek, Nokia | [JSN] |
961006 | DC_R18_xBLTE_yBNR_zDL2UL | Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3) LTE inter-band CA (xDL/1UL) and y bands (3<=y<=5 and x+y <= 6) NR inter-band CA (yDL/1UL) | Rel-18 | 95% | RP-240760 | ZTE | [JSN] | |
961106 | DC_R18_xBLTE_yBNR_zDL2UL-Core | Core part: Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3) LTE inter-band CA (xDL/1UL) and y bands (3<=y<=5 and x+y <= 6) NR inter-band CA (yDL/1UL) | Rel-18 | R4 | 90% | RP-240760 | Wubin Zhou, ZTE | [JSN] |
961206 | DC_R18_xBLTE_yBNR_zDL2UL-Perf | Stopped - Perf. part: Rel-18 Dual Connectivity (DC) of x bands (x=1,2,3) LTE inter-band CA (xDL/1UL) and y bands (3<=y<=5 and x+y <= 6) NR inter-band CA (yDL/1UL) | Rel-18 | R4 | 100% | RP-240760 | Wubin Zhou, ZTE | [JSN] |
960096 | NR_LTE_V2X_PC5_combos_R18 | Rel-18 band combinations for concurrent operation of NR/LTE Uu bands/band combinations and one NR/LTE V2X PC5 band | Rel-18 | 100% | RP-230390 | CATT | [JSN] | |
960196 | NR_LTE_V2X_PC5_combos_R18-Core | Core part: Rel-18 band combinations for concurrent operation of NR/LTE Uu bands/band combinations and one NR/LTE V2X PC5 band | Rel-18 | R4 | 100% | RP-230390 | Qiuge Guo, CATT | [JSN] |
960296 | NR_LTE_V2X_PC5_combos_R18-Perf | Perf. part: Rel-18 band combinations for concurrent operation of NR/LTE Uu bands/band combinations and one NR/LTE V2X PC5 band | Rel-18 | R4 | 100% | RP-230390 | Qiuge Guo, CATT | [JSN] |
960094 | DL_intrpt_combos_TxSW_R18 | Rel-18 downlink interruption for NR and EN-DC band combinations at dynamic Tx Switching in Uplink | Rel-18 | 100% | RP-233588 | China Telecom | [JSN] | |
960194 | DL_intrpt_combos_TxSW_R18-Core | Core part: Rel-18 downlink interruption for NR and EN-DC band combinations at dynamic Tx Switching in Uplink | Rel-18 | R4 | 100% | RP-233588 | Liu, Bo, China Telecom | [JSN] |
960294 | DL_intrpt_combos_TxSW_R18-Perf | Perf. part: Rel-18 downlink interruption for NR and EN-DC band combinations at dynamic Tx Switching in Uplink | Rel-18 | R4 | 100% | RP-233588 | Liu, Bo, China Telecom | [JSN] |
1010054 | HPUE_LTE_FDD_B14 | High Power UE (Power Class 2) for LTE FDD Band 14 | Rel-18 | R4 | 100% | RP-232946 | AT&T | [JSN] |
1011054 | HPUE_LTE_FDD_B14-Core | Core part: High Power UE (Power Class 2) for LTE FDD Band 14 | Rel-18 | R4 | 100% | RP-232946 | Borsato, Ron | [JSN] |
1012054 | HPUE_LTE_FDD_B14-Perf | Perf. part: High Power UE (Power Class 2) for LTE FDD Band 14 | Rel-18 | R4 | 100% | RP-232946 | Borsato, Ron | [JSN] |
981048 | LTE_bands_R18_M1_M2_NB1_NB2 | Additional LTE bands for UE categories M1/M2/NB1/NB2 in Rel-18 | Rel-18 | 100% | RP-232892 | Ericsson | [JSN] | |
981148 | LTE_bands_R18_M1_M2_NB1_NB2-Core | Core part: Additional LTE bands for UE categories M1/M2/NB1/NB2 in Rel-18 | Rel-18 | R4 | 100% | RP-232892 | Chunhui Zhang, Ericsson | [JSN] |
981248 | LTE_bands_R18_M1_M2_NB1_NB2-Perf | Perf. part: Additional LTE bands for UE categories M1/M2/NB1/NB2 in Rel-18 | Rel-18 | R4 | 100% | RP-232892 | Chunhui Zhang, Ericsson | [JSN] |
981046 | LTE_900MHz_US | Introduction of 900 MHz LTE band in the US | Rel-18 | 27% | RP-230722 | Anterix | [JSN] | |
981146 | LTE_900MHz_US-Core | Core part: Introduction of 900 MHz LTE band in the US | Rel-18 | R4 | 100% | RP-230722 | Emil Olbrich, Anterix | [JSN] |
981246 | LTE_900MHz_US-Perf | Perf. part: Introduction of 900 MHz LTE band in the US | Rel-18 | R4 | 10% | RP-230722 | Emil Olbrich, Anterix | [JSN] |
1030064 | LTE_900MHz_US-UEConTest | UE Conformance - Introduction of 900 MHz LTE band in the US | Rel-18 | R5 | 0% | RP-240096 | Nokia | [JSN] |
981040 | LTE_intra_CA_MPR_35MHz_gap | Maximum Power Reduction Requirements (MPR) for LTE intra-band Carrier Aggregation (CA) with a Component Carrier (CC) gap larger than 35 MHz | Rel-18 | 100% | RP-230705 | Huawei | [JSN] | |
981140 | LTE_intra_CA_MPR_35MHz_gap-Core | Core part: Maximum Power Reduction Requirements (MPR) for LTE intra-band Carrier Aggregation (CA) with a Component Carrier (CC) gap larger than 35 MHz | Rel-18 | R4 | 100% | RP-230705 | Mohammad Abdi Abyaneh, Huawei, HiSilicon | [JSN] |
960099 | LTE_CA_R18_xBDL_yBUL | Rel-18 LTE-Advanced Carrier Aggregation for x bands (2<=x<= 6) DL with y bands (y=1, 2) UL | Rel-18 | 76% | RP-240414 | Huawei | [JSN] | |
960199 | LTE_CA_R18_xBDL_yBUL-Core | Core part: Rel-18 LTE-Advanced Carrier Aggregation for x bands (2<=x<= 6) DL with y bands (y=1, 2) UL | Rel-18 | R4 | 55% | RP-240414 | Mohammad Abdi Abyaneh, Huawei- HiSilicon | [JSN] |
960299 | LTE_CA_R18_xBDL_yBUL-Perf | Stopped - Perf. part: Rel-18 LTE-Advanced Carrier Aggregation for x bands (2<=x<= 6) DL with y bands (y=1, 2) UL | Rel-18 | R4 | 100% | RP-240414 | Mohammad Abdi Abyaneh, Huawei- HiSilicon | [JSN] |
961000 | LTE_CA_intra_B8 | LTE intra-band contiguous Carrier Aggregation for band 8 | Rel-18 | R4 | 100% | RP-221846 | China Mobile | [JSN] |
961100 | LTE_CA_intra_B8-Core | Core part: LTE intra-band contiguous Carrier Aggregation for band 8 | Rel-18 | R4 | 100% | RP-221846 | China Mobile | [JSN] |
991040 | LTE600_US_lowCBW | Introduction of 600MHz US LTE band with 1.4 and 3MHz channel bandwidths | Rel-18 | R4 | 0% | RP-230745 | T-Mobile USA | [JSN] |
991140 | LTE600_US_lowCBW-Core | Core part: Introduction of 600MHz US LTE band with 1.4 and 3MHz channel bandwidths | Rel-18 | R4 | 0% | RP-230745 | T-Mobile USA | [JSN] |
991240 | LTE600_US_lowCBW-Perf | Perf. part: Introduction of 600MHz US LTE band with 1.4 and 3MHz channel bandwidths | Rel-18 | R4 | 0% | RP-230745 | T-Mobile USA | [JSN] |
991031 | FS_NR_sub1GHz_combo_enh | Study on enhancement for sub-1GHz NR band combinations | Rel-18 | R4 | 100% | RP-231141 | Zhang, Peng, Huawei | [JSN] |
991030 | FS_IMT2020_SAT_eval | Study on self-evaluation towards the IMT-2020 submission of the 3GPP Satellite Radio Interface Technology | Rel-18 | RP | 100% | RP-231945 | Asbj rn Gr vlen, Ericsson | [JSN] |
970078 | FS_Ambient_IoT_RAN | Study on Ambient IoT (Internet of Things) in RAN | Rel-18 | RP | 100% | RP-232404 | Matthew Webb, Huawei | [JSN] |
950067 | FS_SimBC | Study on simplification of band combination specification for NR and LTE | Rel-18 | R4 | 100% | RP-231468 | Zhifeng Ma, ZTE Corporation | [JSN] |
950068 | FS_NR_FR2_OTA_enh | Study on NR frequency range 2 (FR2) Over-the-Air (OTA) testing enhancements | Rel-18 | R4 | 100% | RP-233171 | Bin Han, Qualcomm Incorporated | [JSN] |
950069 | FS_NR_BS_RF_evo | Study on NR base station (BS) RF requirement evolution | Rel-18 | R4 | 100% | RP-222501 | Liehai Liu, Huawei | [JSN] |
950070 | FS_NR_700800900_combo_enh | Study on enhancement for 700/800/900MHz band combinations for NR | Rel-18 | R4 | 100% | RP-222554 | Huiping Shan, CATT | [JSN] |
850071 | FS_FR2_enhTestMethods | Study on enhanced test methods for FR2 NR UEs | Rel-18 | R4 | 100% | RP-221574 | Anatoliy IOFFE, Ruixin WANG, Aida Vera LOPEZ, Apple Inc., vivo, Intel Corporation | [JSN] |
890040 | FS_NR_eff_BW_util | Study on efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | Rel-18 | R4 | 100% | RP-222618 | Esther Sienkiewicz, Ericsson | [JSN] |
990118 | eNA_Ph3 | Enablers for Network Automation for 5G phase 3 | Rel-18 | 99% | SP-221345 | Aihua Li, China Mobile | [JSN] | |
940073 | FS_eNA_Ph3 | Study on Enablers for Network Automation for 5G - phase 3 | Rel-18 | S2 | 100% | SP-220678 | Aihua Li, China Mobile | [JSN] |
950021 | FS_eNA_SEC_Ph3 | Study on security aspects of enablers for Network Automation for 5G - phase 3 | Rel-18 | S3 | 100% | SP-220199 | Chang Liu, China Mobile | [JSN] |
990042 | eNA_Ph3_SEC | Security aspects of enablers for Network Automation for 5G - phase 3 | Rel-18 | S3 | 100% | SP-230155 | Chang Liu, China Mobile | [JSN] |
980020 | eNA_Ph3 | (stage 2 of eNA_Ph3) Enablers for Network Automation for 5G phase 3 | Rel-18 | S2 | 100% | SP-230110 | Aihua Li, China Mobile | [JSN] |
990010 | eNA_Ph3 | CT3 aspects of eNA_Ph3 | Rel-18 | C3 | 98% | CP-230119 | Zhennning Huang, China Mobile | [JSN] |
990104 | eNA_Ph3 | CT4 aspects of eNA_Ph3 | Rel-18 | C4 | 100% | CP-230119 | Zhennning Huang, China Mobile | [JSN] |
980039 | eNetAE | Enhancement of Network Automation Enablers | Rel-18 | C3 | 100% | CP-231191 | Xuefei Zhang, Huawei | [JSN] |
860010 | FS_5GET | Guidelines for Extra-territorial 5G Systems | Rel-18 | S1 | 100% | SP-191042 | Cyril MICHEL,Thales | [JSN] |
960002 | FS_NRFe | Study on NRF API enhancements to avoid signalling and storing of redundant data | Rel-18 | C4 | 100% | CP-231022 | Wiehe, Ulrich, Nokia | [JSN] |
1000007 | MCVNF | Management of cloud-native Virtualized Network Functions | Rel-18 | S5 | 100% | SP-230764 | China Mobile Guangjing Cao | [JSN] |
1000011 | CHNSWO | Charging enhancement for Network Slice based wholesale in roaming | Rel-18 | S5 | 100% | SP-230625 | Maryse Gardella, MATRIXX Software, | [JSN] |
1000014 | NSOEU | Network and Service Operations for Energy Utilities | Rel-18 | S5 | 100% | SP-230632 | Erik Guttman , Samsung; | [JSN] |
980026 | FS_CHFSeg | Study on CHF Segmentation | Rel-18 | S5 | 100% | SP-221160 | João Rodrigues, Nokia | [JSN] |
980029 | 5GMDT_Ph2 | Management of Trace/MDT phase 2 | Rel-18 | S5 | 100% | SP-230777 | Swaminathan, Sivaramakrishnan, Nokia | [JSN] |
940037 | EE5GPLUS_Ph2 | Enhancements of EE for 5G Phase 2 | Rel-18 | S5 | 100% | SP-211441 | Cornily Jean-Michel, Huawei | [JSN] |
940014 | SCAS_5G_MF | Security Assurance Specification for Management Function (MnF) | Rel-18 | S3 | 100% | SP-211362 | Noamen Ben Henda, Huawei Technologies Co., Ltd. | [JSN] |
960023 | MMS_CH_SBI | Multimedia Messaging Service Charging using service-based interface | Rel-18 | S5 | 100% | SP-220689 | Törnkvist, Robert, Ericsson AB | [JSN] |
960025 | PM_KPI_5G_Ph3 | 5G performance measurements and KPIs phase 3 | Rel-18 | S5 | 100% | SP-240271 | Chen, Xiumin, China Telecom | [JSN] |
870027 | eQoE | Enhancement of QoE Measurement Collection | Rel-18 | S5 | 100% | SP-200193 | Bagher Zadeh, Ericsson | [JSN] |
950036 | eECM | Enhanced Edge Computing Management | Rel-18 | S5 | 100% | SP-230775 | Deepanshu Gautam, Samsung | [JSN] |
890016 | FS_MNSAC | Study on access control for management service | Rel-17 | S5 | 100% | SP-200853 | Jing Ping, Nokia | [JSN] |
930010 | MSAC | Access control for management service | Rel-18 | S5 | 100% | SP-231711 | Clifton Fernandes, Nokia | [JSN] |
940033 | eNETSLICE_PRO | Network slice provisioning enhancement | Rel-18 | S5 | 100% | SP-211434 | Deepanshu Gautam , Samsung | [JSN] |
890017 | FS_YANG | Study on YANG PUSH | Rel-18 | S5 | 100% | SP-200765 | Lengyel, Balazs, Ericsson | [JSN] |
910028 | FS_CICDNS | Study on Continuous integration continuous delivery support for 3GPP NFs. | Rel-18 | S5 | 100% | SP-211427 | Vaishnavi, Ishan, Lenovo | [JSN] |
910031 | FS_eSBMA | Study on Enhancement of service-based management architecture | Rel-18 | S5 | 100% | SP-210136 | Lan Zou, Huawei | [JSN] |
990026 | eSBMA | Service based management architecture | Rel-18 | S5 | 100% | SP-231443 | Zhang Kai, Huawei | [JSN] |
940034 | FS_MANWDAF | Study on Enhancement of the management aspects related to NWDAF | Rel-18 | S5 | 100% | SP-211435 | ZHAO, Song, China Telecom | [JSN] |
990031 | MANWDAF | Management Aspects related to NWDAF | Rel-18 | S5 | 100% | SP-230181 | Niu, Yuxia, China Telecom | [JSN] |
940035 | FS_OAM_eNPN | Study on enhancement of management of non-public networks | Rel-18 | S5 | 100% | SP-230185 | ZHANG, Kai, Huawei | [JSN] |
940036 | FS_EE5G_Ph2 | Study on new aspects of EE for 5G networks Phase 2 | Rel-18 | S5 | 100% | SP-211440 | Cornily Jean-Michel, Orange | [JSN] |
940038 | FS_DCSA | Study on Deterministic Communication Service Assurance | Rel-18 | S5 | 100% | SP-240269 | [JSN] | |
940041 | FS_ANLEVA | Study on evaluation of autonomous network levels | Rel-18 | S5 | 100% | SP-211445 | Cao Xi, China Mobile | [JSN] |
940042 | FS_eANL | Study on enhancement of autonomous network levels | Rel-18 | S5 | 100% | SP-211446 | Cao Xi, China Mobile | [JSN] |
940046 | FS_eIDMS_MN | Study on enhanced intent driven management services for mobile networks | Rel-18 | S5 | 100% | SP-211450 | Xu Ruiyue, Huawei | [JSN] |
950027 | FS_eSBMAe | Study on Basic SBMA enabler enhancements | Rel-18 | S5 | 100% | SP-230774 | Pollakowski, Olaf, Nokia | [JSN] |
950029 | FS_MEC_ECM | Study on alignment with ETSI MEC for Edge computing management | Rel-18 | S5 | 100% | SP-220147 | Shitao Li, Huawei | [JSN] |
950030 | FS_5GLAN_Mgt | Study on Management Aspect of 5GLAN | Rel-18 | S5 | 100% | SP-220324 | Xiaowen Sun, CMCC | [JSN] |
990027 | 5GLAN_Mgt | Management Aspect of 5GLAN | Rel-18 | S5 | 100% | SP-230175 | Yushuang Hu, CMCC, | [JSN] |
950032 | FS_MCVNF | Study on Management of Cloud Native Virtualized Network Functions | Rel-18 | S5 | 100% | SP-220150 | China Mobile Guangjing Cao | [JSN] |
950033 | FS_MANS_ph2 | Study on Management Aspects of 5G MOCN Network Sharing Phase2 | Rel-18 | S5 | 100% | SP-220151 | Zhaoning Wang, ChinaUnicom | [JSN] |
1000012 | MANS_ph2 | Management Aspects of 5G Network Sharing Phase2 | Rel-18 | S5 | 100% | SP-230629 | Wang Zhaoning, China Unicom, | [JSN] |
950034 | FS_5GMDT_Ph2 | Study on Management of Trace/MDT phase 2 | Rel-18 | S5 | 100% | SP-230773 | Sivaramaskrishnan Swaminathan, Nokia | [JSN] |
950035 | FS_FSEV | Study on Fault Supervision Evolution | Rel-18 | S5 | 100% | SP-220153 | Deng LingLi (China Mobile) | [JSN] |
960024 | FS_MEDACO_RAN | Study on measurement data collection to support RAN intelligence | Rel-18 | S5 | 100% | SP-220488 | Chou, Joey, Intel | [JSN] |
920020 | FS_NCHF_Ph2 | Study on Nchf charging services phase 2 | Rel-18 | S5 | 100% | SP-210390 | Tornkvist, Robert, Ericsson AB | [JSN] |
990029 | DIST_CH | CHF Distributed Availability | Rel-18 | S5 | 100% | SP-230179 | João Rodrigues, Nokia | [JSN] |
920021 | FS_CHROAM | Study on 5G roaming charging architecture for wholesale and retail scenarios | Rel-18 | S5 | 100% | SP-210391 | Tornkvist, Robert, Ericsson AB | [JSN] |
1010017 | CHRACHF | Charging for roaming and additional actor using CHF to CHF interface | Rel-18 | S5 | 100% | SP-231153 | Törnkvist, Robert, Ericsson AB | [JSN] |
970030 | OAM_MetDep | Methodology for deprecation | Rel-18 | S5 | 100% | SP-220843 | Lengyel, Balázs, Ericsson | [JSN] |
970029 | FS_MADCOL_ph2 | Study on Data management phase 2 | Rel-18 | S5 | 100% | SP-220842 | Pollakowski, Olaf, Nokia | [JSN] |
970032 | FS_TSNCH | Study on Time Sensitive Networking (TSN) Charging | Rel-18 | S5 | 100% | SP-220979 | CHEN SHAN, Huawei | [JSN] |
1010014 | TSN_CH | Charging Aspects of TSN | Rel-18 | S5 | 100% | SP-240268 | Deng, Yimeng, Huawei, | [JSN] |
990032 | NSSAA_CH | Charging Aspects for NSSAA | Rel-18 | S5 | 100% | SP-230182 | Gerald Görmer, MATRIXX Software | [JSN] |
990033 | OAM_NTN | Management Aspects of NTN | Rel-18 | S5 | 100% | SP-230183 | Sun Mingrui, China Unicom | [JSN] |
990034 | OAM_NPN_Ph2 | Management of non-public networks phase 2 | Rel-18 | S5 | 100% | SP-230184 | ZHANG, Kai, Huawei | [JSN] |
920022 | FS_ACM_SBA | Study on Standardising Automated Certificate Management in SBA | Rel-18 | S3 | 100% | SP-220325 | BT, Niraj Rathod | [JSN] |
990037 | ACM_SBA | Automated certificate management in SBA | Rel-18 | S3 | 100% | SP-230768 | Peinado, German, Nokia | [JSN] |
980022 | 5G_eSBA_Ph2 | Security Aspects of the 5G Service Based Architecture Phase 2 | Rel-18 | S3 | 100% | SP-221145 | Anja Jerichow, Nokia | [JSN] |
960052 | SBIProtoc18 | Service Based Interface Protocol Improvements Release 18 | Rel-18 | 100% | CP-221083 | Wang Rong, China Mobile, wangrongyjy@chinamobile.com | [JSN] | |
960001 | SBIProtoc18 | CT4 aspects of SBIProtoc18 | Rel-18 | C4 | 100% | CP-221083 | Wang Rong, China Mobile, wangrongyjy@chinamobile.com | [JSN] |
960060 | SBIProtoc18 | CT3 aspects of SBIProtoc18 | Rel-18 | C3 | 100% | CP-221083 | Wang Rong, China Mobile, wangrongyjy@chinamobile.com | [JSN] |
960004 | FS_GBA_U_API | Study on GBA_U Based APIs | Rel-18 | C6 | 100% | CP-221185 | Huo Weijing, China Mobile | [JSN] |
1000003 | GBA_U_APIs | GBA_U Based APIs | Rel-18 | C6 | 100% | CP-231353 | Huo Weijing(China Mobile) | [JSN] |
800045 | FS_QUIC | Study on IETF QUIC Transport for Service Based Interfaces | Rel-18 | C4 | 100% | CP-183245 | Qi Caixia, Huawei | [JSN] |
920042 | TEI18 | (Small) Technical Enhancements and Improvements for Rel-18 | Rel-18 | 0% | [JSN] | |||
920003 | LI18 | Lawful Interception Rel-18 | Rel-18 | S3LI | 20% | SP-230241 | Koen Jaspers, PIDS | [JSN] |
1000001 | FS_RedInfExp_SBI | Study on Reducing Information Exposure over SBI | Rel-18 | C4 | 80% | CP-231350 | Varini Gupta, Samsung | [JSN] |
959999 | Limbo | Limbo: code to be used for not-approved CRs related to never-approved WIDs | - | 0% | - | - | [JSN] | |
999999 | TEI18_Test | Test - (Small) Technical Enhancements and Improvements for Rel-18 | Rel-18 | R5 | 100% | [JSN] | ||
840050 | eCAV | Enhancements for cyber-physical control applications in vertical domains | Rel-17 | 100% | SP-190310 | Bahr, Michael, Siemens AG | [JSN] | |
830020 | FS_eCAV | Study on eCAV | Rel-17 | S1 | 100% | SP-190092 | Michael Bahr, Siemens AG | [JSN] |
840041 | eCAV | Stage 1 of eCAV | Rel-17 | S1 | 100% | SP-191043 | Bahr, Michael, Siemens AG | [JSN] |
840024 | FS_eNPN | Study on enhanced support of Non-Public Networks | Rel-17 | S2 | 100% | SP-200094 | Peter Hedman | [JSN] |
910065 | eNPN | Enhanced support of Non-Public Networks | Rel-17 | 100% | SP-200980 | Hedman, Peter, Ericsson | [JSN] | |
900015 | eNPN | Stage 2 for eNPN | Rel-17 | S2 | 100% | SP-200980 | Hedman, Peter, Ericsson | [JSN] |
910016 | eNPN | CT aspects of eNPN | Rel-17 | ct | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910066 | eNPN | CT1 aspects of eNPN | Rel-17 | C1 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910067 | eNPN | CT3 aspects of eNPN | Rel-17 | C3 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
910068 | eNPN | CT4 aspects of eNPN | Rel-17 | C4 | 100% | CP-212103 | Sedlacek, Ivo, Ericsson | [JSN] |
920025 | eNPN | Security Aspects of eNPN | Rel-17 | S3 | 100% | SP-210422 | Jost, Christine, Ericsson | [JSN] |
880008 | FS_eNPN_SEC | Study on enhanced security support for Non-Public Networks | Rel-17 | S3 | 100% | SP-200353 | Normann, Henrik, Ericsson | [JSN] |
840045 | AVPROD | Audio-Visual Service Production | Rel-17 | 100% | SP-190304 | Wagdin, Ian, BBC | [JSN] | |
800014 | FS_AVPROD | Study on AVPROD | Rel-17 | S1 | 100% | SP-181015 | Roland Beutler, EBU | [JSN] |
840031 | AVPROD | Stage 1 of AVPROD | Rel-17 | S1 | 100% | SP-191041 | Wagdin, Ian, BBC | [JSN] |
910001 | FS_NPN4AVProd | Study on Media Production over 5G NPN | Rel-17 | S4 | 100% | SP-210241 | Lohmar, Thorsten, Ericsson | [JSN] |
820025 | FS_FFAPP | Study on application layer support for Factories of the Future in 5G network | Rel-17 | S6 | 100% | SP-200836 | Shao Weixiang, ZTE Corporation | [JSN] |
840025 | FS_5GLAN_enh | Stopped - Study on enhancement of support for 5G LAN-type service | Rel-17 | S2 | 100% | SP-190626 | Runze Zhou, Huawei | [JSN] |
900022 | FS_5GLAN_CH | Study on Charging Aspect of 5G LAN-type Services | Rel-17 | S5 | 100% | SP-201081 | CHEN SHAN, Huawei | [JSN] |
940029 | 5GLAN_CH | Charging Aspects of 5G LAN VN Group | Rel-17 | S5 | 100% | SP-220291 | CHEN SHAN, Huawei | [JSN] |
840042 | MONASTERYEND | Complete Gap Analysis for Railways Mobile Communication System | Rel-17 | S1 | 100% | SP-190312 | Gach, Guillaume, UIC | [JSN] |
890035 | eMONASTERY2 | Enhancements to Application Architecture for the Mobile Communication System for Railways Phase 2 | Rel-17 | 100% | SP-191104 | Oettl, Martin, Nokia | [JSN] | |
840037 | eMONASTERY2 | Stage 2 of eMONASTERY2 | Rel-17 | S6 | 100% | SP-191104 | Oettl, Martin, Nokia | [JSN] |
890063 | eMONASTERY2 | Stage 3 of eMONASTERY2 | Rel-17 | C1 | 100% | CP-202256 | Gkatzikis, Lazaros, Nokia(Nokia) | [JSN] |
840043 | FS_FRMCS3 | Study on Future Railway Mobile Communication System3 | Rel-17 | S1 | 100% | SP-200578 | Gach, Guillaume, UIC, | [JSN] |
850046 | ATRAC | Asset Tracking for 5G | Rel-17 | 100% | SP-190816 | Thierry Berisot, NOVAMINT | [JSN] | |
810017 | FS_5G_ATRAC | Study on ATRAC | Rel-17 | S1 | 100% | SP-180922 | Thierry Berisot, NOVAMINT | [JSN] |
850037 | ATRAC | Stage 1 of ATRAC | Rel-17 | S1 | 100% | SP-190931 | Thierry Berisot, NOVAMINT | [JSN] |
910052 | 5G_eLCS_ph2 | Enhancement to the 5GC LoCation Services-Phase 2 | Rel-17 | 100% | SP-200082 | Ming Ai, CATT | [JSN] | |
870001 | 5G_eLCS_ph2 | Stage 2 of 5G_eLCS_ph2 | Rel-17 | S2 | 100% | SP-200082 | Ming Ai, CATT | [JSN] |
910006 | 5G_eLCS_ph2 | CT aspects of 5G_eLCS_ph2 | Rel-17 | ct | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910053 | 5G_eLCS_ph2 | CT1 aspects of 5G_eLCS_ph2 | Rel-17 | C1 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910054 | 5G_eLCS_ph2 | CT3 aspects of 5G_eLCS_ph2 | Rel-17 | C3 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
910055 | 5G_eLCS_ph2 | CT4 aspects of 5G_eLCS_ph2 | Rel-17 | C4 | 100% | CP-211090 | Chenxi Bao, CATT | [JSN] |
900060 | NR_pos_enh | RAN aspects of NR positioning enhancements | Rel-17 | 82% | RP-210903 | Intel | [JSN] | |
860034 | FS_NR_pos_enh | Study on NR positioning enhancements | Rel-17 | R1 | 100% | RP-202094 | CATT | [JSN] |
900160 | NR_pos_enh-Core | Core part: NR positioning enhancements | Rel-17 | R1 | 100% | RP-210903 | Yi GUO, Intel Corporation | [JSN] |
900260 | NR_pos_enh-Perf | Perf. part: NR positioning enhancements | Rel-17 | R1 | 100% | RP-210903 | Yi GUO, Intel Corporation | [JSN] |
970075 | NR_pos_enh-UEConTest | UE Conformance - NR Positioning Enhancements | Rel-17 | R5 | 38% | RP-222384 | Xiaoyang TIAN, CATT | [JSN] |
840047 | CMED | Communication Service Requirements for Critical Medical Applications | Rel-17 | 100% | SP-190306 | Lagrange, Mathieu, b<>com | [JSN] | |
810016 | FS_CMED | Study on CMED | Rel-17 | S1 | 100% | SP-180783 | Mathieu Lagrange, b<>com | [JSN] |
840033 | CMED | Stage 1 of CMED | Rel-17 | S1 | 100% | SP-190306 | Lagrange, Mathieu, b<>com | [JSN] |
840083 | EAV | 5G Enhancement for UAVs | Rel-17 | 100% | SP-190308 | Qun Wei, China Unicom | [JSN] | |
810019 | FS_EAV | Study on EAV | Rel-17 | S1 | 100% | SP-180909 | Qun Wei, China Unicom | [JSN] |
840039 | EAV | Stage 1 of EAV | Rel-17 | S1 | 100% | SP-190308 | Qun Wei, China Unicom | [JSN] |
820011 | FS_ID_UAS_SA2 | Study on supporting Uncrewed Aerial Systems Connectivity, Identification, and Tracking | Rel-17 | S2 | 100% | SP-200097 | Qualcomm Incorporated, Stefano Faccin | [JSN] |
820026 | FS_UASAPP | Study on application layer support for Uncrewed Aerial System (UAS) | Rel-17 | S6 | 100% | SP-200111 | Niranth Amogh, Huawei | [JSN] |
920045 | UASAPP | Application layer support for Uncrewed Aerial System (UAS) | Rel-17 | 100% | SP-200988 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
900025 | UASAPP | Stage 2 of Application layer support for Uncrewed Aerial System (UAS) | Rel-17 | S6 | 100% | SP-200988 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
920004 | UASAPP | CT1 Aspects of Application Layer Support for Uncrewed Aerial Systems (UAS) | Rel-17 | C1 | 100% | CP-211111 | Lin Shu, Huawei, | [JSN] |
920046 | UASAPP | CT3 Aspects of Application Layer Support for Uncrewed Aerial Systems (UAS) | Rel-17 | C3 | 100% | CP-220303 | Lin Shu, Huawei | [JSN] |
880007 | FS_UAS_SEC | Study on security aspects of Uncrewed Aerial Systems (UAS) | Rel-17 | S3 | 100% | SP-200352 | Adrian Escott, Qualcomm Incorporated | [JSN] |
810049 | ID_UAS | Remote Identification of Uncrewed Aerial Systems | Rel-17 | 99% | SP-180771 | Eddy HALL, Qualcomm incorporated | [JSN] | |
810013 | ID_UAS | Stage 1 of Remote Identification of Uncrewed Aerial Systems | Rel-17 | S1 | 100% | SP-180771 | Eddy HALL, Qualcomm incorporated | [JSN] |
900014 | ID_UAS | (Stage 2 of) Support of Uncrewed Aerial Systems Connectivity, Identification, and Tracking | Rel-17 | S2 | 100% | SP-200979 | Faccin, Stefano, Qualcomm Incorporated | [JSN] |
910017 | ID_UAS | CT aspects for ID_UAS | Rel-17 | ct | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910069 | ID_UAS | CT1 aspects for ID_UAS | Rel-17 | C1 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910070 | ID_UAS | CT3 aspects for ID_UAS | Rel-17 | C3 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
910071 | ID_UAS | CT4 aspects for ID_UAS | Rel-17 | C4 | 100% | CP-211112 | Sunghoon Kim, Qualcomm Incorporated | [JSN] |
920028 | ID_UAS | Security aspects of Uncrewed Aerial Systems | Rel-17 | S3 | 100% | SP-210425 | Escott, Adrian, Qualcomm Incorporated | [JSN] |
991034 | ID_UAS-UEConTest | UE Conformance - Support of Uncrewed Aerial Systems Connectivity, Identification, and Tracking | Rel-17 | R5 | 95% | RP-230716 | Yogesh Tugnawat, Qualcomm | [JSN] |
890034 | 5GSAT_ARCH | Integration of satellite components in the 5G architecture | Rel-17 | 100% | SP-191335 | Cyril MICHEL, thales | [JSN] | |
800048 | 5GSAT | Stage 1 of 5GSAT | Rel-17 | S1 | 100% | SP-180326 | MICHEL, Cyril, Thales | [JSN] |
800026 | FS_5GSAT_ARCH | Study on architecture aspects for using satellite access in 5G | Rel-17 | S2 | 100% | SP-181253 | MICHEL, Cyril | [JSN] |
860005 | 5GSAT_ARCH | (Stage 2 of) Integration of satellite components in the 5G architecture | Rel-17 | S2 | 100% | SP-191335 | Cyril MICHEL, thales | [JSN] |
911030 | 5GSAT_ARCH-CT | CT aspects of 5GC architecture for satellite networks | Rel-17 | ct | 100% | CP-210149 | Catovic, Amer, Qualcomm Incorporated | [JSN] |
890005 | 5GSAT_ARCH-CT | CT1 aspects of 5GC architecture for satellite networks | Rel-17 | C1 | 100% | CP-210149 | Catovic, Amer, Qualcomm Incorporated | [JSN] |
920057 | 5GSAT_ARCH-CT | CT3 aspects of 5GC architecture for satellite networks | Rel-17 | C3 | 100% | CP-210149 | Catovic, Amer, Qualcomm Incorporated | [JSN] |
911031 | 5GSAT_ARCH-CT | CT4 aspects of 5GC architecture for satellite networks | Rel-17 | C4 | 100% | CP-210149 | Catovic, Amer, Qualcomm Incorporated | [JSN] |
930044 | 5GSAT_ARCH-CT | CT6 aspects of 5GC architecture for satellite networks | Rel-17 | C6 | 100% | CP-210149 | Catovic, Amer, Qualcomm Incorporated | [JSN] |
860046 | NR_NTN_solutions | Solutions for NR to support non-terrestrial networks (NTN) | Rel-17 | 92% | RP-220208 | Thales | [JSN] | |
860146 | NR_NTN_solutions-Core | Core part: Solutions for NR for NTN | Rel-17 | R4 | 100% | RP-221169 | Nicolas Chuberre, Thales | [JSN] |
860246 | NR_NTN_solutions-Perf | Perf. Part: Solutions for NR for NTN | Rel-17 | R4 | 100% | RP-222556 | Nicolas Chuberre, Thales | [JSN] |
960074 | NR_NTN_solutions_plus_CT-UEConTest | UE Conformance - Solutions for NR to support non-terrestrial networks (NTN) plus CT aspects | Rel-17 | R5 | 70% | RP-221241 | Vijay Balasubramanian, Qualcomm | [JSN] |
920069 | LTE_NBIOT_eMTC_NTN | NB-IoT/eMTC support for Non-Terrestrial Networks | Rel-17 | R1 | 99% | RP-211601 | MediaTek | [JSN] |
920169 | LTE_NBIOT_eMTC_NTN-Core | Core part: NB-IoT/eMTC support for Non-Terrestrial Networks | Rel-17 | R1 | 100% | RP-211601 | Gilles Charbit, MediaTek | [JSN] |
960087 | LTE_NBIOT_eMTC_NTN_plus_EPS-UEConTest | UE Conformance - NB-IoT/eMTC support for Non-Terrestrial Networks (NTN) including EPS aspects | Rel-17 | R5 | 100% | RP-233250 | Daiwei Zhou, MediaTek Inc. | [JSN] |
930019 | IoT_SAT_ARCH_EPS | Architecture support for NB-IoT/eMTC Non-Terrestrial Networks in EPS | Rel-17 | S2 | 100% | SP-211306 | SEBIRE, Guillaume, MediaTek Inc. | [JSN] |
940001 | IoT_SAT_ARCH_EPS | CT1 aspects of NB-IoT/eMTC Non-Terrestrial Networks in EPS | Rel-17 | C1 | 100% | CP-213273 | NIEMI, Marko, MediaTek Inc., | [JSN] |
970049 | IoT_SAT_ARCH_EPS | CT3 aspects of NB-IoT/eMTC Non-Terrestrial Networks in EPS | Rel-17 | C3 | 100% | CP-213273 | NIEMI, Marko, MediaTek Inc., | [JSN] |
950045 | IoT_SAT_ARCH_EPS | CT4 aspects of NB-IoT/eMTC Non-Terrestrial Networks in EPS | Rel-17 | C4 | 100% | CP-213273 | NIEMI, Marko, MediaTek Inc., | [JSN] |
950046 | IoT_SAT_ARCH_EPS | CT6 aspects of NB-IoT/eMTC Non-Terrestrial Networks in EPS | Rel-17 | C6 | 100% | CP-213273 | NIEMI, Marko, MediaTek Inc., | [JSN] |
830025 | FS_5GSAT_MO | Study on management and orchestration aspects with integrated satellite components in a 5G network | Rel-17 | S5 | 100% | SP-190138 | Floris Drijver, TNO | [JSN] |
860033 | FS_LTE_NBIOT_eMTC_NTN | Study on NB-IoT/eMTC support for NTN | Rel-17 | R1 | 100% | RP-202689 | MediaTek | [JSN] |
850012 | FS_IIoT | Study on enhanced support of Industrial IoT | Rel-17 | S2 | 100% | SP-200298 | Nokia, Devaki Chandramouli, | [JSN] |
880010 | FS_IIoT_SEC | Study on security for enhanced support of Industrial IoT | Rel-17 | S3 | 100% | SP-200355 | Nokia, Anja Jerichow | [JSN] |
920024 | IIoT_SEC | Security for enhanced support of Industrial IoT | Rel-17 | S3 | 100% | SP-210421 | Nokia, Anja Jerichow | [JSN] |
910059 | IIoT | Support of Enhanced Industrial IIoT | Rel-17 | 100% | SP-200973 | Devaki Chandramouli, Nokia | [JSN] | |
900008 | IIoT | Stage 2 for IIoT | Rel-17 | S2 | 100% | SP-200973 | Devaki Chandramouli, Nokia | [JSN] |
910014 | IIoT | CT aspects of support of enhanced Industrial IoT | Rel-17 | ct | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910060 | IIoT | CT1 aspects of support of enhanced Industrial IoT | Rel-17 | C1 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910061 | IIoT | CT3 aspects of support of enhanced Industrial IoT | Rel-17 | C3 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
910062 | IIoT | CT4 aspects of support of enhanced Industrial IoT | Rel-17 | C4 | 100% | CP-212100 | Won, Sung Hwan, Nokia | [JSN] |
940044 | 5G_CIoT_CH | Charging enhancements for 5G CIoT | Rel-17 | S5 | 100% | SP-211448 | Zhu, Lei, Huawei | [JSN] |
860044 | NB_IOTenh4_LTE_eMTC6 | Additional enhancements for NB-IoT and LTE-MTC | Rel-17 | 100% | RP-220529 | Huawei | [JSN] | |
860144 | NB_IOTenh4_LTE_eMTC6-Core | Core part: Additional enhancements for NB-IoT and LTE-MTC | Rel-17 | R1 | 100% | RP-220529 | Yubo YANG Emre YAVUZ, Huawei Ericsson | [JSN] |
860244 | NB_IOTenh4_LTE_eMTC6-Perf | Perf. part: Additional enhancements for NB-IoT and LTE-MTC | Rel-17 | R1 | 100% | RP-220529 | Yubo YANG Emre YAVUZ, Huawei Ericsson | [JSN] |
860051 | NR_SmallData_INACTIVE | NR small data transmissions in INACTIVE state | Rel-17 | 99% | RP-222364 | ZTE | [JSN] | |
860151 | NR_SmallData_INACTIVE-Core | Core part: NR small data transmissions in INACTIVE state | Rel-17 | R2 | 100% | RP-222364 | Eswar Vutukuri, ZTE Corporation | [JSN] |
860251 | NR_SmallData_INACTIVE-Perf | Perf. part: NR small data transmissions in INACTIVE state | Rel-17 | R2 | 100% | RP-222364 | Eswar Vutukuri, ZTE Corporation | [JSN] |
960072 | NR_SmallData_INACTIVE-UEConTest | UE Conformance - NR small data transmissions in INACTIVE state | Rel-17 | R5 | 95% | RP-221238 | Yogesh Tugnawat, Qualcomm | [JSN] |
860045 | NR_IIOT_URLLC_enh | Enhanced Industrial Internet of Things (IoT) and ultra-reliable and low latency communication (URLLC) support for NR | Rel-17 | 100% | RP-220152 | Nokia | [JSN] | |
860145 | NR_IIOT_URLLC_enh-Core | Core part: Enhanced IoT and URLLC support for NR | Rel-17 | R2 | 100% | RP-220152 | Chunli Wu, Nokia | [JSN] |
860245 | NR_IIOT_URLLC_enh-Perf | Perf. Part: Enhanced IoT and URLLC support for NR | Rel-17 | R2 | 100% | RP-220152 | Chunli Wu, Nokia | [JSN] |
960082 | NR_IIOT_URLLC_enh-UEConTest | UE Conformance - Enhanced Industrial Internet of Things (IoT) and ultra-reliable and low latency communication (URLLC) support for NR | Rel-17 | R5 | 100% | RP-221416 | Matti Kangas, Nokia, Nokia Shanghai Bell | [JSN] |
860042 | NR_SL_enh | NR Sidelink enhancement | Rel-17 | 71% | RP-202846 | LG Electronics | [JSN] | |
860142 | NR_SL_enh-Core | Core part: NR Sidelink enhancement | Rel-17 | R1 | 100% | RP-202846 | LG Electronics | [JSN] |
860242 | NR_SL_enh-Perf | Perf. part: NR Sidelink enhancement | Rel-17 | R4 | 100% | RP-221863 | Seungmin Lee, LG Electronics | [JSN] |
960084 | NR_SL_enh-UEConTest | UE Conformance - NR Sidelink enhancement | Rel-17 | R5 | 5% | RP-240389 | Xiaozhong CHEN, CATT | [JSN] |
860038 | FS_NR_SL_relay | Study on NR Sidelink relay | Rel-17 | R2 | 100% | RP-202208 | OPPO | [JSN] |
840035 | FS_eV2XAPP | Study on enhancements to application layer support for V2X services | Rel-17 | S6 | 100% | SP-200110 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
910075 | eV2XAPP | Enhanced application layer support for V2X services | Rel-17 | 100% | SP-200831 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
890036 | eV2XAPP | Stage 2 of eV2XAPP | Rel-17 | S6 | 100% | SP-200831 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
910019 | eV2XAPP | CT aspects of eV2XAPP | Rel-17 | ct | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910076 | eV2XAPP | CT1 aspects of eV2XAPP | Rel-17 | C1 | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910077 | eV2XAPP | CT3 aspects of eV2XAPP | Rel-17 | C3 | 100% | CP-211109 | Herrero Veron, Christian (Huawei) | [JSN] |
910037 | eV2XARC_Ph2 | Support of advanced V2X services - Phase 2 | Rel-17 | 100% | SP-210090 | LaeYoung Kim, LG Electronics | [JSN] | |
850013 | FS_eV2XARC_Ph2 | Study on V2X services – Phase 2 | Rel-17 | S2 | 100% | SP-190631 | LaeYoung Kim, LG Electronics | [JSN] |
910021 | eV2XARC_Ph2 | Stage 2 of eV2XARC_Ph2 | Rel-17 | S2 | 100% | SP-210090 | LaeYoung Kim, LG Electronics | [JSN] |
920005 | eV2XARC_Ph2 | CT1 aspects of eV2XARC_Ph2 | Rel-17 | C1 | 100% | CP-211116 | Herrero Veron, Christian (Huawei) | [JSN] |
920047 | eV2XARC_Ph2 | Deleted- CT3 aspects of eV2XARC_Ph2 | Rel-17 | C3 | 100% | CP-211116 | Herrero Veron, Christian (Huawei) | [JSN] |
920048 | eV2XARC_Ph2 | CT6 aspects of eV2XARC_Ph2 | Rel-17 | C6 | 100% | CP-211116 | Herrero Veron, Christian (Huawei) | [JSN] |
920070 | NR_RF_TxD | UE RF requirements for Transparent Tx Diversity (TxD) for NR | Rel-17 | R4 | 99% | RP-211940 | Qualcomm | [JSN] |
920170 | NR_RF_TxD-Core | Core part: UE RF requirements for Transparent Tx Diversity (TxD) for NR | Rel-17 | R4 | 100% | RP-211940 | Qualcomm | [JSN] |
920270 | NR_RF_TxD-Perf | Perf. part: UE RF requirements for Transparent Tx Diversity (TxD) for NR | Rel-17 | R4 | 100% | RP-211940 | Qualcomm | [JSN] |
940092 | NR_RF_TxD-UEConTest | UE Conformance - UE RF requirements for Transparent Tx Diversity (TxD) for NR | Rel-17 | R5 | 100% | RP-231240 | Yaping ZHANG, Huawei | [JSN] |
860040 | NR_feMIMO | Further enhancements on MIMO for NR | Rel-17 | 91% | RP-212535 | Samsung | [JSN] | |
860140 | NR_FeMIMO-Core | Core part: Further enhancements on MIMO for NR | Rel-17 | R1 | 100% | RP-212535 | Eko Onggosanusi, Samsung | [JSN] |
860240 | NR_feMIMO-Perf | Perf. part: Further enhancements on MIMO for NR | Rel-17 | R1 | 100% | RP-212535 | Eko Onggosanusi, Samsung | [JSN] |
960079 | NR_feMIMO-UEConTest | UE Conformance - Further enhancements on MIMO for NR | Rel-17 | R5 | 67% | RP-221401 | Runsen Tang, Samsung | [JSN] |
860043 | NR_DSS | NR Dynamic spectrum sharing (DSS) | Rel-17 | 100% | RP-211345 | Ericsson | [JSN] | |
860143 | NR_DSS-Core | Core part: NR DSS | Rel-17 | R1 | 100% | RP-211345 | Ravikiran Nory | [JSN] |
860047 | NR_UE_pow_sav_enh | UE power saving enhancements for NR | Rel-17 | 100% | RP-221543 | MediaTek | [JSN] | |
860147 | NR_UE_pow_sav_enh-Core | Core part: UE power saving enhancements for NR | Rel-17 | R2 | 100% | RP-221543 | Weide Wu / Dapeng Li | [JSN] |
860247 | NR_UE_pow_sav_enh-Perf | Perf. part: UE power saving enhancements for NR | Rel-17 | R2 | 100% | RP-221543 | Weide Wu / Dapeng Li | [JSN] |
880071 | NR_UE_pow_sav-UEConTest | UE Conformance Test Aspects -UE Power Saving in NR | Rel-16 | R5 | 100% | RP-213291 | Huiying ZHANG, CATT | [JSN] |
960086 | NR_UE_pow_sav_enh_plus_CT-UEConTest | UE Conformance - UE power saving enhancements for NR | Rel-17 | R5 | 100% | RP-233247 | Eniko Sokondar, Vijay Balasubramanian, MediaTek, Qualcomm | [JSN] |
860049 | LTE_NR_DC_enh2 | Further Multi-RAT Dual-Connectivity enhancements | Rel-17 | 99% | RP-201040 | Huawei | [JSN] | |
860149 | LTE_NR_DC_enh2-Core | Core part: Further Multi-RAT Dual-Connectivity enhancements | Rel-17 | R2 | 100% | RP-201040 | Huawei | [JSN] |
860249 | LTE_NR_DC_enh2-Perf | Perf. part: Further Multi-RAT Dual-Connectivity enhancements | Rel-17 | R4 | 100% | RP-201040 | Matti Kangas | [JSN] |
991033 | LTE_NR_DC_enh2-UEConTest | UE Conformance - Further Multi-RAT Dual-Connectivity enhancement | Rel-17 | R5 | 94% | RP-230436 | Yaping ZHANG, Huawei | [JSN] |
860050 | NR_IAB_enh | Enhancements to Integrated Access and Backhaul (IAB) for NR | Rel-17 | 100% | RP-221177 | Qualcomm | [JSN] | |
860150 | NR_IAB_enh-Core | Core part: Enhancements to IAB for NR | Rel-17 | R2 | 100% | RP-221177 | Georg Hampel, Qualcomm Incorporated | [JSN] |
860250 | NR_IAB_enh-Perf | Perf. part: Enhancements to IAB for NR | Rel-17 | R2 | 100% | RP-221177 | Georg Hampel, Qualcomm Incorporated | [JSN] |
830021 | FS_NR_IAB_Sec | Study on Security for NR_IAB | Rel-17 | S3 | 100% | SP-201016 | Rajavelsamy Rajadurai, Samsung, | [JSN] |
860052 | LTE_NR_arch_evo_enh | Enhanced eNB(s) architecture evolution for E-UTRAN and NG-RAN | Rel-17 | 100% | RP-213667 | China Unicom | [JSN] | |
860152 | LTE_NR_arch_evo_enh-Core | Core part: LTE_NR_arch_evo_enh | Rel-17 | R3 | 100% | RP-213667 | Gen Cao | [JSN] |
890055 | NR_demod_enh2 | Further enhancement on NR demodulation performance | Rel-17 | 92% | RP-221285 | China Telecom | [JSN] | |
941114 | NR_demod_enh2-Core | Core part: Further enhancement on NR demodulation performance | Rel-17 | R4 | 100% | RP-221285 | Shan YANG, Tricia LI, Dmitry BELOV, China Telecom, Huawei, Intel Corporation | [JSN] |
890255 | NR_demod_enh2-Perf | Perf. part: NR_demod_enh2 | Rel-17 | R4 | 100% | RP-221285 | Shan YANG, Tricia LI, Dmitry BELOV, China Telecom, Huawei, Intel Corporation | [JSN] |
960075 | NR_demod_enh2-UEConTest | UE Conformance - Further enhancement on NR demodulation performance | Rel-17 | R5 | 82% | RP-233586 | Wu Jingzhou, Balasubramanian Vijay, China Telecom, Qualcomm Inc | [JSN] |
890056 | NR_DL1024QAM_FR1 | Introduction of DL 1024QAM for NR frequency range 1 (FR1) | Rel-17 | 100% | RP-213654 | Ericsson | [JSN] | |
890156 | NR_DL1024QAM_FR1-Core | Core part: Introduction of DL 1024QAM for NR FR1 | Rel-17 | R4 | 100% | RP-213654 | Yi GUO | [JSN] |
890256 | NR_DL1024QAM_FR1-Perf | Perf. part: Introduction of DL 1024QAM for NR FR1 | Rel-17 | R4 | 100% | RP-213654 | Wanuga, Kevin (RAN1); Uesaka, Kazuyoshi (RAN4), Nokia, Ericsson | [JSN] |
960073 | NR_DL1024QAM_FR1-UEConTest | UE Conformance - Introduction of DL 1024QAM for NR FR1 | Rel-17 | R5 | 100% | RP-221240 | Vijay Balasubramanian, Qualcomm | [JSN] |
890057 | NR_RRM_enh2 | NR RRM further enhancement | Rel-17 | 100% | RP-213067 | Apple | [JSN] | |
890157 | NR_RRM_enh2-Core | Core part: Further RRM enhancement for NR and MR-DC | Rel-17 | R4 | 100% | RP-213067 | Jie Cui, Apple Corporation | [JSN] |
890257 | NR_RRM_enh2-Perf | Perf. part: Further RRM enhancement for NR and MR-DC | Rel-17 | R4 | 100% | RP-213067 | Jie Cui, Apple Corporation | [JSN] |
890058 | NR_HST_FR1_enh | Enhanced NR support for high speed train scenario for frequency range 1 (FR1) | Rel-17 | 100% | RP-210833 | CMCC | [JSN] | |
890158 | NR_HST_FR1_enh-Core | Core part: Enhanced NR support for high speed train scenario for FR1 | Rel-17 | R4 | 100% | RP-210833 | Jingjing Chen, CMCC | [JSN] |
890258 | NR_HST_FR1_enh-Perf | Perf. part: Enhanced NR support for high speed train scenario for FR1 | Rel-17 | R4 | 100% | RP-210833 | Jingjing Chen, CMCC | [JSN] |
960077 | NR_HST_FR1_enh-UEConTest | UE Conformance - Enhanced NR support for high speed train scenario for frequency range 1 (FR1) | Rel-17 | R5 | 100% | RP-221359 | Dan SONG, CMCC | [JSN] |
890059 | NR_RF_FR2_req_enh2 | Further enhancements of NR RF requirements for frequency range 2 (FR2) | Rel-17 | 100% | RP-221784 | Nokia | [JSN] | |
890159 | NR_RF_FR2_req_enh2-Core | Core part: NR_RF_FR2_req_enh2 | Rel-17 | R4 | 100% | RP-220968 | Vasenkari, Petri, Nokia | [JSN] |
890259 | NR_RF_FR2_req_enh2-Perf | Perf. part: NR_RF_FR2_req_enh2 | Rel-17 | R4 | 100% | RP-221784 | Vasenkari, Petri, Nokia | [JSN] |
970070 | NR_RF_FR2_req_enh2-UEConTest | UE Conformance - Further enhancements of NR RF requirements for frequency range 2 (FR2) | Rel-17 | R5 | 100% | RP-240751 | Tuomo S yn j kangas, Ashwin Mohan, Nokia, Apple | [JSN] |
890060 | NR_HST_FR2 | NR support for high speed train scenario in frequency range 2 (FR2) | Rel-17 | 80% | RP-210800 | Samsung | [JSN] | |
890160 | NR_HST_FR2-Core | Core part: NR support for high speed train scenario in FR2 | Rel-17 | R4 | 100% | RP-210800 | WANG, He (Jackson), Samsung | [JSN] |
890260 | NR_HST_FR2-Perf | Perf. Part: NR support for high speed train scenario in FR2 | Rel-17 | R4 | 100% | RP-210800 | WANG, He (Jackson), Samsung | [JSN] |
960080 | NR_HST_FR2-UEConTest | UE Conformance - NR support for high speed train scenario in frequency range 2 (FR2) | Rel-17 | R5 | 44% | RP-221402 | Runsen Tang, Samsung | [JSN] |
890061 | NR_MG_enh | NR measurement gap enhancements | Rel-17 | 100% | RP-213658 | MediaTek | [JSN] | |
890161 | NR_MG_enh-Core | Core part: NR and MR-DC measurement gap enhancements | Rel-17 | R4 | 100% | RP-220772 | Ato (Tsang-Wei) YU, Rui HUANG, MediaTek Inc., Intel Corporation | [JSN] |
890261 | NR_MG_enh-Perf | Perf. part: NR and MR-DC measurement gap enhancements | Rel-17 | R4 | 100% | RP-220772 | Ato (Tsang-Wei) YU, Rui HUANG, MediaTek Inc., Intel Corporation | [JSN] |
890062 | NR_RF_FR1_enh | RF requirements enhancement for NR frequency range 1 (FR1) | Rel-17 | 100% | RP-220681 | Huawei | [JSN] | |
890162 | NR_RF_FR1_enh-Core | Core part: RF requirements enhancement for NR FR1 | Rel-17 | R4 | 100% | RP-220681 | Liu Ye, Huawei, HiSilicon | [JSN] |
890262 | NR_RF_FR1_enh-Perf | Perf. part: RF requirements enhancement for NR FR1 | Rel-17 | R4 | 100% | RP-221502 | Liu Ye, Huawei, HiSilicon | [JSN] |
960090 | NR_RF_FR1_enh-UEConTest | UE Conformance - RF requirements enhancement for NR frequency range 1 (FR1) | Rel-17 | R5 | 100% | RP-221848 | Chunying GU, Huawei | [JSN] |
941013 | NR_4Rx_Bn8_FWA | 4Rx support for NR band n8 | Rel-17 | R4 | 100% | RP-220395 | CHTTL | [JSN] |
941113 | NR_4Rx_Bn8_FWA-Core | Core part: 4Rx support for NR band n8 | Rel-17 | R4 | 100% | RP-220395 | CHTTL | [JSN] |
941213 | NR_4Rx_Bn8_FWA-Perf | Perf. part: 4Rx support for NR band n8 | Rel-17 | R4 | 100% | RP-220395 | CHTTL | [JSN] |
960071 | NR_4Rx_Bn8_FWA-UEConTest | UE Conformance - 4Rx support for NR band n8 | Rel-17 | R5 | 100% | RP-222137 | ChinaUnicom | [JSN] |
860053 | NR_ENDC_SON_MDT_enh | Enhancement of data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR and EN-DC | Rel-17 | 100% | RP-220821 | CMCC | [JSN] | |
860153 | NR_ENDC_SON_MDT_enh-Core | Core part: Enhancement of data collection for SON (Self-Organising Networks)/MDT (Minimization of Drive Tests) in NR standalone and MR-DC (Multi-Radio Dual Connectivity) | Rel-17 | R3 | 100% | RP-213574 | Liang LIU, AngeloCentonza | [JSN] |
910029 | PACMAN | Plug and connect support for management of Network Functions | Rel-17 | S5 | 100% | SP-210260 | Per Elmdahl, Ericsson | [JSN] |
870028 | eSON_5G | Enhancements of Self-Organizing Networks (SON) for 5G networks | Rel-17 | S5 | 100% | SP-200194 | Joey Chou, Intel | [JSN] |
850032 | FS_ANL | Study on autonomous network levels | Rel-17 | S5 | 100% | SP-190928 | China Mobile | [JSN] |
880027 | ANL | Autonomous network levels | Rel-17 | S5 | 100% | SP-200464 | Cao, Xi, China Mobile | [JSN] |
870014 | FS_5GMS_Multicast | Study on Multicast Architecture Enhancements for 5G Media Streaming | Rel-17 | S4 | 100% | SP-200238 | Peng Tan, Telus | [JSN] |
810055 | FS_enhMCLoc | Study on location enhancements for mission critical services | Rel-17 | S6 | 100% | SP-190725 | Dom Lazara, Motorola Solutions | [JSN] |
880006 | FS_5MBS_SEC | Study on Security Aspects of Enhancements for 5G Multicast-Broadcast Services | Rel-17 | S3 | 100% | SP-200351 | Longhua Guo, Huawei Technologies | [JSN] |
850035 | FS_MC5MBS | Study on Mission Critical services over 5G multicast-broadcast system | Rel-17 | S6 | 100% | SP-190929 | Val Oprescu, AT&T | [JSN] |
900038 | 5MBS | Multicast-broadcast services in 5G | Rel-17 | 100% | SP-201106 | Meng Li, Huawei | [JSN] | |
830030 | FS_5MBS | Study on Architectural enhancements for 5MBS | Rel-17 | S2 | 100% | SP-200690 | Meng Li, Huawei | [JSN] |
900009 | 5MBS | Stage 2 for 5MBS | Rel-17 | S2 | 100% | SP-201106 | Meng Li, Huawei | [JSN] |
920043 | 5MBS | CT1 aspects of 5MBS | Rel-17 | C1 | 100% | CP-220402 | Gulbani, Giorgi, Huawei | [JSN] |
920044 | 5MBS | CT3 aspects of 5MBS | Rel-17 | C3 | 100% | CP-220402 | Gulbani, Giorgi, Huawei | [JSN] |
910002 | 5MBS | CT4 aspect of 5MBS | Rel-17 | C4 | 100% | CP-220402 | Gulbani, Giorgi, Huawei | [JSN] |
960067 | 5MBS | CT6 aspects of 5MBS | Rel-17 | C6 | 100% | CP-220402 | Gulbani, Giorgi, Huawei | [JSN] |
920023 | 5MBS | Security Aspects of Enhancements for 5G Multicast-Broadcast Services | Rel-17 | S3 | 100% | SP-210420 | Longhua Guo, Huawei Technologies | [JSN] |
1000010 | 5MBS_CH | Charging Aspects for SMF and MB-SMF to Support 5G Multicast-broadcast Services | Rel-18 | S5 | 100% | SP-231712 | Dong, Jia, China Mobile, | [JSN] |
850040 | 5MBS_eMC | Broadcast / Multicast requirements supporting Mission Critical Services in 5G | Rel-17 | S1 | 100% | SP-190942 | Toobe, Jens, BDBOS | [JSN] |
940008 | 5MBP3 | 5G Multicast-Broadcast Protocols | Rel-17 | S4 | 100% | SP-211335 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
860048 | NR_MBS | NR multicast and broadcast services | Rel-17 | R2 | 99% | RP-220428 | Huawei | [JSN] |
860148 | NR_MBS-Core | Core part: NR multicast and broadcast services | Rel-17 | R2 | 100% | RP-220428 | Huawei | [JSN] |
950061 | NR_MBS_5MBS_5MBUSA-UEConTest | UE Conformance - NR Multicast and Broadcast Services including CT and SA aspects | Rel-17 | R5 | 100% | RP-220423 | Ya Zhao, Huawei Technologies. Co., Ltd | [JSN] |
920051 | MCOver5GS | Mission Critical Services over 5GS | Rel-17 | 100% | SP-200833 | Wendler, Ingo, UIC | [JSN] | |
890027 | MCOver5GS | Stage 2 of MCOver5GS | Rel-17 | S6 | 100% | SP-200833 | Wendler, Ingo, UIC | [JSN] |
920007 | MCOver5GS | CT1 aspects of MCOver5GS | Rel-17 | C1 | 100% | CP-211118 | Gkatzikis, Lazaros, Nokia | [JSN] |
890039 | eMCData3 | Mission Critical Data | Rel-17 | 100% | SP-191106 | Shih, Jerry, AT&T | [JSN] | |
860007 | eMCData3 | Stage 2 of MCData3 | Rel-17 | S6 | 100% | SP-191106 | Shih, Jerry, AT&T | [JSN] |
890038 | eMCData3 | CT aspects of eMCData3 | Rel-17 | C1 | 100% | CP-201177 | [JSN] | |
880020 | MCProtoc17 | Protocol enhancements for Mission Critical Services | Rel-17 | C1 | 100% | CP-202193 | AXELL, Jörgen | [JSN] |
820040 | MCSMI_CT | Mission Critical system migration and interconnection | Rel-17 | C1 | 100% | CP-190143 | Dom Lazara, Motorola Solutions | [JSN] |
890003 | eMCCI_CT | CT aspects of Enhanced Mission Critical Communication Interworking with Land Mobile Radio Systems | Rel-17 | C1 | 65% | Mike Dolan, FirstNet | [JSN] | |
880042 | EDGEAPP | Architecture for enabling Edge Applications | Rel-17 | 100% | SP-200109 | Basavaraj (Basu) Pattan, Samsung | [JSN] | |
830008 | FS_EDGEAPP | Study on Application Architecture for enabling Edge Applications | Rel-17 | S6 | 100% | SP-190065 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
860006 | EDGEAPP | Architecture for enabling Edge Applications | Rel-17 | S6 | 100% | SP-200886 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
900006 | EDGEAPP | CT aspects for Enabling Edge Applications | Rel-17 | 100% | CP-211196 | Narendranath Durga Tangudu | [JSN] | |
900034 | EDGEAPP | CT1 aspects for EDGEAPP | Rel-17 | C1 | 100% | CP-221106 | Narendranath Durga Tangudu | [JSN] |
900035 | EDGEAPP | CT3 aspects for EDGEAPP | Rel-17 | C3 | 100% | CP-211196 | Narendranath Durga Tangudu | [JSN] |
960066 | EDGEAPP | CT4 aspects for EDGEAPP | Rel-17 | C4 | 100% | CP-211196 | Narendranath Durga Tangudu | [JSN] |
830032 | FS_enh_EC | Study on enhancement of support for Edge Computing in 5GC | Rel-17 | S2 | 100% | SP-200093 | Hui Ni, Huawei | [JSN] |
910048 | eEDGE_5GC | Enhancement of support for Edge Computing in 5G Core network | Rel-17 | 100% | SP-201107 | Hui Ni, Huawei Technologies | [JSN] | |
900016 | eEDGE_5GC | Stage 2 of eEDGE_5GC | Rel-17 | S2 | 100% | SP-201107 | Hui Ni, Huawei Technologies | [JSN] |
910005 | eEDGE_5GC | CT aspects of 5G eEDGE | Rel-17 | ct | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910049 | eEDGE_5GC | CT1 aspects of 5G eEDGE | Rel-17 | C1 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910050 | eEDGE_5GC | CT3 aspects of 5G eEDGE | Rel-17 | C3 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
910051 | eEDGE_5GC | CT4 aspects of 5G eEDGE | Rel-17 | C4 | 100% | CP-212021 | Qi Caixia, Huawei | [JSN] |
920026 | eEDGE_5GC | Security Aspects of Enhancements of Support for Edge Computing in 5GC | Rel-17 | S3 | 100% | SP-210423 | Bo Zhang, Huawei Technologies | [JSN] |
920019 | ECM | Edge Computing Management | Rel-17 | S5 | 100% | SP-210388 | Deepanshu Gautam, Samsung | [JSN] |
880002 | FS_eEDGE_Sec | Study on Security Aspects of Enhancement of Support for Edge Computing in 5GC | Rel-17 | S3 | 100% | SP-200347 | Bo Zhang, Huawei Technologies | [JSN] |
940009 | 5GMS_EDGE_3 | Edge Extensions to 5GMS Stage 3 | Rel-17 | S4 | 100% | SP-211336 | Bouazizi, Imed, Qualcomm Inc. | [JSN] |
930034 | EDGE_CH | Charging aspects of Edge Computing | Rel-17 | S5 | 100% | SP-210861 | Yao, Yizhi, Intel | [JSN] |
880030 | FS_EDGE_CH | Study on charging aspects of Edge Computing | Rel-17 | S5 | 100% | SP-200467 | Yizhi Yao, Intel | [JSN] |
930011 | EDGE_CH | Charging aspects of Edge Computing | Rel-17 | S5 | 100% | SP-210861 | Yao, Yizhi, Intel | [JSN] |
870029 | FS_eEDGE_Mgt | Study on enhancements of edge computing management | Rel-17 | S5 | 100% | SP-200195 | Joey Chou, Intel | [JSN] |
920058 | NBI17 | Rel-17 Enhancements of 3GPP Northbound Interfaces and Application Layer APIs | Rel-17 | 100% | CP-220058 | Abdessamad El Moatamid, Huawei | [JSN] | |
920013 | NBI17 | CT1 aspects of NBI17 | Rel-17 | C1 | 100% | CP-211197 | Abdessamad El Moatamid, Huawei | [JSN] |
920053 | NBI17 | CT3 aspects of NBI17 | Rel-17 | C3 | 100% | CP-220058 | Abdessamad El Moatamid, Huawei | [JSN] |
920054 | NBI17 | CT4 aspects of NBI17 | Rel-17 | C4 | 100% | CP-220058 | Abdessamad El Moatamid, Huawei | [JSN] |
920012 | en5GPccSer17 | Enhancement of 5G PCC related services in Rel-17 | Rel-17 | C3 | 100% | CP-211193 | Xiaoyun Zhou, Huawei | [JSN] |
900032 | eNS_Ph2 | Enhancement of Network Slicing Phase 2 | Rel-17 | 99% | SP-200976 | ZTE, Jinguo Zhu | [JSN] | |
850010 | FS_eNS_Ph2 | Study on Enhancement of Network Slicing Phase 2 | Rel-17 | S2 | 100% | SP-190931 | So, Tricci, ZTE | [JSN] |
900011 | eNS_Ph2 | Stage 2 for Enhancement of Network Slicing Phase 2 | Rel-17 | S2 | 100% | SP-200976 | ZTE, Jinguo Zhu | [JSN] |
920059 | eNS_Ph2 | Stage 3 for Enhancement of Network Slicing Phase 2 | Rel-17 | ct | 99% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910041 | eNS_Ph2 | CT1 aspects of eNS_Ph2 | Rel-17 | C1 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910042 | eNS_Ph2 | CT3 aspects of eNS_Ph2 | Rel-17 | C3 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
910043 | eNS_Ph2 | CT4 aspects of eNS_Ph2 | Rel-17 | C4 | 100% | CP-211091 | Hannah Wang, ZTE | [JSN] |
950065 | eNS_Ph2-UEConTest | UE Conformance - Enhancement of Network Slicing Phase 2 | Rel-17 | R5 | 100% | RP-230289 | Danni Song, Xiaozhong Chen, CMCC, CATT | [JSN] |
911007 | NR_slice | Enhancement of RAN slicing for NR | Rel-17 | R2 | 100% | RP-221377 | CMCC | [JSN] |
911107 | NR_slice-Core | Core part: Enhancement of RAN slicing for NR | Rel-17 | R2 | 100% | RP-221377 | Ningyu Chen, CMCC | [JSN] |
960078 | NR_slice-UEConTest | UE Conformance - Enhancement of RAN slicing for NR | Rel-17 | R5 | 100% | RP-223067 | Danni Song, CMCC | [JSN] |
960006 | NRslice | CT1 aspects of enhancement of RAN Slicing for NR | Rel-17 | C1 | 100% | C1-221266 | Chen Xu, China Mobile | [JSN] |
960069 | NRslice | CT4 aspects on enhancement of RAN slicing for NR | Rel-17 | C4 | 100% | C1-221266 | Chen Xu, China Mobile | [JSN] |
860022 | FS_NSMEN | Study on network slice management enhancement | Rel-17 | S5 | 100% | SP-200766 | Brendan Hassett, Huawei Technologies Sweden AB, | [JSN] |
950038 | NETSLICE_DC_CH | Network Slice charging based on 5G Data Connectivity | Rel-17 | S5 | 100% | SP-220158 | MATRIXX Software, Gerald Görmer | [JSN] |
840049 | MUSIM | Support for Multi-USIM Devices | Rel-17 | 100% | SP-190309 | Liao, Ellen C, Intel | [JSN] | |
830019 | FS_MUSIM | Study on MUSIM | Rel-17 | S1 | 100% | SP-190091 | Liao, Ellen C, Intel | [JSN] |
840040 | MUSIM | Stage 1 of MUSIM | Rel-17 | S1 | 100% | SP-190309 | Liao, Ellen C, Intel | [JSN] |
820012 | FS_MUSIM | Study on Stage 2 (System Enablers) for MUSIM | Rel-17 | S2 | 100% | SP-200297 | Sašo Stojanovski, Intel | [JSN] |
900013 | MUSIM | System enablers for Multi-USIM devices | Rel-17 | S2 | 100% | SP-210091 | Sašo Stojanovski, Intel | [JSN] |
910015 | MUSIM | CT aspects of MUSIM | Rel-17 | ct | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
910063 | MUSIM | CT1 aspects of Enabling Multi-USIM Devices | Rel-17 | C1 | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
910064 | MUSIM | CT4 aspects of Enabling Multi-USIM Devices | Rel-17 | C4 | 100% | CP-212102 | Thomas Luetzenkirchen, Intel | [JSN] |
900017 | FS_MUSIM_SEC | Study on the security of the system enablers for devices having multiple Universal Subscriber Identity Modules (USIM) | Rel-17 | S3 | 100% | SP-201018 | Abhijeet Kolekar, Intel Corporation | [JSN] |
860063 | LTE_NR_MUSIM | Support for Multi-SIM devices for LTE/NR | Rel-17 | 100% | RP-213679 | Vivo | [JSN] | |
860163 | LTE_NR_MUSIM-Core | Core part: Support for Multi-SIM devices for LTE/NR | Rel-17 | R2 | 100% | RP-213679 | Xiaodong Yang | [JSN] |
950060 | LTE_NR_MUSIM_plus_CT1-UEConTest | UE Conformance - Multi-SIM devices for LTE/NR | Rel-17 | R5 | 100% | RP-220127 | Jing Zhao, China telecom | [JSN] |
930030 | FS_5GMARCH | Support of the 5GMSG Service | Rel-17 | 100% | SP-200835 | Liu, Yue, China Mobile | [JSN] | |
840036 | FS_5GMARCH | Study on support of the 5GMSG Service | Rel-17 | S6 | 100% | SP-200835 | Liu, Yue, China Mobile | [JSN] |
890010 | FS_SEC_5GMSG | Study on security aspects of the 5GMSG Service (St1 in Rel16) | Rel-17 | S3 | 100% | SP-200878 | Xiaoting Huang, China Mobile | [JSN] |
930005 | 5GMSG | Security aspects of the 5GMSG Service | Rel-17 | S3 | 100% | SP-210835 | Xiaoting Huang, China Mobile | [JSN] |
930040 | 5GMARCH | Application Architecture for MSGin5G Service | Rel-17 | 100% | SP-200832 | Liu, Yue, China Mobile | [JSN] | |
890026 | 5GMARCH | Application Architecture for MSGin5G Service | Rel-17 | S6 | 100% | SP-200832 | Liu, Yue, China Mobile | [JSN] |
930004 | 5GMARCH | CT aspects for enabling MSGin5G Service | Rel-17 | ct | 100% | CP-212106 | Liu, Yue, China Mobile | [JSN] |
930041 | 5GMARCH | CT1 aspects for enabling MSGin5G Service | Rel-17 | C1 | 100% | CP-212106 | Liu, Yue, China Mobile | [JSN] |
930042 | 5GMARCH | CT3 aspects for enabling MSGin5G Service | Rel-17 | C3 | 100% | CP-212106 | Liu, Yue, China Mobile | [JSN] |
930002 | ING_5GS | IMS voice service support and network usability guarantee for UE s E-UTRA capability disabled scenario in SA 5GS | Rel-17 | ct | 86% | CP-212231 | Mingxue Li, China Telecom | [JSN] |
930047 | ING_5GS | CT1 aspects of ING_5GS | Rel-17 | C1 | 100% | CP-212231 | Mingxue Li, China Telecom | [JSN] |
930046 | ING_5GS | CT6 aspects of ING_5GS | Rel-17 | C6 | 100% | CP-212231 | Mingxue Li, China Telecom | [JSN] |
1000052 | ING_5GS-UEConTest | UE Conformance - ING_5GS | Rel-17 | R5 | 74% | RP-240049 | Jing Zhao, China telecom | [JSN] |
930031 | UC3S | User Consent for 3GPP services | Rel-17 | 100% | SP-200885 | Rong Wu, Huawei Technologies | [JSN] | |
890037 | FS_UC3S | Study on User Consent for 3GPP services | Rel-17 | S3 | 100% | SP-200885 | Rong Wu, Huawei Technologies | [JSN] |
930006 | UC3S_SEC | Security aspects on User Consent for 3GPP services | Rel-17 | S3 | 100% | SP-210836 | Rong Wu, Huawei Technologies | [JSN] |
910025 | UPIP_SEC_LTE | User Plane Integrity Protection for LTE | Rel-17 | S3 | 100% | SP-210105 | Evans, Tim, Vodafone | [JSN] |
941011 | UPIP_SEC_LTE-RAN | User Plane Integrity Protection support for EPC connected architectures | Rel-17 | R3 | 99% | RP-230070 | Vodafone | [JSN] |
941111 | UPIP_SEC_LTE-RAN-Core | Core part: User Plane Integrity Protection support for EPC connected architectures | Rel-17 | R3 | 100% | RP-230070 | Vodafone | [JSN] |
970074 | UPIP_SEC_LTE-RAN-UEConTest | UE Conformance - User Plane Integrity Protection support for EPC connected architectures (incl. CT/SA aspects) | Rel-17 | R5 | 100% | RP-240048 | Petra RAUER, Vodafone | [JSN] |
910007 | SPOCUP | Start of Pause of Charging via User Plane | Rel-17 | C4 | 100% | CP-210076 | YONG, YANG, Ericsson, frank | [JSN] |
920060 | NPN_PWS | NPN support of PWS | Rel-17 | S1 | 100% | SP-210585 | Francesco Pica, Qualcomm | [JSN] |
940048 | eCryptPr | Enhancements of 3GPP profiles for cryptographic algorithms and security protocols | Rel-17 | 100% | SP-210107 | Pinar Comak, Ericsson | [JSN] | |
910024 | eCryptPr | Stage 2 for eCryptPr | Rel-17 | S3 | 100% | SP-210107 | Pinar Comak, Ericsson | [JSN] |
940007 | eCryptPr | Stage 3 CT1 for eCryptPr | Rel-17 | C1 | 100% | CP-213083 | Biondic, Nevenka, Ericsson | [JSN] |
940049 | eCryptPr | Stage 3 CT3 for eCryptPr | Rel-17 | C3 | 100% | CP-213083 | Biondic, Nevenka, Ericsson | [JSN] |
940050 | eCryptPr | Stage 3 CT4 for eCryptPr | Rel-17 | C4 | 100% | CP-213083 | Biondic, Nevenka, Ericsson | [JSN] |
950043 | AKMA_TLS | AKMA TLS protocol profiles | Rel-17 | S3 | 100% | SP-210424 | Escott, Adrian, Qualcomm Incorporated | [JSN] |
920027 | AKMA_TLS | Security aspects of AKMA_TLS | Rel-17 | S3 | 100% | SP-210424 | Escott, Adrian, Qualcomm Incorporated | [JSN] |
950010 | AKMA_TLS | CT aspects of AKMA_TLS | Rel-17 | C1 | 100% | CP-220307 | Chaponniere, Lena, Qualcomm Incorporated | [JSN] |
900002 | RPCPSET | Restoration of PDN Connections in PGW-C/SMF Set | Rel-17 | C4 | 100% | CP-203020 | LANDAIS, Bruno, Nokia | [JSN] |
900037 | EoIPR | Enhancement of Inter-PLMN Roaming | Rel-17 | C4 | 100% | CP-203021 | Caixia Qi, Huawei | [JSN] |
911037 | RDSSI | Reliable Data Service Serialization Indication | Rel-17 | 100% | SP-190446 | Starsinic, Michael, Convida Wireless LLC | [JSN] | |
840017 | RDSSI | Stage 2 of RDSSI | Rel-17 | S2 | 100% | SP-190446 | Starsinic, Michael, Convida Wireless LLC | [JSN] |
900005 | RDSSI | CT aspects of RDSSI | Rel-17 | C1 | 100% | CP-203234 | Vivek Gupta, Intel | [JSN] |
970050 | RDSSI | CT1 aspects of RDSSI | Rel-17 | C1 | 100% | CP-203234 | Vivek Gupta, Intel | [JSN] |
970051 | RDSSI | CT3 aspects of RDSSI | Rel-17 | C3 | 100% | CP-203234 | Vivek Gupta, Intel | [JSN] |
900019 | BEST_5G | Adapting BEST for use in 5G networks | Rel-17 | S3 | 100% | SP-201020 | Keesmaat, Iko, KPN | [JSN] |
920049 | eSEAL | Enhanced Service Enabler Architecture Layer for Verticals | Rel-17 | 100% | SP-200987 | Basavaraj (Basu) Pattan, Samsung | [JSN] | |
900024 | eSEAL | Stage 2 of eSEAL | Rel-17 | S6 | 100% | SP-200987 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
920006 | eSEAL | CT1 aspects of eSEAL | Rel-17 | C1 | 100% | CP-212098 | Sapan Shah (Samsung Electronics) | [JSN] |
920050 | eSEAL | CT3 aspects of eSEAL | Rel-17 | C3 | 100% | CP-212098 | Sapan Shah (Samsung Electronics) | [JSN] |
940018 | eSEAL | Security for eSEAL | Rel-17 | S3 | 100% | SP-211366 | Rajavelsamy Rajadurai, Samsung | [JSN] |
900033 | ATSSS_Ph2 | Access Traffic Steering, Switch and Splitting support in the 5G system architecture; Phase 2 | Rel-17 | 84% | SP-200977 | Apostolis Salkintzis, Lenovo | [JSN] | |
840084 | FS_ATSSS_Ph2 | Study on ATSSS_Ph2 | Rel-17 | S2 | 100% | SP-200095 | So, Tricci, ZTE | [JSN] |
900012 | ATSSS_Ph2 | Stage 2 of ATSSS_Ph2 | Rel-17 | S2 | 100% | SP-200977 | Apostolis Salkintzis, Lenovo | [JSN] |
910013 | ATSSS_Ph2 | CT aspects of ATSSS_Ph2 | Rel-17 | ct | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910056 | ATSSS_Ph2 | CT1 aspects of ATSSS_Ph2 | Rel-17 | C1 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910057 | ATSSS_Ph2 | CT3 aspects of ATSSS_Ph2 | Rel-17 | C3 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
910058 | ATSSS_Ph2 | CT4 aspects of ATSSS_Ph2 | Rel-17 | C4 | 100% | CP-210136 | ZHOU Xingyue (Joy), ZTE | [JSN] |
1010050 | ATSSS_Ph2-UEConTest | UE Conformance - ATSSS_Ph2 | Rel-17 | R5 | 0% | RP-231827 | China Telecom | [JSN] |
900031 | eNA_Ph2 | Enablers for Network Automation for 5G - phase 2 | Rel-17 | 100% | SP-200975 | TBD | [JSN] | |
840022 | FS_eNA_Ph2 | Study on Enablers for Network Automation for 5G - phase 2 | Rel-17 | S2 | 100% | SP-200098 | Xiaobo Wu, Huawei Technologies | [JSN] |
890015 | FS_eNA_SEC | Study on security aspects of enablers for Network Automation (eNA) for 5GS Phase 2 | Rel-17 | S3 | 100% | SP-200722 | Xiaoting Huang, China Mobile | [JSN] |
900010 | eNA_Ph2 | Stage 2 of eNA_Ph2 | Rel-17 | S2 | 100% | SP-200975 | TBD | [JSN] |
910012 | eNA_Ph2 | CT aspects of eNA_Ph2 | Rel-17 | ct | 100% | CP-211191 | Huang Zhenning (China Mobile) | [JSN] |
910088 | eNA_Ph2 | CT3 aspects of eNA_Ph2 | Rel-17 | C3 | 100% | CP-213261 | Huang Zhenning (China Mobile) | [JSN] |
910089 | eNA_Ph2 | CT4 aspects of eNA_Ph2 | Rel-17 | C4 | 100% | CP-211191 | Huang Zhenning (China Mobile) | [JSN] |
930007 | eNA_Ph2 | Security aspects of eNA_Ph2 | Rel-17 | S3 | 100% | SP-210837 | Chang Liu, China Mobile | [JSN] |
900030 | 5G_ProSe | Proximity based Services in 5GS | Rel-17 | 100% | SP-200972 | TBD | [JSN] | |
830033 | FS_5G_ProSe | Study on System enhancement for Proximity based Services in 5GS | Rel-17 | S2 | 100% | SP-190443 | Qiang Deng, CATT | [JSN] |
900007 | 5G_ProSe | Stage 2 for Proximity based Services in 5GS | Rel-17 | S2 | 100% | SP-201096 | Qiang Deng, CATT | [JSN] |
910018 | 5G_ProSe | CT aspects of proximity based services in 5GS | Rel-17 | ct | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910072 | 5G_ProSe | CT1 aspects of 5G_ProSe | Rel-17 | C1 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910073 | 5G_ProSe | CT3 aspects of 5G_ProSe | Rel-17 | C3 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
910074 | 5G_ProSe | CT4 aspects of 5G_ProSe | Rel-17 | C4 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
920081 | 5G_ProSe | CT6 aspects of 5G_ProSe | Rel-17 | C6 | 100% | CP-212105 | Yong Jiang, CATT | [JSN] |
890018 | FS_5G_Prose_CH | Study on charging aspects of Proximity-based Services in 5GS | Rel-17 | S5 | 100% | SP-200767 | Shu, Min, CATT | [JSN] |
940028 | 5G_ProSe | Charging aspects of Proximity-based Services in 5GS | Rel-17 | S5 | 100% | SP-211429 | Shu, Min, CATT | [JSN] |
880005 | FS_5G_ProSe_Sec | Study on Security Aspects of Enhancement for Proximity Based Services in 5GS | Rel-17 | S3 | 100% | SP-200350 | Wei Zhou, CATT | [JSN] |
930008 | 5G_ProSe | Security Aspects of Proximity based Services in 5GS | Rel-17 | S3 | 100% | SP-211120 | Wei Zhou, CATT | [JSN] |
911005 | NR_SL_relay | NR Sidelink Relay | Rel-17 | 100% | RP-212601 | OPPO | [JSN] | |
911105 | NR_SL_relay-Core | Core part: NR Sidelink Relay | Rel-17 | R2 | 100% | RP-212819 | Qianxi Lu, Xueyan Huang | [JSN] |
911205 | NR_SL_relay-Perf | Perf. part: NR Sidelink Relay | Rel-17 | R4 | 100% | RP-212819 | Qianxi Lu, Xueyan Huang, OPPO, CMCC | [JSN] |
890030 | AKMA | Authentication and key management for applications based on 3GPP credential in 5G | Rel-17 | 100% | SP-190711 | Xiaoting Huang, China Mobile | [JSN] | |
850021 | AKMA | SA3 aspects of AKMA | Rel-17 | S3 | 100% | SP-190711 | Xiaoting Huang, China Mobile | [JSN] |
890008 | AKMA-CT | CT aspects of AKMA | Rel-17 | ct | 100% | CP-203107 | Huang Zhenning (China Mobile) | [JSN] |
890031 | AKMA-CT | CT1 aspects of AKMA | Rel-17 | C1 | 100% | CP-203107 | Huang Zhenning (China Mobile) | [JSN] |
890032 | AKMA-CT | CT3 aspects of AKMA | Rel-17 | C3 | 100% | CP-203107 | Huang Zhenning (China Mobile) | [JSN] |
890033 | AKMA-CT | CT4 aspects of AKMA | Rel-17 | C4 | 100% | CP-203107 | Huang Zhenning (China Mobile) | [JSN] |
890049 | NG_RAN_PRN_enh | Enhancement of Private Network support for NG-RAN | Rel-17 | R3 | 79% | RP-212585 | China Telecom | [JSN] |
890149 | NG_RAN_PRN_enh-Core | Core part: Enhancement of Private Network support for NG-RAN | Rel-17 | R3 | 100% | RP-212585 | China Telecom | [JSN] |
960076 | NG_RAN_PRN_enh_plus_CT-UEConTest | UE Conformance - Enhancement of Private Network support for NG-RAN including CT aspects | Rel-17 | R5 | 63% | RP-221300 | Lei GAO, Yogesh Tugnawat, China Telecom, Qualcomm | [JSN] |
840046 | MPS2 | Multimedia Priority Service (MPS) Phase 2 | Rel-17 | 100% | SP-190305 | Singh, Ray P; Perspecta Labs | [JSN] | |
780005 | FS_MPS2 | Study on MPS2 | Rel-17 | S1 | 100% | SP-190315 | Singh, Ray P; Vencore Labs | [JSN] |
850011 | FS_MPS2_St2 | Stopped - Study on MPS2, Stage 2 | Rel-17 | S2 | 100% | SP-190629 | Don Lukacs; Perspecta Labs | [JSN] |
840032 | MPS2 | Stage 1 of MPS2 | Rel-17 | S1 | 100% | SP-190561 | Singh, Ray P; Perspecta Labs | [JSN] |
870002 | MPS2 | Stage 2 of MPS2 | Rel-17 | S2 | 100% | SP-200519 | Streijl, Robert, Perspecta Labs | [JSN] |
880031 | MPS2 | Stage 3 of MPS2 | Rel-17 | ct | 100% | CP-201207 | Peter Monnes, Perspecta Labs | [JSN] |
880050 | MPS2 | CT1 aspects of MPS2 | Rel-17 | C1 | 100% | CP-201207 | Peter Monnes, Perspecta Labs | [JSN] |
880058 | MPS2 | CT3 aspects of MPS2 | Rel-17 | C3 | 100% | CP-201207 | Peter Monnes, Perspecta Labs | [JSN] |
880051 | MPS2 | CT4 aspects of MPS2 | Rel-17 | C4 | 100% | CP-201207 | Peter Monnes, Perspecta Labs | [JSN] |
890011 | MCXSec2 | Mission critical security enhancements phase 2 | Rel-17 | S3 | 100% | SP-200879 | Woodward, Tim, Motorola Solutions, Inc, | [JSN] |
890070 | PAP_CHAP | PAP/CHAP protocols usage in 5GS | Rel-17 | ct | 100% | CP-202251 | Mingxue Li, China Telecom | [JSN] |
890071 | PAP_CHAP | CT1 aspects of PAP/CHAP protocols usage in 5GS | Rel-17 | C1 | 100% | CP-202251 | Mingxue Li, China Telecom | [JSN] |
890072 | PAP_CHAP | CT3 aspects of PAP/CHAP protocols usage in 5GS | Rel-17 | C3 | 100% | CP-210188 | Mingxue Li, China Telecom | [JSN] |
890001 | SMS_SBI | Service-based support for SMS in 5GC | Rel-17 | 100% | CP-212023 | HAOUARI, Wafa, Orange | [JSN] | |
890028 | SMS_SBI | CT1 aspects of SMS_SBI | Rel-17 | C1 | 100% | CP-212023 | HAOUARI, Wafa, Orange | [JSN] |
890029 | SMS_SBI | CT4 aspects of SMS_SBI | Rel-17 | C4 | 100% | CP-212023 | HAOUARI, Wafa, Orange | [JSN] |
840048 | REFEC | Enhanced Relays for Energy eFficiency and Extensive Coverage | Rel-17 | 100% | SP-190307 | Norp, Toon, KPN | [JSN] | |
810018 | FS_REFEC | Study on REFEC | Rel-17 | S1 | 100% | SP-180785 | Jose Luis Almodovar Chico, KPN | [JSN] |
840034 | REFEC | Stage 1 of REFEC | Rel-17 | S1 | 100% | SP-190307 | Norp, Toon, KPN | [JSN] |
840044 | NCIS | Network Controlled Interactive Service | Rel-17 | 100% | SP-190303 | Ning YANG, oppo | [JSN] | |
800015 | FS_NCIS | Study on NCIS | Rel-17 | S1 | 100% | SP-180341 | YANG Ning, Oppo | [JSN] |
840030 | NCIS | Stage 1 of NCIS | Rel-17 | S1 | 100% | SP-191039 | Ning YANG, oppo | [JSN] |
840019 | 5G_AIS | 5G System Enhancement for Advanced Interactive Services | Rel-17 | S2 | 100% | SP-190564 | Lei Yixue, Tencent | [JSN] |
890009 | 8K_VR_5G | Points for 8K VR 360 Video over 5G | Rel-17 | S4 | 100% | SP-200667 | Ozgur Oyman, Company: Intel | [JSN] |
880043 | MuDE | Multi-Device and multi-identity Enhancements (MuDE) | Rel-17 | 100% | SP-190823 | Adrian.buckley@vivo.com | [JSN] | |
850041 | MuDE | Stage 1 of MuDE | Rel-17 | S1 | 100% | SP-190823 | Adrian.buckley@vivo.com | [JSN] |
880018 | MuDe | Stage 3 of MuDE | Rel-17 | C1 | 100% | CP-201162 | Adrian Buckley | [JSN] |
920055 | BEPoP | Best Practice of Packet Forwarding Control Protocol (PFCP) | Rel-17 | ct | 100% | CP-212024 | Song Yue, China Mobile | [JSN] |
920056 | BEPoP | CT3 aspects of BEPoP | Rel-17 | C3 | 100% | CP-212024 | Song Yue, China Mobile | [JSN] |
880014 | BEPoP | CT4 aspects of BEPoP | Rel-17 | C4 | 100% | CP-212024 | Song Yue, China Mobile | [JSN] |
880012 | HInT | Extension for headset interface tests of UE | Rel-17 | S4 | 100% | SP-200398 | Jan Reimes, HEAD acoustics GmbH, | [JSN] |
840038 | MCIOPS | MC services support on IOPS mode of operation | Rel-17 | S6 | 100% | SP-190944 | Camilo.solano@ericsson.com | [JSN] |
840016 | FLADN | Stopped - Supporting Flexible Local Area Data Network | Rel-17 | S2 | 100% | SP-190563 | LG Electronics, Hyunsook Kim | [JSN] |
820003 | ITT4RT | Support of Immersive Teleconferencing and Telepresence for Remote Terminals | Rel-17 | S4 | 100% | SP-180985 | Ozgur Oyman, Intel | [JSN] |
860012 | HaNTE | Handsets Featuring Non-Traditional Earpieces | Rel-17 | S4 | 100% | SP-190989 | Schevciw, Andre, Qualcomm Incorporated | [JSN] |
960051 | EVEX | 5GMS AF Event Exposure | Rel-17 | S4 | 100% | SP-210374 | Lo, Charles, Qualcomm Inc., | [JSN] |
920008 | EVEX | Stage 2 of EVEX | Rel-17 | S4 | 100% | SP-210374 | Lo, Charles, Qualcomm Inc., | [JSN] |
960021 | EVEX | Stage 3 (CT3) of EVEX | Rel-17 | C3 | 100% | CP-222128 | Waqar Zia, Qualcomm Incorporated | [JSN] |
920009 | 5GMS_EDGE | Edge Extensions to the 5G Media Streaming Architecture | Rel-17 | S4 | 100% | SP-210375 | Bouazizi, Imed, Qualcomm Inc. | [JSN] |
920010 | 5MBUSA | 5G Multicast-Broadcast User Service Architecture and related 5GMS Extensions | Rel-17 | S4 | 100% | SP-210376 | TAN, PENG, TELUS | [JSN] |
920011 | 8K_TV_5G | 8K Television over 5G | Rel-17 | S4 | 100% | SP-210381 | Thomas Stockhammer | [JSN] |
830017 | VMOD_DISPLAY | Verification-modified Calling Name Display | Rel-17 | S1 | 100% | SP-190085 | Hala Mowafy, Ericsson | [JSN] |
850038 | eCNAM_An | Enhanced Calling Name Service Analytics Interworking | Rel-17 | S1 | 100% | SP-190940 | Hala.Mowafy@ericsson.com | [JSN] |
880049 | eCPSOR_CON | Enhancement for the 5G Control Plane Steering of Roaming for UE in Connected mode | Rel-17 | 100% | CP-210148 | Minokuchi, Atsushi, NTT DOCOMO | [JSN] | |
850039 | eCPSOR_CON | Stage 1 of eCPSOR_CON | Rel-17 | S1 | 100% | SP-190941 | Minokuchi, Atsushi, NTT DOCOMO | [JSN] |
880022 | eCPSOR_CON | Stage 3 (CT1) of eCPSOR_CON | Rel-17 | C1 | 100% | CP-210148 | Al-Bakri Ban, NTT DOCOMO | [JSN] |
900036 | eCPSOR_CON | Stage 3 (CT4) of eCPSOR_CON | Rel-17 | C4 | 100% | CP-210148 | Al-Bakri Ban, NTT DOCOMO | [JSN] |
920061 | eCPSOR_CON | Stage 3 (CT6) of eCPSOR_CON | Rel-17 | C6 | 100% | CP-210148 | Al-Bakri Ban, NTT DOCOMO | [JSN] |
970073 | eCPSOR_CON-UEConTest | UE Conformance - Enhancement for the 5G Control Plane Steering of Roaming for UE in Connected mode | Rel-17 | R5 | 100% | RP-222255 | Masahiro Takano, NTT DOCOMO, INC | [JSN] |
910090 | GBA_5G | Integration of Generic Bootstrapping Architecture (GBA) into 5GC | Rel-17 | 100% | SP-190714 | Vlasios Tsiatsis, Ericsson | [JSN] | |
850023 | GBA_5G | Security aspects of Integration of GBA into 5GC | Rel-17 | S3 | 100% | SP-190714 | Vlasios Tsiatsis, Ericsson | [JSN] |
910004 | GBA_5G | CT aspects of Integration of GBA into SBA | Rel-17 | C4 | 100% | CP-210283 | de Gregorio, Jesús (Ericsson) | [JSN] |
910047 | GBA_5G | Integration of Generic Bootstrapping Architecture (GBA) into 5GC | Rel-17 | S3 | 100% | SP-190714 | Vlasios Tsiatsis, Ericsson | [JSN] |
850045 | MINT | Support for Minimization of service Interruption | Rel-17 | 100% | SP-190814 | SungDuck Chun; LG Electronics | [JSN] | |
830018 | FS_MINT | Study on MINT | Rel-17 | S1 | 100% | SP-190090 | SungDuck Chun; LG Electronics | [JSN] |
850036 | MINT | Stage 1 of MINT | Rel-17 | S1 | 100% | SP-190938 | SungDuck Chun; LG Electronics | [JSN] |
920062 | MINT | Stage 2 of MINT | Rel-17 | S2 | 100% | SP-210582 | Hyunsook Kim, LG Electronics | [JSN] |
900004 | FS_MINT-CT | Study on the CT aspects of Support for Minimization of service Interruption | Rel-17 | C1 | 100% | CP-203232 | Sang Min Park, LG Electronics | [JSN] |
930003 | MINT | Stage 3 of MINT | Rel-17 | ct | 100% | CP-212166 | Hyunsook Kim, LG Electronics | [JSN] |
930049 | MINT | CT1 aspects of MINT | Rel-17 | C1 | 100% | CP-212166 | Hyunsook Kim, LG Electronics | [JSN] |
930045 | MINT | CT4 aspects of MINT | Rel-17 | C4 | 100% | CP-212166 | Hyunsook Kim, LG Electronics | [JSN] |
930048 | MINT | CT6 aspects of MINT | Rel-17 | C6 | 100% | CP-212166 | Hyunsook Kim, LG Electronics | [JSN] |
950017 | MINT | Security Aspects of MINT | Rel-17 | S3 | 100% | SP-220193 | Dongjoo Kim, LG Electronics | [JSN] |
860008 | IESNPN | IMS emergency support for Stand-alone Non-Public Network (SNPN) | Rel-17 | S1 | 100% | SP-191038 | Wong, Curt; | [JSN] |
870023 | OAM_NPN | Management of non-public networks (NPN) | Rel-17 | S5 | 100% | SP-200189 | ZHANG, Kai, Huawei | [JSN] |
860016 | SCAS_IMS | Assurance Specification for IMS | Rel-17 | S3 | 100% | SP-191128 | Bo Zhang, Huawei Technologies | [JSN] |
870020 | eSCAS_5G | Security Assurance Specification for 5G (eSCAS_5G) | Rel-17 | S3 | 100% | SP-200149 | Rong Wu, Huawei Technologies Co. | [JSN] |
890013 | SCAS_5G_NSSAAF | eSCAS_5G for Network Slice-Specific Authentication and Authorization Function (NSSAAF) | Rel-17 | S3 | 100% | SP-200720 | Rong Wu, Huawei Technologies Co., Ltd. | [JSN] |
870017 | SCAS_5G_N3IWF | eSCAS_5G for Non-3GPP InterWorking Function | Rel-17 | S3 | 100% | SP-200146 | Feng Gao, China Unicom | [JSN] |
870018 | SCAS_5G_NWDAF | eSCAS_5G for 5G NWDAF | Rel-17 | S3 | 100% | SP-200147 | QI Minpeng, China Mobile | [JSN] |
870019 | SCAS_5G_SECOP | eSCAS_5G for Service Communication Proxy | Rel-17 | S3 | 100% | SP-200148 | Wei Lu, Nokia | [JSN] |
880003 | SCAS_5G_IPUPS | eSCAS_5Gfor Inter PLMN UP Security | Rel-17 | S3 | 100% | SP-200348 | Jin PENG, ZTE Corporation | [JSN] |
870034 | enh3MCPTT | Enhanced Mission Critical Push-to-talk architecture phase 3 | Rel-17 | 100% | SP-200108 | Dom Lazara; Motorola Solutions | [JSN] | |
870016 | enh3MCPTT | Stage 2 aspects of enh3MCPTT | Rel-17 | S6 | 100% | SP-200108 | Dom Lazara; Motorola Solutions | [JSN] |
900039 | enh3MCPTT-CT | Stage 3 aspects of enh3MCPTT | Rel-17 | C1 | 100% | CP-202188 | [JSN] | |
840028 | 5GSIMSCH | IMS Charging in 5G System Architecture | Rel-17 | S5 | 100% | SP-190367 | Jahangir, Zeeshan, T-Mobile USA | [JSN] |
820006 | FS_UP_IP_Sec | Study on User Plane Integrity Protection | Rel-17 | S3 | 100% | SP-181035 | Evans, Tim, Vodafone | [JSN] |
890012 | eUPIP_SEC | Enhancements to User Plane Integrity Protection Support in 5GS | Rel-17 | S3 | 100% | SP-200719 | Anand Palanigounder, Qualcomm Incorporated | [JSN] |
950040 | NSWO_5G | Non-Seamless WLAN offload in 5GS | Rel-17 | S3 | 100% | SP-211358 | Ranganathan Mavureddi Dhanasekaran, Nokia | [JSN] |
910091 | FS_NSWO_5G | Study on non-seamless WLAN Offload in 5GS using 3GPP credentials | Rel-17 | S3 | 100% | SP-210262 | Nair, Suresh, Nokia | [JSN] |
940011 | NSWO_5G | Security aspects of NSWO | Rel-17 | S3 | 100% | SP-211358 | Ranganathan Mavureddi Dhanasekaran, Nokia | [JSN] |
950041 | NSWO_5G | CT1 aspects of NSWO | Rel-17 | C1 | 100% | CP-220095 | Wiehe, Ulrich, Nokia | [JSN] |
950002 | NSWO_5G | CT4 aspects of NSWO | Rel-17 | C4 | 100% | CP-220095 | Wiehe, Ulrich, Nokia | [JSN] |
950042 | NSWO_5G | CT6 aspects of NSWO | Rel-17 | C6 | 100% | CP-220095 | Wiehe, Ulrich, Nokia | [JSN] |
990122 | LI17 | Lawful Interception Rel-17 | Rel-17 | S3 | 100% | SP-190983 | Alex Leadbeater, BT | [JSN] |
860025 | LI17 | Lawful Interception Rel-17 general aspects | Rel-17 | S3 | 100% | SP-190983 | Alex Leadbeater, BT | [JSN] |
990120 | LI17 | (IETF) PASSporT Extension for Rich Call Data (draft-ietf-stir-passport-rcd) | Rel-17 | S3-IETF | 100% | Lionel Morand, Orange | [JSN] | |
990121 | LI17 | (IETF) Messaging Use Cases and Extensions for STIR (draft-ietf-stir-messaging) | Rel-17 | S3-IETF | 100% | Lionel Morand, Orange | [JSN] | |
850047 | TEI17 | (Small) Technical Enhancements and Improvements for Rel-17 | Rel-17 | 100% | [JSN] | |||
940047 | TEI17_IMSGID | IMS Optimization for HSS Group ID in an SBA environment (St. 2) | Rel-17 | S2 | 100% | SP-200452 | Foti, George, Ericsson | [JSN] |
870003 | TEI17_IMSGID | Stage 2 for TEI17_IMSGID | Rel-17 | S2 | 100% | SP-200452 | Foti, George, Ericsson | [JSN] |
940006 | TEI17_IMSGID | Stage 3 for TEI17_IMSGID | Rel-17 | C1 | 100% | CP-213082 | Axell, Jörgen, Ericsson | [JSN] |
910044 | TEI17_SPSFAS | Same PCF Selection For AMF and SMF | Rel-17 | 100% | SP-200447 | Heng, Nie, China Telecom | [JSN] | |
880016 | TEI17_SPSFAS | Stage 2 for TEI17_SPSFAS | Rel-17 | S2 | 100% | SP-200447 | Heng, Nie, China Telecom | [JSN] |
910003 | TEI17_SPSFAS | CT aspects on TEI17_SPSFAS | Rel-17 | ct | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
910045 | TEI17_SPSFAS | CT3 aspects on TEI17_SPSFAS | Rel-17 | C3 | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
910046 | TEI17_SPSFAS | CT4 aspects on TEI17_SPSFAS | Rel-17 | C4 | 100% | CP-211184 | Yue Sun, China Telecom | [JSN] |
930036 | TEI17_SE_RPS | System enhancement for Redundant PDU Session | Rel-17 | 100% | SP-200448 | Devaki Chandramouli | [JSN] | |
880017 | TEI17_SE_RPS | Stage 2 for TEI17_SE_RPS | Rel-17 | S2 | 100% | SP-200448 | Devaki Chandramouli | [JSN] |
930001 | TEI17_SE_RPS | CT aspects of TEI17_SE_RPS | Rel-17 | ct | 100% | CP-212099 | WON, Sung Hwan, Nokia | [JSN] |
930037 | TEI17_SE_RPS | CT1 aspects of TEI17_SE_RPS | Rel-17 | C1 | 100% | CP-212099 | WON, Sung Hwan, Nokia | [JSN] |
930038 | TEI17_SE_RPS | CT3 aspects of TEI17_SE_RPS | Rel-17 | C3 | 100% | CP-212099 | WON, Sung Hwan, Nokia | [JSN] |
930039 | TEI17_SE_RPS | CT4 aspects of TEI17_SE_RPS | Rel-17 | C4 | 100% | CP-212099 | WON, Sung Hwan, Nokia | [JSN] |
910078 | TEI17_SAPES | Support for Signed Attestation for Priority and Emergency Sessions | Rel-17 | 100% | SP-200453 | Foti, George, Ericsson | [JSN] | |
870004 | TEI17_SAPES | Stage 2 for TEI17_SAPES | Rel-17 | S2 | 100% | SP-200453 | Foti, George, Ericsson | [JSN] |
910020 | TEI17_SAPES | CT aspects on TEI17_SAPES | Rel-17 | ct | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
910079 | TEI17_SAPES | CT1 aspects on TEI17_SAPES | Rel-17 | C1 | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
910080 | TEI17_SAPES | CT3 aspects on TEI17_SAPES | Rel-17 | C3 | 100% | CP-210272 | Axell, Jörgen, Ericsson | [JSN] |
910081 | TEI17_DCAMP | Dynamically Changing AM Policies in the 5GC | Rel-17 | 100% | SP-200446 | Pancorbo, Belen (Ericsson) | [JSN] | |
870005 | TEI17_DCAMP | Stage 2 for TEI17_DCAMP | Rel-17 | S2 | 100% | SP-200446 | Pancorbo, Belen (Ericsson) | [JSN] |
910009 | TEI17_DCAMP | CT aspects on TEI17_DCAMP | Rel-17 | ct | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
910082 | TEI17_DCAMP | CT3 aspects on TEI17_DCAMP | Rel-17 | C3 | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
910083 | TEI17_DCAMP | CT4 aspects on TEI17_DCAMP | Rel-17 | C4 | 100% | CP-212163 | Garcia Azorero, Fuencisla. Ericsson | [JSN] |
870006 | TEI17_IPU | IP address pool information from UDM | Rel-17 | S2 | 100% | SP-200454 | Stefan Rommer | [JSN] |
910084 | TEI17_GEM | Dynamic management of group-based event monitoring | Rel-17 | 100% | SP-200455 | Qian XB Chen, Ericsson | [JSN] | |
870007 | TEI17_GEM | Stage 2 for TEI17_GEM | Rel-17 | S2 | 100% | SP-200455 | Qian XB Chen, Ericsson | [JSN] |
910010 | TEI17_GEM | CT aspects on TEI17_GEM | Rel-17 | ct | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
910085 | TEI17_GEM | CT3 aspects on TEI17_GEM | Rel-17 | C3 | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
910086 | TEI17_GEM | CT4 aspects on TEI17_GEM | Rel-17 | C4 | 100% | CP-212165 | Maria Tianmei, Liang, Ericsson | [JSN] |
920041 | TEI17_N3SLICE | Support of different slices over different Non 3GPP access | Rel-17 | 100% | SP-200456 | Laurent Thiebaut, Nokia | [JSN] | |
870008 | TEI17_N3SLICE | Stage 2 for TEI17_N3SLICE | Rel-17 | S2 | 100% | SP-200456 | Laurent Thiebaut, Nokia | [JSN] |
930099 | TEI17_N3SLICE | CT1 aspects of TEI17_N3SLICE | Rel-17 | C1 | 100% | CP-211089 | LANDAIS, Bruno, Nokia | [JSN] |
920001 | TEI17_N3SLICE | CT4 aspects of TEI17_N3SLICE | Rel-17 | C4 | 100% | CP-211089 | LANDAIS, Bruno, Nokia | [JSN] |
910087 | TEI17_NIESGU | N7/N40 Interfaces Enhancements to Support GERAN and UTRAN | Rel-17 | 100% | SP-200457 | Aihua, Li, China Mobile | [JSN] | |
870009 | TEI17_NIESGU | Stage 2 for TEI17_NIESGU | Rel-17 | S2 | 100% | SP-200457 | Aihua, Li, China Mobile | [JSN] |
890019 | TEI17_NIESGU | SA5 aspects of N40 Interface Enhancements to Support GERAN and UTRAN | Rel-17 | S5 | 100% | SP-200854 | Dong, Jia, China Mobile | [JSN] |
910011 | TEI17_NIESGU | CT3 aspects of N7 Interfaces Enhancements to Support GERAN and UTRAN | Rel-17 | C3 | 100% | CP-211194 | Huang Zhenning (China Mobile) | [JSN] |
920082 | TEI17_NIESGU | CT4 aspects of N7 Interfaces Enhancements to Support GERAN and UTRAN | Rel-17 | C4 | 100% | CP-211194 | Huang Zhenning (China Mobile) | [JSN] |
950099 | TEI17_Test | (Small) Test Technical Enhancements and Improvements for Rel-17 | Rel-17 | R5 | 100% | - | [JSN] | |
880019 | 5GProtoc17 | Stage-3 5GS NAS protocol development 17 | Rel-17 | C1 | 100% | CP-201163 | Sedlacek, Ivo, Ericsson | [JSN] |
880044 | 5GProtoc17 | Stage-3 5GS NAS protocol development 17 general aspects | Rel-17 | C1 | 100% | CP-201163 | Sedlacek, Ivo, Ericsson | [JSN] |
880045 | 5GProtoc17-non3GPP | Stage-3 5GS NAS protocol development 17 non-IETF aspects | Rel-17 | C1 | 100% | CP-201163 | Sedlacek, Ivo, Ericsson | [JSN] |
880021 | SAES17 | Stage-3 SAE Protocol Development | Rel-17 | C1 | 100% | CP-201165 | Aghili, Behrouz, InterDigital Communications | [JSN] |
880046 | SAES17 | Stage-3 SAE Protocol Development general aspects | Rel-17 | C1 | 100% | CP-201165 | Aghili, Behrouz, InterDigital Communications | [JSN] |
880047 | SAES17-CSFB | Stage-3 SAE Protocol Development CSFB aspects | Rel-17 | C1 | 100% | CP-201165 | Aghili, Behrouz, InterDigital Communications | [JSN] |
880048 | SAES17-non3GPP | Stage-3 SAE Protocol Development non 3GPP aspects | Rel-17 | C1 | 100% | CP-201165 | Aghili, Behrouz, InterDigital Communications | [JSN] |
911034 | IMSProtoc17 | IMS Stage-3 IETF Protocol Alignment | Rel-17 | ct | 75% | CP-201167 | Gkatzikis, Lazaros(Nokia) | [JSN] |
880023 | IMSProtoc17 | CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-17 | C1 | 100% | CP-201167 | Gkatzikis, Lazaros(Nokia) | [JSN] |
911035 | IMSProtoc17 | CT3 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-17 | C3 | 100% | CP-201167 | Gkatzikis, Lazaros(Nokia) | [JSN] |
1000055 | IMSProtoc17_dataCH-UEContest | UE Conformance - IMS Data Channel | Rel-17 | R5 | 8% | RP-240283 | Zhaobing Yang, Huawei Technologies. Co., Ltd | [JSN] |
880032 | pfdManEnh | Packet Flow Description (PFD) management enhancement | Rel-17 | C3 | 100% | CP-210183 | Xiaoyun Zhou, Huawei | [JSN] |
880013 | SBIProtoc17 | Service Based Interface Protocol Improvements Release 17 | Rel-17 | 100% | CP-211088 | Song Yue, China Mobile | [JSN] | |
880053 | SBIProtoc17 | CT3 aspects of SBIProtoc17 | Rel-17 | C3 | 100% | CP-211088 | Song Yue, China Mobile | [JSN] |
880054 | SBIProtoc17 | CT4 aspects of SBIProtoc17 | Rel-17 | C4 | 100% | CP-211088 | Song Yue, China Mobile | [JSN] |
900001 | FS_ReP_UDR | Study on restoration of profiles related to UDR | Rel-17 | C4 | 100% | CP-203271 | Ishikawa, Hiroshi, NTT DOCOMO | [JSN] |
940002 | ReP_UDR | Restoration of Profiles related to UDR | Rel-17 | C4 | 100% | CP-220100 | Ishikawa, Hiroshi, NTT DOCOMO | [JSN] |
970052 | ReP_UDR | CT3 aspects of ReP_UDR | Rel-17 | C3 | 100% | CP-220100 | Ishikawa, Hiroshi, NTT DOCOMO | [JSN] |
970053 | ReP_UDR | CT4 aspects of ReP_UDR | Rel-17 | C4 | 100% | CP-220100 | Ishikawa, Hiroshi, NTT DOCOMO | [JSN] |
940004 | MuDTran | Multi-device enhancements for device transfers | Rel-17 | C1 | 100% | CP-220352 | Axell, Jörgen, Ericsson | [JSN] |
940003 | EGTPUR | Enhancement on the GTP-U entity restart | Rel-17 | C4 | 100% | CP-213077 | YONG, YANG, Ericsson | [JSN] |
820009 | FS_AUTH_ENH | Study on authentication enhancements in 5GS | Rel-17 | S3 | 100% | SP-190713 | Tsiatsis, Vlasios, | [JSN] |
940012 | AUTH_ENH | Authentication enhancements in 5GS | Rel-17 | S3 | 100% | SP-211360 | Tsiatsis, Vlasios, Ericsson | [JSN] |
950001 | PortAl | Repository for the 3GPP Allocated Port Numbers for New 3GPP Interfaces | Rel-17 | C4 | 100% | CP-220094 | Giorgi Gulbani, Huawei | [JSN] |
950009 | SPECTRE_Ph3 | Modifying PASSporT signing and verification for Spoofed calls | Rel-17 | C1 | 100% | CP-220381 | Politz, Ken, Neustar | [JSN] |
990004 | UEConTest_R17 | Update of conformance test specifications to Rel-17 | Rel-17 | C6 | 100% | CP-230022 | Arne Marquordt, COMPRION GmbH | [JSN] |
900021 | MANS | Management Aspects of 5G Network Sharing | Rel-17 | S5 | 100% | SP-201080 | Mingrui Sun, China Unicom | [JSN] |
920018 | FS_MANS | Study on Management Aspects of 5G Network Sharing | Rel-17 | S5 | 100% | SP-210387 | Mingrui Sun, China Unicom | [JSN] |
910030 | FIMA | File Management | Rel-17 | S5 | 100% | SP-210135 | Pollakowski, Olaf, Nokia | [JSN] |
930032 | NSA_SBMA | Improved support for NSA in the service-based management architecture | Rel-17 | S5 | 100% | SP-211121 | Lan Zou, Huawei | [JSN] |
930009 | NSA_SBMA | Improved support for NSA in the service-based management architecture | Rel-17 | S5 | 100% | SP-210858 | Lan Zou, Huawei | [JSN] |
880029 | E_HOO | Enhancement of Handover Optimization | Rel-17 | S5 | 100% | SP-200466 | Elmdahl, Per, Ericsson | [JSN] |
880028 | MADCOL | Management data collection control and discovery | Rel-17 | S5 | 100% | SP-200465 | Pollakowski, Olaf, Nokia | [JSN] |
880026 | eMEMTANE | Management of the enhanced tenant concept | Rel-17 | S5 | 100% | SP-220293 | Zhu, Lei, Huawei | [JSN] |
880025 | ePM_KPI_5G | Enhancements of 5G performance measurements and KPIs | Rel-17 | S5 | 100% | SP-200462 | Yizhi Yao, Intel | [JSN] |
810027 | IDMS_MN | Intent driven management service for mobile network | Rel-17 | S5 | 100% | SP-180899 | Zou Lan, Huawei | [JSN] |
820035 | 5GDMS | Discovery of management services in 5G | Rel-17 | S5 | 100% | SP-200770 | Brendan Hassett, Huawei Technologies Sweden AB | [JSN] |
860024 | NPM | Network policy managementfor 5G mobile networks | Rel-17 | S5 | 100% | SP-191211 | China Mobile Shasha Guo | [JSN] |
850028 | FS_eMDAS | Study on enhancement of Management Data Analytics Service | Rel-17 | S5 | 100% | SP-190930 | Yao, Yizhi, Intel | [JSN] |
940078 | eMDAS | Enhancements of Management Data Analytics Service | Rel-17 | S5 | 100% | SP-210132 | Yao, Yizhi, Intel | [JSN] |
870022 | EE5GPLUS | Enhancements on EE for 5G networks | Rel-17 | S5 | 100% | SP-200188 | Jean-Michel CORNILY, ORANGE | [JSN] |
870021 | FS_EE5G | Study on new aspects of EE for 5G networks | Rel-17 | S5 | 100% | SP-200187 | Jean-Michel CORNILY, ORANGE | [JSN] |
870024 | EMA5SLA | Enhancement on Management Aspects of 5G Service-Level Agreement | Rel-17 | S5 | 100% | SP-210860 | SHI, Xiaonan, CMCC | [JSN] |
870025 | e_5GMDT | Management of MDT enhancement in 5G | Rel-17 | S5 | 100% | SP-200191 | Ayani, Zhulia, Ericsson | [JSN] |
870026 | adNRM | Additional NRM features | Rel-17 | S5 | 100% | SP-200192 | Sean Sun, Nokia | [JSN] |
870030 | eCOSLA | Enhanced Closed loop SLS Assurance | Rel-17 | S5 | 100% | SP-200196 | Groenendijk, Jan, Ericsson | [JSN] |
950037 | CHROAM | 5G Charging for Local breakout roaming of data connectivity | Rel-17 | S5 | 100% | SP-220156 | Ericsson, Robert Törnkvist | [JSN] |
860061 | FS_NR_QoE | Study on NR QoE (Quality of Experience) management and optimizations for diverse services | Rel-17 | R3 | 100% | RP-193256 | China Unicom | [JSN] |
911008 | NR_QoE | NR QoE magement and optimizations for diverse services | Rel-17 | 50% | RP-211406 | China Unicom | [JSN] | |
911108 | NR_QoE-Core | Core part: NR QoE management and optimizations for diverse services | Rel-17 | R3 | 100% | RP-211406 | Gen Cao | [JSN] |
970072 | NR_QoE-UEConTest | UE Conformance - NR QoE management and optimizations for diverse services | Rel-17 | R5 | 20% | RP-222102 | Bo J NSSON, Ericsson | [JSN] |
911009 | NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL | Rel-17 Power Class 2 UE for NR inter-band CA with or without SUL configurations with x (16>=x>2) bands DL and y (y=1, 2) bands UL | Rel-17 | 60% | RP-221516 | Huawei | [JSN] | |
911109 | NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL-Core | Core part: NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL | Rel-17 | R4 | 100% | RP-221516 | Wang, Jin, Huawei | [JSN] |
911209 | NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL-Perf | Stopped - Perf. part: NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL | Rel-17 | R4 | 100% | RP-221516 | Wang, Jin, Huawei | [JSN] |
1000056 | NR_UE_PC2_R17_CADC_SUL_xBDL_yBUL-UEConTest | UE Conformance - Rel-17 Power Class 2 UE for NR inter-band CA/DC with or without SUL configurations with x (6>=x>2) bands DL and y (y=1, 2) bands UL | Rel-17 | R5 | 9% | RP-231247 | Yuxin Hao, Huawei Technologies. Co., Ltd. | [JSN] |
911010 | NR_FR1_TRP_TRS | Introduction of UE TRP (Total Radiated Power) and TRS (Total Radiated Sensitivity) requirements and test methodologies for FR1 (NR SA and EN-DC) | Rel-17 | 100% | RP-212030 | Vivo | [JSN] | |
911110 | NR_FR1_TRP_TRS-Core | Core part: NR_FR1_TRP_TRS | Rel-17 | R4 | 100% | RP-212030 | Wang, Ruixin; Liu, Qifei; Shaozhe, vivo, OPPO, CMCC | [JSN] |
911210 | NR_FR1_TRP_TRS-Perf | Perf. part: NR_FR1_TRP_TRS | Rel-17 | R4 | 100% | RP-222269 | Wang, Ruixin; Liu, Qifei; Shaozhe, vivo, OPPO, CMCC | [JSN] |
960088 | NR_FR1_TRP_TRS-UEConTest | UE Conformance - Introduction of UE TRP (Total Radiated Power) and TRS (Total Radiated Sensitivity) requirements and test methodologies for FR1 (NR SA and EN-DC) | Rel-17 | R5 | 100% | RP-221690 | Ashwin Mohan, Jose Fortes, Ruixin Wang, Apple, Rohde and Schwarz, Vivo | [JSN] |
911012 | NR_UE_PC1_5_n79 | High power UE (power class 1.5) for NR band n79 | Rel-17 | 100% | RP-210843 | CMCC | [JSN] | |
911112 | NR_UE_PC1_5_n79-Core | Core part: NR_UE_PC1_5_n79 | Rel-17 | R4 | 100% | RP-210843 | CMCC | [JSN] |
911212 | NR_UE_PC1_5_n79-Perf | Perf. part: NR_UE_PC1_5_n79 | Rel-17 | R4 | 100% | RP-210843 | CMCC | [JSN] |
930052 | NR_UE_PC1_5_n79-UEConTest | UE Conformance - High power UE (power class 1.5) for NR band n79 | Rel-17 | R5 | 100% | RP-211979 | Dan SONG, CMCC | [JSN] |
911013 | NR_UE_PC2_n34 | High power UE (power class 2) for NR band n34 | Rel-17 | 100% | RP-210844 | CMCC | [JSN] | |
911113 | NR_UE_PC2_n34-Core | Core part: NR_UE_PC2_n34 | Rel-17 | R4 | 100% | RP-210844 | CMCC | [JSN] |
911213 | NR_UE_PC2_n34-Perf | Perf. part: NR_UE_PC2_n34 | Rel-17 | R4 | 100% | RP-210844 | CMCC | [JSN] |
930053 | NR_UE_PC2_n34-UEConTest | UE Conformance - High power UE (power class 2) for NR band n34 | Rel-17 | R5 | 100% | RP-221760 | Dan SONG, CMCC | [JSN] |
911014 | NR_UE_PC2_n39 | High power UE (power class 2) for NR band n39 | Rel-17 | 100% | RP-210845 | CMCC | [JSN] | |
911114 | NR_UE_PC2_n39-Core | Core part: NR_UE_PC2_n39 | Rel-17 | R4 | 100% | RP-210845 | CMCC | [JSN] |
911214 | NR_UE_PC2_n39-Perf | Perf. part: NR_UE_PC2_n39 | Rel-17 | R4 | 100% | RP-210845 | CMCC | [JSN] |
930054 | NR_UE_PC2_n39-UEConTest | UE Conformance - High power UE (power class 2) for NR band n39 | Rel-17 | R5 | 100% | RP-211981 | Dan SONG, CMCC | [JSN] |
911015 | NR_FR2_FWA_Bn259 | Introduction of FR2 FWA (Fixed Wireless Access) UE with maximum TRP of 23dBm for band n259 | Rel-17 | 100% | RP-210875 | SoftBank Corp., KDDI, NTT DOCOMO, Rakuten Mobile, Qualcomm | [JSN] | |
911115 | NR_FR2_FWA_Bn259-Core | Core part: NR_FR2_FWA_Bn259 | Rel-17 | R4 | 100% | RP-210875 | SoftBank Corp., KDDI, NTT DOCOMO, Rakuten Mobile, Qualcomm | [JSN] |
911215 | NR_FR2_FWA_Bn259-Perf | Perf. part: NR_FR2_FWA_Bn259 | Rel-17 | R4 | 100% | RP-210875 | SoftBank Corp., KDDI, NTT DOCOMO, Rakuten Mobile, Qualcomm | [JSN] |
911006 | NR_UDC | NR Uplink Data Compression (UDC) | Rel-17 | 100% | RP-220140 | CATT | [JSN] | |
911106 | NR_UDC-Core | Core part: NR_UDC | Rel-17 | R2 | 100% | RP-220140 | CATT | [JSN] |
960085 | NR_UDC-UEConTest | UE Conformance - NR Uplink Data Compression (UDC) | Rel-17 | R5 | 100% | RP-221449 | Huiying ZHANG, CATT | [JSN] |
910097 | FS_NR_Opt_pi2BPSK | Study on optimizations of pi/2 BPSK uplink power in NR | Rel-17 | R4 | 100% | RP-213535 | Huawei | [JSN] |
910096 | FS_NR_ENDC_combo_rules | Study on band combination handling in RAN4 | Rel-17 | R4 | 100% | RP-211146 | ZTE | [JSN] |
880078 | NR_MIMO_OTA | Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) requirements for NR UEs | Rel-17 | 100% | RP-213101 | CAICT | [JSN] | |
880178 | NR_MIMO_OTA-Core | Core part: NR_MIMO_OTA | Rel-17 | R4 | 100% | RP-213101 | Zhu, Siting; Xing, Jinqiang, CAICT, OPPO | [JSN] |
880278 | NR_MIMO_OTA-Perf | Perf. Part: NR_MIMO_OTA | Rel-17 | R4 | 100% | RP-222348 | Zhu, Siting; Xing, Jinqiang, CAICT, OPPO | [JSN] |
970071 | NR_MIMO_OTA-UEConTest | UE Conformance - Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) requirements for NR UEs | Rel-17 | R5 | 100% | RP-221939 | Istvan Szini, Apple | [JSN] |
870064 | NR_FR2_FWA_Bn257_Bn258 | Introduction of FR2 FWA (Fixed Wireless Access) UE with maximum TRP (Total Radiated Power) of 23dBm for band n257 and n258 | Rel-17 | 56% | RP-202565 | Softbank | [JSN] | |
870164 | NR_FR2_FWA_Bn257_Bn258-Core | Core part: NR_FR2_FWA_Bn257_Bn258 | Rel-17 | R4 | 100% | RP-202565 | Softbank | [JSN] |
870264 | NR_FR2_FWA_Bn257_Bn258-Perf | Perf. Part: NR_FR2_FWA_Bn257_Bn258 | Rel-17 | R4 | 100% | RP-202565 | Softbank | [JSN] |
950062 | NR_FR2_FWA_Bn257_Bn258-UEConTest | UE Conformance - Introduction of FR2 FWA (Fixed Wireless Access) UE with maximum TRP (Total Radiated Power) of 23dBm for band n257 and n258 | Rel-17 | R5 | 33% | RP-220424 | Yuxin Hao, Huawei Technologies. Co., Ltd. | [JSN] |
880092 | NR_bands_R17_BWs | Adding channel bandwidth support to existing NR bands | Rel-17 | 100% | RP-221212 | Ericsson | [JSN] | |
880192 | NR_bands_R17_BWs-Core | Core part: NR_bands_R17_BWs | Rel-17 | R4 | 100% | RP-221212 | Dominique Everaere, Ericsson | [JSN] |
880093 | NR_FR1_35MHz_45MHz_BW | Introduction of channel bandwidths 35MHz and 45MHz for NR FR1 | Rel-17 | 100% | RP-211386 | Huawei | [JSN] | |
880193 | NR_FR1_35MHz_45MHz_BW-Core | Core part: NR_FR1_35MHz_45MHz_BW | Rel-17 | R4 | 100% | RP-211386 | Huawei | [JSN] |
880293 | NR_FR1_35MHz_45MHz_BW-Perf | Perf. Part: NR_FR1_35MHz_45MHz_BW | Rel-17 | R4 | 100% | RP-211386 | Huawei | [JSN] |
880097 | NR_SAR_PC2_interB_SUL_2BUL | SAR schemes for UE power class 2 (PC2) for NR inter-band Carrier Aggregation and supplemental uplink (SUL) configurations with 2 bands UL | Rel-17 | 100% | RP-212530 | China Telecom | [JSN] | |
880197 | NR_SAR_PC2_interB_SUL_2BUL-Core | Core part: NR_SAR_PC2_interB_SUL_2BUL | Rel-17 | R4 | 100% | RP-212530 | China Telecom | [JSN] |
880297 | NR_SAR_PC2_interB_SUL_2BUL-Perf | Perf. Part: NR_SAR_PC2_interB_SUL_2BUL | Rel-17 | R4 | 100% | RP-212530 | China Telecom | [JSN] |
920065 | NR_SAR_PC2_interB_SUL_2BUL-UEConTest | UE Conformance - SAR schemes for UE power class 2 (PC2) for NR inter-band Carrier Aggregation and supplemental uplink (SUL) configurations with 2 bands UL | Rel-17 | R5 | 100% | RP-211139 | Jingzhou Wu, China Telecom | [JSN] |
900061 | NR_cov_enh | NR coverage enhancements | Rel-17 | 100% | RP-211566 | China Telecom | [JSN] | |
860036 | FS_NR_cov_enh | Study on on NR coverage enhancements | Rel-17 | R1 | 100% | RP-200861 | China Telecom | [JSN] |
900161 | NR_cov_enh-Core | Core part: NR_cov_enh | Rel-17 | R1 | 100% | RP-211566 | China Telecom | [JSN] |
900261 | NR_cov_enh-Perf | Perf. part: NR_cov_enh | Rel-17 | R1 | 100% | RP-211566 | Jianchi Zhu, China Telecom | [JSN] |
950063 | NR_cov_enh-UEConTest | UE Conformance - NR coverage enhancements | Rel-17 | R5 | 100% | RP-240341 | Jingzhou Wu, China Telecom | [JSN] |
900062 | NR_redcap | Support of reduced capability NR devices | Rel-17 | 100% | RP-220966 | Ericsson | [JSN] | |
860035 | FS_NR_redcap | Study on support of reduced capability NR devices | Rel-17 | R1 | 100% | RP-220966 | Ericsson | [JSN] |
900162 | NR_redcap-Core | Core part: NR_redcap | Rel-17 | R1 | 100% | RP-220966 | Johan BERGMAN, Ericsson | [JSN] |
900262 | NR_redcap-Perf | Perf. part: NR_redcap | Rel-17 | R1 | 100% | RP-220966 | Johan BERGMAN, Ericsson | [JSN] |
950066 | NR_redcap_plus_ARCH-UEConTest | UE Conformance - Support of reduced capability NR devices | Rel-17 | R5 | 100% | RP-240053 | Shi,Yu, China Unicom | [JSN] |
930018 | ARCH_NR_REDCAP | Architecture Enhancement for NR Reduced Capability Devices | Rel-17 | S2 | 100% | SP-211100 | Aihua Li, China Mobile | [JSN] |
940005 | ARCH_NR_REDCAP | CT1 aspects of NR_redcap | Rel-17 | C1 | 100% | CP-213081 | Chen Xu, China Mobile | [JSN] |
950047 | ARCH_NR_REDCAP | CT3 aspects of NR_redcap | Rel-17 | C3 | 100% | CP-221265 | Chen Xu, China Mobile | [JSN] |
940100 | ARCH_NR_REDCAP | CT4 aspects of NR_redcap | Rel-17 | C4 | 100% | CP-213081 | Chen Xu, China Mobile | [JSN] |
950044 | ARCH_NR_REDCAP | CT6 aspects of NR_redcap | Rel-17 | C6 | 100% | CP-213081 | Chen Xu, China Mobile | [JSN] |
940027 | ARCH_NR_REDCAP | Charging aspects of Architecture Enhancement for NR Reduced Capability Devices | Rel-17 | S5 | 100% | SP-211428 | Dong, Jia, China Mobile | [JSN] |
900064 | NR_bands_UL_MIMO_PC3_R17 | Additional NR bands for UL-MIMO power class 3 (PC3) in Rel-17 | Rel-17 | 100% | RP-221518 | Huawei | [JSN] | |
900164 | NR_bands_UL_MIMO_PC3_R17-Core | Core part: NR_bands_UL_MIMO_PC3_R17 | Rel-17 | R4 | 100% | RP-221518 | Liu Ye, Huawei | [JSN] |
900264 | NR_bands_UL_MIMO_PC3_R17-Perf | Perf. part: NR_bands_UL_MIMO_PC3_R17 | Rel-17 | R4 | 100% | RP-221518 | Liu Ye, Huawei | [JSN] |
940090 | NR_bands_UL_MIMO_PC3_R17-UEConTest | UE Conformance - Additional NR bands for UL-MIMO in Rel-17 | Rel-17 | R5 | 100% | RP-220745 | Yuxin Hao, Huawei Technologies. Co., Ltd. | [JSN] |
900167 | NR_BCS4-Core | Introduction of bandwidth combination set 4 (BCS4) for NR | Rel-17 | R4 | 100% | RP-202832 | Per Lindell, Ericsson | [JSN] |
900068 | DL_intrpt_combos_TxSW_R17 | Downlink interruption for NR and EN-DC band combinations to conduct dynamic Tx Switching in Uplink | Rel-17 | 100% | RP-210478 | China Telecom | [JSN] | |
900168 | DL_intrpt_combos_TxSW_R17-Core | Core part: DL_intrpt_combos_TxSW_R17 | Rel-17 | R4 | 100% | RP-210478 | China Telecom | [JSN] |
900268 | DL_intrpt_combos_TxSW_R17-Perf | Perf. part: DL_intrpt_combos_TxSW_R17 | Rel-17 | R4 | 100% | RP-210478 | China Telecom | [JSN] |
981033 | DL_intrpt_combos_TxSW_R17-UEConTest | UE Conformance - Downlink interruption for NR and EN-DC band combinations to conduct dynamic Tx Switching in Uplink | Rel-17 | R5 | 100% | RP-240785 | Jingzhou Wu, China Telecom | [JSN] |
900069 | HPUE_PC1_5_n77_n78 | High-power UE (power class 1.5) operation in NR bands n77 and n78 | Rel-17 | 100% | RP-202912 | Qualcomm | [JSN] | |
900169 | HPUE_PC1_5_n77_n78-Core | Core part: HPUE_PC1_5_n77_n78 | Rel-17 | R4 | 100% | RP-202912 | Qualcomm | [JSN] |
930055 | HPUE_PC1_5_n77_n78-UEConTest | UE Conformance - High-power UE (power class 1.5) operation in NR bands n77 and n78 | Rel-17 | R5 | 100% | RP-212581 | Jinwen MA, Tuomo Saynajakangas, Verizon, Nokia | [JSN] |
900070 | NR_repeaters | NR repeaters | Rel-17 | 100% | RP-213514 | Qualcomm | [JSN] | |
900170 | NR_repeaters-Core | Core part: HPUE_PC1_5_n77_n78 | Rel-17 | R4 | 100% | RP-212129 | Valentin Gheorghiu | [JSN] |
930250 | NR_repeaters-Perf | Perf. part: NR repeaters | Rel-17 | R4 | 100% | RP-222275 | Valentin Gheorghiu | [JSN] |
930056 | Power_Limit_CA_DC | Increasing UE power high limit for CA and DC | Rel-17 | R4 | 99% | RP-221302 | Qualcomm | [JSN] |
930156 | Power_Limit_CA_DC-Core | Core part: Increasing UE power high limit for CA and DC | Rel-17 | R4 | 100% | RP-221302 | Gene Fong, Qualcomm Incorporated | [JSN] |
981036 | Power_Limit_CA_DC-UEConTest | UE Conformance - Increasing UE power high limit for CA and DC | Rel-17 | R5 | 100% | RP-221302 | Kevin Wang / Jingzhou wu, Qualcomm / China Telecom | [JSN] |
930057 | LTE_upper_700MHz_A | Introduction of upper 700MHz A block E-UTRA band for the US | Rel-17 | R4 | 99% | RP-212917 | Puloli | [JSN] |
930157 | LTE_upper_700MHz_A-Core | Core part: Introduction of upper 700MHz A block E-UTRA band for the US | Rel-17 | R4 | 100% | RP-212917 | Puloli | [JSN] |
930257 | LTE_upper_700MHz_A-Perf | Perf. part: Introduction of upper 700MHz A block E-UTRA band for the US | Rel-17 | R4 | 100% | RP-212917 | Puloli | [JSN] |
960081 | LTE_upper_700MHz_A-UEConTest | UE Conformance - Introduction of upper 700MHz A block E-UTRA band for the US (band 103) | Rel-17 | R5 | 100% | RP-221417 | Heng Pan, Puloli | [JSN] |
930058 | NR_PC2_UE_FDD | High power UE (power class 2) for one NR FDD band | Rel-17 | R4 | 99% | RP-212633 | China Unicom | [JSN] |
930158 | NR_PC2_UE_FDD-Core | Core part: High power UE (power class 2) for one NR FDD band | Rel-17 | R4 | 100% | RP-212892 | China Unicom | [JSN] |
930258 | NR_PC2_UE_FDD-Perf | Perf. part: High power UE (power class 2) for one NR FDD band | Rel-17 | R4 | 100% | RP-212892 | China Unicom | [JSN] |
960070 | NR_PC2_UE_FDD-UEConTest | UE Conformance - High power UE (power class 2) for one NR FDD band | Rel-17 | R5 | 100% | RP-222809 | Shi,Yu, China Unicom | [JSN] |
881005 | NR_CA_R17_Intra | NR itrabCA for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-17 | 100% | RP-221319 | Ericsson | [JSN] | |
881105 | NR_CA_R17_Intra-Core | Core part: NR_CA_R17_Intra | Rel-17 | R4 | 100% | RP-221319 | Per Lindell, Ericsson | [JSN] |
881205 | NR_CA_R17_Intra-Perf | Perf. Part: NR_CA_R17_Intra | Rel-17 | R4 | 100% | RP-221319 | Per Lindell, Ericsson | [JSN] |
900063 | NR_intra_HPUE_R17 | High power UE for NR TDD intra-band Carrier Aggregation in frequency range FR1 | Rel-17 | 100% | RP-221774 | Huawei | [JSN] | |
900163 | NR_intra_HPUE_R17-Core | Core part: NR_intra_HPUE_R17 | Rel-17 | R4 | 100% | RP-221774 | Lingyu Kong, Huawei, HiSilicon | [JSN] |
900263 | NR_intra_HPUE_R17-Perf | Stopped - Perf. Part: NR_intra_HPUE_R17 | Rel-17 | R4 | 100% | RP-221774 | Huawei | [JSN] |
881006 | NR_CADC_R17_2BDL_xBUL | NR iterbCA/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) | Rel-17 | 100% | RP-221250 | ZTE | [JSN] | |
881106 | NR_CADC_R17_2BDL_xBUL-Core | Core part: NR_CADC_R17_2BDL_xBUL | Rel-17 | R4 | 100% | RP-221250 | Aijun Cao, ZTE | [JSN] |
881206 | NR_CADC_R17_2BDL_xBUL-Perf | Perf. part: NR_CADC_R17_2BDL_xBUL | Rel-17 | R4 | 100% | RP-221250 | Aijun Cao, ZTE | [JSN] |
881007 | NR_CA_R17_3BDL_1BUL | NR iterbCA for 3 bands DL with 1 band UL | Rel-17 | 100% | RP-221772 | CATT | [JSN] | |
881107 | NR_CA_R17_3BDL_1BUL-Core | Core part: NR_CA_R17_3BDL_1BUL | Rel-17 | R4 | 100% | RP-221772 | Yuexia Song, CATT | [JSN] |
881207 | NR_CA_R17_3BDL_1BUL-Perf | Perf. part: NR_CA_R17_3BDL_1BUL | Rel-17 | R4 | 100% | RP-221772 | Yuexia Song, CATT | [JSN] |
881008 | NR_CADC_R17_3BDL_2BUL | NR iterbCA/Dual Connectivity for 3 bands DL with 2 bands UL | Rel-17 | 100% | RP-221253 | ZTE | [JSN] | |
881108 | NR_CADC_R17_3BDL_2BUL-Core | Core part: NR_CADC_R17_3BDL_2BUL | Rel-17 | R4 | 100% | RP-221253 | Aijun Cao, ZTE | [JSN] |
881208 | NR_CADC_R17_3BDL_2BUL-Perf | Perf. part: NR_CADC_R17_3BDL_2BUL | Rel-17 | R4 | 100% | RP-221253 | Aijun Cao, ZTE | [JSN] |
881009 | NR_CA_R17_4BDL_1BUL | NR iterbCA for 4 bands DL with 1 band UL | Rel-17 | 100% | RP-221321 | Ericsson | [JSN] | |
881109 | NR_CA_R17_4BDL_1BUL-Core | Core part: NR_CA_R17_4BDL_1BUL | Rel-17 | R4 | 100% | RP-221321 | Per Lindell, Ericsson | [JSN] |
881209 | NR_CA_R17_4BDL_1BUL-Perf | Perf. part: NR_CA_R17_4BDL_1BUL | Rel-17 | R4 | 100% | RP-221321 | Per Lindell, Ericsson | [JSN] |
881010 | NR_CADC_R17_4BDL_2BUL | NR iterbCA/Dual connectivity for DL 4 bands and 2UL bands | Rel-17 | 100% | RP-221396 | Samsung | [JSN] | |
881110 | NR_CADC_R17_4BDL_2BUL-Core | Core part: NR_CADC_R17_4BDL_2BUL | Rel-17 | R4 | 100% | RP-221396 | Yue Wu, Samsung | [JSN] |
881210 | NR_CADC_R17_4BDL_2BUL-Perf | Perf. part: NR_CADC_R17_4BDL_2BUL | Rel-17 | R4 | 100% | RP-221396 | Yue Wu, Samsung | [JSN] |
881011 | NR_CADC_R17_5BDL_xBUL | NR iterbCA for 5 bands DL with x bands UL (x=1, 2) | Rel-17 | 100% | RP-221510 | Huawei | [JSN] | |
881111 | NR_CADC_R17_5BDL_xBUL-Core | Core part: NR_CADC_R17_5BDL_xBUL | Rel-17 | R4 | 100% | RP-221510 | Zhang, Peng, Huawei | [JSN] |
881211 | NR_CADC_R17_5BDL_xBUL-Perf | Perf. part: NR_CADC_R17_5BDL_xBUL | Rel-17 | R4 | 100% | RP-221510 | Zhang, Peng, Huawei | [JSN] |
890054 | NR_PC2_CA_R17_2BDL_2BUL | Rel-17 High power UE for NR inter-band Carrier Aggregation with 2 bands downlink and x bands uplink (x=1,2) | Rel-17 | 100% | RP-221866 | China Telecom | [JSN] | |
890154 | NR_PC2_CA_R17_2BDL_2BUL-Core | Core part: NR_PC2_CA_R17_2BDL_2BUL | Rel-17 | R4 | 100% | RP-221866 | Liu, Bo, China Telecom | [JSN] |
890254 | NR_PC2_CA_R17_2BDL_2BUL-Perf | Perf. part: NR_PC2_CA_R17_2BDL_2BUL | Rel-17 | R4 | 100% | RP-221866 | Liu, Bo, China Telecom | [JSN] |
920066 | NR_PC2_CA_R17_2BDL_2BUL-UEConTest | UE Conformance - Rel-17 High power UE for NR inter-band Carrier Aggregation with 2 bands downlink and x bands uplink (x=1,2) | Rel-17 | R5 | 100% | RP-233581 | Jingzhou Wu, Dan Song, China Telecom, China Mobile | [JSN] |
920072 | DSS_LTE_B34_NR_Bn34_LTE_B39_NR_Bn39 | LTE/NR spectrum sharing in Band 34/n34 and Band 39/n39 | Rel-17 | R4 | 100% | CMCC | [JSN] | |
920172 | DSS_LTE_B34_NR_Bn34_LTE_B39_NR_Bn39-Core | Core part: LTE/NR spectrum sharing in Band 34/n34 and Band 39/n39 | Rel-17 | R4 | 100% | RP-211996 | CMCC | [JSN] |
940089 | DSS_LTE_B34_NR_Bn34_LTE_B39_NR_Bn39-UEConTest | UE Conformance - LTE/NR spectrum sharing in Band 34/n34 and Band 39/n39 | Rel-17 | R5 | 100% | RP-213036 | CMCC | [JSN] |
920073 | LTE_NR_HPUE_FWVM | High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands | Rel-17 | R4 | 100% | RP-221795 | Nokia | [JSN] |
920173 | LTE_NR_HPUE_FWVM-Core | Core part: High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands | Rel-17 | R4 | 100% | RP-221795 | Vasenkari, Petri, Nokia | [JSN] |
920273 | LTE_NR_HPUE_FWVM-Perf | Perf. Part: High-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands and NR bands | Rel-17 | R4 | 100% | RP-221795 | Vasenkari, Petri, Nokia | [JSN] |
920074 | DC_R17_xBLTE_4BNR_yDL2UL | Rel-17 Dual Connectivity (DC) of x bands (x=1,2) LTE inter-band CA (xDL1UL) and 4 bands NR inter-band CA (4DL1UL) | Rel-17 | R4 | 100% | RP-221524 | Huawei | [JSN] |
920174 | DC_R17_xBLTE_4BNR_yDL2UL-Core | Core part: Rel-17 Dual Connectivity (DC) of x bands (x=1,2) LTE inter-band CA (xDL1UL) and 4 bands NR inter-band CA (4DL1UL) | Rel-17 | R4 | 100% | RP-221524 | Zhang, Peng, Huawei | [JSN] |
920274 | DC_R17_xBLTE_4BNR_yDL2UL-Perf | Perf. part: Rel-17 Dual Connectivity (DC) of x bands (x=1,2) LTE inter-band CA (xDL1UL) and 4 bands NR inter-band CA (4DL1UL) | Rel-17 | R4 | 100% | RP-221524 | Zhang, Peng, Huawei | [JSN] |
911019 | ENDC_R17_1BLTE_1BNR_MSD | Addition of MSD (Maximum Sensitivity Degradation) for inter-band EN-DC combinations (1 band LTE+1 band NR FR1) due to added channel bandwidths | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
911119 | ENDC_R17_1BLTE_1BNR_MSD-Core | Core part: ENDC_R17_1BLTE_1BNR_MSD | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
930259 | ENDC_R17_1BLTE_1BNR_MSD-Perf | Stopped - Perf. Part: ENDC_R17_1BLTE_1BNR_MSD | Rel-17 | 100% | RP-220709 | Huawei, HiSilicon | [JSN] | |
911011 | ENDC_PC2_R17_xLTE_yNR | Rel-17 Power Class 2 for EN-DC with x LTE bands + y NR band(s) in DL and with 1 LTE band +1 TDD NR band in UL (either x= 2, 3, y=1 or x=1, 2, y=2) | Rel-17 | 51% | RP-221322 | Ericsson | [JSN] | |
911111 | ENDC_PC2_R17_xLTE_yNR-Core | Core part: ENDC_PC2_R17_xLTE_yNR | Rel-17 | R4 | 100% | RP-221322 | Per Lindell, Ericsson | [JSN] |
911211 | ENDC_PC2_R17_xLTE_yNR-Perf | Perf. Part: ENDC_PC2_R17_xLTE_yNR | Rel-17 | R4 | 100% | RP-221322 | Per Lindell, Ericsson | [JSN] |
930051 | ENDC_PC2_R17_xLTE_yNR-UEConTest | UE Conformance - Power Class 2 for EN-DC with x LTE bands + y NR band(s) in DL and with 1 LTE band +1 TDD NR band in UL (either x= 2, 3, y=1 or x=1, 2, y=2) | Rel-17 | R5 | 6% | RP-240074 | Kuba KOLODZIEJ, Ericsson | [JSN] |
911018 | LTE_NR_Simult_RxTx | Simultaneous Rx/Tx band combinations for NR CA/DC, NR SUL and LTE/NR DC | Rel-17 | 100% | RP-221521 | Huawei | [JSN] | |
911118 | LTE_NR_Simult_RxTx-Core | Core part: LTE_NR_Simult_RxTx | Rel-17 | R4 | 100% | RP-221521 | Liu Ye, Huawei | [JSN] |
911218 | LTE_NR_Simult_RxTx-Perf | Stopped - Perf. part: LTE_NR_Simult_RxTx | Rel-17 | R4 | 100% | RP-221521 | Liu Ye, Huawei | [JSN] |
890052 | DC_R17_5BLTE_1BNR_6DL2UL | Rel-17 Dual Connectivity (DC) of 5 bands LTE inter-band CA (5DL/1UL) and 1 NR band (1DL/1UL) | Rel-17 | 100% | RP-220672 | Samsung | [JSN] | |
890152 | DC_R17_5BLTE_1BNR_6DL2UL-Core | Core part: DC_R17_5BLTE_1BNR_6DL2UL | Rel-17 | R4 | 100% | RP-220672 | Samsung | [JSN] |
890252 | DC_R17_5BLTE_1BNR_6DL2UL-Perf | Perf. part: DC_R17_5BLTE_1BNR_6DL2UL | Rel-17 | R4 | 100% | RP-220672 | Samsung | [JSN] |
890053 | DC_R17_xBLTE_2BNR_yDL3UL | Rel-17 Dual Connectivity (DC) of x bands (x=2, 3, 4) LTE inter-band CA (xDL/1UL) and 1 NR FR1 band (1DL/1UL) and 1 NR FR2 band (1DL/1UL) | Rel-17 | 100% | RP-220674 | Samsung | [JSN] | |
890153 | DC_R17_xBLTE_2BNR_yDL3UL-Core | Core part: DC_R17_xBLTE_2BNR_yDL3UL | Rel-17 | R4 | 100% | RP-220674 | Samsung | [JSN] |
890253 | DC_R17_xBLTE_2BNR_yDL3UL-Perf | Perf. part: DC_R17_xBLTE_2BNR_yDL3UL | Rel-17 | R4 | 100% | RP-220674 | Samsung | [JSN] |
880080 | NR_LTE_V2X_PC5_combos | Band combinations for concurrent operation of NR/LTE Uu bands/band combinations and one NR/LTE V2X PC5 band | Rel-17 | 100% | RP-213297 | CATT | [JSN] | |
880180 | NR_LTE_V2X_PC5_combos-Core | Core part: NR_LTE_V2X_PC5_combos | Rel-17 | R4 | 100% | RP-213297 | Yuan Gao, CATT | [JSN] |
880280 | NR_LTE_V2X_PC5_combos-Perf | Perf. part: NR_LTE_V2X_PC5_combos | Rel-17 | R4 | 100% | RP-213297 | Yuan Gao, CATT | [JSN] |
880094 | ENDC_UE_PC2_R17_NR_TDD | High power UE (power class 2) for EN-DC with 1 LTE band + 1 NR TDD band | Rel-17 | 100% | RP-221227 | China Unicom | [JSN] | |
880194 | ENDC_UE_PC2_R17_NR_TDD-Core | Core part: ENDC_UE_PC2_R17_NR_TDD | Rel-17 | R4 | 100% | RP-221227 | Basaier Jialade, China Unicom | [JSN] |
880294 | ENDC_UE_PC2_R17_NR_TDD-Perf | Perf. part: ENDC_UE_PC2_R17_NR_TDD | Rel-17 | R4 | 100% | RP-221227 | Basaier Jialade, China Unicom | [JSN] |
911000 | ENDC_UE_PC2_R17_NR_TDD-UEConTest | UE Conformance - ENDC_UE_PC2_R17_NR_TDD | Rel-17 | R5 | 100% | RP-211420 | Shi,Yu, China Unicom | [JSN] |
880095 | DSS_LTE_B38_NR_Bn38 | LTE/NR spectrum sharing in Band 38/n38 | Rel-17 | 100% | RP-201314 | Vodafone | [JSN] | |
880195 | DSS_LTE_B38_NR_Bn38-Core | Core part: DSS_LTE_B38_NR_Bn38 | Rel-17 | R4 | 100% | RP-201314 | Vodafone | [JSN] |
880096 | DSS_LTE_B40_NR_Bn40 | LTE/NR spectrum sharing in Band 40/n40 | Rel-17 | 100% | RP-202084 | Reliance Jio | [JSN] | |
880196 | DSS_LTE_B40_NR_Bn40-Core | Core part: DSS_LTE_B40_NR_Bn40 | Rel-17 | R4 | 100% | RP-202084 | Reliance Jio | [JSN] |
880296 | DSS_LTE_B40_NR_Bn40-Perf | Perf. part: DSS_LTE_B40_NR_Bn40 | Rel-17 | R4 | 100% | RP-202084 | Reliance Jio | [JSN] |
880098 | DC_R17_1BLTE_1BNR_2DL2UL | Dual Connectivity (DC) of 1 LTE band (1DL/1UL) and 1 NR band (1DL/1UL) | Rel-17 | 100% | RP-221257 | CHTTL | [JSN] | |
880198 | DC_R17_1BLTE_1BNR_2DL2UL-Core | Core part: DC_R17_1BLTE_1BNR_2DL2UL | Rel-17 | R4 | 100% | RP-221257 | Bo-Han Hsieh (Tank), CHTTL | [JSN] |
880298 | DC_R17_1BLTE_1BNR_2DL2UL-Perf | Perf. part: DC_R17_1BLTE_1BNR_2DL2UL | Rel-17 | R4 | 100% | RP-221257 | Bo-Han Hsieh (Tank), CHTTL | [JSN] |
880099 | DC_R17_2BLTE_1BNR_3DL2UL | Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-17 | 100% | RP-221508 | Huawei | [JSN] | |
880199 | DC_R17_2BLTE_1BNR_3DL2UL-Core | Core part: DC_R17_2BLTE_1BNR_3DL2UL | Rel-17 | R4 | 100% | RP-221508 | Liehai Liu, Huawei | [JSN] |
890263 | DC_R17_2BLTE_1BNR_3DL2UL-Perf | Perf. part: DC_R17_2BLTE_1BNR_3DL2UL | Rel-17 | R4 | 100% | RP-221508 | Liehai Liu, Huawei | [JSN] |
881000 | DC_R17_3BLTE_1BNR_4DL2UL | Dual Connectivity (DC) of 3 bands LTE inter-band CA (3DL/1UL) and 1 NR band (1DL/1UL) | Rel-17 | 100% | RP-221320 | Ericsson | [JSN] | |
881100 | DC_R17_3BLTE_1BNR_4DL2UL-Core | Core part: DC_R17_3BLTE_1BNR_4DL2UL | Rel-17 | R4 | 100% | RP-221320 | Per Lindell, Ericsson | [JSN] |
881200 | DC_R17_3BLTE_1BNR_4DL2UL-Perf | Perf. part: DC_R17_3BLTE_1BNR_4DL2UL | Rel-17 | R4 | 100% | RP-221320 | Per Lindell, Ericsson | [JSN] |
881001 | DC_R17_4BLTE_1BNR_5DL2UL | Dual Connectivity (DC) of 4 bands LTE inter-band CA (4DL/1UL) and 1 NR band (1DL/1UL) | Rel-17 | 100% | RP-221073 | Nokia | [JSN] | |
881101 | DC_R17_4BLTE_1BNR_5DL2UL-Core | Core part: DC_R17_4BLTE_1BNR_5DL2UL | Rel-17 | R4 | 100% | RP-221073 | Johannes Hejselbaek, Nokia | [JSN] |
881201 | DC_R17_4BLTE_1BNR_5DL2UL-Perf | Perf. part: DC_R17_4BLTE_1BNR_5DL2UL | Rel-17 | R4 | 100% | RP-221073 | Johannes Hejselbaek, Nokia | [JSN] |
881002 | DC_R17_xBLTE_2BNR_yDL2UL | Dual Connectivity (DC) of x bands (x=1,2,3,4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-17 | 100% | RP-221182 | LG Electronics | [JSN] | |
881102 | DC_R17_xBLTE_2BNR_yDL2UL-Core | Core part: DC_R17_xBLTE_2BNR_yDL2UL | Rel-17 | R4 | 100% | RP-221182 | Sang-Wook Lee, LG Electronics | [JSN] |
881202 | DC_R17_xBLTE_2BNR_yDL2UL-Perf | Perf. part: DC_R17_xBLTE_2BNR_yDL2UL | Rel-17 | R4 | 100% | RP-221182 | Sang-Wook Lee, LG Electronics | [JSN] |
881003 | DC_R17_xBLTE_yBNR_3DL3UL | Dual Connectivity (DC) of x bands (x=1,2) LTE inter-band CA (xDL/xUL) and y bands (y=3-x) NR inter-band CA (yDL/yUL) | Rel-17 | 100% | RP-221232 | ZTE | [JSN] | |
881103 | DC_R17_xBLTE_yBNR_3DL3UL-Core | Core part: DC_R17_xBLTE_yBNR_3DL3UL | Rel-17 | R4 | 100% | RP-220202 | Wubin Zhou, ZTE | [JSN] |
881203 | DC_R17_xBLTE_yBNR_3DL3UL-Perf | Perf. part: DC_R17_xBLTE_yBNR_3DL3UL | Rel-17 | R4 | 100% | RP-220202 | Wubin Zhou, ZTE | [JSN] |
881004 | DC_R17_xBLTE_3BNR_yDL2UL | Dual Connectivity (DC) of x bands (x=1,2,3) LTE inter-band CA (xDL/1UL) and 3 bands NR inter-band CA (3DL/1UL) | Rel-17 | 100% | RP-221235 | ZTE | [JSN] | |
881104 | DC_R17_xBLTE_3BNR_yDL2UL-Core | Core part: DC_R17_xBLTE_3BNR_yDL2UL | Rel-17 | R4 | 100% | RP-221235 | Wubin Zhou, ZTE | [JSN] |
881204 | DC_R17_xBLTE_3BNR_yDL2UL-Perf | Perf. part: DC_R17_xBLTE_3BNR_yDL2UL | Rel-17 | R4 | 100% | RP-221235 | Wubin Zhou, ZTE | [JSN] |
881012 | NR_SUL_combos_R17 | band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-17 | 100% | RP-221512 | Huawei | [JSN] | |
881112 | NR_SUL_combos_R17-Core | Core part: NR_SUL_combos_R17 | Rel-17 | R4 | 100% | RP-221512 | Zhang, Peng, Huawei | [JSN] |
881212 | NR_SUL_combos_R17-Perf | Perf. part: NR_SUL_combos_R17 | Rel-17 | R4 | 100% | RP-221512 | Zhang, Peng, Huawei | [JSN] |
900056 | NR_CADC_NR_LTE_DC_R17-UEConTest | UE Conformance - Rel-17 NR CA and DC; and NR and LTE DC Configurations | Rel-17 | R5 | 11% | RP-231237 | Yuxin Hao, Huawei Technologies. Co., Ltd. | [JSN] |
911016 | NR_RAIL_EU_900MHz | Introduction of 900MHz NR band for Europe for Rail Mobile Radio (RMR) | Rel-17 | 100% | RP-221768 | Union Internationale Chemins de Fer (UIC) | [JSN] | |
911116 | NR_RAIL_EU_900MHz-Core | Core part: NR_RAIL_EU_900MHz | Rel-17 | R4 | 100% | RP‑211495 | Ingo Wendler, UIC | [JSN] |
911216 | NR_RAIL_EU_900MHz-Perf | Perf. part: NR_RAIL_EU_900MHz | Rel-17 | R4 | 100% | RP-221768 | Ingo Wendler, UIC | [JSN] |
911017 | NR_RAIL_EU_1900MHz_TDD | Introduction of 1900MHz NR TDD band for Europe for Rail Mobile Radio (RMR) | Rel-17 | 100% | RP-211542 | Union Internationale Chemins de Fer (UIC) | [JSN] | |
911117 | NR_RAIL_EU_1900MHz_TDD-Core | Core part: NR_RAIL_EU_1900MHz_TDD | Rel-17 | R4 | 100% | RP‑211496 | Union Internationale Chemins de Fer (UIC) | [JSN] |
911217 | NR_RAIL_EU_1900MHz_TDD-Perf | Perf. part: NR_RAIL_EU_1900MHz_TDD | Rel-17 | R4 | 100% | RP‑211496 | Union Internationale Chemins de Fer (UIC) | [JSN] |
860041 | NR_ext_to_71GHz | Extending current NR operation to 71GHz | Rel-17 | R1 | 99% | RP-222656 | Qualcomm | [JSN] |
860141 | NR_ext_to_71GHz-Core | Core part: Extending current NR operation to 71GHz | Rel-17 | R1 | 100% | RP-222656 | Jing Sun (RAN1); Aida Vera Lopez (RAN4), Qualcomm; Intel Corporation | [JSN] |
860241 | NR_ext_to_71GHz-Perf | Perf. part: Extending current NR operation to 71GHz | Rel-17 | R1 | 100% | RP-222656 | Jing Sun (RAN1); Aida Vera Lopez (RAN4), Qualcomm Incorporated; Intel Corporation | [JSN] |
860037 | FS_NR_52_to_71GHz | Study on supporting NR from 52.6 GHz to 71 GHz | Rel-17 | R1 | 100% | RP-201838 | Intel | [JSN] |
870060 | FS_NR_IMT_param | Study on IMT parameters for 6.425-7.025GHz, 7.025-7.125GHz and 10.0-10.5GHz | Rel-17 | R4 | 100% | RP-202276 | Ericsson | [JSN] |
870063 | NR_n13 | Introduction of NR band n13 | Rel-17 | R4 | 100% | RP-200480 | Huawei | [JSN] |
870163 | NR_n13-Core | Core part: Introduction of NR band n13 | Rel-17 | R4 | 100% | RP-200480 | Huawei | [JSN] |
870263 | NR_n13-Perf | Perf. part: Introduction of NR band n13 | Rel-17 | R4 | 100% | RP-200480 | Huawei | [JSN] |
880082 | NR_47GHz_band | Introduction of NR 47GHz band | Rel-17 | R4 | 100% | RP-212528 | Ericsson | [JSN] |
880182 | NR_47GHz_band-Core | Core part: Introduction of NR 47GHz band | Rel-17 | R4 | 100% | RP-212528 | Ericsson | [JSN] |
880282 | NR_47GHz_band-Perf | Perf. part: Introduction of NR 47GHz band | Rel-17 | R4 | 100% | RP-212528 | Ericsson | [JSN] |
880084 | NR_band_n24 | Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
880184 | NR_band_n24-Core | Core part: Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
880284 | NR_band_n24-Perf | Perf. part: Introduction of NR band 24 | Rel-17 | R4 | 100% | RP-211505 | Ligado Networks | [JSN] |
890050 | NR_6GHz | Introduction of 6GHz NR licensed bands | Rel-17 | R4 | 100% | RP-221504 | Huawei | [JSN] |
890150 | NR_6GHz-Core | Core part: Introduction of 6GHz NR licensed bands | Rel-17 | R4 | 100% | RP-221504 | Liehai Liu, Dominique Everaere, Iwajlo Angelow, Fei Xue, Huawei, Ericsson, Nokia, ZTE Corporation | [JSN] |
890250 | NR_6GHz-Perf | Perf. part: Introduction of 6GHz NR licensed bands | Rel-17 | R4 | 100% | RP-221504 | Liehai Liu, Dominique Everaere, Iwajlo Angelow, Fei Xue, Huawei, Ericsson, Nokia, ZTE Corporation | [JSN] |
920075 | NR_6GHz_unlic_full | Introduction of operation in full unlicensed band 5925-7125MHz for NR | Rel-17 | R4 | 43% | RP-213683 | Apple | [JSN] |
920175 | NR_6GHz_unlic_full-Core | Core part: Introduction of operation in full unlicensed band 5925-7125MHz for NR | Rel-17 | R4 | 100% | RP-212683 | Alexander Sayenko | [JSN] |
920275 | NR_6GHz_unlic_full-Perf | Perf. part: Introduction of operation in full unlicensed band 5925-7125MHz for NR | Rel-17 | R4 | 0% | RP-213683 | Apple | [JSN] |
890051 | NR_6GHz_unlic_EU | Introduction of lower 6GHz NR unlicensed operation for Europe | Rel-17 | R4 | 100% | RP-213604 | Nokia | [JSN] |
890151 | NR_6GHz_unlic_EU-Core | Core part: Introduction of lower 6GHz NR unlicensed operation for Europe | Rel-17 | R4 | 100% | RP-213604 | Nokia | [JSN] |
890251 | NR_6GHz_unlic_EU-Perf | Perf. part: Introduction of lower 6GHz NR unlicensed operation for Europe | Rel-17 | R4 | 100% | RP-213604 | Nokia | [JSN] |
900065 | NR_n67 | Introduction of NR band n67 | Rel-17 | R4 | 100% | RP-202829 | Ericsson | [JSN] |
900165 | NR_n67-Core | Core part: Introduction of NR band n67 | Rel-17 | R4 | 100% | RP-202829 | Ericsson | [JSN] |
900265 | NR_n67-Perf | Perf. Part: Introduction of NR band n67 | Rel-17 | R4 | 100% | RP-202829 | Ericsson | [JSN] |
900066 | NR_n85 | Introduction of NR band n85 | Rel-17 | R4 | 100% | RP-210707 | Ericsson | [JSN] |
900166 | NR_n85-Core | Core part: Introduction of NR band n85 | Rel-17 | R4 | 100% | RP-210707 | Ericsson | [JSN] |
900266 | NR_n85-Perf | Perf. part: Introduction of NR band n85 | Rel-17 | R4 | 100% | RP-210707 | Ericsson | [JSN] |
880083 | NR_SUL_UL_n24 | Introduction of 1.6 GHz NR supplemental uplink (SUL) band with same uplink frequency range of Band 24 | Rel-17 | 100% | RP-210341 | Ligado Networks | [JSN] | |
880183 | NR_SUL_UL_n24-Core | Core part: NR_SUL_UL_n24 | Rel-17 | R4 | 100% | RP-210341 | Ligado Networks | [JSN] |
880283 | NR_SUL_UL_n24-Perf | Perf. part: NR_SUL_UL_n24 | Rel-17 | R4 | 100% | RP-210341 | Ligado Networks | [JSN] |
880085 | NR_SUL_band_1880_1920MHz | Introduction of NR supplemental uplink (SUL) band 1880-1920MHz | Rel-17 | 100% | RP-201363 | CMCC | [JSN] | |
880185 | NR_SUL_band_1880_1920MHz-Core | Core part: NR_SUL_band_1880_1920MHz | Rel-17 | R4 | 100% | RP-201363 | CMCC | [JSN] |
880285 | NR_SUL_band_1880_1920MHz-Perf | Perf. part: NR_SUL_band_1880_1920MHz | Rel-17 | R4 | 100% | RP-201363 | CMCC | [JSN] |
880086 | NR_SUL_band_2300_2400MHz | Introduction of NR supplemental uplink (SUL) band 2300-2400MHz | Rel-17 | 100% | RP-201364 | CMCC | [JSN] | |
880186 | NR_SUL_band_2300_2400MHz-Core | Core part: NR_SUL_band_2300_2400MHz | Rel-17 | R4 | 100% | RP-201364 | CMCC | [JSN] |
880286 | NR_SUL_band_2300_2400MHz-Perf | Perf. part: NR_SUL_band_2300_2400MHz | Rel-17 | R4 | 100% | RP-201364 | CMCC | [JSN] |
900055 | NR_lic_bands_BW_R17-UEConTest | UE Conformance - New Rel-17 NR licensed bands and extension of existing NR bands | Rel-17 | R5 | 100% | RP-223434 | Yuxin Hao, Huawei Technologies. Co., Ltd | [JSN] |
911020 | LTE_terr_bcast_bands_part1 | New bands and bandwidth allocation for 5G terrestrial broadcast - part 1 | Rel-17 | R1,R2,R3 | 82% | RP-211144 | EBU | [JSN] |
911120 | LTE_terr_bcast_bands_part1-Core | Core part: New bands and bandwidth allocation for 5G terrestrial broadcast - part 1 | Rel-17 | R1,R2,R3 | 97% | RP-211144 | EBU | [JSN] |
880079 | LTE_bands_R17_M1_M2_NB1_NB2 | Additional LTE bands for UE categories M1/M2/NB1/NB2 | Rel-17 | 100% | RP-220816 | Ericsson | [JSN] | |
880179 | LTE_bands_R17_M1_M2_NB1_NB2-Core | Core part: LTE_bands_R17_M1_M2_NB1_NB2 | Rel-17 | R4 | 100% | RP-212906 | Chunhui Zhang, Ericsson | [JSN] |
880279 | LTE_bands_R17_M1_M2_NB1_NB2-Perf | Perf. part: LTE_bands_R17_M1_M2_NB1_NB2 | Rel-17 | R4 | 100% | RP-212906 | Chunhui Zhang, Ericsson | [JSN] |
880081 | LTE_B24_mod | Modification of LTE Band 24 Specifications to comply with updated regulatory emission limits | Rel-17 | 100% | RP-211507 | Ligado Networks | [JSN] | |
880181 | LTE_B24_mod-Core | Core part: LTE_B24_mod | Rel-17 | R4 | 100% | RP-211507 | Ligado Networks | [JSN] |
880281 | LTE_B24_mod-Perf | Perf. part: LTE_B24_mod | Rel-17 | R4 | 100% | RP-211507 | Ligado Networks | [JSN] |
920067 | LTE_B24_mod-UEConTest | UE Conformance - Modification of LTE Band 24 Specifications to comply with updated regulatory emission limits | Rel-17 | R5 | 100% | RP-212497 | Ligado Networks | [JSN] |
880087 | LTE_CA_R17_2BDL_1BUL | LTE iterbCA for 2 bands DL with 1 band UL | Rel-17 | 100% | RP-221389 | Qualcomm | [JSN] | |
880187 | LTE_CA_R17_2BDL_1BUL-Core | Core part: LTE_CA_R17_2BDL_1BUL | Rel-17 | R4 | 100% | RP-221389 | Bin Han, Qualcomm Incorporated | [JSN] |
880287 | LTE_CA_R17_2BDL_1BUL-Perf | Perf. part: LTE_CA_R17_2BDL_1BUL | Rel-17 | R4 | 100% | RP-221389 | Bin Han, Qualcomm Incorporated | [JSN] |
880088 | LTE_CA_R17_3BDL_1BUL | LTE iterbCA for 3 bands DL with 1 band UL | Rel-17 | 100% | RP-221526 | Huawei | [JSN] | |
880188 | LTE_CA_R17_3BDL_1BUL-Core | Core part: LTE_CA_R17_3BDL_1BUL | Rel-17 | R4 | 100% | RP-221526 | Mohammad Abdi Abyaneh, Huawei, HiSilicon | [JSN] |
880288 | LTE_CA_R17_3BDL_1BUL-Perf | Stopped - Perf. part: LTE iterbCA for 3 bands DL with 1 band UL | Rel-17 | R4 | 100% | RP-220713 | Mohammad Abdi Abyaneh, Huawei, HiSilicon | [JSN] |
880089 | LTE_CA_R17_xBDL_1BUL | LTE iterbCA Core for x bands DL (x=4, 5, 6) with 1 band UL | Rel-17 | 100% | RP-221305 | Nokia | [JSN] | |
880189 | LTE_CA_R17_xBDL_1BUL-Core | Core part: LTE_CA_R17_xBDL_1BUL | Rel-17 | R4 | 100% | RP-221305 | Iwajlo ANGELOW, Nokia | [JSN] |
880289 | LTE_CA_R17_xBDL_1BUL-Perf | Perf. part: LTE_CA_R17_xBDL_1BUL | Rel-17 | R4 | 100% | RP-221305 | Iwajlo ANGELOW, Nokia | [JSN] |
880090 | LTE_CA_R17_2BDL_2BUL | LTE iterbCA for 2 bands DL with 2 bands UL | Rel-17 | 100% | RP-221528 | Huawei | [JSN] | |
880190 | LTE_CA_R17_2BDL_2BUL-Core | Core part: LTE_CA_R17_2BDL_2BUL | Rel-17 | R4 | 100% | RP-221528 | Liu Ye, Huawei | [JSN] |
880290 | LTE_CA_R17_2BDL_2BUL-Perf | Perf. part: LTE_CA_R17_2BDL_2BUL | Rel-17 | R4 | 100% | RP-221528 | Liu Ye, Huawei | [JSN] |
880091 | LTE_CA_R17_xBDL_2BUL | LTE iterbCA for x bands DL (x= 3, 4, 5) with 2 bands UL | Rel-17 | 100% | RP-221188 | LG | [JSN] | |
880191 | LTE_CA_R17_xBDL_2BUL-Core | Core part: LTE_CA_R17_xBDL_2BUL | Rel-17 | R4 | 100% | RP-221188 | Jin Woong Park, LG Electronics | [JSN] |
880291 | LTE_CA_R17_xBDL_2BUL-Perf | Perf. part: LTE_CA_R17_xBDL_2BUL | Rel-17 | R4 | 100% | RP-221188 | Jin Woong Park, LG Electronics | [JSN] |
1010051 | LTE_CA_R17-UEConTest | UE Conformance - Rel-17 LTE CA Configurations | Rel-17 | R5 | 30% | RP-232260 | Lei GAO, China Telecom | [JSN] |
890014 | FS_AMFREAL_SEC | Study on the security of AMF re-allocation | Rel-17 | S3 | 100% | SP-200721 | Tsiatsis, Vlasios, Ericsson | [JSN] |
900020 | FS_eSBA_SEC | Study on enhanced Security Aspects of the 5G Service Based Architecture | Rel-17 | S3 | 100% | SP-201021 | Anja Jerichow, Nokia | [JSN] |
810037 | FS_VNP_SECAM_SCAS | Study on SECAM and SCAS for 3GPP virtualized network products | Rel-17 | S3 | 100% | SP-180696 | Minpeng Qi, China Mobile | [JSN] |
820010 | FS_LTKUP_Detail | Study on Long Term Key Update Process (LTKUP) Detailed solutions | Rel-17 | S3 | 100% | SP-181038 | Evans, Tim, Vodafone | [JSN] |
880011 | FS_5GSTAR | Study on 5G Glass-type AR/MR Devices | Rel-17 | S4 | 100% | SP-200399 | Hakju Ryan Lee | [JSN] |
850004 | FS_VR_CoGui | Study on VR Streaming Conformance and Guidelines | Rel-17 | S4 | 100% | SP-190642 | Igor CURCIO | [JSN] |
900029 | FS_5GMS_EXT | Study on 5G media streaming extensions | Rel-17 | S4 | 100% | SP-200937 | Iraj Sodagar, Company, Tencent | [JSN] |
870015 | FS_EMSA | Study on Streaming Architecture extensions For Edge processing | Rel-17 | S4 | 100% | SP-200056 | Bouazizi, Imed, Qualcomm | [JSN] |
870011 | FS_5GVideo | Study on 5G Video Codec Characteristics | Rel-17 | S4 | 100% | SP-200052 | Thomas Stockhammer | [JSN] |
870012 | FS_FLUS_NBMP | Study on the use of NBMP in FLUS | Rel-17 | S4 | 100% | SP-200053 | Iraj Sodagar | [JSN] |
911032 | FS_eIMS5G2 | Study on enhanced IMS to 5GC Integration Phase 2 | Rel-17 | ct | 100% | CP-201358 | Haitao Wei (Huawei) | [JSN] |
880024 | FS_eIMS5G2 | CT1 aspects of FS_eIMS5G2 | Rel-17 | C1 | 100% | CP-201358 | Haitao Wei (Huawei) | [JSN] |
911036 | FS_eIMS5G2 | CT3 aspects of FS_eIMS5G2 | Rel-17 | C3 | 100% | CP-201358 | Haitao Wei (Huawei) | [JSN] |
911033 | FS_eIMS5G2 | CT4 aspects of FS_eIMS5G2 | Rel-17 | C4 | 100% | CP-201358 | Haitao Wei (Huawei) | [JSN] |
890002 | FS_PortAl | Study on Port Number Allocation Alternatives for New 3GPP Interfaces | Rel-17 | C4 | 100% | CP-220391 | Giorgi Gulbani, Huawei | [JSN] |
880075 | FS_NR_pos_cov | Study on scenarios and requirements of in-coverage, partial coverage, and out-of-coverage NR positioning use cases | Rel-17 | RP | 100% | RP-201518 | LG Electronics | [JSN] |
860062 | FS_NR_XR_eval | Study on XR (Extended Reality) evaluations for NR | Rel-17 | R1 | 100% | RP-210460 | Qualcomm | [JSN] |
860039 | FS_NR_slice | Study on enhancement of RAN slicing for NR | Rel-17 | R2 | 100% | RP-201612 | CMCC | [JSN] |
880076 | FS_NR_ENDC_data_collect | Study on enhancement for data collection for NR and ENDC | Rel-17 | R3 | 100% | RP-201304 | CMCC | [JSN] |
880077 | FS_LTE_NR_HPUE_FWVM | Study on high-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands 5 and 12 and NR band n71 | Rel-17 | R4 | 100% | RP-201261 | Nokia | [JSN] |
900058 | FS_NR_PC2_UE_FDD | Study on high power UE (power class 2) for one NR FDD band | Rel-17 | R4 | 100% | RP-212892 | China Unicom | [JSN] |
900059 | FS_NR_600MHz_ext | Study on extended 600MHz NR band | Rel-17 | R4 | 100% | RP-202924 | Spark | [JSN] |
890021 | FS_5G_CIoT_CH | Study on charging aspects of 5GS CIoT | Rel-17 | S5 | 100% | SP-200771 | Zhu, Lei, Huawei | [JSN] |
840021 | FS_UUI5 | Stopped - Study on the Usage of User Identifiers in the 5G System | Rel-17 | S2 | 100% | SP-190450 | Starsinic, Michael, Convida Wireless LLC | [JSN] |
830031 | FS_SB_SMS | Stopped - Study on service-based support for SMS in 5GC | Rel-17 | S2 | 100% | SP-190184 | George Foti | [JSN] |
830034 | FS_UPCAS | Stopped - Study on UPF enhancement for control and SBA | Rel-17 | S2 | 100% | SP-190187 | Dan Wang, China Mobile | [JSN] |
880004 | FS_disagg_gNB_Sec | Stopped - Study on security aspects of the Disaggregated gNB Architecture | Rel-17 | S3 | 100% | SP-200349 | Sen XU, China Telecom | [JSN] |
830098 | 5G_URLLC | Enhancement of URLLC support in the 5G Core network | Rel-16 | 100% | SP-181122 | Hui Ni, Huawei | [JSN] | |
790008 | FS_5G_URLLC | Study on enhancement of URLLC supporting in 5GC | Rel-16 | S2 | 100% | SP-180118 | Hui Ni, Huawei | [JSN] |
810036 | FS_5G_URLLC_SEC | Study on the security of URLLC for 5GS | Rel-16 | S3 | 100% | SP-180910 | Rong Wu, Huawei Technologies | [JSN] |
820019 | 5G_URLLC | Stage 2 of 5G_URLLC | Rel-16 | S2 | 100% | SP-181233 | Hui Ni, Huawei | [JSN] |
840026 | 5G_URLLC_SEC | Security of URLLC for 5GS | Rel-16 | S3 | 100% | SP-190351 | Rong Wu, Huawei Technologies | [JSN] |
840005 | 5G_URLLC | CT Aspects of 5G_URLLC | Rel-16 | ct | 100% | CP-192022 | Qi Caixia, Huawei | [JSN] |
870059 | 5G_URLLC | CT1 Aspects of 5G_URLLC | Rel-16 | C1 | 100% | CP-192022 | Qi Caixia, Huawei | [JSN] |
840060 | 5G_URLLC | CT3 Aspects of 5G_URLLC | Rel-16 | C3 | 100% | CP-192022 | Qi Caixia, Huawei | [JSN] |
840061 | 5G_URLLC | CT4 Aspects of 5G_URLLC | Rel-16 | C4 | 100% | CP-192022 | Qi Caixia, Huawei | [JSN] |
890020 | 5G_URLLC | Charging enhancement for URLLC | Rel-17 | S5 | 100% | SP-200769 | Chen, Shan, Huawei | [JSN] |
1000013 | URLLC_Mgt | Management Aspects of URLLC | Rel-18 | S5 | 100% | SP-230631 | Wang Zhaoning, China Unicom, | [JSN] |
780030 | FS_LLC_Mob | Stopped - Study on EPC support for Mobility with Low Latency Communication | Rel-16 | S2 | 100% | SP-171069 | Chris PUDNEY | [JSN] |
790009 | FS_EPS_URACE | Stopped - Study on enht of systems using EPS for UR and Availability using commodity equipment | Rel-16 | S2 | 100% | SP-180119 | Chris Pudney | [JSN] |
830074 | NR_L1enh_URLLC | Physical Layer Enhancements for NR Ultra-Reliable and Low Latency Communication (URLLC) | Rel-16 | R1 | 99% | RP-191584 | Huawei | [JSN] |
800095 | FS_NR_L1enh_URLLC | Study on physical layer enhancements for NR UR Low Latency Cases | Rel-16 | R1 | 100% | RP-181477 | Huawei | [JSN] |
830174 | NR_L1enh_URLLC-Core | Core part: Physical Layer Enhancements for NR URLLC | Rel-16 | R1 | 100% | RP-190726 | Huawei | [JSN] |
830274 | NR_L1enh_URLLC-Perf | Perf. part: Physical Layer Enhancements for NR URLLC | Rel-16 | R4 | 100% | RP-190726 | Huawei | [JSN] |
900054 | NR_L1enh_URLLC-UEConTest | UE Conformance Test Aspects - Physical Layer Enhancements for NR URLLC | Rel-16 | R5 | 100% | RP-202566 | Chunying GU, Huawei | [JSN] |
830080 | NR_IIOT | Support of NR Industrial Internet of Things (IoT) | Rel-16 | R2 | 100% | RP-192590 | Nokia | [JSN] |
810060 | FS_IIIOT_CM | Study on channel modeling for indoor industrial scenarios | Rel-16 | R1 | 100% | RP-182138 | Ericsson | [JSN] |
800098 | FS_NR_IIOT | Study on NR Industrial Internet of Things (IoT) | Rel-16 | R2 | 100% | RP-181479 | Nokia | [JSN] |
830180 | NR_IIOT-Core | Core part: Support of NR Industrial Internet of Things (IoT) | Rel-16 | R2 | 100% | RP-200797 | Nokia | [JSN] |
880067 | NR_IioT-UEConTest | UE Conformance Test Aspects – Support of NR Industrial Internet of Things (IoT) | Rel-16 | R5 | 100% | RP-200757 | CMCC | [JSN] |
820999 | - | 5GS Enhanced support of Vertical and LAN Services | Rel-16 | 100% | - | - | [JSN] | |
750004 | FS_CAV | Study on Communication for Automation in Vertical Domains | Rel-16 | S1 | 100% | SP-170169 | Walewski, Joachim, Siemens AG | [JSN] |
800007 | cyberCAV | Service requirements for cyber-physical control applications in vertical domains | Rel-16 | S1 | 100% | SP-180321 | Joachim W. Walewski (Siemens) | [JSN] |
830042 | Vertical_LAN | 5GS Enhanced support of Vertical and LAN Services | Rel-16 | 100% | SP-181120 | Devaki Chandramouli, Nokia | [JSN] | |
800028 | FS_Vertical_LAN | Study on 5GS Enhanced support of Vertical and LAN Services | Rel-16 | S2 | 100% | SP-180507 | Devaki Chandramouli, Nokia | [JSN] |
820017 | Vertical_LAN | Stage 2 of Vertical_LAN | Rel-16 | S2 | 100% | SP-181120 | Devaki Chandramouli, Nokia | [JSN] |
810038 | FS_Vertical_LAN_SEC | Study on Security for 5GS Enhanced support of Vertical and LAN Services | Rel-16 | S3 | 100% | SP-180697 | Jerichow, Anja (Nokia) | [JSN] |
840027 | Vertical_LAN_SEC | Security for Vertical_LAN | Rel-16 | S3 | 100% | SP-190352 | Jerichow, Anja, Nokia | [JSN] |
830010 | Vertical_LAN | CT aspects of Vertical_LAN | Rel-16 | ct | 100% | CP-193272 | WON, Sung Hwan, Nokia | [JSN] |
830035 | Vertical_LAN | CT1 aspects of Vertical_LAN | Rel-16 | C1 | 100% | CP-193272 | WON, Sung Hwan, Nokia | [JSN] |
830036 | Vertical_LAN | CT3 aspects of Vertical_LAN | Rel-16 | C3 | 100% | CP-201174 | WON, Sung Hwan, Nokia | [JSN] |
830037 | Vertical_LAN | CT4 aspects of Vertical_LAN | Rel-16 | C4 | 100% | CP-193272 | WON, Sung Hwan, Nokia | [JSN] |
850048 | SEAL | Service Enabler Architecture Layer for Verticals | Rel-16 | 100% | SP-181141 | Basavaraj (Basu) Pattan, Samsung | [JSN] | |
820027 | SEAL | Stage 2 of SEAL | Rel-16 | S6 | 100% | SP-181141 | Basavaraj (Basu) Pattan, Samsung | [JSN] |
850019 | SEAL | Security aspects of SEAL | Rel-16 | S3 | 100% | SP-190901 | Rajavelsamy Rajadurai (Samsung) | [JSN] |
850006 | SEAL | CT aspects of SEAL | Rel-16 | ct | 100% | CP-192255 | Sapan Shah (Samsung Electronics) | [JSN] |
850049 | SEAL | CT1 aspects of SEAL | Rel-16 | C1 | 100% | CP-192255 | Sapan Shah (Samsung Electronics) | [JSN] |
850050 | SEAL | CT3 aspects of SEAL | Rel-16 | C3 | 100% | CP-192255 | Sapan Shah (Samsung Electronics) | [JSN] |
820067 | NR_unlic | NR-based access to unlicensed spectrum | Rel-16 | R1 | 86% | RP-201834 | Qualcomm | [JSN] |
750045 | FS_NR_unlic | Study on NR-based access to unlicensed spectrum | Rel-16 | R1 | 100% | RP-181339 | Qualcomm | [JSN] |
820167 | NR_unlic-Core | Core part: NR-based access to unlicensed spectrum | Rel-16 | R1 | 100% | RP-201834 | Qualcomm | [JSN] |
820267 | NR_unlic-Perf | Perf. part: NR-based access to unlicensed spectrum | Rel-16 | R4 | 100% | RP-201834 | Qualcomm | [JSN] |
911003 | NR_unlic-UEConTest | UE Conformance Test Aspects - NR-based access to unlicensed spectrum | Rel-16 | R5 | 70% | RP-210708 | Vijay Balasubramanian, Qualcomm | [JSN] |
800006 | 5GLAN | LAN support in 5G | Rel-16 | S1 | 100% | SP-180593 | Almodovar Chico, Jose Luis, KPN | [JSN] |
760007 | FS_5GLAN | Study on LAN Support in 5G | Rel-16 | S1 | 100% | SP-170456 | Nasielski, Jack, Qualcomm Incorporated | [JSN] |
800047 | 5GLAN | Stage 1 of 5GLAN | Rel-16 | S1 | 100% | SP-180593 | Almodovar Chico, Jose Luis, KPN | [JSN] |
830024 | FS_OAM_NPN | Study on non-public networks management | Rel-16 | S5 | 100% | SP-190137 | ZHANG, Kai, Huawei | [JSN] |
830043 | 5G_CIoT | Cellular IoT support and evolution for the 5G System | Rel-16 | 100% | SP-181118 | [JSN] | ||
770038 | FS_CIoT_5G | Study on 5G_CIoT | Rel-16 | S2 | 100% | SP-180614 | Sebastian Speicher | [JSN] |
820015 | 5G_CIoT | Stage 2 of 5G_CIoT | Rel-16 | S2 | 100% | SP-181118 | Sebastian Speicher | [JSN] |
830013 | 5G_CIoT | CT aspects of 5G_CIoT | Rel-16 | ct | 100% | CP-200147 | Waqar Zia; Qualcomm Incorporated | [JSN] |
830038 | 5G_CIoT | CT1 aspects of 5G_CIoT | Rel-16 | C1 | 100% | CP-200147 | Waqar Zia; Qualcomm Incorporated | [JSN] |
830039 | 5G_CIoT | CT3 aspects of 5G_CIoT | Rel-16 | C3 | 100% | CP-200147 | Waqar Zia; Qualcomm Incorporated | [JSN] |
830040 | 5G_CIoT | CT4 aspects of 5G_CIoT | Rel-16 | C4 | 100% | CP-200147 | Waqar Zia; Qualcomm Incorporated | [JSN] |
830041 | 5G_CIoT | CT6 aspects of 5G_CIoT | Rel-16 | C6 | 100% | CP-200147 | Waqar Zia; Qualcomm Incorporated | [JSN] |
850014 | 5G_CIoT | Security of 5G_CIoT | Rel-16 | S3 | 100% | SP-190897 | Henrik Normann, Ericsson | [JSN] |
800033 | FS_CIoT_sec_5G | Study on evolution of Cellular IoT security for the 5G System | Rel-16 | S3 | 100% | SP-180440 | Noamen Ben Henda | [JSN] |
760040 | FS_MBMS_IoT | Study on MBMS User Services for IoT | Rel-16 | S4 | 100% | SP-170592 | Cedric thienot, Expway | [JSN] |
800083 | LTE_eMTC5 | Additional MTC enhancements for LTE | Rel-16 | R1 | 100% | RP-192875 | Ericsson | [JSN] |
800183 | LTE_eMTC5-Core | Core part: Additional MTC enhancements for LTE | Rel-16 | R1 | 100% | RP-192875 | Ericsson | [JSN] |
800283 | LTE_eMTC5-Perf | Perf. part: Additional MTC enhancements for LTE | Rel-16 | R4 | 100% | RP-192875 | Ericsson | [JSN] |
800084 | NB_IOTenh3 | Additional enhancements for NB-IoT | Rel-16 | R1 | 100% | RP-200293 | Huawei | [JSN] |
800184 | NB_IOTenh3-Core | Core part: Additional enhancements for NB-IoT | Rel-16 | R1 | 100% | RP-200293 | Huawei | [JSN] |
800284 | NB_IOTenh3-Perf | Perf. part: Additional enhancements for NB-IoT | Rel-16 | R4 | 100% | RP-200293 | Huawei | [JSN] |
810050 | 5GMSG | 5G message service | Rel-16 | S1 | 100% | SP-180772 | [JSN] | |
770004 | FS_5GMSG | Study on 5G message service for MIoT | Rel-16 | S1 | 100% | SP-170704 | Zheng, Jianping, China Mobile | [JSN] |
810014 | MSGin5G | Message Service Within the 5G System requirements | Rel-16 | S1 | 100% | SP-180920 | Zheng, Jianping, China Mobile | [JSN] |
790002 | FS_V2XIMP | Study on Improvement of V2X Service Handling | Rel-16 | S1 | 100% | SP-180247 | SungDuck Chun; LG Electronics | [JSN] |
820024 | V2XIMP | Improvement of V2X service Handling | Rel-16 | S1 | 100% | SP-181013 | SungDuck Chun; LG Electronics | [JSN] |
840074 | V2XAPP | Application layer support for V2X services | Rel-16 | 100% | SP-180898 | Niranth Amogh, Huawei Telecommunications India | [JSN] | |
780025 | FS_V2XAPP | Study on V2XAPP | Rel-16 | S6 | 100% | SP-171071 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
810020 | V2XAPP | Stage 2 of V2XAPP | Rel-16 | S6 | 100% | SP-180898 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
840010 | V2XAPP | CT aspects of V2XAPP | Rel-16 | ct | 100% | CP-192077 | Herrero Veron, Christian (Huawei) | [JSN] |
840075 | V2XAPP | CT1 aspects of V2XAPP | Rel-16 | C1 | 100% | CP-192077 | Herrero Veron, Christian (Huawei) | [JSN] |
840076 | V2XAPP | CT3 aspects of V2XAPP | Rel-16 | C3 | 100% | CP-192077 | Herrero Veron, Christian (Huawei) | [JSN] |
840077 | V2XAPP | CT4 aspects of V2XAPP | Rel-16 | C4 | 100% | CP-192077 | Herrero Veron, Christian (Huawei) | [JSN] |
840078 | eV2XARC | Architecture enhancements for 3GPP support of advanced V2X services | Rel-16 | 100% | SP-181121 | LaeYoung Kim, LG Electronics | [JSN] | |
760043 | FS_eV2XARC | Study on eV2XARC | Rel-16 | S2 | 100% | SP-180733 | LaeYoung Kim, LG Electronics | [JSN] |
820018 | eV2XARC | Stage 2 of eV2XARC | Rel-16 | S2 | 100% | SP-181121 | LaeYoung Kim, LG Electronics | [JSN] |
840011 | eV2XARC | CT aspects of eV2XARC | Rel-16 | ct | 100% | CP-201343 | Herrero Veron, Christian (Huawei) | [JSN] |
840079 | eV2XARC | CT1 aspects of eV2XARC | Rel-16 | C1 | 100% | CP-201343 | Herrero Veron, Christian (Huawei) | [JSN] |
840080 | eV2XARC | CT3 aspects of eV2XARC | Rel-16 | C3 | 100% | CP-201343 | Herrero Veron, Christian (Huawei) | [JSN] |
840081 | eV2XARC | CT4 aspects of eV2XARC | Rel-16 | C4 | 100% | CP-201343 | Herrero Veron, Christian (Huawei) | [JSN] |
840082 | eV2XARC | CT6 aspects of eV2XARC | Rel-16 | C6 | 100% | CP-201343 | Herrero Veron, Christian (Huawei) | [JSN] |
860014 | eV2XARC | Security Aspects of eV2XARC | Rel-16 | S3 | 100% | SP-191125 | Dongjoo Kim, LG Electronics Inc. | [JSN] |
800096 | FS_NR_V2X | Study on NR Vehicle-to-Everything (V2X) | Rel-16 | R1 | 100% | RP-190224 | LG Electronics | [JSN] |
770029 | FS_mV2X | Study on V2X Media Handling and Interaction | Rel-16 | S4 | 100% | SP-170799 | Jung, Kyunghun, Samsung Electronics Co., Ltd | [JSN] |
830023 | FS_eV2X_Sec | Study on Security Aspects of 3GPP support for Advanced V2X Services | Rel-16 | S3 | 100% | SP-190108 | Joonwoong Kim, LG Electronics | [JSN] |
830078 | 5G_V2X_NRSL | 5G V2X with NR sidelink | Rel-16 | R1 | 79% | RP-200129 | LG Electronics | [JSN] |
830178 | 5G_V2X_NRSL-Core | Core part: 5G V2X with NR sidelink | Rel-16 | R1 | 100% | RP-200129 | LG Electronics | [JSN] |
830278 | 5G_V2X_NRSL-Perf | Perf. part: 5G V2X with NR sidelink | Rel-16 | R4 | 100% | RP-200129 | LG Electronics | [JSN] |
880069 | 5G_V2X_NRSL_eV2XARC-UEConTest | UE Conformance Test Aspects - 5G V2X with NR sidelink | Rel-16 | R5 | 65% | RP-200894 | Xuesong Wang, Huawei Technologies. Co., Ltd | [JSN] |
800013 | 5G_HYPOS | 5G positioning services | Rel-16 | S1 | 100% | SP-180329 | Ries, Lionel, ESA | [JSN] |
760006 | FS_5G_HYPOS | Study on positioning use cases | Rel-16 | S1 | 100% | SP-170589 | Ries, Lionel, ESA | [JSN] |
800049 | 5G_HYPOS | Stage 1 of 5G_HYPOS | Rel-16 | S1 | 100% | SP-180329 | Ries, Lionel, ESA | [JSN] |
830102 | 5G_eLCS | Enhancement to the 5GC LoCation Services | Rel-16 | 98% | SP-181119 | Ming Ai, CATT | [JSN] | |
780028 | FS_eLCS | Study on Enhancement to the 5GC Location Services | Rel-16 | S2 | 100% | SP-180734 | Ming Ai, CATT | [JSN] |
810035 | FS_eLCS_Sec | Study on Security of the enhancement to the 5GC location services | Rel-16 | S3 | 100% | SP-180694 | Wei Zhou, CATT | [JSN] |
820016 | 5G_eLCS | Stage 2 of 5G_eLCS | Rel-16 | S2 | 100% | SP-181119 | Ming Ai, CATT | [JSN] |
830003 | 5G_eLCS | CT aspects of 5G_eLCS | Rel-16 | ct | 95% | CP-192260 | Tingfang Tang, CATT | [JSN] |
830044 | 5G_eLCS | CT1 aspects of 5G_eLCS | Rel-16 | C1 | 100% | CP-192260 | Tingfang Tang, CATT | [JSN] |
830045 | 5G_eLCS | CT3 aspects of 5G_eLCS | Rel-16 | C3 | 85% | CP-192260 | Tingfang Tang, CATT | [JSN] |
830046 | 5G_eLCS | CT4 aspects of 5G_eLCS | Rel-16 | C4 | 100% | CP-192260 | Tingfang Tang, CATT | [JSN] |
850017 | 5G_eLCS | Security of 5G_eLCS | Rel-16 | S3 | 100% | SP-190900 | Wei Zhou, CATT | [JSN] |
830077 | NR_pos | NR positioning support | Rel-16 | R1 | 99% | RP-192581 | Intel | [JSN] |
800092 | FS_NR_pos | Study on NR positioning support | Rel-16 | R1 | 100% | RP-181399 | Intel | [JSN] |
830073 | FS_NR_local_pos | Study on local NR positioning in NG-RAN | Rel-16 | R3 | 100% | RP-191774 | CMCC | [JSN] |
830177 | NR_pos-Core | Core part: NR positioning support | Rel-16 | R1 | 100% | RP-192581 | Intel | [JSN] |
830277 | NR_pos-Perf | Perf. part: NR positioning support | Rel-16 | R4 | 100% | RP-192581 | Intel | [JSN] |
900057 | NR_pos-UEConTest | UE Conformance Test Aspects - NR positioning support | Rel-16 | R5 | 100% | RP-212227 | Xiaoyang TIAN, CATT | [JSN] |
840054 | RACS | Optimisations on UE radio capability signalling | Rel-16 | 100% | RP-191460 | Haris Zisimopoulos | [JSN] | |
800025 | FS_RACS | Study on RACS | Rel-16 | S2 | 100% | SP-180599 | Haris Zisimopoulos, Qualcomm Incorporated | [JSN] |
830027 | RACS | Stage 2 of RACS | Rel-16 | S2 | 100% | SP-190180 | Haris Zisimopoulos | [JSN] |
840003 | RACS | CT aspects of RACS | Rel-16 | ct | 100% | CP-200058 | Waqar Zia; Qualcomm Incorporated | [JSN] |
840055 | RACS | CT1 aspects of RACS | Rel-16 | C1 | 100% | CP-200058 | Waqar Zia; Qualcomm Incorporated | [JSN] |
840056 | RACS | CT3 aspects of RACS | Rel-16 | C3 | 100% | CP-200058 | Waqar Zia; Qualcomm Incorporated | [JSN] |
840057 | RACS | CT4 aspects of RACS | Rel-16 | C4 | 100% | CP-200058 | Waqar Zia; Qualcomm Incorporated | [JSN] |
830079 | RACS-RAN | Optimisations on UE radio capability signalling – NR/E-UTRA Aspects | Rel-16 | R2 | 99% | RP-200164 | MediaTek | [JSN] |
800097 | FS_RACS_RAN | Study on optimisations on UE radio capability signalling – NR/E-UTRA Aspects | Rel-16 | R2 | 100% | RP-181459 | MediaTek | [JSN] |
830179 | RACS-RAN-Core | Core part: Optimisations on UE radio capability signalling – NR/E-UTRA Aspects | Rel-16 | R2 | 100% | RP-200164 | MediaTek | [JSN] |
880073 | RACS-UEConTest | UE Conformance Test Aspects - Optimisations on UE radio capability signalling - NR/E-UTRA Aspects | Rel-16 | R5 | 100% | RP-201152 | Yogesh Tugnawat, Qualcomm | [JSN] |
800099 | FS_NR_NTN_solutions | Study on solutions for NR to support non-terrestrial networks (NTN) | Rel-16 | R3 | 100% | RP-190710 | Thales | [JSN] |
830047 | eNA | Enablers for Network Automation for 5G | Rel-16 | 100% | SP-181123 | Xiaobo Wu, Huawei Technologies | [JSN] | |
760047 | FS_eNA | Study of enablers for Network Automation for 5G | Rel-16 | S2 | 100% | SP-180792 | Xiaobo Wu, Huawei Technologies | [JSN] |
820020 | eNA | Stage 2 of eNA | Rel-16 | S2 | 100% | SP-181123 | Xiaobo Wu, Huawei Technologies | [JSN] |
830009 | eNA | CT aspects of eNA | Rel-16 | ct | 100% | CP-192259 | Yali Yan, Huawei | [JSN] |
830048 | eNA | CT3 aspects of eNA | Rel-16 | C3 | 100% | CP-192259 | Yali Yan, Huawei | [JSN] |
830049 | eNA | CT4 aspects of eNA | Rel-16 | C4 | 100% | CP-192259 | Yali Yan, Huawei | [JSN] |
760044 | FS_5WWC | Study on the Wireless and Wireline Convergence for the 5G system architecture | Rel-16 | S2 | 100% | SP-170380 | Marco Spini, Huawei Technologies | [JSN] |
800031 | FS_5WWC_SEC | Study on the security of the Wireless and Wireline Convergence for the 5G system architecture | Rel-16 | S3 | 100% | SP-180438 | He Li, Huawei Technologies | [JSN] |
830050 | 5WWC | Wireless and Wireline Convergence for the 5G system architecture | Rel-16 | 100% | SP-181117 | Marco Spini, Huawei Technologies | [JSN] | |
820014 | 5WWC | Stage 2 of 5WWC | Rel-16 | S2 | 100% | SP-181117 | Marco Spini, Huawei Technologies | [JSN] |
830015 | 5WWC | CT aspects of 5WWC | Rel-16 | ct | 100% | CP-192079 | Herrero Veron, Christian (Huawei) | [JSN] |
829911 | 5WWC | CT1 aspects of 5WWC | Rel-16 | C1 | 100% | CP-192079 | Herrero Veron, Christian (Huawei) | [JSN] |
829912 | 5WWC | CT3 aspects of 5WWC | Rel-16 | C3 | 100% | CP-192079 | Herrero Veron, Christian (Huawei) | [JSN] |
829914 | 5WWC | CT4 aspects of 5WWC | Rel-16 | C4 | 100% | CP-192079 | Herrero Veron, Christian (Huawei) | [JSN] |
850015 | 5WWC | Security of 5WWC | Rel-16 | S3 | 100% | SP-190898 | He Li, Huawei Technologies | [JSN] |
860019 | 5WWC | Charging Aspect for 5WWC | Rel-16 | S5 | 100% | SP-191188 | ZHU, Lei, Huawei | [JSN] |
830082 | 5WWC-NG_interface | NG interface usage for WWC | Rel-16 | R3 | 100% | RP-190772 | Huawei | [JSN] |
830182 | 5WWC-NG_interface-Core | Core part: NG interface usage for WWC | Rel-16 | R3 | 100% | RP-190999 | Huawei | [JSN] |
790024 | FS_MCSAA | Study on MC services access aspects | Rel-16 | S6 | 100% | SP-181135 | Joakim Åkesson, Ericsson | [JSN] |
800024 | FS_MCLOG | Study into discreet listening and logging for mission critical services | Rel-16 | S6 | 100% | SP-181138 | Chater-Lea, David, Motorola Solutions | [JSN] |
800022 | enh2MCPTT | Enhanced Mission Critical Push-to-talk architecture phase 2 | Rel-16 | S6 | 100% | SP-190068 | Dom Lazara; Motorola Solutions | [JSN] |
860026 | enh2MCPTT | Stage 2 of enh2MCPTT | Rel-16 | S6 | 100% | SP-190068 | Dom Lazara; Motorola Solutions | [JSN] |
860003 | enh2MCPTT-CT | CT aspects of enh2MCPTT | Rel-16 | C1 | 100% | CP-193148 | Mike Dolan, FirstNet | [JSN] |
830051 | eMCData2 | Enhancements to Functional architecture and information flows for Mission Critical Data | Rel-16 | S6 | 100% | SP-180378 | Shih, Jerry, AT&T | [JSN] |
800018 | eMCData2 | Stage 2 of eMCData2 | Rel-16 | S6 | 100% | SP-180378 | Shih, Jerry, AT&T | [JSN] |
830014 | eMCData2 | CT aspects of eMCData2 | Rel-16 | C1 | 100% | CP-193146 | Val Oprescu (AT&T) | [JSN] |
850051 | MC_XMB | MCData File Distribution support over xMB | Rel-16 | 100% | SP-180665 | Thiénot Cédric, Expway | [JSN] | |
810004 | MC_XMB | Stage 2 of MC_XMB | Rel-16 | S4 | 100% | SP-180665 | Thiénot Cédric, Expway | [JSN] |
850007 | MC_XMB-CT | CT aspects of MC_XMB | Rel-16 | C3 | 100% | CP-192253 | Wenliang Xu, Ericsson | [JSN] |
810011 | MCProtoc16 | Protocol enhancements for Mission Critical Services | Rel-16 | C1 | 100% | CP-182110 | AXELL, Jörgen | [JSN] |
970077 | MCProtoc16_enh2MCPTT_eMCData2-ConTest | Conformance Test Aspects - Protocol enhancements for Mission Critical Services for Rel-16 (MCPTT, MCVideo, MCData) | Rel-16 | R5 | 67% | RP-222549 | Jason Kahn, NIST | [JSN] |
800053 | MBMSAPI_MCS | MBMS APIs for Mission Critical Services | Rel-16 | S6 | 100% | SP-180380 | Ling Zhang, TD Tech Ltd. | [JSN] |
760051 | FS_MBMSAPI_MC | Study on MBMS APIs for MC Services | Rel-16 | S6 | 100% | SP-180237 | Ling Zhang, TD Tech Ltd | [JSN] |
800020 | MBMSAPI_MCS | Stage 2 of MBMS APIs for MC Services | Rel-16 | S6 | 100% | SP-180380 | Ling Zhang, TD Tech Ltd. | [JSN] |
840013 | eNAPIs | Enhancement of 3GPP Northbound APIs | Rel-16 | C3 | 100% | CP-193175 | Yali Yan, Huawei | [JSN] |
850053 | eNAPIs | CT3 aspects of eNAPIs | Rel-16 | C3 | 100% | CP-193175 | Yali Yan, Huawei | [JSN] |
850059 | eNAPIs | CT4 aspects of eNAPIs | Rel-16 | C4 | 100% | CP-193175 | Yali Yan, Huawei | [JSN] |
800019 | eMCSMI | Enhanced Mission Critical System Migration and Interconnection | Rel-16 | S6 | 100% | SP-180379 | Chater-Lea, David; Motorola Solutions | [JSN] |
810054 | eMCCI | Enhanced Mission Critical Communication Interworking with Land Mobile Radio Systems | Rel-16 | 100% | Monnes, Peter, Harris Corporation | [JSN] | ||
800021 | eMCCI | Enhanced Mission Critical Communication Interworking with Land Mobile Radio Systems | Rel-16 | S6 | 100% | SP-180680 | Monnes, Peter, Harris Corporation | [JSN] |
800016 | MCCI_CT | Stage 3 for MC Communication Interworking with Land Mobile Radio Systems | Rel-16 | C1 | 100% | CP-190203 | Monnes, Peter, Harris Corporation | [JSN] |
800032 | MCXSec | Mission Critical Services Security Enhancements | Rel-16 | S3 | 100% | SP-180596 | Woodward, Tim, Motorola Solutions, Inc | [JSN] |
780003 | ePWS | Enhancements of Public Warning System | Rel-16 | 100% | SP-170998 | Hyounhee Koo, SyncTechno Inc. | [JSN] | |
730005 | FS_ePWS | Study on enhancements of Public Warning System | Rel-16 | S1 | 100% | SP-160733 | SyncTechno Inc., Hyounhee Koo | [JSN] |
800052 | ePWS | Stage 1 of ePWS | Rel-16 | S1 | 100% | SP-170998 | Hyounhee Koo, SyncTechno Inc. | [JSN] |
810012 | ePWS | CT aspects of enhancements of Public Warning System | Rel-16 | ct | 100% | CP-191155 | Hyounhee Koo, SyncTechno Inc. | [JSN] |
810053 | ePWS | Study on stages 2 and 3 of enhancements of ePWS | Rel-16 | C1 | 100% | CP-191155 | Hyounhee Koo, SyncTechno Inc. | [JSN] |
810047 | ePWS | CT1 aspects of ePWS | Rel-16 | C1 | 100% | CP-191155 | Hyounhee Koo, SyncTechno Inc. | [JSN] |
810048 | ePWS | deleted- CT4 aspects of ePWS (Possible impacts) | Rel-16 | C4 | 100% | CP-191155 | Hyounhee Koo, SyncTechno Inc. | [JSN] |
760054 | MONASTERY2 | Mobile Communication System for Railways 2 | Rel-16 | 100% | SP-170451 | Merkel, Juergen, Nokia | [JSN] | |
760005 | FS_FRMCS2 | Study on MONASTERY2 | Rel-16 | S1 | 100% | SP-170588 | Merkel, Juergen, Nokia | [JSN] |
790023 | FS_FRMCS2_SA6 | Study on application architecture for the Future Railway Mobile Communication System (FRMCS) Phase 2 | Rel-16 | S6 | 100% | SP-181133 | Oettl, Martin, Nokia | [JSN] |
760004 | MONASTERY2 | Stage 1 of MONASTERY2 | Rel-16 | S1 | 100% | SP-170451 | Merkel, Juergen, Nokia | [JSN] |
830007 | MONASTERY2 | Application Architecture for MONASTERY2 | Rel-16 | S6 | 100% | SP-190064 | Oettl, Martin, Nokia | [JSN] |
840009 | MONASTERY2 | CT aspects of MONASTERY2 | Rel-16 | ct | 100% | CP-193143 | Gkatzikis, Lazaros (Nokia) | [JSN] |
840072 | MONASTERY2 | CT1 aspects of MONASTERY2 | Rel-16 | C1 | 100% | CP-193143 | Gkatzikis, Lazaros (Nokia) | [JSN] |
840073 | MONASTERY2 | deleted: CT3 aspects of MONASTERY2 | Rel-16 | C3 | 100% | CP-193143 | Gkatzikis, Lazaros (Nokia) | [JSN] |
840092 | NR_HST | NR support for high speed train scenario | Rel-16 | R4 | 100% | RP-191788 | CMCC | [JSN] |
840192 | NR_HST-Core | Core part: NR support for high speed train scenario | Rel-16 | R4 | 100% | RP-191788 | CMCC | [JSN] |
840292 | NR_HST-Perf | Perf. part: NR support for high speed train scenario | Rel-16 | R4 | 100% | RP-202320 | CMCC | [JSN] |
900050 | NR_HST-UEConTest | UE Conformance Test Aspects - NR support for high speed train scenario | Rel-16 | R5 | 100% | RP-221362 | Dan SONG, CMCC | [JSN] |
800011 | MARCOM | Maritime Communication Services over 3GPP System | Rel-16 | S1 | 100% | SP-180594 | Hyounhee Koo, SyncTechno Inc | [JSN] |
730007 | FS_MARCOM | Study on Maritime Communication Services over 3GPP system | Rel-16 | S1 | 100% | SP-170453 | SyncTechno Inc., Hyounhee Koo | [JSN] |
800051 | MARCOM | Stage 1 of MARCOM | Rel-16 | S1 | 100% | SP-180594 | Hyounhee Koo, SyncTechno Inc | [JSN] |
800008 | eLSTR | Enhancement of LTE for Efficient delivery of Streaming Service | Rel-16 | S1 | 100% | SP-180322 | Xia, Xu, China Telecom | [JSN] |
740001 | FS_eLESTR | Study on eLSTR | Rel-16 | S1 | 100% | SP-160960 | China Telecommunications, XIA Xu | [JSN] |
800054 | eLSTR | Stage 1 of eLSTR | Rel-16 | S1 | 100% | SP-180322 | Xia, Xu, China Telecom | [JSN] |
800001 | E_FLUS | Enhancements to Framework for Live Uplink Streaming | Rel-16 | S4 | 95% | SP-180285 | Lo, Charles, Qualcomm Incorporated | [JSN] |
810003 | CHEM | Coverage and Handoff Enhancements for Multimedia | Rel-16 | S4 | 100% | SP-180664 | Nikolai Leung | [JSN] |
770027 | FS_QoE_VR | Study on QoE metrics for VR | Rel-16 | S4 | 100% | SP-170614 | Ericsson (Gunnar Heikkilä | [JSN] |
760039 | FS_5GMedia_Distribution | Study on 5G enhanced Mobile Broadband Media Distribution | Rel-16 | S4 | 100% | SP-170334 | Bouazizi, Imed, Samsung Electronics Co., Ltd., | [JSN] |
820002 | 5GMSA | Media streaming architecture | Rel-16 | S4 | 100% | SP-180984 | Frédéric GABIN | [JSN] |
840000 | VRQoE | VR QoE metrics | Rel-16 | S4 | 100% | SP-190331 | Gunnar HEIKKILÄ | [JSN] |
810040 | 5G_MEDIA_MTSI_ext | Media Handling Extensions for 5G Conversational Services | Rel-16 | S4 | 100% | SP-180663 | Oyman, Ozgur, Company: Intel | [JSN] |
760041 | FS_5G_MEDIA_MTSI | Study on Media Handling Aspects of Conversational Services in 5G Systems | Rel-16 | S4 | 100% | SP-170336 | Oyman, Ozgur, Company: Intel | [JSN] |
810002 | 5G_MEDIA_MTSI_ext | Media Handling Extensions for 5G Conversational Services | Rel-16 | S4 | 100% | SP-190640 | Oyman, Ozgur, Company: Intel | [JSN] |
770031 | FS_EVS_FCNBE | Study on EVS Float Conformance Non Bit-Exact | Rel-16 | S4 | 100% | SP-170618 | Fabrice Plante, Intel | [JSN] |
820001 | EVS_FCNBE | EVS Floating-point Conformance for Non Bit-Exact | Rel-16 | S4 | 100% | SP-180983 | Fabrice, Plante, Intel | [JSN] |
800003 | HLG_HDR | Addition of HLG HDR to TV Video Profiles | Rel-16 | S4 | 100% | SP-180287 | Paul Szucs, Sony Europe Limited | [JSN] |
800012 | UIA | User Identities and Authentication | Rel-16 | S1 | 100% | SP-180328 | Bischinger, Kurt; Deutsche Telekom | [JSN] |
780004 | FS_LUCIA | Study on a Layer for User Centric Identifiers and Authentication | Rel-16 | S1 | 100% | SP-170995 | Bischinger, Kurt; Deutsche Telekom | [JSN] |
800050 | UIA | Stage 1 of User Identities and Authentication | Rel-16 | S1 | 100% | SP-180328 | Bischinger, Kurt; Deutsche Telekom | [JSN] |
810044 | MuD | Multi-device and multi-identity | Rel-16 | 100% | SP-180315 | Peter Bleckert, Ericsson | [JSN] | |
800004 | MuD | Stage 1 of Multi-device and multi-identity | Rel-16 | S1 | 100% | SP-180315 | Peter Bleckert, Ericsson | [JSN] |
810010 | MuD | CT aspects of Multi-device and multi-identity | Rel-16 | ct | 100% | CP-200148 | Axell, Jörgen, Ericsson | [JSN] |
810045 | MuD | CT1 aspects of Multi-device and multi-identity | Rel-16 | C1 | 100% | CP-200148 | Axell, Jörgen, Ericsson | [JSN] |
810046 | MuD | CT3 aspects of Multi-device and multi-identity | Rel-16 | C3 | 100% | CP-200148 | Axell, Jörgen, Ericsson | [JSN] |
830103 | eNS | Enhancement of Network Slicing | Rel-16 | 94% | SP-181232 | ZTE, Tricci So | [JSN] | |
790011 | FS_eNS | Study on Enhancement of Network Slicing | Rel-16 | S2 | 100% | SP-180503 | ZTE, Tricci So | [JSN] |
820023 | eNS | Stage 2 of eNS | Rel-16 | S2 | 100% | SP-181232 | ZTE, Tricci So | [JSN] |
830011 | eNS | CT aspects of eNS | Rel-16 | ct | 100% | CP-201161 | Fei Lu, ZTE | [JSN] |
830052 | eNS | CT1 aspects of eNS | Rel-16 | C1 | 100% | CP-201161 | Fei Lu, ZTE | [JSN] |
830053 | eNS | CT3 aspects of eNS | Rel-16 | C3 | 100% | CP-201161 | Fei Lu, ZTE | [JSN] |
830054 | eNS | CT4 aspects of eNS | Rel-16 | C4 | 100% | CP-201161 | Fei Lu, ZTE | [JSN] |
810034 | FS_eNS_SEC | Study on Security aspects of Enhancement of Network Slicing | Rel-16 | S3 | 100% | SP-180692 | [JSN] | |
850022 | eNS | Security aspects of Enhanced Network Slicing | Rel-16 | S3 | 100% | SP-190712 | Suresh.p.nair@nokia.com | [JSN] |
910099 | eNS-UEConTest | UE Conformance Test Aspects - Enhancement of Network Slicing | Rel-16 | R5 | 67% | RP-211443 | CMCC | [JSN] |
810051 | BRMNS | Business Role Models for Network Slicing | Rel-16 | S1 | 100% | SP-180773 | Covell, Betsy, Nokia | [JSN] |
770005 | FS_BMNS | Study on Business Role Models for Network Slicing | Rel-16 | S1 | 100% | SP-180169 | Covell, Betsy, Nokia | [JSN] |
810015 | BRMNS | Business Role Models for Network Slicing | Rel-16 | S1 | 100% | SP-180773 | Covell, Betsy, Nokia | [JSN] |
810022 | FS_TENANCYC | Study on tenancy concept in 5G networks and network slicing management | Rel-16 | S5 | 100% | SP-180815 | ZHU, Lei (Huawei | [JSN] |
810031 | 5G_SLICE_ePA | Enhancement of performance assurance for 5G networks including network slicing | Rel-16 | S5 | 100% | SP-190247 | Xiaowei Sun (China Mobile) | [JSN] |
850055 | 5G_SLICE_ePA | Overall aspects of 5G_SLICE_ePA | Rel-16 | S5 | 100% | SP-190247 | Xiaowei Sun (China Mobile) | [JSN] |
850029 | 5G_SLICE_ePA-KPI | KPI reporting | Rel-16 | S5 | 100% | SP-190881 | ZHU, Weihong, ZTE Corporation | [JSN] |
820029 | FS_NETSLICE_CH | Study on Charging Aspects of Network Slicing | Rel-16 | S5 | 100% | SP-181065 | Chen Shan, Huawei | [JSN] |
760003 | PARLOS | Provision of Access to Restricted Local Operator Services by Unauthenticated UEs | Rel-16 | 100% | SP-170449 | Covell, Betsy Nokia | [JSN] | |
740002 | FS_PARLOS | Study on Stage 1 of PARLOS | Rel-15 | S1 | 100% | SP-160904 | Covell, Betsy | [JSN] |
760046 | FS_PARLOS_SA2 | Study on Stage 2 for PARLOS | Rel-16 | S2 | 100% | SP-180501 | Nokia (Nicolas Drevon | [JSN] |
800035 | FS_PARLOS_Sec | Study on Security Aspects of PARLOS | Rel-16 | S3 | 100% | SP-180442 | Greg Schumacher, Sprint | [JSN] |
760071 | PARLOS | Stage 1 of PARLOS | Rel-16 | S1 | 100% | SP-170449 | Covell, Betsy Nokia | [JSN] |
810008 | PARLOS | Stage 2 of PARLOS | Rel-16 | S2 | 100% | SP-180738 | Nokia (Nicolas Drevon | [JSN] |
830012 | PARLOS | CT aspects of PARLOS | Rel-16 | ct | 100% | CP-190197 | Liu, Jennifer; Nokia | [JSN] |
830062 | PARLOS | CT1 aspects of PARLOS | Rel-16 | C1 | 100% | CP-190197 | Liu, Jennifer; Nokia | [JSN] |
830063 | PARLOS | CT3 aspects of PARLOS | Rel-16 | C3 | 100% | CP-190197 | Liu, Jennifer; Nokia | [JSN] |
830064 | PARLOS | CT4 aspects of PARLOS | Rel-16 | C4 | 100% | CP-190197 | Liu, Jennifer; Nokia | [JSN] |
830065 | PARLOS | CT6 aspects of PARLOS | Rel-16 | C6 | 100% | CP-190197 | Liu, Jennifer; Nokia | [JSN] |
860015 | PARLOS | Security Aspects of PARLOS | Rel-16 | S3 | 100% | SP-191126 | Schumacher, Greg, Sprint | [JSN] |
820043 | ETSUN | Enhancing Topology of SMF and UPF in 5G Networks | Rel-16 | 100% | SP-181116 | [JSN] | ||
770039 | FS_ETSUN | Study on ETSUN | Rel-16 | S2 | 100% | SP-180731 | Laurent Thiebaut (Nokia) | [JSN] |
820013 | ETSUN | Stage 2 of ETSUN | Rel-16 | S2 | 100% | SP-181116 | [JSN] | |
830002 | ETSUN | CT aspects of ETSUN | Rel-16 | ct | 100% | CP-190192 | Landais, Bruno, Nokia | [JSN] |
830055 | ETSUN | CT3 aspects of ETSUN | Rel-16 | C3 | 100% | CP-190192 | Landais, Bruno, Nokia | [JSN] |
830056 | ETSUN | CT4 aspects of ETSUN | Rel-16 | C4 | 100% | CP-190192 | Landais, Bruno, Nokia | [JSN] |
850024 | ETSUN | Charging aspects of ETSUN | Rel-16 | S5 | 100% | SP-190880 | Dong, Jia, China Mobile | [JSN] |
820044 | ATSSS | Access Traffic Steering, Switch and Splitting support in the 5G system architecture | Rel-16 | 100% | SP-181124 | So, Tricci, ZTE | [JSN] | |
760052 | FS_ATSSS | Study on ATSSS | Rel-16 | S2 | 100% | SP-180732 | So, Tricci, ZTE | [JSN] |
820021 | ATSSS | Stage 2 of ATSSS | Rel-16 | S2 | 100% | SP-181124 | So, Tricci, ZTE | [JSN] |
830016 | ATSSS | CT aspects of ATSSS | Rel-16 | ct | 100% | CP-190201 | ZHOU, Xingyue (Joy), ZTE | [JSN] |
830057 | ATSSS | CT1 aspects of ATSSS | Rel-16 | C1 | 100% | CP-190201 | ZHOU, Xingyue (Joy), ZTE | [JSN] |
830058 | ATSSS | CT3 aspects of ATSSS | Rel-16 | C3 | 100% | CP-190201 | ZHOU, Xingyue (Joy), ZTE | [JSN] |
830059 | ATSSS | CT4 aspects of ATSSS | Rel-16 | C4 | 100% | CP-190201 | ZHOU, Xingyue (Joy), ZTE | [JSN] |
840999 | ATSSS | (IETF) TCP Extensions for Multipath Operation with Multiple Addresses (draft-ietf-mptcp-rfc6824bis) | Rel-16 | S2-IETF | 100% | [JSN] | ||
840998 | ATSSS | (IETF) 0-RTT TCP Convert Protocol (draft-ietf-tcpm-converters) | Rel-16 | S2-IETF | 100% | [JSN] | ||
860018 | ATSSS | Charging Access of ATSSS | Rel-16 | S5 | 100% | SP-191187 | Gardella, Maryse, Nokia | [JSN] |
970076 | ATSSS-UEConTest | UE Conformance Test Aspects - Access Traffic Steering, Switch and Splitting support in 5G system | Rel-16 | R5 | 100% | RP-222547 | Jing Zhao, China telecom | [JSN] |
810041 | 5G_SRVCC | Single radio voice continuity from 5GS to 3G | Rel-16 | 100% | SP-180737 | Chi Ren, China Unicom | [JSN] | |
790010 | FS_5G-SRVCC | Study for single radio voice continuity from 5GS to 3G | Rel-16 | S2 | 100% | SP-180239 | Chi Ren, China Unicom | [JSN] |
810007 | 5G_SRVCC | Single radio voice continuity from 5GS to 3G | Rel-16 | S2 | 100% | SP-180897 | Chi Ren, China Unicom | [JSN] |
820008 | 5GS_UTRAN_SEC | Security aspects of single radio voice continuity from 5GS to UTRAN | Rel-16 | S3 | 100% | SP-190703 | Feng Gao, China Unicom | [JSN] |
820069 | SRVCC_NR_to_UMTS | RAN aspects of 5G_SRVCC | Rel-16 | R2 | 100% | RP-200151 | China Unicom | [JSN] |
820169 | SRVCC_NR_to_UMTS-Core | Core part: Single Radio Voice Call Continuity from 5G to 3G | Rel-16 | R2 | 100% | RP-200151 | China Unicom | [JSN] |
830270 | SRVCC_NR_to_UMTS-Perf | Perf. part: Single Radio Voice Call Continuity from 5G to 3G | Rel-16 | R4 | 100% | RP-200151 | China Unicom | [JSN] |
890046 | SRVCC_NR_to_UMTS-UEConTest | UE Conformance Test Aspects - Single Radio Voice Call Continuity from 5G to 3G | Rel-16 | R5 | 100% | RP-210400 | China Unicom | [JSN] |
840004 | 5G_SRVCC | CT aspect of 5G_SRVCC | Rel-16 | ct | 100% | CP-193014 | Chi Ren, China Unicom | [JSN] |
840058 | 5G_SRVCC | CT1 aspect of 5G_SRVCC | Rel-16 | C1 | 100% | CP-193014 | Chi Ren, China Unicom | [JSN] |
860027 | 5G_SRVCC | CT3 aspect of 5G_SRVCC | Rel-16 | C3 | 100% | CP-193014 | Chi Ren, China Unicom | [JSN] |
840059 | 5G_SRVCC | CT4 aspect of 5G_SRVCC | Rel-16 | C4 | 100% | CP-193014 | Chi Ren, China Unicom | [JSN] |
790005 | FS_ID_UAS | Study on Remote Identification of Uncrewed Aerial Systems | Rel-16 | S1 | 100% | SP-180172 | Eddy Hall; Qualcomm Incorporated | [JSN] |
800034 | FS_SBA_Sec | Study on Security Aspects of the 5G Service Based Architecture | Rel-16 | S3 | 100% | SP-180598 | Hans Christian Rudolph, Deutsche Telekom AG | [JSN] |
820045 | 5G_eSBA | Enhancements to the Service-Based 5G System Architecture | Rel-16 | 100% | SP-181125 | [JSN] | ||
790007 | FS_eSBA | Study on Enhancements to the Service-Based 5G System Architecture | Rel-16 | S2 | 100% | SP-180231 | Tao Sun (China Mobile) | [JSN] |
820022 | 5G_eSBA | Stage 2 of 5G_eSBA | Rel-16 | S2 | 100% | SP-181125 | Tao Sun (China Mobile) | [JSN] |
830001 | 5G_eSBA | CT aspects of 5G_eSBA | Rel-16 | ct | 100% | CP-190191 | Song Yue (China Mobile) | [JSN] |
830060 | 5G_eSBA | CT3 aspects of 5G_eSBA | Rel-16 | C3 | 100% | CP-190191 | Song Yue (China Mobile) | [JSN] |
830061 | 5G_eSBA | CT4 aspects of 5G_eSBA | Rel-16 | C4 | 100% | CP-190191 | Song Yue (China Mobile) | [JSN] |
850016 | 5G_eSBA | Security for 5G_eSBA | Rel-16 | S3 | 100% | SP-190899 | Nagendra Bykampadi, Nokia | [JSN] |
780029 | FS_eIMS5G | Study on Enhanced IMS to 5GC Integration | Rel-16 | S2 | 100% | SP-180736 | Joul, Chris, T-Mobile USA | [JSN] |
840062 | eIMS5G_SBA | SBA aspects of enhanced IMS to 5GC integration | Rel-16 | 100% | SP-190181 | T-Mobile USA, Christopher Joul | [JSN] | |
830028 | eIMS5G_SBA | Stage 2 of eIMS5G_SBA | Rel-16 | S2 | 100% | SP-190181 | T-Mobile USA, Christopher Joul | [JSN] |
840006 | eIMS5G_SBA | CT aspects of eIMS5G_SBA | Rel-16 | ct | 100% | CP-192023 | de Gregorio, Jesus. Ericsson | [JSN] |
850056 | eIMS5G_SBA | CT1 aspects of eIMS5G_SBA | Rel-16 | C1 | 100% | CP-192023 | de Gregorio, Jesus. Ericsson | [JSN] |
840063 | eIMS5G_SBA | CT3 aspects of eIMS5G_SBA | Rel-16 | C3 | 100% | CP-192023 | de Gregorio, Jesus. Ericsson | [JSN] |
840064 | eIMS5G_SBA | CT4 aspects of eIMS5G_SBA | Rel-16 | C4 | 100% | CP-192023 | de Gregorio, Jesus. Ericsson | [JSN] |
830081 | NG_RAN_PRN | Private Network Support for NG-RAN | Rel-16 | R3 | 99% | RP-200122 | China Telecom | [JSN] |
830181 | NG_RAN_PRN-Core | Core part: Private Network Support for NG-RAN | Rel-16 | R3 | 100% | RP-200122 | China Telecom | [JSN] |
880072 | NG_RAN_PRN_Vertical_LAN-UEConTest | UE Conformance Test Aspects - Private Network Support for NG-RAN | Rel-16 | R5 | 100% | RP-201152 | Yogesh Tugnawat, Qualcomm | [JSN] |
810039 | E2E_DELAY | Media Handling Aspects of RAN Delay Budget Reporting in MTSI | Rel-16 | 100% | SP-180662 | Oyman, Ozgur, Company: Intel | [JSN] | |
780022 | FS_E2E_DELAY | Study on E2E_DELAY | Rel-16 | S4 | 100% | SP-170837 | Oyman, Ozgur, Company: Intel, | [JSN] |
810001 | E2E_DELAY | Stage 2 of E2E_DELAY | Rel-16 | S4 | 100% | SP-180662 | Oyman, Ozgur, Company: Intel | [JSN] |
830004 | E2E_DELAY | CT Aspects of E2E_DELAY | Rel-16 | ct | 100% | CP-190193 | Luetzenkirchen, Thomas, Intel | [JSN] |
830066 | E2E_DELAY | CT1 Aspects of E2E_DELAY | Rel-16 | C1 | 100% | CP-190193 | Luetzenkirchen, Thomas, Intel | [JSN] |
830067 | E2E_DELAY | CT3 Aspects of E2E_DELAY | Rel-16 | C3 | 100% | CP-190193 | Luetzenkirchen, Thomas, Intel | [JSN] |
830068 | E2E_DELAY | CT4 Aspects of E2E_DELAY | Rel-16 | C4 | 100% | CP-190193 | Luetzenkirchen, Thomas, Intel | [JSN] |
830069 | eCAPIF | Enhancements for Common API Framework for 3GPP Northbound APIs | Rel-16 | 100% | SP-181137 | Basavaraj Pattan, Samsung | [JSN] | |
790022 | eCAPIF | Stage 2 for eCAPIF | Rel-16 | S6 | 100% | SP-181137 | Basavaraj Pattan, Samsung | [JSN] |
830022 | eCAPIF | Security aspects of eCAPIF | Rel-16 | S3 | 100% | SP-1901240 | Rajavelsamy Rajadurai, Samsung | [JSN] |
850008 | eCAPIF | CT aspects of eCAPIF | Rel-16 | C3 | 100% | CP-192254 | Narendranath Durga, Tangudu (Samsung) | [JSN] |
840065 | UDICOM | User data interworking, Coexistence and Migration | Rel-16 | S2 | 100% | SP-190182 | Alessio Casati, Nokia | [JSN] |
800055 | FS_UDICoM | Study on UDICOM | Rel-16 | S2 | 100% | SP-190148 | Susana Sabater (Vodafone | [JSN] |
830029 | UDICOM | Stage 2 of UDICOM | Rel-16 | S2 | 100% | SP-190182 | Alessio Casati, Nokia | [JSN] |
840007 | UDICOM | CT aspects of UDICOM | Rel-16 | C4 | 100% | CP-193016 | Wiehe, Ulrich, Nokia | [JSN] |
910008 | nrUICC_UEConTest | UICC-terminal interface testing for UEs with non-removable UICCs | Rel-16 | C6 | 80% | CP-210285 | Marquordt, Arne, COMPRION GmbH | [JSN] |
800036 | FS_AKMA | Study on authentication and key management for applications based on 3GPP credential in 5G | Rel-16 | S3 | 100% | SP-180443 | Jin Peng, China Mobile | [JSN] |
900018 | RM_AKMA_R16 | Removal of AKMA from Rel-16 | Rel-16 | S3 | 100% | SP-201019 | Xiaoting Huang, China Mobile | [JSN] |
860058 | NR_n3_BW | Addition of wider channel bandwidth in NR band n3 | Rel-16 | R4 | 100% | RP-200305 | Ericsson | [JSN] |
860158 | NR_n3_BW-Core | Core part: Addition of wider channel bandwidth in NR band n3 | Rel-16 | R4 | 100% | RP-200305 | Ericsson | [JSN] |
860258 | NR_n3_BW-Perf | Perf. part: Addition of wider channel bandwidth in NR band n3 | Rel-16 | R4 | 100% | RP-200305 | Ericsson | [JSN] |
860059 | NR_n65_BW | Addition of wider channel bandwidth in NR band n65 | Rel-16 | R4 | 100% | RP-200306 | Ericsson | [JSN] |
860159 | NR_n65_BW-Core | Core part: Addition of wider channel bandwidth in NR band n65 | Rel-16 | R4 | 100% | RP-200306 | Ericsson | [JSN] |
860259 | NR_n65_BW-Perf | Perf. part: Addition of wider channel bandwidth in NR band n65 | Rel-16 | R4 | 100% | RP-200306 | Ericsson | [JSN] |
830075 | NR_UE_pow_sav | UE Power Saving in NR | Rel-16 | R1 | 100% | RP-200494 | CATT | [JSN] |
800094 | FS_NR_UE_pow_sav | Study on UE power saving in NR | Rel-16 | R1 | 100% | RP-181463 | CATT | [JSN] |
830175 | NR_UE_pow_sav-Core | Core part: UE Power Saving in NR | Rel-16 | R1 | 100% | RP-200494 | CATT | [JSN] |
830275 | NR_UE_pow_sav-Perf | Perf. part: UE Power Saving in NR | Rel-16 | R4 | 100% | RP-200494 | CATT | [JSN] |
800072 | NR_SUL_combos_R16 | Band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-16 | R4 | 100% | RP-201018 | Huawei | [JSN] |
800172 | NR_SUL_combos_R16-Core | Core part: Band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-16 | R4 | 100% | RP-201018 | Huawei | [JSN] |
800272 | NR_SUL_combos_R16-Perf | Perf. part: Band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Rel-16 | R4 | 100% | RP-201018 | Huawei | [JSN] |
800057 | NR intra-band Carrier Aggregation | Rel-16 | 100% | [JSN] | ||||
800073 | NR_CA_R16_intra | Rel-16 NR intra band CA for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200656 | Ericsson | [JSN] |
800173 | NR_CA_R16_intra-Core | Core part: Rel-16 NR intra band CA for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200656 | Ericsson | [JSN] |
800273 | NR_CA_R16_intra-Perf | Perf. part: Rel-16 NR intra band CA for xCC DL/yCC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200656 | Ericsson | [JSN] |
800074 | NR_CADC_R16_2BDL_xBUL | Rel-16 NR inter-band CA/Dual Connectivity for 2 bands DL with x bands UL (x=1, 2) | Rel-16 | R4 | 100% | RP-201253 | ZTE | [JSN] |
800174 | NR_CADC_R16_2BDL_xBUL-Core | Core part: Rel-16 NR inter-band CA/Dual Connectivity for 2 bands DL with x bands UL (x=1, 2) | Rel-16 | R4 | 100% | RP-201253 | ZTE | [JSN] |
800274 | NR_CADC_R16_2BDL_xBUL-Perf | Perf. part: Rel-16 NR inter-band CA/Dual Connectivity for 2 bands DL with x bands UL (x=1, 2) | Rel-16 | R4 | 100% | RP-201253 | ZTE | [JSN] |
830099 | NR inter-band Carrier Aggregation | Rel-16 | 73% | [JSN] | ||||
830083 | NR_CADC_NR_LTE_DC_R16-UEConTest | UE Conformance Test Aspects - Rel-16 NR CA and DC; and NR and LTE DC Configurations | Rel-16 | R5 | 52% | RP-233414 | Luyang ZHAO, Kuba Kolodziej, Yu SHI, CMCC, Ericsson, China Unicom | [JSN] |
830095 | NR_CA_R16_3BDL_1BUL | Rel16 NR inter-band Carrier Aggregation for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200918 | CATT | [JSN] |
830195 | NR_CA_R16_3BDL_1BUL-Core | Core part: Rel16 NR inter-band Carrier Aggregation for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200918 | CATT | [JSN] |
830295 | NR_CA_R16_3BDL_1BUL-Perf | Perf. part: Rel16 NR inter-band Carrier Aggregation for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200918 | CATT | [JSN] |
830096 | NR_CADC_R16_3BDL_2BUL | Rel-16 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with 2 bands UL | Rel-16 | R4 | 100% | RP-200673 | ZTE | [JSN] |
830196 | NR_CADC_R16_3BDL_2BUL-Core | Core part: Rel-16 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with 2 bands UL | Rel-16 | R4 | 100% | RP-200673 | ZTE | [JSN] |
830296 | NR_CADC_R16_3BDL_2BUL-Perf | Perf. part: Rel-16 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with 2 bands UL | Rel-16 | R4 | 100% | RP-200673 | ZTE | [JSN] |
831000 | New bands for New Radio | Rel-16 | R4 | 99% | RP-182258 | Dish Network | [JSN] | |
850062 | NR_bands_BW_R16-UEConTest | UE Conformance Test Aspects for new Rel-16 NR bands and extension of existing NR bands | Rel-16 | R5 | 100% | RP-200146 | Leif MATTISSON, Ericsson | [JSN] |
800077 | NR_band_n65 | Band 65 for New Radio | Rel-16 | R4 | 100% | RP-190360 | Dish Network | [JSN] |
800177 | NR_band_n65-Core | Core part: Band 65 for New Radio | Rel-16 | R4 | 100% | RP-190360 | Dish Network | [JSN] |
800277 | NR_band_n65-Perf | Perf. part: Band 65 for New Radio | Rel-16 | R4 | 100% | RP-190360 | Dish Network | [JSN] |
820073 | NR_n18 | Introduction of NR band n18 | Rel-16 | R4 | 100% | RP-191556 | KDDI | [JSN] |
820173 | NR_n18-Core | Core part: Introduction of NR band n18 | Rel-16 | R4 | 100% | RP-190173 | KDDI | [JSN] |
820273 | NR_n18-Perf | Perf. part: Introduction of NR band n18 | Rel-16 | R4 | 100% | RP-190173 | KDDI | [JSN] |
820077 | NR_n48 | Introduction of NR band n48 | Rel-16 | R4 | 100% | RP-190908 | US Cellular | [JSN] |
820177 | NR_n48-Core | Core part: Introduction of NR band n48 | Rel-16 | R4 | 100% | RP-182865 | US Cellular | [JSN] |
830271 | NR_n48-Perf | Perf. part: Introduction of NR band n48 | Rel-16 | R4 | 100% | RP-190140 | Nokia | [JSN] |
830090 | NR_n14 | Introduction of NR band n14 | Rel-16 | R4 | 100% | RP-190965 | AT&T | [JSN] |
830190 | NR_n14-Core | Core part: Introduction of NR band n14 | Rel-16 | R4 | 100% | RP-190165 | AT&T | [JSN] |
830290 | NR_n14-Perf | Perf. part: Introduction of NR band n14 | Rel-16 | R4 | 100% | RP-190165 | AT&T | [JSN] |
830091 | NR_n30 | Introduction of NR band n30 | Rel-16 | R4 | 100% | RP-190967 | AT&T | [JSN] |
830191 | NR_n30-Core | Core part: Introduction of NR band n30 | Rel-16 | R4 | 100% | RP-190166 | AT&T | [JSN] |
830291 | NR_n30-Perf | Perf. part: Introduction of NR band n30 | Rel-16 | R4 | 100% | RP-190166 | AT&T | [JSN] |
830097 | NR_n259 | Introduction of NR band n259 | Rel-16 | R4 | 100% | RP-200249 | Ericsson | [JSN] |
830197 | NR_n259-Core | Core part: Introduction of NR band n259 | Rel-16 | R4 | 100% | RP-191880 | Ericsson | [JSN] |
830297 | NR_n259-Perf | Perf. part: Introduction of NR band n259 | Rel-16 | R4 | 100% | RP-191880 | Ericsson | [JSN] |
850067 | NR_n26 | Introduction of NR band n26 | Rel-16 | R4 | 100% | RP-192736 | Sprint | [JSN] |
850167 | NR_n26-Core | Core part: Introduction of NR band n26 | Rel-16 | R4 | 100% | RP-192736 | Sprint | [JSN] |
850267 | NR_n26-Perf | Perf. part: Introduction of NR band n26 | Rel-16 | R4 | 100% | RP-192736 | Sprint | [JSN] |
840097 | NR_n29 | Introduction of NR supplementary DL band n29 | Rel-16 | R4 | 100% | RP-192236 | Dish Network | [JSN] |
840197 | NR_n29-Core | Core part: Introduction of NR supplementary DL band n29 | Rel-16 | R4 | 100% | RP-192236 | Dish Network | [JSN] |
840297 | NR_n29-Perf | Perf. part: Introduction of NR supplementary DL band n29 | Rel-16 | R4 | 100% | RP-192236 | Dish Network | [JSN] |
850068 | NR_SUL_band_2010_2025MHz | Introduction of 2010-2025MHz SUL (supplemental uplink) band for NR | Rel-16 | R4 | 100% | RP-192584 | CMCC | [JSN] |
850168 | NR_SUL_band_2010_2025MHz-Core | Core part: Introduction of 2010-2025MHz SUL (supplemental uplink) band for NR | Rel-16 | R4 | 100% | RP-192584 | CMCC | [JSN] |
850268 | NR_SUL_band_2010_2025MHz-Perf | Perf. part: Introduction of 2010-2025MHz SUL (supplemental uplink) band for NR | Rel-16 | R4 | 100% | RP-192584 | CMCC | [JSN] |
860056 | NR_n53 | Introduction of band n53 | Rel-16 | R4 | 100% | RP-192409 | Globalstar | [JSN] |
860156 | NR_n53-Core | Core part: Introduction of band n53 | Rel-16 | R4 | 100% | RP-192409 | Globalstar | [JSN] |
860256 | NR_n53-Perf | Perf. part: Introduction of band n53 | Rel-16 | R4 | 100% | RP-192409 | Globalstar | [JSN] |
831001 | New Radio Band-related topics | Rel-16 | R4 | 99% | RP-182258 | Dish Network | [JSN] | |
830087 | NR_RF_FR1 | RF requirements for NR frequency range 1 (FR1) | Rel-16 | R4 | 99% | RP-193266 | Huawei | [JSN] |
830187 | NR_RF_FR1-Core | Core part: RF requirements for NR FR1 | Rel-16 | R4 | 100% | RP-193266 | Huawei | [JSN] |
830287 | NR_RF_FR1-Perf | Perf. Part: RF requirements for NR FR1 | Rel-16 | R4 | 100% | RP-193266 | Huawei | [JSN] |
870061 | NR_RF_FR1-UEConTest | UE Conformance Test Aspects - RF requirements for NR FR1 | Rel-16 | R5 | 100% | RP-230427 | Yuxin HAO, Huawei Technologies. Co., Ltd. | [JSN] |
830088 | NR_DL256QAM_FR2 | Add support of NR DL 256QAM for frequency range 2 (FR2) | Rel-16 | R4 | 100% | RP-200124 | China Telecom | [JSN] |
830188 | NR_DL256QAM_FR2-Core | Core part: Add support of NR DL 256QAM for FR2 | Rel-16 | R4 | 100% | RP-200124 | China Telecom | [JSN] |
830288 | NR_DL256QAM_FR2-Perf | Perf. part: Add support of NR DL 256QAM for FR2 | Rel-16 | R4 | 100% | RP-200124 | China Telecom | [JSN] |
900051 | NR_DL256QAM_FR2-UEConTest | UE Conformance Test Aspects - Add support of NR DL 256QAM for FR2 | Rel-16 | R5 | 100% | RP-202371 | China Telecom | [JSN] |
830089 | NR_RF_FR2_req_enh | NR RF requirement enhancements for frequency range 2 (FR2) | Rel-16 | R4 | 99% | RP-201606 | Nokia | [JSN] |
830189 | NR_RF_FR2_req_enh-Core | Core part: NR RF requirement enhancements for FR2 | Rel-16 | R4 | 100% | RP-200668 | Nokia | [JSN] |
850073 | NR_RF_FR2_req_enh-Perf | Perf. part: NR RF requirement enhancements for FR2 | Rel-16 | R4 | 100% | RP-200668 | Nokia | [JSN] |
910098 | NR_RF_FR2_req_enh-UEConTest | UE Conformance Test Aspects - NR RF requirement enhancements for frequency range 2 (FR2) | Rel-16 | R5 | 100% | RP-212304 | Tuomo S yn j kangas, Ashwin Mohan, Nokia, Apple | [JSN] |
830092 | NR_SUL_UL_n5 | Introduction of an NR SUL (supplemental uplink) band with same uplink frequency range as NR band n5 | Rel-16 | R4 | 100% | RP-192080 | Huawei | [JSN] |
830192 | NR_SUL_UL_n5-Core | Core part: Introduction of an NR SUL band with same uplink frequency range as NR band n5 | Rel-16 | R4 | 100% | RP-192080 | Huawei | [JSN] |
830292 | NR_SUL_UL_n5-Perf | Perf. part: Introduction of an NR SUL band with same uplink frequency range as NR band n5 | Rel-16 | R4 | 100% | RP-192080 | Huawei | [JSN] |
820074 | NR_n7_BW | Adding wider channel bandwidths in NR band n7 | Rel-16 | R4 | 100% | RP-190137 | BT | [JSN] |
820174 | NR_n7_BW-Core | Core part: Adding wider channel bandwidths in NR band n7 | Rel-16 | R4 | 100% | RP-190137 | BT | [JSN] |
830093 | NR_n38_BW | Addition of wider channel bandwidth in NR band n38 | Rel-16 | R4 | 100% | RP-191472 | Huawei | [JSN] |
830193 | NR_n38_BW-Core | Core part: Addition of wider channel bandwidth in NR band n38 | Rel-16 | R4 | 100% | RP-191472 | Huawei | [JSN] |
830293 | NR_n38_BW-Perf | Perf. part: Addition of wider channel bandwidth in NR band n38 | Rel-16 | R4 | 100% | RP-191472 | Huawei | [JSN] |
850063 | NR_n38_BW2 | Addition of further channel bandwidths in NR band 38 | Rel-16 | R4 | 100% | RP-192513 | Ericsson | [JSN] |
850163 | NR_n38_BW2-Core | Core part: Addition of further channel bandwidths in NR band 38 | Rel-16 | R4 | 100% | RP-192513 | Ericsson | [JSN] |
850263 | NR_n38_BW2-Perf | Perf. part: Addition of further channel bandwidths in NR band 38 | Rel-16 | R4 | 100% | RP-192513 | Ericsson | [JSN] |
820075 | NR_n41_BW | Addition of 30MHz channel bandwidth for NR band n41 | Rel-16 | R4 | 100% | RP-191681 | KDDI | [JSN] |
820175 | NR_n41_BW-Core | Core part: Addition of 30MHz channel bandwidth for NR band n41 | Rel-16 | R4 | 100% | RP-191681 | KDDI | [JSN] |
820275 | NR_n41_BW-Perf | Stopped - Perf. part: Addition of 30MHz channel bandwidth for NR band n41 | Rel-16 | R4 | 100% | RP-191681 | KDDI | [JSN] |
820076 | NR_n50_BW | Adding wider channel bandwidths in NR band n50 | Rel-16 | R4 | 100% | RP-182829 | Huawei | [JSN] |
820176 | NR_n50_BW-Core | Core part: Adding wider channel bandwidths in NR band n50 | Rel-16 | R4 | 100% | RP-182829 | Huawei | [JSN] |
850064 | NR_n75_BW | Addition of wider channel bandwidths in NR band n75 | Rel-16 | R4 | 100% | RP-192216 | Ericsson | [JSN] |
850164 | NR_n75_BW-Core | Core part: Addition of wider channel bandwidths in NR band n75 | Rel-16 | R4 | 100% | RP-192216 | Ericsson | [JSN] |
850264 | NR_n75_BW-Perf | Perf. part: Addition of wider channel bandwidths in NR band n75 | Rel-16 | R4 | 100% | RP-192216 | Ericsson | [JSN] |
850065 | NR_n25_BW | Addition of 25, 30, 35 and 40 MHz channel bandwidth for NR band n25 | Rel-16 | R4 | 100% | RP-192401 | Nokia | [JSN] |
850165 | NR_n25_BW-Core | Core part: Addition of 25, 30, 35 and 40 MHz channel bandwidth for NR band n25 | Rel-16 | R4 | 100% | RP-192401 | Nokia | [JSN] |
850265 | NR_n25_BW-Perf | Perf. part: Addition of 25, 30, 35 and 40 MHz channel bandwidth for NR band n25 | Rel-16 | R4 | 100% | RP-192401 | Nokia | [JSN] |
850066 | NR_n28_BW | Addition of wider channel bandwidths in NR band n28 | Rel-16 | R4 | 100% | RP-192656 | CBN | [JSN] |
850166 | NR_n28_BW-Core | Core part: Addition of wider channel bandwidths in NR band n28 | Rel-16 | R4 | 100% | RP-192656 | CBN | [JSN] |
850266 | NR_n28_BW-Perf | Perf. part: Addition of wider channel bandwidths in NR band n28 | Rel-16 | R4 | 100% | RP-192656 | CBN | [JSN] |
850069 | NR_n1_BW2 | Addition of new channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192801 | China Unicom | [JSN] |
850169 | NR_n1_BW2-Core | Core part: Addition of new channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192801 | China Unicom | [JSN] |
850269 | NR_n1_BW2-Perf | Perf. part: Addition of new channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192801 | China Unicom | [JSN] |
850070 | NR_n66_BW | Addition of asymmetric channel bandwidth for NR band n66 | Rel-16 | R4 | 100% | RP-200265 | Huawei | [JSN] |
850170 | NR_n66_BW-Core | Core part: Addition of asymmetric channel bandwidth for NR band n66 | Rel-16 | R4 | 100% | RP-201010 | Huawei | [JSN] |
800085 | NR_eMIMO | Enhancements on MIMO for NR | Rel-16 | R1 | 100% | RP-200474 | Samsung | [JSN] |
800185 | NR_eMIMO-Core | Core part: Enhancements on MIMO for NR | Rel-16 | R1 | 100% | RP-200474 | Samsung | [JSN] |
800285 | NR_eMIMO-Perf | Perf. part: Enhancements on MIMO for NR | Rel-16 | R4 | 100% | RP-200474 | Samsung | [JSN] |
880070 | NR_eMIMO-UEConTest | UE Conformance Test Aspects - Enhancements on MIMO for NR | Rel-16 | R5 | 100% | RP-200895 | Chunying GU, Huawei | [JSN] |
800087 | NR_Mob_enh | NR mobility enhancements | Rel-16 | R2 | 100% | RP-192534 | Intel | [JSN] |
800187 | NR_Mob_enh-Core | Core part: NR mobility enhancements | Rel-16 | R2 | 100% | RP-192534 | Intel | [JSN] |
800287 | NR_Mob_enh-Perf | Perf. part: NR mobility enhancements | Rel-16 | R4 | 100% | RP-192534 | Intel | [JSN] |
880068 | NR_Mob_enh-UEConTest | UE Conformance Test Aspects - NR Mobility Enhancements | Rel-16 | R5 | 100% | RP-221481 | Zhaobing Yang, Huawei Technologies. Co., Ltd. | [JSN] |
820068 | NR_2step_RACH | 2-step RACH for NR | Rel-16 | R1 | 100% | RP-200085 | ZTE | [JSN] |
820168 | NR_2step_RACH-Core | Core part: 2-step RACH for NR | Rel-16 | R1 | 100% | RP-200085 | ZTE | [JSN] |
820268 | NR_2step_RACH-Perf | Perf. part: 2-step RACH for NR | Rel-16 | R4 | 100% | RP-200085 | ZTE | [JSN] |
911001 | NR_2step_RACH-UEConTest | UE Conformance Test Aspects - 2-step RACH for NR | Rel-16 | R5 | 100% | RP-210612 | Wei Ma, Jing Zhao, ZTE, China Telecom | [JSN] |
840091 | NR_SON_MDT | SON (Self-Organising Networks) and MDT (Minimization of Drive Tests) support for NR | Rel-16 | R3 | 100% | RP-191594 | CMCC | [JSN] |
840191 | NR_SON_MDT-Core | Core part: SON (Self-Organising Networks) and MDT (Minimization of Drive Tests) support for NR | Rel-16 | R3 | 100% | RP-192610 | CMCC | [JSN] |
890043 | NR_SON_MDT-UEConTest | UE Conformance Test Aspects - SON (Self-Organising Networks) and MDT (Minimization of Drive Tests) support for NR | Rel-16 | R5 | 100% | RP-210377 | Wenjia DONG, Leif Mattisson, CMCC, Ericsson | [JSN] |
810030 | FS_SON_5G | Study on Self-Organizing Networks (SON) for 5G | Rel-16 | S5 | 100% | SP-180827 | Joey Chou, Intel | [JSN] |
850030 | SON_5G | Self-Organizing Networks (SON) for 5G networks | Rel-16 | S5 | 100% | SP-200763 | Joey Chou, Intel | [JSN] |
840093 | NR_CSIRS_L3meas | RRM requirement for CSI-RS based L3 measurement in NR | Rel-16 | R4 | 100% | RP-210590 | CATT | [JSN] |
840193 | NR_CSIRS_L3meas-Core | Core part: RRM requirement for CSI-RS based L3 measurement in NR | Rel-16 | R4 | 100% | RP-210590 | CATT | [JSN] |
840293 | NR_CSIRS_L3meas-Perf | Perf. part: RRM requirement for CSI-RS based L3 measurement in NR | Rel-16 | R4 | 100% | RP-210590 | CATT | [JSN] |
840094 | NR_perf_enh | NR performance requirement enhancement | Rel-16 | R4 | 100% | RP-200472 | China Telecom | [JSN] |
840294 | NR_perf_enh-Perf | Perf. part: NR performance requirement enhancement | Rel-16 | R4 | 100% | RP-200472 | China Telecom | [JSN] |
890048 | NR_perf_enh-UEConTest | UE Conformance Test Aspects - NR performance requirement enhancement | Rel-16 | R5 | 100% | RP-202557 | Wu Jingzhou, Balasubramanian Vijay, China Telecom, Qualcomm Inc | [JSN] |
840095 | NR_RRM_enh | NR RRM enhancement | Rel-16 | R4 | 73% | RP-201883 | Intel | [JSN] |
840195 | NR_RRM_enh-Core | Core part: NR RRM enhancement | Rel-16 | R4 | 100% | RP-201883 | Intel | [JSN] |
840295 | NR_RRM_enh-Perf | Perf. part: NR RRM enhancement | Rel-16 | R4 | 100% | RP-202655 | Intel | [JSN] |
960089 | NR_RRM_enh-UEConTest | UE Conformance Test Aspects - NR RRM enhancements | Rel-16 | R5 | 50% | RP-233858 | Xinrong Wang, Apple | [JSN] |
840096 | NR_CA_R16_4BDL_1BUL | Rel-16 NR inter-band Carrier Aggregation for 4 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200658 | Ericsson | [JSN] |
840196 | NR_CA_R16_4BDL_1BUL-Core | Core part: Rel-16 NR inter-band Carrier Aggregation for 4 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200658 | Ericsson | [JSN] |
840296 | NR_CA_R16_4BDL_1BUL-Perf | Perf. part: Rel-16 NR inter-band Carrier Aggregation for 4 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-200658 | Ericsson | [JSN] |
840098 | NR_n1_BW | Addition of wider channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192009 | Ericsson | [JSN] |
840198 | NR_n1_BW-Core | Core part: Addition of wider channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192009 | Ericsson | [JSN] |
840298 | NR_n1_BW-Perf | Perf. part: Addition of wider channel bandwidth in NR band n1 | Rel-16 | R4 | 100% | RP-192009 | Ericsson | [JSN] |
840099 | NR_n77_n78_BW | Addition of channel bandwidths in Band n77 and n78 | Rel-16 | R4 | 100% | RP-191606 | Huawei | [JSN] |
840199 | NR_n77_n78_BW-Core | Core part: Addition of channel bandwidths in Band n77 and n78 | Rel-16 | R4 | 100% | RP-192822 | Huawei | [JSN] |
841000 | DC_R16_LTE_NR_3DL3UL | Dual Connectivity (EN-DC) with 3 bands DL and 3 bands UL | Rel-16 | R4 | 100% | RP-201254 | ZTE | [JSN] |
841100 | DC_R16_LTE_NR_3DL3UL-Core | Core part: Dual Connectivity (EN-DC) with 3 bands DL and 3 bands UL | Rel-16 | R4 | 100% | RP-201254 | ZTE | [JSN] |
841200 | DC_R16_LTE_NR_3DL3UL-Perf | Perf. part: Dual Connectivity (EN-DC) with 3 bands DL and 3 bands UL | Rel-16 | R4 | 100% | RP-201254 | ZTE | [JSN] |
841001 | NR_FDD_bands_varduplex | Introduction of NR FDD bands with variable duplex and corresponding framework | Rel-16 | R4 | 100% | RP-192820 | Huawei | [JSN] |
841101 | NR_FDD_bands_varduplex-Core | Core part: Introduction of NR FDD bands with variable duplex and corresponding framework | Rel-16 | R4 | 100% | RP-192820 | Huawei | [JSN] |
850074 | NR_FDD_bands_varduplex-Perf | Perf. part: Introduction of NR FDD bands with variable duplex and corresponding framework | Rel-16 | R4 | 100% | RP-192820 | Huawei | [JSN] |
841002 | DC_Pcmax_3UL_CC | Common RF requirement configured output power for EN-DC with 3 uplink CC and 2 different bands (2CC LTE, 1CC NR FR1) | Rel-16 | R4 | 46% | RP-191604 | Huawei | [JSN] |
841102 | DC_Pcmax_3UL_CC-Core | Core part: Common RF requirement configured output power for EN-DC with 3 uplink CC and 2 different bands (2CC LTE, 1CC NR FR1) | Rel-16 | R4 | 0% | RP-192093 | Huawei | [JSN] |
940091 | DC_Pcmax_3UL_CC-UEConTest | UE Conformance Test Aspects - Common RF requirement configured output power for EN-DC with 3 uplink CC and 2 different bands (2CC LTE, 1CC NR FR1) | Rel-16 | R5 | 100% | RP-213228 | Huawei | [JSN] |
880074 | NR_OTA_Uemeas | Addition of NR UE measurements to enable OTA conformance testing | Rel-16 | R1 | 100% | RP-200824 | Keysight Technologies | [JSN] |
880174 | NR_OTA_Uemeas-Core | Core part: Addition of NR UE measurements to enable OTA conformance testing | Rel-16 | R1 | 100% | RP-200824 | Keysight Technologies | [JSN] |
860054 | OTA_BS_testing | Over the air (OTA) base station (BS) testing TR | Rel-16 | R4 | 100% | RP-193225 | Huawei | [JSN] |
860254 | OTA_BS_testing-Perf | Perf. Part: Over the air (OTA) base station (BS) testing TR | Rel-16 | R4 | 100% | RP-201021 | Huawei | [JSN] |
860055 | ENDC_UE_PC2_FDD_TDD | High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-193244 | China Unicom | [JSN] |
860155 | ENDC_UE_PC2_FDD_TDD-Core | Core part: High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-201578 | China Unicom | [JSN] |
890044 | ENDC_UE_PC2_FDD_TDD-UEConTest | UE Conformance Test Aspects - High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | Rel-16 | R5 | 100% | RP-212501 | China Unicom | [JSN] |
860057 | DC_R16_xBLTE_2BNR_yDL3UL | Dual Connectivity (EN-DC) of LTE inter-band CA xDL/1UL bands (x=2,3,4) and NR FR1 1DL/1UL band and NR FR2 1DL/1UL band | Rel-16 | R4 | 100% | RP-200905 | NTT DOCOMO | [JSN] |
860157 | DC_R16_xBLTE_2BNR_yDL3UL-Core | Core part: Dual Connectivity (EN-DC) of LTE inter-band CA xDL/1UL bands (x=2,3,4) and NR FR1 1DL/1UL band and NR FR2 1DL/1UL band | Rel-16 | R4 | 100% | RP-200905 | NTT DOCOMO | [JSN] |
860257 | DC_R16_xBLTE_2BNR_yDL3UL-Perf | Perf. part: Dual Connectivity (EN-DC) of LTE inter-band CA xDL/1UL bands (x=2,3,4) and NR FR1 1DL/1UL band and NR FR2 1DL/1UL band | Rel-16 | R4 | 100% | RP-200905 | NTT DOCOMO | [JSN] |
860060 | NR_n48_LTE_48_coex | LTE/NR spectrum sharing in band 48/n48 frequency range | Rel-16 | R4 | 100% | RP-201858 | Apple | [JSN] |
860160 | NR_n48_LTE_48_coex-Core | Core part: LTE/NR spectrum sharing in band 48/n48 frequency range | Rel-16 | R4 | 100% | RP-201858 | Apple | [JSN] |
800088 | LTE_NR_DC_CA_enh | LTE-NR & NR-NR Dual Connectivity and NR Carrier Aggregation enhancements | Rel-16 | R2 | 99% | RP-200791 | Ericsson | [JSN] |
800188 | LTE_NR_DC_CA_enh-Core | Core part: LTE-NR & NR-NR Dual Connectivity and NR CA enhancements | Rel-16 | R2 | 100% | RP-200791 | Ericsson | [JSN] |
800288 | LTE_NR_DC_CA_enh-Perf | Perf. part: LTE-NR & NR-NR Dual Connectivity and NR CA enhancements | Rel-16 | R4 | 100% | RP-200791 | Ericsson | [JSN] |
911004 | LTE_NR_DC_CA_enh-UEConTest | UE Conformance Test Aspects - LTE-NR & NR-NR Dual Connectivity and NR CA enhancements | Rel-16 | R5 | 100% | RP-231105 | Matti Kangas | [JSN] |
820079 | ENDC_UE_PC2_TDD_TDD | High power UE (power class 2) for EN-DC (1 LTE TDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-190315 | CMCC | [JSN] |
820061 | FS_ENDC_UE_PC2_FDD_TDD | Study on high power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-192268 | China Unicom | [JSN] |
820179 | ENDC_UE_PC2_TDD_TDD-Core | Core part: High power UE (power class 2) for EN-DC (1 LTE TDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-190315 | CMCC | [JSN] |
820279 | ENDC_UE_PC2_TDD_TDD-Perf | Perf. part: Power class 2 UE for EN-DC (1 LTE TDD band + 1 NR TDD band) | Rel-16 | R4 | 100% | RP-190315 | CMCC | [JSN] |
870062 | ENDC_UE_PC2_TDD_TDD-UEConTest | UE Conformance Test Aspects - High power UE (power class 2) for EN-DC (1 LTE TDD band + 1 NR TDD band) | Rel-16 | R5 | 100% | RP-202066 | CMCC | [JSN] |
790054 | LTE_NR_arch_evo | eNB(s) Architecture Evolution for E-UTRAN and NG-RAN | Rel-16 | R3 | 100% | RP-192917 | China Unicom | [JSN] |
790154 | LTE_NR_arch_evo-Core | Core part: eNB(s) Architecture Evolution for E-UTRAN and NG-RAN | Rel-16 | R3 | 100% | RP-192917 | China Unicom | [JSN] |
820080 | NR_n41_LTE_41_coex | LTE/NR spectrum sharing in Band 41/n41 frequency range | Rel-16 | R4 | 100% | RP-191588 | KDDI | [JSN] |
820180 | NR_n41_LTE_41_coex-Core | Core part: LTE/NR spectrum sharing in Band 41/n41 frequency range | Rel-16 | R4 | 100% | RP-190175 | KDDI | [JSN] |
800078 | LTE_NR_B41_Bn41_PC29dBm | 29 dBm UE Power Class for LTE band 41 and NR Band n41 | Rel-16 | R4 | 99% | RP-201134 | Sprint | [JSN] |
800178 | LTE_NR_B41_Bn41_PC29dBm-Core | Core part: 29 dBm UE Power Class for LTE band 41 and NR Band n41 | Rel-16 | R4 | 100% | RP-201134 | Sprint | [JSN] |
920068 | LTE_NR_B41_Bn41_PC29dBm-UEConTest | UE Conformance Test Aspects - 29 dBm UE Power Class for LTE Band 41 and NR Band n41 | Rel-16 | R5 | 100% | RP-211443 | Dan SONG, CMCC, T-Mobile | [JSN] |
800058 | Dual Connectivity (EN-DC) | Rel-16 | 100% | [JSN] | ||||
800066 | DC_R16_1BLTE_1BNR_2DL2UL | Dual Connectivity (EN-DC) of 1 LTE band (1UL/1DL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200752 | NTT DOCOMO | [JSN] |
800166 | DC_R16_1BLTE_1BNR_2DL2UL-Core | Core part: Dual Connectivity (EN-DC) of 1 LTE band (1UL/1DL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200752 | NTT DOCOMO | [JSN] |
800266 | DC_R16_1BLTE_1BNR_2DL2UL-Perf | Perf. part: Dual Connectivity (EN-DC) of 1 LTE band (1UL/1DL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200752 | NTT DOCOMO | [JSN] |
800067 | DC_R16_2BLTE_1BNR_3DL2UL | Dual Connectivity (EN-DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-201278 | Huawei | [JSN] |
800167 | DC_R16_2BLTE_1BNR_3DL2UL-Core | Core part: Dual Connectivity (EN-DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-201278 | Huawei | [JSN] |
800267 | DC_R16_2BLTE_1BNR_3DL2UL-Perf | Perf. part: Dual Connectivity (EN-DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-201278 | Huawei | [JSN] |
800068 | DC_R16_3BLTE_1BNR_4DL2UL | Dual Connectivity (EN-DC) of 3 bands LTE inter-band CA (3DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200657 | Ericsson | [JSN] |
800168 | DC_R16_3BLTE_1BNR_4DL2UL-Core | Core part: Dual Connectivity (EN-DC) of 3 bands LTE inter-band CA (3DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200657 | Ericsson | [JSN] |
800268 | DC_R16_3BLTE_1BNR_4DL2UL-Perf | Perf. part: Dual Connectivity (EN-DC) of 3 bands LTE inter-band CA (3DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200657 | Ericsson | [JSN] |
800069 | DC_R16_4BLTE_1BNR_5DL2UL | Dual Connectivity (EN-DC) of 4 bands LTE inter-band CA (4DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200648 | Nokia | [JSN] |
800169 | DC_R16_4BLTE_1BNR_5DL2UL-Core | Core part: Dual Connectivity (EN-DC) of 4 bands LTE inter-band CA (4DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200648 | Nokia | [JSN] |
800269 | DC_R16_4BLTE_1BNR_5DL2UL-Perf | Perf. part: Dual Connectivity (EN-DC) of 4 bands LTE inter-band CA (4DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-200648 | Nokia | [JSN] |
800070 | DC_R16_5BLTE_1BNR_6DL2UL | Dual Connectivity (EN-DC) of 5 bands LTE inter-band CA (5DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-180997 | Samsung | [JSN] |
800170 | DC_R16_5BLTE_1BNR_6DL2UL-Core | Stopped : Core part: Dual Connectivity (EN-DC) of 5 bands LTE inter-band CA (5DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-180997 | Samsung | [JSN] |
800270 | DC_R16_5BLTE_1BNR_6DL2UL-Perf | Stopped: Perf. part: Dual Connectivity (EN-DC) of 5 bands LTE inter-band CA (5DL/1UL) and 1 NR band (1DL/1UL) | Rel-16 | R4 | 100% | RP-180997 | Samsung | [JSN] |
800071 | DC_R16_xBLTE_2BNR_yDL2UL | Dual Connectivity (EN-DC) of x bands (x=1, 2, 3, 4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-16 | R4 | 100% | RP-200744 | LG Electronics | [JSN] |
800171 | DC_R16_xBLTE_2BNR_yDL2UL-Core | Core part: Dual Connectivity (EN-DC) of x bands (x=2, 3, 4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-16 | R4 | 100% | RP-200744 | LG Electronics | [JSN] |
800271 | DC_R16_xBLTE_2BNR_yDL2UL-Perf | Perf. part: Dual Connectivity (EN-DC) of x bands (x=2, 3, 4) LTE inter-band CA (xDL/1UL) and 2 bands NR inter-band CA (2DL/1UL) | Rel-16 | R4 | 100% | RP-200744 | LG Electronics | [JSN] |
790057 | LTE_TDD_2400_US | E-UTRA 2.4 GHz TDD Band for US | Rel-16 | R4 | 100% | RP-182405 | Globalstar | [JSN] |
790157 | LTE_TDD_2400_US-Core | Core part: E-UTRA 2.4 GHz TDD Band for US | Rel-16 | R4 | 100% | RP-182405 | Globalstar | [JSN] |
790257 | LTE_TDD_2400_US-Perf | Perf. part: E-UTRA 2.4 GHz TDD Band for US | Rel-16 | R4 | 100% | RP-182405 | Globalstar | [JSN] |
820063 | LTE_TDD_2400_US-UEConTest | UE Conformance Test Aspects - E-UTRA 2.4 GHz TDD Band for US (Band 53) | Rel-15 | R5 | 100% | RP-182406 | Globalstar | [JSN] |
800059 | LTE intra-band Carrier Aggregation (CA) | Rel-16 | 82% | [JSN] | ||||
800060 | LTE_CA_R16_intra | Rel-16 LTE intra-band CA for x CC DL/y CC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200655 | Ericsson | [JSN] |
800160 | LTE_CA_R16_intra-Core | Core part: Rel-16 LTE intra-band CA for x CC DL/y CC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200655 | Ericsson | [JSN] |
800260 | LTE_CA_R16_intra-Perf | Perf. part: Rel-16 LTE intra-band CA for x CC DL/y CC UL including contiguous and non-contiguous spectrum (x>=y) | Rel-16 | R4 | 100% | RP-200655 | Ericsson | [JSN] |
800061 | LTE_CA_R16_2BDL_1BUL | Rel-16 LTE inter-band CA for 2 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201263 | Qualcomm | [JSN] |
800161 | LTE_CA_R16_2BDL_1BUL-Core | Core part: Rel-16 LTE inter-band CA for 2 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201263 | Qualcomm | [JSN] |
800261 | LTE_CA_R16_2BDL_1BUL-Perf | Perf. part: Rel-16 LTE inter-band CA for 2 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201263 | Qualcomm | [JSN] |
800062 | LTE_CA_R16_3BDL_1BUL | Rel-16 LTE inter-band CA for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201012 | Huawei | [JSN] |
800162 | LTE_CA_R16_3BDL_1BUL-Core | Core part: Rel-16 LTE inter-band CA for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201012 | Huawei | [JSN] |
800262 | LTE_CA_R16_3BDL_1BUL-Perf | Perf. part: Rel-16 LTE inter-band CA for 3 bands DL with 1 band UL | Rel-16 | R4 | 100% | RP-201012 | Huawei | [JSN] |
800063 | LTE_CA_R16_xBDL_1BUL | Rel-16 LTE inter-band CA for x bands DL (x=4, 5) with 1 band UL | Rel-16 | R4 | 100% | RP-201238 | Nokia | [JSN] |
800163 | LTE_CA_R16_xBDL_1BUL-Core | Core part: Rel-16 LTE inter-band CA for x bands DL (x=4, 5) with 1 band UL | Rel-16 | R4 | 100% | RP-201238 | Nokia | [JSN] |
800263 | LTE_CA_R16_xBDL_1BUL-Perf | Perf. part: Rel-16 LTE inter-band CA for x bands DL (x=4, 5) with 1 band UL | Rel-16 | R4 | 100% | RP-201238 | Nokia | [JSN] |
800064 | LTE_CA_R16_2BDL_2BUL | Rel-16 LTE inter-band CA for 2 bands DL with 2 band UL | Rel-16 | R4 | 100% | RP-201014 | Huawei | [JSN] |
800164 | LTE_CA_R16_2BDL_2BUL-Core | Core part: Rel-16 LTE inter-band CA for 2 bands DL with 2 band UL | Rel-16 | R4 | 100% | RP-201014 | Huawei | [JSN] |
800264 | LTE_CA_R16_2BDL_2BUL-Perf | Perf. part: Rel-16 LTE inter-band CA for 2 bands DL with 2 band UL | Rel-16 | R4 | 100% | RP-201014 | Huawei | [JSN] |
800065 | LTE_CA_R16_xBDL_2BUL | Rel-16 LTE inter-band CA for x bands DL (x= 3, 4, 5) with 2 band UL | Rel-16 | R4 | 100% | RP-200740 | LG Electronics | [JSN] |
800165 | LTE_CA_R16_xBDL_2BUL-Core | Core part: Rel-16 LTE inter-band CA for x bands DL (x= 3, 4, 5) with 2 band UL | Rel-16 | R4 | 100% | RP-200740 | LG Electronics | [JSN] |
800265 | LTE_CA_R16_xBDL_2BUL-Perf | Perf. part: Rel-16 LTE inter-band CA for x bands DL (x= 3, 4, 5) with 2 band UL | Rel-16 | R4 | 100% | RP-200740 | LG Electronics | [JSN] |
810061 | LTE_CA_R16-UEConTest | UE Conformance Test Aspects – Rel-16 LTE CA configurations | Rel-16 | R5 | 7% | RP-182648 | Leif MATTISSON | [JSN] |
830076 | LTE_terr_bcast | LTE-based 5G terrestrial broadcast | Rel-16 | R1 | 100% | RP-193050 | Qualcomm | [JSN] |
800091 | FS_LTE_terr_bcast | Study on LTE-based 5G terrestrial broadcast | Rel-16 | R1 | 100% | RP-181342 | Qualcomm | [JSN] |
830176 | LTE_terr_bcast-Core | Core part: LTE-based 5G terrestrial broadcast | Rel-16 | R1 | 100% | RP-193050 | Qualcomm | [JSN] |
830276 | LTE_terr_bcast-Perf | Perf. part: LTE-based 5G terrestrial broadcast | Rel-16 | R4 | 100% | RP-193050 | Qualcomm | [JSN] |
830094 | LTE_PC2_B31_B72 | Power class 2 UE for LTE bands 31 and 72 | Rel-16 | R4 | 100% | RP-191285 | Nokia | [JSN] |
830194 | LTE_PC2_B31_B72-Core | Core part: Power class 2 UE for LTE bands 31 and 72 | Rel-16 | R4 | 100% | RP-190665 | Nokia | [JSN] |
830294 | LTE_PC2_B31_B72-Perf | Perf. part: Power class 2 UE for LTE bands 31 and 72 | Rel-16 | R4 | 100% | RP-190665 | Nokia | [JSN] |
860030 | LTE_PC2_B31_B72-UEConTest | UE Conformance Test Aspects – Addition of Power Class 2 UE for LTE bands 31 and 72 | Rel-16 | R5 | 100% | RP-192506 | Airbus | [JSN] |
800056 | Additional LTE bands | Rel-16 | 100% | [JSN] | ||||
800075 | LTE_bands_R16_M1_NB1 | Additional LTE bands for UE category M1 and/or NB1 in Rel-16 | Rel-16 | R4 | 100% | RP-202522 | Ericsson | [JSN] |
800175 | LTE_bands_R16_M1_NB1-Core | Core part: Additional LTE bands for UE category M1 and/or NB1 in Rel-16 | Rel-16 | R4 | 100% | RP-201200 | Ericsson | [JSN] |
800275 | LTE_bands_R16_M1_NB1-Perf | Perf. part: Additional LTE bands for UE category M1 and/or NB1 in Rel-16 | Rel-16 | R4 | 100% | RP-201200 | Ericsson | [JSN] |
900052 | LTE_bands_R16_M1_NB1-UEConTest | UE Conformance Test Aspects - Additional LTE bands for UE category M1 and/or NB1 in Rel-16 | Rel-16 | R5 | 100% | RP-202522 | Ericsson | [JSN] |
800076 | LTE_bands_R16_M2_NB2 | Additional LTE bands for UE category M2 and/or NB2 in Rel-16 | Rel-16 | R4 | 100% | RP-202523 | Ericsson | [JSN] |
800176 | LTE_bands_R16_M2_NB2-Core | Core part: Additional LTE bands for UE category M2 and/or NB2 in Rel-16 | Rel-16 | R4 | 100% | RP-201201 | Ericsson | [JSN] |
900053 | LTE_bands_R16_M2_NB2-UEConTest | UE Conformance Test Aspects - Additional LTE bands for UE category M2 and/or NB2 in Rel-16 | Rel-16 | R5 | 100% | RP-202523 | Ericsson | [JSN] |
800079 | LTE_high_speed_enh2 | Further performance enhancement for LTE in high speed scenario | Rel-16 | R4 | 100% | RP-181482 | NTT DOCOMO | [JSN] |
800179 | LTE_high_speed_enh2-Core | Core part: Further performance enhancement for LTE in high speed scenario | Rel-16 | R4 | 100% | RP-181482 | NTT DOCOMO | [JSN] |
800279 | LTE_high_speed_enh2-Perf | Perf. part: Further performance enhancement for LTE in high speed scenario | Rel-16 | R4 | 100% | RP-181482 | NTT DOCOMO | [JSN] |
800082 | NR_CLI_RIM | Cross Link Interference (CLI) handling and Remote Interference Management (RIM) for NR | Rel-16 | R1 | 62% | RP-193190 | LG Electronics | [JSN] |
800182 | NR_CLI_RIM-Core | Core part: Cross Link Interference (CLI) handling and Remote Interference Management (RIM) for NR | Rel-16 | R1 | 100% | RP-193190 | LG Electronics | [JSN] |
800282 | NR_CLI_RIM-Perf | Perf. part: Cross Link Interference (CLI) handling and Remote Interference Management (RIM) for NR | Rel-16 | R4 | 100% | RP-193190 | LG Electronics | [JSN] |
890047 | NR_CLI-UEConTest | UE Conformance Test Aspects - Cross Link Interference (CLI) handling for NR | Rel-16 | R5 | 34% | RP-210716 | Vijay Balasubramanian | [JSN] |
800086 | LTE_DL_MIMO_EE | DL MIMO efficiency enhancements for LTE | Rel-16 | R1 | 100% | RP-192766 | Huawei | [JSN] |
800186 | LTE_DL_MIMO_EE-Core | Core part: DL MIMO efficiency enhancements for LTE | Rel-16 | R1 | 100% | RP-192766 | Huawei | [JSN] |
800286 | LTE_DL_MIMO_EE-Perf | Perf. part: DL MIMO efficiency enhancements for LTE | Rel-16 | R4 | 100% | RP-192766 | Huawei | [JSN] |
820071 | Iuant_transfer | Transfer of Iuant interface specifications from 25-series to 37-series | Rel-16 | R3 | 100% | RP-190160 | Huawei | [JSN] |
820171 | Iuant_transfer-Core | Core part: Transfer of Iuant interface specifications from 25-series to 37-series | Rel-16 | R3 | 100% | RP-190160 | Huawei | [JSN] |
820072 | Direct_data_fw_NR | Direct data forwarding between NG-RAN and E-UTRAN nodes for inter-system mobility | Rel-16 | R3 | 100% | RP-182886 | Ericsson | [JSN] |
820172 | Direct_data_fw_NR-Core | Core part: Direct data forwarding between NG-RAN and E-UTRAN nodes for inter-system mobility | Rel-16 | R3 | 100% | RP-182886 | Ericsson | [JSN] |
800089 | LTE_feMob | Even further mobility enhancement in E-UTRAN | Rel-16 | R2 | 100% | RP-200148 | China Telecom | [JSN] |
800189 | LTE_feMob-Core | Core part: Even further mobility enhancement in E-UTRAN | Rel-16 | R2 | 100% | RP-200148 | China Telecom | [JSN] |
800289 | LTE_feMob-Perf | Perf. part: Even further mobility enhancement in E-UTRAN | Rel-16 | R4 | 100% | RP-200148 | China Telecom | [JSN] |
880066 | LTE_feMob-UEConTest | UE Conformance Test Aspects - Even further mobility enhancement in E-UTRAN | Rel-16 | R5 | 100% | RP-200731 | Jingzhou Wu, China Telecom | [JSN] |
820078 | LTE410_Europe_PPDR | 410 - 430 MHz E-UTRA FDD Band(s) for LTE PPDR and PMR/PAMR in Europe | Rel-16 | R4 | 100% | RP-191287 | Nokia | [JSN] |
820178 | LTE410_Europe_PPDR-Core | Core part: 410 - 430 MHz E-UTRA FDD Band(s) for LTE PPDR and PMR/PAMR in Europe | Rel-16 | R4 | 100% | RP-182898 | Nokia | [JSN] |
820278 | LTE410_Europe_PPDR-Perf | Perf. part: 410 - 430 MHz E-UTRA FDD Band(s) for LTE PPDR and PMR/PAMR in Europe | Rel-16 | R4 | 100% | RP-182898 | Nokia | [JSN] |
890041 | LTE410_Europe_PPDR-UEConTest | UE Conformance Test Aspects - 410-430 MHz E-UTRA FDD Band(s) for LTE PPDR and PMR/PAMR in Europe (Bands 87 and 88) | Rel-16 | R5 | 100% | RP-201479 | Nokia | [JSN] |
850072 | LCS_NAVIC | Support for NavIC Navigation Satellite System for LTE | Rel-16 | R2 | 100% | RP-192408 | Reliance Jio | [JSN] |
850172 | LCS_NAVIC-Core | Core part: Support for NavIC Navigation Satellite System for LTE | Rel-16 | R2 | 100% | RP-192408 | Reliance Jio | [JSN] |
850272 | LCS_NAVIC-Perf | Perf. part: Support for NavIC Navigation Satellite System for LTE | Rel-16 | R4 | 100% | RP-192408 | Reliance Jio | [JSN] |
840001 | 5GMS3 | 5G Media Streaming stage 3 | Rel-16 | S4 | 100% | SP-190464 | Paul Szucs, Sony | [JSN] |
880009 | UPIP_SEC | User Plane Integrity Protection | Rel-16 | S3 | 100% | SP-200656 | Tim Evans, Vodafone Group | [JSN] |
880001 | RM_H263_MP4V | Removal of H.263 and MPEG-4 Visual from 3GPP Services | Rel-16 | S4 | 100% | SP-200400 | Thomas Stockhammer | [JSN] |
830086 | MSR_GSM_UTRA_LTE_NR | Introduction of GSM, UTRA, E-UTRA and NR capability set(s) (CS(s)) to the multi-standard radio (MSR) specifications | Rel-16 | R4 | 100% | RP-190642 | Ericsson | [JSN] |
830186 | MSR_GSM_UTRA_LTE_NR-Core | Core part: Introduction of GSM, UTRA, E-UTRA and NR CS(s) to the MSR specifications | Rel-16 | R4 | 100% | RP-190642 | Ericsson | [JSN] |
830286 | MSR_GSM_UTRA_LTE_NR-Perf | Perf. Part: Introduction of GSM, UTRA, E-UTRA and NR CS(s) to the MSR specifications | Rel-16 | R4 | 100% | RP-190642 | Ericsson | [JSN] |
840066 | VBCLTE | Volume Based Charging Aspects for VoLTE | Rel-16 | 100% | SP-180813 | Chen, Ai, China Mobile | [JSN] | |
810021 | VBCLTE | Stage 2 of VBCLTE | Rel-16 | S5 | 100% | SP-180813 | Chen, Ai, China Mobile | [JSN] |
840012 | VBCLTE | CT aspects of VBCLTE | Rel-16 | ct | 100% | CP-191110 | Huang Zhenning (China Mobile) | [JSN] |
840067 | VBCLTE | Stopped - CT1 aspects of VBCLTE | Rel-16 | C1 | 100% | CP-191110 | Huang Zhenning (China Mobile) | [JSN] |
840068 | VBCLTE | CT3 aspects of VBCLTE | Rel-16 | C3 | 100% | CP-201206 | Huang Zhenning (China Mobile) | [JSN] |
820070 | NR_IAB | Integrated access and backhaul for NR | Rel-16 | 100% | RP-210442 | Qualcomm | [JSN] | |
750047 | FS_NR_IAB | Study on NR_IAB | Rel-16 | R2 | 100% | RP-181349 | Qualcomm | [JSN] |
850009 | IABARC | Architecture enhancements for the support of Integrated access and backhaul (IAB) | Rel-16 | S2 | 100% | SP-190627 | Hong Cheng, Qualcomm Incorporated | [JSN] |
850060 | IABARC | Stage 2 of IABARC | Rel-16 | S2 | 100% | SP-190627 | Hong Cheng, Qualcomm Incorporated | [JSN] |
850002 | IABARC | CT4 aspects of IABARC | Rel-16 | C4 | 100% | CP201074 | Chaponniere, Lena, Qualcomm Incorporated | [JSN] |
880059 | IABARC | CT1 aspects of IABARC | Rel-16 | C1 | 100% | CP201074 | Chaponniere, Lena, Qualcomm Incorporated | [JSN] |
820170 | NR_IAB-Core | Core part: NR_IAB | Rel-16 | R2 | 100% | RP-210442 | Qualcomm | [JSN] |
820270 | NR_IAB-Perf | Perf. Part: NR_IAB | Rel-16 | R4 | 100% | RP-210442 | Qualcomm | [JSN] |
850020 | NR_IAB | Security for IAB | Rel-16 | S3 | 100% | SP-190902 | Rajavelsamy Rajadurai, Samsung | [JSN] |
860013 | UPGF | User Plane Gateway Function for Inter-PLMN Security | Rel-16 | S3 | 100% | SP-191123 | Steve Kohalmi, Juniper Networks | [JSN] |
790003 | enIMS | Enhancements to IMS for new real time communication services | Rel-16 | S1 | 100% | SP-180137 | China Mobile, Hui Cai | [JSN] |
820028 | en5GPccSer | Enhancement of 5G PCC related services | Rel-16 | C3 | 100% | CP-183246 | Xiaoyun Zhou, Huawei | [JSN] |
810023 | EE_5G | Energy efficiency of 5G | Rel-16 | S5 | 100% | SP-191193 | CORNILY, Jean-Michel, ORANGE | [JSN] |
820039 | SINE_5G | Signalling Improvements for Network Efficiency in 5GS | Rel-16 | C1 | 100% | CP-190142 | Shu, Lin | [JSN] |
790001 | SMARTER_Ph2 | New Services and Markets Technology Enablers – Phase 2 | Rel-16 | S1 | 100% | SP-180589 | Li, Alice, Vodafone | [JSN] |
780055 | 5GVSC | 5G Voice Service Continuity | Rel-16 | S1 | 100% | SP-171077 | Qun Wei, China Unicom | [JSN] |
790015 | SCAS_5G | Security Assurance Specification for 5G | Rel-16 | S3 | 100% | SP-180689 | Marcus Wong, Huawei Technologies | [JSN] |
840069 | xBDT | 5GS Transfer of Policies for Background Data Transfer | Rel-16 | 100% | SP-180509 | Takeshi Usui KDDI | [JSN] | |
800030 | xBDT | Stage 2 of xBDT | Rel-16 | S2 | 100% | SP-180509 | Takeshi Usui KDDI | [JSN] |
840014 | xBDT | CT aspects of xBDT | Rel-16 | ct | 100% | CP-192182 | Yan Xiaojian, ZTE | [JSN] |
840070 | xBDT | CT1 aspects of xBDT | Rel-16 | C1 | 100% | CP-192182 | Yan Xiaojian, ZTE | [JSN] |
840071 | xBDT | CT3 aspects of xBDT | Rel-16 | C3 | 100% | CP-192182 | Yan Xiaojian, ZTE | [JSN] |
850057 | xBDT | CT4 aspects of xBDT | Rel-16 | C4 | 100% | CP-192182 | Yan Xiaojian, ZTE | [JSN] |
770020 | SerInter | Service Interactivity | Rel-16 | S4 | 100% | SP-170796 | Lo, Charles, Qualcomm Incorporated | [JSN] |
800002 | Alt_FX_EVS | Alternative EVS implementation using updated fixed-point basic operators | Rel-16 | S4 | 100% | SP-180286 | Pawate, Raj, Cadence Design Systems Inc | [JSN] |
800046 | Shared_Data | Shared Data Handling on Nudm and Nudr | Rel-16 | C4 | 100% | CP-181136 | Wiehe, Ulrich, Nokia | [JSN] |
790019 | CAPIF4xMB | Usage of CAPIF for xMB API | Rel-16 | S4 | 100% | SP-180031 | Thorsten Lohmar, Ericsson LM | [JSN] |
800009 | PDBDT | Policy delivery to UE for background data transfer | Rel-16 | S1 | 100% | SP-180324 | Takatsugu Kito, KDDI | [JSN] |
790004 | QoS_MON | QoS Monitoring | Rel-16 | S1 | 100% | SP-180141 | Amar Deol | [JSN] |
800005 | MOBRT | Inter-RAT Mobility requirements for real time service | Rel-16 | S1 | 100% | SP-180592 | Yang Xu, Oppo | [JSN] |
760058 | QOED | Management of QoE measurement collection | Rel-16 | S5 | 100% | SP-181069 | Petersen, Robert, Ericsson | [JSN] |
760059 | FS_NETPOL | Study on network policy management for mobile networks based on NFV scenarios | Rel-15 | S5 | 100% | SP-170593 | China Mobile Jinglei Liu | [JSN] |
810025 | NETPOL | Network policy management for mobile networks based on NFV scenarios | Rel-16 | S5 | 100% | SP-191194 | China Mobile Hao Zhang | [JSN] |
810024 | OAM_LTE_WLAN | OAM aspects of LTE and WLAN integration | Rel-16 | S5 | 100% | SP-180820 | Yizhi Yao, Intel Corporation | [JSN] |
810026 | METHOGY | Methodology for 5G management specifications | Rel-16 | S5 | 100% | SP-180822 | Groenendijk, Jan, Ericsson | [JSN] |
820030 | OFSBI_CH | Nchf Online and Offline charging services | Rel-16 | S5 | 100% | SP-181066 | Zhu Lei, Huawei | [JSN] |
820031 | 5GIEPC_CH | Charging Enhancement of 5GC interworking with EPC | Rel-16 | S5 | 100% | SP-181067 | Chen Shan, Huawei | [JSN] |
820032 | eNRM | NRM enhancements | Rel-16 | S5 | 100% | SP-190778 | Jing Ping, Nokia | [JSN] |
820033 | 5GS_Ph1_NEFCH | Network Exposure Charging in 5G System Architecture | Rel-16 | S5 | 100% | SP-181070 | Tornkvist, Robert, Ericsson | [JSN] |
820034 | 5GS_Ph1_AMFCH | Charging AMF in 5G System Architecture Phase 1 | Rel-16 | S5 | 100% | SP-181071 | Gardella, Maryse, Nokia | [JSN] |
820036 | TM_SBMA | Trace Management in the context of Services Based Management Architecture | Rel-16 | S5 | 100% | SP-181073 | Andrianov, Anatoly, Nokia | [JSN] |
820005 | LI16 | Lawful Interception Rel-16 | Rel-16 | S3LI | 100% | SP-181210 | Alex Leadbeater, BT | [JSN] |
820038 | IMSProtoc16 | IMS Stage-3 IETF Protocol Alignment | Rel-16 | C1 | 100% | CP-183084 | Leis, Peter, Nokia | [JSN] |
870077 | IMSProtoc16 | CT1 aspects of IMSProtoc16 | Rel-16 | C1 | 100% | CP-183084 | Leis, Peter, Nokia | [JSN] |
880060 | IMSProtoc16 | CT3 aspects of IMSProtoc16 | Rel-16 | C3 | 100% | CP-183084 | Leis, Peter, Nokia | [JSN] |
870078 | 5GProtoc16 | (IETF) Location Source Parameter for the SIP Geolocation Header Field (draft-ietf-sipcore-locparam) | Rel-16 | C1-IETF | 100% | CP-200146 | Sedlacek, Ivo, Ericsson | [JSN] |
820041 | 5GProtoc16 | Stage-3 5GS NAS protocol development | Rel-16 | C1 | 100% | CP-200146 | Sedlacek, Ivo, Ericsson | [JSN] |
820049 | 5GProtoc16 | Stage-3 5GS NAS protocol development general aspects | Rel-16 | C1 | 100% | CP-200146 | Sedlacek, Ivo, Ericsson | [JSN] |
820050 | 5GProtoc16-non3GPP | Stage-3 5GS NAS protocol development for support for non-3GPP accesses | Rel-16 | C1 | 100% | CP-200146 | Sedlacek, Ivo, Ericsson | [JSN] |
820042 | SAES16 | Stage-3 SAE Protocol Development for Rel16 | Rel-16 | C1 | 100% | CP-183088 | Aghili, Behrouz, InterDigital Communications | [JSN] |
820046 | SAES16 | Stage-3 SAE Protocol Development for Rel16 general aspects | Rel-16 | C1 | 100% | CP-183088 | Aghili, Behrouz, InterDigital Communications | [JSN] |
820047 | SAES16-CSFB | Stage-3 SAE Protocol Development for Rel16 for CS Fallback in EPS | Rel-16 | C1 | 100% | CP-183088 | Aghili, Behrouz, InterDigital Communications | [JSN] |
820048 | SAES16-non3GPP | Stage-3 SAE Protocol Development Rel16 for support for non-3GPP accesses | Rel-16 | C1 | 100% | CP-183088 | Aghili, Behrouz, InterDigital Communications | [JSN] |
840018 | 5GS_S6b_Optional | S6b Optional for ePDG connected to 5GS | Rel-16 | S2 | 100% | SP-190447 | Irfan Ali, Cisco | [JSN] |
840002 | SBIProtoc16 | Service Based Interface Protocol Improvements | Rel-16 | ct | 100% | CP-191060 | Yue Song, China Mobile | [JSN] |
840052 | SBIProtoc16 | CT3 aspects of SBIProtoc16 | Rel-16 | C3 | 100% | CP-191060 | Yue Song, China Mobile | [JSN] |
840053 | SBIProtoc16 | CT4 aspects of SBIProtoc16 | Rel-16 | C4 | 100% | CP-191060 | Yue Song, China Mobile | [JSN] |
840008 | ISAT-MO-WITHDRAW | Withdrawal of TS 24.323 from Rel-11, Rel-12, Rel-13 | Rel-16 | C1 | 100% | CP-191151 | Dawes, Peter, Vodafone | [JSN] |
840051 | LIR16 | Lawful Interception Report Rel-16 | Rel-16 | S3LI | 0% | SP-190342 | Nag Rao, Nokia | [JSN] |
850003 | RTCPVer | RTCP Verification for Real-Time Services | Rel-16 | S4 | 100% | SP-190639 | Burman, Bo, Ericsson LM, | [JSN] |
850025 | 5GS_NSPACH | Network Slice Performance and Analytics Charging in 5G System | Rel-16 | S5 | 100% | SP-190780 | Chen Shan, Huawei | [JSN] |
850026 | COSLA | Closed loop SLS Assurance | Rel-16 | S5 | 100% | SP-190781 | Groenendijk, Jan, Ericsson | [JSN] |
850027 | OAM_RTT | Streaming trace reporting | Rel-16 | S5 | 100% | SP-190782 | Andrianov, Anatoly, Nokia | [JSN] |
850031 | MEMTANE | Enhancement of 3GPP management system for multiple tenant environment support | Rel-16 | S5 | 100% | SP-190786 | Zhu, Lei, Huawei | [JSN] |
850033 | 5GS_NSMCH | Network Slice Management Charging in 5G System | Rel-16 | S5 | 100% | SP-190788 | Gardella, Maryse, Nokia | [JSN] |
850034 | MA5SLA | Management Aspects of 5G Service-Level Agreement | Rel-16 | S5 | 100% | SP-200185 | Hu, Yushuang, CMCC | [JSN] |
850001 | LOLC | Load and Overload Control of 5GC Service Based Interfaces | Rel-16 | 100% | CP-200059 | Giorgi Gulbani (Huawei) | [JSN] | |
800044 | FS_LOLC | Study on Load and Overload Control of 5GC Service Based Interfaces | Rel-16 | C4 | 100% | CP-181195 | Sridhar Bhaskaran (Huawei) | [JSN] |
850052 | LOLC | Deleted: C3 aspects of LOLC (TBD) | Rel-16 | C3 | 100% | CP-200059 | Giorgi Gulbani (Huawei) | [JSN] |
850054 | LOLC | C4 aspects of LOLC | Rel-16 | C4 | 100% | CP-200059 | Giorgi Gulbani (Huawei) | [JSN] |
880056 | 5GS_OTAF | 5GS Enhanced support of Over the air (OTA) mechanism for UICC configuration parameter update | Rel-16 | C4 | 100% | CP-192257 | Wiehe, Ulrich, Nokia | [JSN] |
880057 | 5GS_OTAF | C1 aspects of 5GS_OTAF | Rel-16 | C1 | 100% | CP-192257 | Wiehe, Ulrich, Nokia | [JSN] |
850005 | 5GS_OTAF | C4 aspects of 5GS_OTAF | Rel-16 | C4 | 100% | CP-192257 | Wiehe, Ulrich, Nokia | [JSN] |
830026 | ONAP3GPP | Integration of ONAP and 3GPP 5G management framework | Rel-16 | S5 | 100% | SP-190139 | SMITH David K., AT&T | [JSN] |
860011 | DAHOE | Support of Hybrid DASH/HLS over eMBMS | Rel-16 | S4 | 100% | SP-190988 | Thienot, Cédric, Enensys | [JSN] |
860017 | CryptPr | 3GPP profiles for cryptographic algorithms and security protocols | Rel-16 | S3 | 100% | SP-191129 | Christine Jost, Ericsson | [JSN] |
860020 | CHFCQM | CHF-controlled quota management | Rel-16 | S5 | 100% | SP-191189 | Lagha, Naceur, Amdocs | [JSN] |
860021 | 5GMDT | Management of MDT in 5G | Rel-16 | S5 | 100% | SP-191190 | Ayani, Zhulia, Ericsson | [JSN] |
860023 | 5GMNC | 5G management capabilities | Rel-16 | S5 | 100% | SP-191195 | CORNILY, Jean-Michel, ORANGE | [JSN] |
860001 | NUDSF | Nudsf Service Based Interface | Rel-16 | C4 | 100% | CP-193270 | Askerup, Anders, Hewlett Packard Enterprise, | [JSN] |
840029 | FS_NUDSF | Study on Nudsf Service Based Interface | Rel-16 | C4 | 100% | CP-191236 | Askerup, Anders, Hewlett Packard Enterprise | [JSN] |
860002 | NSORAF | Nsoraf Service Based Interface | Rel-16 | C4 | 100% | CP-193017 | EL MOATAMID, Abdessamad, Orange | [JSN] |
860004 | eIMSVideo | Video enhancement of IMS CAT/CRS/announcement services | Rel-16 | C1 | 100% | CP-193149 | Hongxia Hao, Huawei | [JSN] |
870010 | ANTeM | Ambient noise test methodology for evaluation of acoustic UE performance | Rel-16 | S4 | 100% | SP-200051 | Jan Reimes, HEAD acoustics GmbH, | [JSN] |
890045 | B1C_BDS_pos_UEConTest | UE Conformance Test Aspects - B1C Signal in BDS Positioning System Support for LTE and NR | Rel-16 | R5 | 100% | RP-201777 | CATT | [JSN] |
911002 | NR_EIEI-UEConTest | UE Conformance Test Aspects - Support of eCall over IMS for NR | Rel-16 | R5 | 100% | RP-210704 | Bharadwaj Kumar Cheruvu, Qualcomm | [JSN] |
960003 | UEConTest_R16 | UE Conformance Test Aspects Release 16 | Rel-16 | C6 | 100% | CP-221184 | COLLET, Hervé, Thales | [JSN] |
770050 | TEI16 | (Small) Technical Enhancements and Improvements for Rel-16 | Rel-16 | 0% | [JSN] | |||
800100 | TEI16 | (IETF) The Transport Layer Security (TLS) Protocol Version 1.3 (RFC 8446) | Rel-16 | S3-IETF | 100% | [JSN] | ||
860099 | TEI16_Test | (Small) Test Technical Enhancements and Improvements for Rel-16 | Rel-16 | R5 | 0% | [JSN] | ||
800029 | FS_NG_RTC | Stopped - Study on system architecture for next generation real time communication services | Rel-16 | S2 | 100% | SP-180508 | Yi Jiang | [JSN] |
790014 | FS_5G_UTRAN_SEC | Study on security aspects of single radio voice continuity from 5G to UTRAN | Rel-16 | S3 | 100% | SP-180209 | Feng Gao, China Unicom | [JSN] |
780023 | FS_256_Algo | Study on supporting 256-bit algorithms for 5G | Rel-16 | S3 | 100% | SP-171054 | Evans, Tim, Vodafone Group | [JSN] |
780001 | FS_UPPS | Study on User Plane Protocol in 5GC | Rel-16 | C4 | 100% | CP-182052 | Satoru Matsushima, SoftBank Corp | [JSN] |
790012 | FS_AAI_LTE_NR | Stopped - Study on Application Awareness Interworking between LTE and NR | Rel-16 | S2 | 100% | SP-180122 | Biao Long, China Telecom | [JSN] |
800090 | FS_NR_beyond_52GHz | Study on NR beyond 52.6 GHz | Rel-16 | RP | 100% | RP-181435 | Intel | [JSN] |
800093 | FS_NR_RIM | Study on remote interference management for NR | Rel-16 | R1 | 100% | RP-181430 | CMCC | [JSN] |
801000 | FS_LTE_NR_data_collect | Study on RAN-centric data collection and utilization for LTE and NR | Rel-16 | R3 | 100% | RP-181456 | CMCC | [JSN] |
801001 | FS_NR_MIMO_OTA_test | Study on radiated metrics and test methodology for the verification of multi-antenna reception performance of NR UEs | Rel-16 | R4 | 100% | RP-201069 | CAICT | [JSN] |
801002 | FS_NR_2RX_vehUE | Study on evaluation for 2 RX exception in Rel-15 vehicle mounted UE for NR | Rel-16 | R4 | 100% | RP-181467 | Samsung | [JSN] |
750044 | FS_NR_test_methods | Study of test methods for New Radio | Rel-16 | R4 | 100% | RP-180546 | Intel | [JSN] |
750046 | FS_NR_NOMA | Study on Non-Orthogonal Multiple Access (NOMA) for NR | Rel-16 | R1 | 100% | RP-181403 | ZTE | [JSN] |
810033 | FS_5GS_KDF | Stopped - Study of KDF negotiation for 5G System Security | Rel-16 | S3 | 100% | SP-180691 | Ahmad Muhanna | [JSN] |
760053 | FS_LTKUP | Study on Long Term Key Update Procedures | Rel-16 | S3 | 100% | SP-170413 | Evans, Tim, Vodafone | [JSN] |
810006 | FS_5GXR | Study on eXtended Reality (XR) in 5G | Rel-16 | S4 | 100% | SP-180667 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
820060 | FS_7to24GHz_NR | Study on 7 - 24 GHz frequency range for NR | Rel-16 | R4 | 100% | RP-192076 | Huawei | [JSN] |
830006 | FS_HaNTE | Study on UEs Supporting Handset Mode with Non-Traditional Earpieces | Rel-16 | S4 | 100% | SP-190041 | Schevciw, Andre, Qualcomm Incorporated | [JSN] |
830072 | FS_enh_disagg_gNB | Study on enhancement for disaggregated gNB architecture | Rel-16 | R3 | 100% | RP-191975 | China Telecom | [JSN] |
840090 | FS_UE_5GNR_App_Data_Perf | Study on 5G NR UE Application Layer Data Throughput Performance | Rel-16 | R5 | 100% | RP-212470 | Qualcomm | [JSN] |
770002 | FS_5GSAT | Study on using Satellite Access in 5G | Rel-16 | S1 | 100% | SP-170702 | MICHEL, Cyril | [JSN] |
770003 | FS_enIMS | Study on enhancements to IMS for new real time communication services | Rel-16 | S1 | 100% | SP-170703 | China Mobile, Hui Cai | [JSN] |
800037 | FS_PROTIMP | Stopped - Study on protocol enhancement for real time communication | Rel-16 | S5 | 100% | SP-180597 | Olaf Pollakowski, Nokia | [JSN] |
800038 | FS_ONAPCINT | Study on integration of ONAP and 3GPP configuration management services for 5G networks | Rel-16 | S5 | 100% | SP-181075 | Li Gang, Ericsson | [JSN] |
780031 | FS_ONAPDCAE | Study on integration of ONAP DCAE and 3GPP management architecture | Rel-16 | S5 | 100% | SP-181074 | ORANGE (Jean-Michel Cornily | [JSN] |
800039 | FS_MAN_EC | Study on management aspects of edge computing | Rel-16 | S5 | 100% | SP-180390 | Joey Chou, Intel | [JSN] |
750048 | FS_5G_eval | Study on self-evaluation towards IMT-2020 submission | Rel-16 | ITU-R AH,ITU-RAH | 100% | RP-181318 | Huawei | [JSN] |
810029 | FS_CSMAN | Study on management aspects of communication services | Rel-16 | S5 | 100% | SP-180923 | Groenendijk, Jan, Ericsson | [JSN] |
810005 | FS_TyTrac | Study on Typical Traffic Characteristics of Media Services | Rel-16 | S4 | 100% | SP-180666 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
820037 | FS_OAM_RTT | Study on non-file-based trace reporting | Rel-16 | S5 | 100% | SP-181076 | Andrianov, Anatoly, Nokia | [JSN] |
820004 | FS_ANTeM | Study on ambient noise test methodology for evaluation of acoustic UE performance | Rel-16 | S4 | 100% | SP-180986 | Jan Reimes, HEAD acoustics GmbH | [JSN] |
800027 | FS_FLADN | Stopped - Study on supporting Flexible Local Area Data Network | Rel-16 | S2 | 100% | SP-180506 | LG Electronics, | [JSN] |
760045 | FS_ENTRADE | Stopped - Study on encrypted traffic detection | Rel-16 | S2 | 100% | SP-181111 | Chi Ren, China Unicom | [JSN] |
850018 | FS_5GC_SEC_ARPF | Study on storage and transport of 5GC security parameters for ARPF authentication | Rel-16 | S3 | 100% | SP-190708 | Evans, Timothy, Vodafone | [JSN] |
740005 | 5GS_Ph1 | 5G System - Phase 1 | Rel-15 | 97% | SP-160958 | China Mobile, Tao Sun | [JSN] | |
750019 | FS_5GS_Ph1_CH | Study on Charging Aspects of 5G System Architecture Phase 1 | Rel-15 | S5 | 100% | SP-170953 | Chen, Shan, Huawei | [JSN] |
720005 | SMARTER | (Stage 1 of 5G) New Services and Markets Technology Enablers | Rel-15 | S1 | 100% | SP-160364 | Li, Alice | [JSN] |
740061 | 5GS_Ph1 | Stage 2 of 5G System - Phase 1 | Rel-15 | S2 | 100% | SP-160958 | China Mobile, Tao Sun | [JSN] |
750016 | 5GS_Ph1-SEC | Security aspects of 5G System - Phase 1 | Rel-15 | S3 | 100% | SP-180693 | NTT DOCOMO, Alf Zugenmaier | [JSN] |
870079 | 5GS_Ph1-SEC | Security aspects of 5G System - Phase 1 IETF | Rel-15 | S3-IETF | 50% | [JSN] | ||
750025 | 5GS_Ph1-CT | CT aspects of 5G System - Phase 1 | Rel-15 | ct | 100% | CP-183243 | Song Yue (China Mobile) | [JSN] |
750026 | 5GS_Ph1-CT | Studies on CT1 aspects of 5G System - Phase 1 | Rel-15 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] | |
770042 | 5GS_Ph1-CT | Study on 5G Network selection | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770043 | 5GS_Ph1-CT | Study on 5G Mobility management | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770044 | 5GS_Ph1-CT | Study on 5G Session management | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770045 | 5GS_Ph1-CT | Study on 5G Non-3GPP access networks | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770046 | 5GS_Ph1-CT | Study on 5G Interworking with EPC | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770047 | 5GS_Ph1-CT | Study on 5G System core network impact on services, network functions and capabilities | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
770048 | 5GS_Ph1-CT | Study on 5G Network slicing | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780008 | 5GS_Ph1-CT | CT1 aspects of 5G System - Phase 1 (normative work) | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780009 | 5GS_Ph1-CT | 5G Network selection | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780010 | 5GS_Ph1-CT | 5G Mobility management | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780011 | 5GS_Ph1-CT | 5G Session management | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780012 | 5GS_Ph1-CT | 5G Non-3GPP access networks | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780013 | 5GS_Ph1-CT | 5G Interworking with EPC | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780014 | 5GS_Ph1-CT | 5G System core network impact on services, network functions and capabilities | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
780015 | 5GS_Ph1-CT | 5G Network slicing | Rel-15 | C1 | 100% | CP-183243 | Herrero Veron, Christian (Huawei) | [JSN] |
750027 | 5GS_Ph1-CT | Study on CT3 aspects of 5G System - Phase 1 | Rel-15 | C3 | 100% | CP-183243 | Fernandez, Susana (Ericsson) | [JSN] |
790044 | 5GS_Ph1-CT | CT3 aspects of 5G System - Phase 1 | Rel-15 | C3 | 100% | CP-183243 | Fernandez, Susana (Ericsson) | [JSN] |
750028 | 5GS_Ph1-CT | CT4 aspects of 5G System - Phase 1 | Rel-15 | C4 | 100% | CP-183243 | Landais, Bruno (Nokia) | [JSN] |
870080 | 5GS_Ph1-CT | (IETF) Improved Extensible Authentication Protocol Method for 3GPP Mobile Network Authentication and Key Agreement (EAP-AKA') (draft-ietf-emu-rfc5448bis) | Rel-15 | C4-IETF | 100% | [JSN] | ||
750029 | 5GS_Ph1-CT | Study on CT6 aspects of 5G System - Phase 1 | Rel-15 | C6 | 100% | CP-183243 | Amandeep Virk from Qualcomm | [JSN] |
790043 | 5GS_Ph1-CT | CT6 aspects of 5G System - Phase 1 | Rel-15 | C6 | 100% | CP-183243 | Landais, Bruno (Nokia) | [JSN] |
800081 | 5GS_Ph1-CT_n3GPPA-UEConTest | UE Conformance Test Aspects – 5G System Non-3GPP Access | Rel-15 | R5 | 100% | RP-181032 | Motorola | [JSN] |
760029 | 5GS_Ph1-IMSo5G | IMS impact due to 5GS IP-CAN | Rel-15 | ct | 100% | CP-180094 | Song Yue (China Mobile) | [JSN] |
770017 | 5GS_Ph1-IMSo5G | CT1 aspects of IMSo5G | Rel-15 | C1 | 100% | CP-180094 | Song Yue, China Mobile | [JSN] |
770018 | 5GS_Ph1-IMSo5G | CT3 aspects of IMSo5G | Rel-15 | C3 | 100% | CP-180094 | Herrero Veron, Christian (Huawei) | [JSN] |
770019 | 5GS_Ph1-IMSo5G | CT4 aspects of IMSo5G | Rel-15 | C4 | 100% | CP-180094 | Herrero Veron, Christian (Huawei) | [JSN] |
780034 | 5GS_Ph1-SBI_CH | Service Based Interface for 5G Charging | Rel-15 | S5 | 100% | SP-170951 | Chen, Shan, Huawei | [JSN] |
780035 | 5GS_Ph1-DCH | Data Charging in 5G System Architecture Phase 1 | Rel-15 | S5 | 100% | SP-170952 | Gardella, Maryse, Nokia | [JSN] |
810028 | 5GS_Ph1-SMSCH | SMS Charging in 5G System Architecture Phase 1 | Rel-15 | S5 | 100% | SP-180824 | Gardella, Maryse, Nokia | [JSN] |
800040 | 5GS_Ph1_IMSCH | Charging for IMS over 5G System Architecture Phase 1 | Rel-15 | S5 | 100% | SP-180391 | Gardella, Maryse, Nokia | [JSN] |
800041 | 5GS_Ph1_UEConTest | UE Conformance Test Aspects - CT6 aspects of 5G System | Rel-15 | C6 | 100% | CP-183242 | Azem, Dania (COMPRION GmbH) | [JSN] |
750035 | EDCE5 | EPC enhancements to support 5G New Radio via Dual Connectivity | Rel-15 | 100% | SP-170583 | Chris Pudney, Vodafone Group | [JSN] | |
750012 | EDCE5 | SA2 aspects of EDCE5 | Rel-15 | S2 | 100% | SP-170583 | Chris Pudney, Vodafone Group | [JSN] |
750036 | EDCE5 | SA3 aspects of EDCE5 | Rel-15 | S3 | 100% | SP-170233 | Adrian Escott, Qualcomm Incorporated | [JSN] |
760001 | EDCE5-CT | CT aspects of EDCE5 | Rel-15 | ct | 100% | CP-173038 | Jesús de Gregorio, Ericsson | [JSN] |
760068 | EDCE5-CT | CT1 aspects of EDCE5 | Rel-15 | C1 | 100% | CP-173038 | Jesús de Gregorio, Ericsson | [JSN] |
760069 | EDCE5-CT | CT3 aspects of EDCE5 | Rel-15 | C3 | 100% | CP-173038 | Jesús de Gregorio, Ericsson | [JSN] |
760070 | EDCE5-CT | CT4 aspects of EDCE5 | Rel-15 | C4 | 100% | CP-173038 | Jesús de Gregorio, Ericsson | [JSN] |
760062 | EDCE5-CH | Charging aspects of EDCE5: PS Charging enhancements to support 5G New Radio via Dual Connectivity | Rel-15 | S5 | 100% | SP-170487 | Törnkvist, Robert, Ericsson | [JSN] |
750067 | NR_newRAT | New Radio Access Technology | Rel-15 | R1 | 100% | RP-190213 | NTT DOCOMO | [JSN] |
750167 | NR_newRAT-Core | Core part: New Radio Access Technology | Rel-15 | R1 | 100% | RP-190213 | NTT DOCOMO | [JSN] |
750267 | NR_newRAT-Perf | Perf. part: New Radio Access Technology | Rel-15 | R4 | 100% | RP-191971 | NTT DOCOMO | [JSN] |
750072 | LTE_5GCN_connect | LTE connectivity to 5G-CN | Rel-15 | R2 | 100% | RP-171432 | Huawei | [JSN] |
750172 | LTE_5GCN_connect-Core | Core part: LTE connectivity to 5G-CN | Rel-15 | R2 | 100% | RP-180860 | Huawei | [JSN] |
761205 | LTE_5GCN_connect-Perf | Perf. part: LTE connectivity to 5G-CN | Rel-15 | R4 | 100% | RP-180860 | Huawei | [JSN] |
760087 | 5GS_NR_LTE-UEConTest | UE Conformance Test Aspects - 5G system with NR and LTE | Rel-15 | R5 | 87% | RP-211228 | Ericsson | [JSN] |
750003 | eV2X | Enhancement of 3GPP support for V2X scenarios | Rel-15 | 100% | SP-170158 | Chun, SungDuck, LG Electronics | [JSN] | |
720003 | FS_eV2X | Study on Enhancement of 3GPP support for V2X services | Rel-15 | S1 | 100% | SP-160370 | LG Electronics, SungDuck Chun | [JSN] |
750002 | eV2X | Stage 1 of Enhancement of 3GPP support for V2X scenarios | Rel-15 | S1 | 100% | SP-170158 | Chun, SungDuck, LG Electronics | [JSN] |
750075 | LTE_V2X_CA_bands | V2X new band combinations for LTE | Rel-15 | R4 | 100% | RP-170752 | LG Electronics | [JSN] |
750175 | LTE_V2X_CA_bands-Core | Core part: V2X new band combinations for LTE | Rel-15 | R4 | 100% | RP-180328 | LG Electronics | [JSN] |
750062 | LTE_eV2X | Enhancements on LTE-based V2X Services | Rel-15 | R1 | 99% | RP-171069 | Huawei | [JSN] |
750162 | LTE_eV2X-Core | Core part: V2X phase 2 based on LTE | Rel-15 | R1 | 99% | RP-171740 | Huawei | [JSN] |
750262 | LTE_eV2X-Perf | Perf. Part: V2X phase 2 based on LTE | Rel-15 | R4 | 100% | RP-182549 | Huawei | [JSN] |
700045 | FS_V2XLTE_ARC | Study on security aspects for LTE support of V2X services | Rel-15 | S3 | 100% | SP-150852 | Huawei, Marcus Wong | [JSN] |
770037 | EPS_URLLC | EPC support for E-UTRAN Ultra Reliable Low Latency Communication | Rel-15 | S2 | 100% | SP-170811 | Chris PUDNEY | [JSN] |
750061 | LTE_HRLLC | Highly Reliable Low Latency Communication for LTE | Rel-15 | R1 | 46% | RP-171489 | Ericsson | [JSN] |
750161 | LTE_HRLLC-Core | Core part: Highly Reliable Low Latency Communication for LTE | Rel-15 | R1 | 99% | RP-181259 | Ericsson | [JSN] |
750261 | LTE_HRLLC-Perf | Perf. part: Highly Reliable Low Latency Communication for LTE | Rel-15 | R4 | 0% | RP-181259 | Ericsson | [JSN] |
720057 | FS_MCSMI | Study on MC system migration and interconnect between MCPTT systems | Rel-15 | S6 | 100% | SP-160880 | Chater-Lea, David | [JSN] |
720058 | FS_MCCI | Study on MC Communication Interworking between LTE and non-LTE Systems | Rel-15 | S6 | 100% | SP-160881 | Monnes, Peter (Harris Corp.) | [JSN] |
720083 | FS_MC_Sec | Study on MC Security Enhancements | Rel-15 | S3 | 100% | SP-170416 | Haigh, Peter, CESG | [JSN] |
760050 | MCCI | MC Communication Interworking between LTE and non-LTE Systems (Stage 3 in Rel16) | Rel-15 | S6 | 100% | SP-170578 | Monnes, Peter, Harris Corporation | [JSN] |
780002 | MCOver | Removal of 'over LTE' limitation from Mission Critical Specifications | Rel-15 | S1 | 100% | SP-180354 | Kees Verweij ;The Police of the Netherlands | [JSN] |
750021 | enhMCPTT | Enhancements to MCPTT functional architecture and information flows | Rel-15 | 100% | SP-170248 | Dom Lazara, Motorola Solutions | [JSN] | |
770008 | enhMCPTT | Stage 2 of enhMCPTT | Rel-15 | S6 | 100% | SP-170248 | Dom Lazara, Motorola Solutions | [JSN] |
770009 | enhMCPTT-CT | Stage 3 of enhMCPTT | Rel-15 | C1 | 100% | CP-172030 | FREDERICKS, Bob | [JSN] |
750022 | eMCData | Enhancements to MC Data Functional architecture and information flows | Rel-15 | 100% | SP-170462 | David Freeman, Home Office | [JSN] | |
770010 | eMCData | Stage 2 of eMCData | Rel-15 | S6 | 100% | SP-170462 | David Freeman, Home Office | [JSN] |
770011 | eMCData-CT | Stage 3 of eMCData | Rel-15 | C1 | 100% | CP-172146 | HASON, Baruh | [JSN] |
760048 | eMCVideo | Enhancements to MC Video Functional architecture and information flows | Rel-15 | 100% | SP-170401 | Niranth Amogh, Huawei Telecommunications (India | [JSN] | |
770012 | eMCVideo | Stage 2 of eMCVideo | Rel-15 | S6 | 100% | SP-170401 | Niranth Amogh, Huawei Telecommunications (India | [JSN] |
770013 | eMCVideo-CT | Stage 3 of eMCVideo | Rel-15 | ct | 100% | CP-181084 | WEI, Haitao | [JSN] |
770014 | eMCVideo-CT | CT1 aspects of eMCVideo | Rel-15 | C1 | 100% | CP-181084 | WEI, Haitao | [JSN] |
770015 | eMCVideo-CT | CT3 aspects of eMCVideo | Rel-15 | C3 | 100% | CP-181084 | WEI, Haitao | [JSN] |
770016 | eMCVideo-CT | CT6 aspects of eMCVideo | Rel-15 | C6 | 100% | CP-181084 | WEI, Haitao | [JSN] |
760067 | eMCSec | MC Security Enhancements | Rel-15 | S3 | 100% | SP-170415 | Haigh, Peter, NCSC | [JSN] |
750023 | MBMS_Mcservices | MBMS usage for MC communication services | Rel-15 | S6 | 100% | SP-170686 | Magnus Tränk, Ericsson | [JSN] |
800043 | MBMS_Mcservices | Stage 2 for MBMS_Mcservices | Rel-15 | S6 | 100% | SP-170686 | Magnus Tränk, Ericsson | [JSN] |
800017 | MBMS_Mcservices | Stage 3 for MBMS_Mcservices | Rel-15 | C1 | 100% | CP-183105 | Axell, Jörgen, Ericsson | [JSN] |
760049 | MCSMI | MC system migration and interconnection | Rel-15 | S6 | 100% | SP-170577 | Chater-Lea, David; Motorola Solutions | [JSN] |
770007 | MCProtoc15 | Protocol enhancements for Mission Critical Services | Rel-15 | C1 | 100% | CP-172145 | Jörgen Axell | [JSN] |
890042 | MCenhUEConTest | UE Conformance Test Aspects - Enhancements for Mission Critical Services MCPTT, MCData and MCVideo | Rel-15 | R5 | 100% | RP-212956 | KAHN, Jason, NIST (U.S. Department of Commerce) | [JSN] |
730050 | BEST_MTC_Sec | Battery Efficient Security for very low Throughput MTC Devices | Rel-15 | S3 | 100% | SP-160569 | Evans, Tim, VODAFONE Group Plc. | [JSN] |
780016 | AT_CIoT-Ext | AT Commands for CIoT-Ext | Rel-15 | C1 | 100% | CP-173083 | Bakker, John-Luc (Blackberry) | [JSN] |
750059 | LTE_eMTC4 | Even further enhanced MTC for LTE | Rel-15 | R1 | 100% | RP-171427 | Ericsson | [JSN] |
750159 | LTE_eMTC4-Core | Core part: Even further enhanced MTC for LTE | Rel-15 | R1 | 100% | RP-172811 | Ericsson | [JSN] |
750259 | LTE_eMTC4-Perf | Perf. part: Even further enhanced MTC for LTE | Rel-15 | R4 | 100% | RP-172811 | Ericsson | [JSN] |
860032 | LTE_eMTC4-UEConTest | UE Conformance Test Aspects - Even further enhanced MTC for LTE | Rel-15 | R5 | 100% | RP-192894 | Ericsson | [JSN] |
750066 | NB_IOTenh2 | Further NB-IoT enhancements | Rel-15 | R1 | 98% | RP-182389 | Huawei | [JSN] |
750166 | NB_IOTenh2-Core | Core part: Further NB-IoT enhancements | Rel-15 | R1 | 95% | RP-182389 | Huawei | [JSN] |
750266 | NB_IOTenh2-Perf | Perf. part: Further NB-IoT enhancements | Rel-15 | R4 | 100% | RP-182389 | Huawei | [JSN] |
860031 | NB_IOTenh2-UEConTest | UE Conformance Test Aspects - Further NB-IoT enhancements | Rel-15 | R5 | 100% | [JSN] | ||
750010 | ProSe_WLAN_DD | Inclusion of WLAN direct discovery technologies as an alternative for ProSe direct discovery | Rel-15 | 100% | SP-160957 | Intel Corporation; Ana Lucia Pinheiro | [JSN] | |
740003 | ProSe_WLAN_DD | Stage 1 of ProSe_WLAN_DD | Rel-15 | S1 | 100% | SP-160957 | Intel Corporation; Ana Lucia Pinheiro | [JSN] |
750011 | ProSe_WLAN_DD_Stage2 | Stage 2 of ProSe_WLAN_DD | Rel-15 | S2 | 100% | SP-170057 | Intel, Sašo Stojanovski | [JSN] |
760026 | ProSe_WLAN_DD_Stage3 | Stage 3 of ProSe_WLAN_DD | Rel-15 | ct | 100% | CP-173084 | Intel, Vivek Gupta | [JSN] |
760027 | ProSe_WLAN_DD_Stage3 | CT1 aspects of ProSe_WLAN_DD | Rel-15 | C1 | 100% | CP-173084 | Intel, Vivek Gupta | [JSN] |
760028 | ProSe_WLAN_DD_Stage3 | CT4 aspects of ProSe_WLAN_DD | Rel-15 | C4 | 100% | CP-173084 | Intel, Vivek Gupta | [JSN] |
780045 | ProSe_WLAN_DD-CH | Charging of ProSe_WLAN_DD | Rel-15 | S5 | 100% | SP-170947 | Yizhi Yao, Intel Corporation | [JSN] |
760020 | VoWLAN | Complementary Features for Voice services over WLAN | Rel-15 | 100% | SP-170378 | [JSN] | ||
720082 | FS_VoWLAN | Study on Complementary Features for Voice services over WLAN | Rel-15 | S2 | 100% | SP-160506 | Nokia (Nicolas Drevon | [JSN] |
760021 | VoWLAN | Stage 2 of VoWLAN | Rel-15 | S2 | 100% | SP-170378 | Drevon Nicolas, Nokia | [JSN] |
760022 | VoWLAN-CT | CT aspects of VoWLAN | Rel-15 | ct | 100% | CP-181083 | Jennifer Liu (Nokia) | [JSN] |
760023 | VoWLAN-CT | CT1 aspects of VoWLAN | Rel-15 | C1 | 100% | CP-181083 | Jennifer Liu (Nokia) | [JSN] |
760024 | VoWLAN-CT | CT4 aspects of VoWLAN | Rel-15 | C4 | 100% | CP-181083 | Jennifer Liu (Nokia) | [JSN] |
760025 | VoWLAN-CT | CT6 aspects of VoWLAN | Rel-15 | C6 | 100% | CP-181083 | Jennifer Liu (Nokia) | [JSN] |
710014 | FS_VR | Study on Virtual Reality | Rel-15 | S4 | 100% | SP-160084 | Gilles TENIOU, Orange | [JSN] |
770030 | FS_CODVRA | Study on 3GPP codecs for VR audio | Rel-15 | S4 | 100% | SP-170617 | Toftgård, Tomas, Ericsson | [JSN] |
770022 | LiQuImAS | Test Methodologies for the Evaluation of Perceived Listening Quality in Immersive Audio Systems | Rel-15 | S4 | 100% | SP-170609 | Schevciw, Andre – Qualcomm Incorporated | [JSN] |
770023 | HDR | Addition of HDR to TV Video Profiles | Rel-15 | S4 | 100% | SP-170610 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
770025 | VRStream | Virtual Reality Profiles for Streaming Media | Rel-15 | S4 | 100% | SP-180893 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
790016 | FWDCA | Forward compatibility for 3GPP Diameter Charging Applications | Rel-15 | S5 | 100% | SP-180076 | Gardella, Maryse, Nokia | [JSN] |
790017 | DOCME_CH | Diameter Overload Control Mechanisms for Charging | Rel-15 | S5 | 100% | SP-180077 | Törnkvist, Robert, Ericsson | [JSN] |
790018 | WAEPC_CH | Charging aspects of WLAN access in EPC | Rel-15 | S5 | 100% | SP-180078 | Gardella, Maryse, Nokia | [JSN] |
790020 | FRASE | FEC and ROHC Activation for GCSE over MBMS | Rel-15 | S4 | 100% | SP-180206 | Bouazizi, Imed, Samsung Electronics Co., Ltd | [JSN] |
790021 | 5G_MTSI_Codecs | Media Handling Aspects of 5G Conversational Services | Rel-15 | S4 | 100% | SP-180650 | Oyman, Ozgur, Company: Intel | [JSN] |
790025 | bSRVCC_MT | SRVCC for terminating call in pre-alerting phase | Rel-15 | 100% | CP-180153 | Song Yue (China Mobile) | [JSN] | |
790026 | bSRVCC_MT | CT1 aspects of bSRVCC_MT | Rel-15 | C1 | 100% | CP-180153 | Song Yue (China Mobile) | [JSN] |
790027 | bSRVCC_MT | CT3 aspects of bSRVCC_MT | Rel-15 | C3 | 100% | CP-180153 | Song Yue (China Mobile) | [JSN] |
790035 | INOBEAR | Increasing the number of EPS bearers | Rel-15 | 100% | SP-171044 | Andy.Bennett, Samsung | [JSN] | |
780027 | INOBEAR | Stage 2 of INOBEAR | Rel-15 | S2 | 100% | SP-171044 | Andy.Bennett, Samsung | [JSN] |
790036 | INOBEAR-CT | Stage 3 of INOBEAR | Rel-15 | ct | 100% | CP-180098 | Samsung, Lalith Kumar | [JSN] |
790037 | INOBEAR-CT | CT1 aspects of INOBEAR | Rel-15 | C1 | 100% | CP-180098 | Samsung, Lalith Kumar | [JSN] |
790038 | INOBEAR-CT | CT4 aspects of INOBEAR | Rel-15 | C4 | 100% | CP-180098 | Samsung, Lalith Kumar | [JSN] |
780070 | INOBEARRAN | Increased number of E-UTRAN data bearers | Rel-15 | R2 | 99% | RP-172835 | Samsung | [JSN] |
780170 | INOBEARRAN-Core | Core part: Increased number of E-UTRAN data bearers | Rel-15 | R2 | 99% | RP-180569 | Samsung | [JSN] |
780019 | REAR | Remote UE access via relay UE | Rel-15 | 100% | SP-160511 | Huawei, Laurence Meriau | [JSN] | |
740007 | FS_REAR | Study on architecture enhancements to ProSe UE-to-Network Relay | Rel-15 | S2 | 100% | SP-160961 | Dario Serafino Tonesi, Huawei | [JSN] |
750017 | FS_REAR_Sec | Study on security aspects of enhancements to ProSe UE-to-Network Relay | Rel-15 | S3 | 100% | SP-170270 | [JSN] | |
710047 | REAR | Stage 1 for REAR | Rel-15 | S1 | 100% | SP-160511 | Huawei, Laurence Meriau | [JSN] |
780046 | eVoLP | Enhanced VoLTE performance | Rel-15 | 100% | [JSN] | |||
780026 | eVoLP | Stage 2 of eVoLP | Rel-15 | S2 | 100% | SP-170935 | Xiaobo Wu, Huawei | [JSN] |
780044 | eVoLP-CT | CT aspects on enhanced VoLTE performance | Rel-15 | 100% | CP-173109 | Yan, Yali, Huawei | [JSN] | |
780042 | eVoLP-CT | CT3 aspects of EvoLP | Rel-15 | C3 | 100% | CP-173109 | Yan, Yali, Huawei | [JSN] |
780043 | eVoLP-CT | CT4 aspects of EvoLP | Rel-15 | C4 | 100% | CP-173109 | Yan, Yali, Huawei | [JSN] |
770051 | FS_eVoLP | Study on enhanced VoLTE performance | Rel-15 | 100% | SP-160833 | Fabrice Plante, Intel | [JSN] | |
740006 | FS_eVoLP | S2 aspects of FS_eVoLP | Rel-15 | S2 | 100% | SP-160833 | Xiaobo Wu | [JSN] |
770052 | FS_eVoLP | S4 aspects of FS_eVoLP | Rel-15 | S4 | 100% | SP-170615 | Venkatraman, Atti, Qualcomm Incorporated | [JSN] |
710006 | USOS | Unlicensed Spectrum Offloading System | Rel-15 | 100% | SP-160117 | Edward Hall, Qualcomm Incorporated | [JSN] | |
740008 | FS_USOS | Study on unlicensed spectrum offloading system enhancements | Rel-15 | S2 | 100% | SP-160835 | Haris Zisimopoulos, Qualcomm Incorporated | [JSN] |
770006 | USOS | Stage 1 of USOS | Rel-15 | S1 | 100% | SP-160117 | Edward Hall, Qualcomm Incorporated | [JSN] |
770036 | USOS | Stage 2 of USOS | Rel-15 | S2 | 100% | SP-170740 | Haris Zisimopoulos | [JSN] |
770001 | USOS-CT | Stage 3 of USOS | Rel-15 | C4 | 100% | CP-172028 | Lena Chaponniere, Qualcomm Incorporated | [JSN] |
750007 | MONASTERY | Mobile Communication System for Railways | Rel-15 | 100% | SP-170163 | Merkel, Juergen, Nokia | [JSN] | |
720004 | FS_FRMCS | Study on Future Railway Mobile Communication System | Rel-15 | S1 | 100% | SP-170166 | Merkel, Juergen | [JSN] |
750024 | FS_FRMCS_ARCH | Study on Application Architecture for the Future Railway Mobile Communication System (stage 2) | Rel-15 | S6 | 100% | SP-170269 | Oettl, Martin, Nokia | [JSN] |
750006 | MONASTERY | Stage 1 of MONASTERY | Rel-15 | S1 | 100% | SP-170697 | Merkel, Juergen, Nokia | [JSN] |
770040 | MONASTERY | Stage 2 of MONASTERY | Rel-15 | S6 | 100% | SP-170756 | Oettl, Martin, Nokia | [JSN] |
790031 | MONASTERY | Stage 3 of MONASTERY | Rel-15 | ct | 100% | CP-182202 | Leis, Peter (Nokia) | [JSN] |
790032 | MONASTERY | CT1 aspects of MONASTERY | Rel-15 | C1 | 100% | CP-182202 | Leis, Peter (Nokia) | [JSN] |
790033 | MONASTERY | CT3 aspects of MONASTERY | Rel-15 | C3 | 100% | CP-182202 | Leis, Peter (Nokia) | [JSN] |
790034 | MONASTERY | Stopped - CT6 aspects of MONASTERY | Rel-15 | C6 | 100% | CP-182202 | Leis, Peter (Nokia) | [JSN] |
790013 | MONASTERY_SEC | Security Architecture of MONASTERY | Rel-15 | S3 | 100% | SP-180052 | Woodward, Tim, Motorola Solutions | [JSN] |
760030 | PS_DATA_OFF2 | PS Data Off Phase 2 | Rel-15 | 100% | SP-170246 | Murhammer, Leopold, Deutsche Telekom AG | [JSN] | |
750008 | PS_DATA_OFF2 | Stage 2 of PS Data Off Phase 2 | Rel-15 | S2 | 100% | SP-170246 | Murhammer, Leopold, Deutsche Telekom AG | [JSN] |
760031 | PS_DATA_OFF2-CT | Stage 3 of PS Data Off Phase 2 | Rel-15 | ct | 100% | CP-181082 | Herrero Veron, Christian (Huawei) | [JSN] |
760032 | PS_DATA_OFF2-CT | CT1 aspects of PS Data Off Phase 2 | Rel-15 | C1 | 100% | CP-181082 | Herrero Veron, Christian (Huawei) | [JSN] |
760033 | PS_DATA_OFF2-CT | CT4 aspects of PS Data Off Phase 2 | Rel-15 | C4 | 100% | CP-181082 | Herrero Veron, Christian (Huawei) | [JSN] |
760034 | PS_DATA_OFF2-CT | CT6 aspects of PS Data Off Phase 2 | Rel-15 | C6 | 100% | CP-181082 | Herrero Veron, Christian (Huawei) | [JSN] |
760035 | NAPS | Northbound APIs for SCEF – SCS/AS Interworking | Rel-15 | 100% | SP-170240 | Vaidya, Maulik, Huawei | [JSN] | |
750009 | NAPS | Stage 2 of NAPS | Rel-15 | S2 | 100% | SP-170240 | Zhu Fenqin, Huawei | [JSN] |
780006 | NAPS-CT | Stage 3 of NAPS | Rel-15 | C3 | 100% | CP-173112 | Yan, Yali, Huawei, | [JSN] |
760036 | NAPS-CT | CT3 aspects of NAPS | Rel-15 | C3 | 100% | CP-173112 | Yan, Yali, Huawei, | [JSN] |
780007 | NAPS-CT | CT4 aspects of NAPS | Rel-15 | C4 | 100% | CP-173112 | Yan, Yali, Huawei, | [JSN] |
770032 | NAPS-Sec | Security aspects of NAPS | Rel-15 | S3 | 100% | SP-170635 | Zhao, Xuwen, Huawei | [JSN] |
760063 | NAPS-CH | Carging aspects of NAPS | Rel-15 | S5 | 100% | SP-170488 | Chen, Shan, Huawei | [JSN] |
770049 | CAPIF | Common API Framework for 3GPP Northbound APIs | Rel-15 | 100% | SP-170798 | Suresh Chitturi, Samsung | [JSN] | |
750031 | FS_CAPIF | Study on CAPIF | Rel-15 | S6 | 100% | SP-170405 | Suresh Chitturi, Samsung | [JSN] |
770041 | CAPIF | Stage 2 of CAPIF | Rel-15 | S6 | 100% | SP-170798 | Suresh Chitturi, Samsung | [JSN] |
790042 | CAPIF-CT | Stage 3 of CAPIF | Rel-15 | C3 | 100% | CP-180151 | Nishant Gupta, Samsung | [JSN] |
780024 | CAPIF-Sec | Security aspects of CAPIF | Rel-15 | S3 | 100% | SP-171051 | Rajavelsamy Rajadurai, Samsung | [JSN] |
760066 | NETSLICE | Management and orchestration of 5G networks and network slicing | Rel-15 | S5 | 100% | SP-180816 | Jan Groenendijk, Ericsson | [JSN] |
780056 | NETSLICE | General aspects of NETSLICE | Rel-15 | S5 | 100% | SP-180816 | Jan Groenendijk, Ericsson | [JSN] |
720048 | FS_MONETS | Study on management and orchestration of network slicing for next generation network | Rel-15 | S5 | 100% | SP-160394 | Ericsson , Robert Petersen | [JSN] |
770033 | FS_NETSLICE_MGT_Sec | Study on security aspect of 5G Network Slicing Provisioning | Rel-15 | S3 | 100% | SP-170636 | SA3: Huawei | [JSN] |
760065 | NETSLICE-PRO_NS | Provisioning of network slicing for 5G networks and services | Rel-15 | S5 | 100% | SP-180818 | Zhang Kai, Huawei | [JSN] |
780037 | NETSLICE-5GNRM | Network Resource Model (NRM) for 5G networks and network slicing | Rel-15 | S5 | 100% | SP-180812 | Nokia (Jing Ping | [JSN] |
780038 | NETSLICE-ADPM5G | Performance Assurance for 5G networks including network slicing | Rel-15 | S5 | 100% | SP-180814 | Yizhi Yao, Intel Corporation | [JSN] |
780039 | NETSLICE-MNFV5G | Management and virtualization aspects of 5G networks | Rel-15 | S5 | 100% | SP-170958 | Joey Chou, Intel | [JSN] |
780040 | NETSLICE-5GTRACE | 5G Trace management | Rel-15 | S5 | 100% | SP-170959 | Nokia (Anatoly Andrianov | [JSN] |
810009 | NETSLICE-5GTRACE-CT | CT aspects of 5G Trace management | Rel-15 | ct | 100% | CP-182051 | Landais, Bruno, Nokia | [JSN] |
810042 | NETSLICE-5GTRACE-CT | CT3 aspects of 5G Trace management | Rel-15 | C3 | 100% | CP-182051 | Landais, Bruno, Nokia | [JSN] |
810043 | NETSLICE-5GTRACE-CT | CT4 aspects of 5G Trace management | Rel-15 | C4 | 100% | CP-182051 | Landais, Bruno, Nokia | [JSN] |
780041 | NETSLICE-FS5G | Fault Supervision for 5G networks and network slicing | Rel-15 | S5 | 100% | SP-180817 | Zhu Weihong, ZTE | [JSN] |
790039 | PC_VBC | Policy and Charging for Volume Based Charging | Rel-15 | 100% | [JSN] | |||
780017 | FS_PC_VBC | Study on Policy and Charging for Volume Based Charging | Rel-15 | C3 | 100% | CP-172135 | Huang, Zhenning, China Mobile | [JSN] |
740057 | FS_PC_VBC | CT3 aspects of FS_PC_VBC | Rel-15 | C3 | 100% | CP-172135 | Huang, Zhenning, China Mobile | [JSN] |
780018 | FS_PC_VBC | CT1 aspects of FS_PC_VBC | Rel-15 | C1 | 100% | CP-172135 | Huang, Zhenning, China Mobile | [JSN] |
790040 | PC_VBC | CT1 aspects of PV_VBC | Rel-15 | C1 | 100% | CP-180051 | Huang Zhenning (China Mobile) | [JSN] |
790041 | PC_VBC | CT3 aspects of PV_VBC | Rel-15 | C3 | 100% | CP-180051 | Huang Zhenning (China Mobile) | [JSN] |
760037 | FLUS | Framework for Live Uplink Streaming | Rel-15 | S4 | 100% | SP-170824 | Park, Kyungmo, SK Telecom | [JSN] |
770034 | OAM_SON_AAS | Self-Organizing Networks (SON) for Active Antenna System (AAS) deployment management | Rel-15 | S5 | 100% | SP-170658 | Nokia (Weixing Wang) | [JSN] |
740011 | SAND | Server and Network Assisted DASH for 3GPP Multimedia Services | Rel-15 | S4 | 100% | SP-170031 | Ozgur Oyman, Intel | [JSN] |
770021 | SAND4M | SAND for MBMS | Rel-15 | S4 | 100% | SP-170827 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
780036 | ME_CUPS | Management Enhancement for EPC CUPS | Rel-15 | S5 | 100% | SP-170954 | Huawei (ZHU, Lei | [JSN] |
760038 | EQoE_MTSI | Enhanced QoE Reporting for MTSI | Rel-15 | S4 | 100% | SP-170333 | Gunnar Heikkilä, Ericsson LM | [JSN] |
760012 | eCNAM | Enhanced Calling Name Service | Rel-15 | 100% | SP-160548 | Hala Mowafy, Ericsson | [JSN] | |
730006 | eCNAM | Stage 1 of eCNAM | Rel-15 | S1 | 100% | SP-160548 | Hala Mowafy, Ericsson | [JSN] |
760013 | eCNAM-CT | CT aspects of eCNAM | Rel-15 | ct | 100% | CP-171181 | Mowafy, Hala. Ericsson | [JSN] |
760014 | eCNAM-CT | CT1 aspects of eCNAM | Rel-15 | C1 | 100% | CP-171181 | Mowafy, Hala. Ericsson | [JSN] |
760015 | eCNAM-CT | CT3 aspects of eCNAM | Rel-15 | C3 | 100% | CP-171181 | Mowafy, Hala. Ericsson | [JSN] |
750001 | eBT | Enhancement of background data transfer | Rel-15 | S1 | 100% | SP-170161 | Atsushi Minokuchi, NTT DOCOMO | [JSN] |
760016 | SAES6 | Stage-3 SAE Protocol Development - Phase 6 | Rel-15 | C1 | 100% | CP-171100 | Interdigital, Aghili, Behrouz | [JSN] |
760017 | SAES6-CSFB | SAES6 CS Fallback in EPS | Rel-15 | C1 | 100% | CP-171100 | Interdigital, Aghili, Behrouz | [JSN] |
760018 | SAES6-non3GPP | SAES6 for support for non-3GPP accesses | Rel-15 | C1 | 100% | CP-171100 | Interdigital, Aghili, Behrouz | [JSN] |
760019 | SAES6 | SAE Protocol Development (Stage 3) - Phase 6 | Rel-15 | C1 | 100% | CP-171100 | [JSN] | |
730051 | SCAS_eNB | Security Assurance Specification for eNB network product class | Rel-15 | S3 | 100% | SP-160570 | Marcus Wong, Huawei Technologies | [JSN] |
720075 | SCAS_PGW | Security Assurance Specification for PGW network product class | Rel-15 | S3 | 100% | SP-160481 | Peng Jin, China Mobile | [JSN] |
750005 | HORNS | HPLMN Radio Access Technology deployment Optimisation in Network Selection | Rel-15 | S1 | 100% | SP-170277 | Eddy Hall, Qualcomm Incorporated | [JSN] |
760008 | IMSProtoc9 | IMS Stage-3 IETF Protocol Alignment | Rel-15 | ct | 99% | CP-171098 | Dr. Belling, Thomas, Nokia | [JSN] |
760009 | IMSProtoc9 | CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-15 | C1 | 100% | CP-171098 | Dr. Belling, Thomas, Nokia | [JSN] |
760010 | IMSProtoc9 | (IETF) CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-15 | C1-IETF | 99% | CP-171098 | Dr. Belling, Thomas, Nokia | [JSN] |
780047 | IMSProtoc9 | (IETF) Content-ID header field in SIP (draft-ietf-sipcore-content-id) | Rel-15 | C1-IETF | 100% | Christer Holmberg | [JSN] | |
780048 | IMSProtoc9 | (IETF) P-Visited-Network header updated (was: draft-jesske-update-p-visited-network ) | Rel-15 | C1-IETF | 100% | Michael KREIPL, Deutsche Telekom | [JSN] | |
870065 | IMSProtoc8 | (IETF) Update to Private Header Field P-Visited-Network-ID in Session Initiation Protocol (SIP) Requests and Responses (draft-jesske-update-p-visited-network) | Rel-15 | C1-IETF | 100% | Michael KREIPL, Deutsche Telekom | [JSN] | |
760011 | IMSProtoc9 | CT3 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-15 | C3 | 100% | CP-171098 | Dr. Belling, Thomas, Nokia | [JSN] |
750014 | LI15 | Lawful Interception Rel-15 | Rel-15 | 100% | SP-170839 | Alex Leadbeater, BT | [JSN] | |
750015 | FS_15LIS | Stopped - Study on R15 Lawful Interception Service | Rel-15 | S3LI | 100% | SP-170040 | Gerry McQuaid, Vodafone | [JSN] |
750013 | LI15 | Normative work on Lawful Interception Rel-15 | Rel-15 | S3LI | 100% | SP-170839 | Alex Leadbeater, BT | [JSN] |
750068 | UTRA_DL_IM | DL interference mitigation for UMTS | Rel-15 | R2 | 100% | RP-170703 | Qualcomm | [JSN] |
750168 | UTRA_DL_IM-Core | Core part: DL interference mitigation for UMTS | Rel-14 | R2 | 100% | RP-171136 | Qualcomm | [JSN] |
760055 | PEE_CMON | Control and monitoring of Power, Energy and Environmental (PEE) parameters in Radio Access Networks (RAN) | Rel-15 | S5 | 100% | SP-170479 | Jean-Michel CORNILY, ORANGE | [JSN] |
760082 | UTRA_simple_HSSCCH | Simplified HS-SCCH for UMTS | Rel-15 | R6 | 100% | RP-171443 | Ericsson | [JSN] |
750077 | FS_UTRA_simple_HSSCCH | Study on a simplified HS-SCCH for UMTS | Rel-15 | R1 | 100% | RP-171477 | gerardo.agni.medina.acosta@ericsson.com | [JSN] |
760182 | UTRA_simple_HSSCCH-Core | Core part: Simplified HS-SCCH for UMTS | Rel-15 | R6 | 100% | RP-172720 | Ericsson | [JSN] |
760057 | eFMSS_CH | Charging for enhancement to Flexible Mobile Service Steering (eFMSS) | Rel-15 | S5 | 100% | SP-170482 | Long,Biao, China Telecom | [JSN] |
780020 | RAOT | Receive acoustic output test in the presence of background noise | Rel-15 | S4 | 100% | SP-170835 | ISBERG, Peter, Sony Mobile Communications | [JSN] |
780021 | SPAN | Speech quality in the presence of ambient noise for super-wideband and fullband modes | Rel-15 | S4 | 100% | SP-170836 | Reimes, Jan – HEAD acoustics GmbH | [JSN] |
780032 | REST_SS | REST Solution Sets | Rel-15 | 27% | SP-170950 | [JSN] | ||
730057 | FS_OAM_RESTFUL | Study on a RESTful HTTP-based Solution Set | Rel-15 | S5 | 100% | SP-160613 | Nokia: Pollakowski, Olaf | [JSN] |
780033 | REST_SS | REST Solution Sets (normative work) | Rel-15 | S5 | 100% | SP-170950 | Pollakowski, Olaf, Nokia | [JSN] |
800114 | REST_SS | (IETF) JSON Schema: A Media Type for Describing JSON Documents (draft-handrews-json-schema) | Rel-15 | S5-IETF | 0% | SP-170950 | Pollakowski, Olaf, Nokia | [JSN] |
800115 | REST_SS | (IETF) JSON Schema Validation: A Vocabulary for Structural Validation of JSON (draft-handrews-json-schema-validation) | Rel-15 | S5-IETF | 0% | SP-170950 | Pollakowski, Olaf, Nokia | [JSN] |
800116 | REST_SS | (IETF) JSON Hyper-Schema: A Vocabulary for Hypermedia Annotation of JSON (draft-handrews-json-schema-hyperschema) | Rel-15 | S5-IETF | 0% | SP-170950 | Pollakowski, Olaf, Nokia | [JSN] |
790028 | eSPECTRE | Enhancements to Call spoofing functionality | Rel-15 | C1 | 99% | CP-180096 | Axell, Jörgen, Ericsson | [JSN] |
790029 | eSPECTRE | CT1 aspects of eSPECTRE | Rel-15 | C1 | 100% | CP-180096 | Axell, Jörgen, Ericsson | [JSN] |
800101 | eSPECTRE | (IETF) PASSporT SHAKEN Extension (draft-ietf-stir-passport-shaken)--> RFC 8588 | Rel-15 | C1-IETF | 100% | Axell, Jörgen, Ericsson | [JSN] | |
870073 | eSPECTRE | (IETF) PASSporT Extension for Diverted Calls (draft-ietf-stir-passport-divert) | Rel-15 | C1-IETF | 100% | [JSN] | ||
790030 | eSPECTRE | CT3 aspects of eSPECTRE | Rel-15 | C3 | 100% | CP-180096 | Axell, Jörgen, Ericsson | [JSN] |
750033 | TEI15 | (Small) Technical Enhancements and Improvements for Rel-15 | Rel-15 | 100% | [JSN] | |||
800102 | TEI15 | (IETF) The Transport Layer Security (TLS) Protocol Version 1.3 (draft-ietf-tls-tls13) | Rel-15 | S3-IETF | 100% | [JSN] | ||
750034 | TEI15_Test | (Small) Test Technical Enhancements and Improvements for Rel-15 | Rel-15 | 100% | - | - | [JSN] | |
770067 | LTE_UDC | UL data compression in LTE | Rel-15 | R2 | 99% | RP-172076 | CATT | [JSN] |
770167 | LTE_UDC-Core | Core part: UL data compression in LTE | Rel-15 | R2 | 99% | RP-180914 | CATT | [JSN] |
800080 | LTE_UDC-UEConTest | UE Conformance Test Aspects - UL Data Compression in LTE | Rel-15 | R5 | 100% | RP-190311 | CATT | [JSN] |
770068 | LTE_CA_4DL4UL_B41_B41_B42_B42 | LTE Advanced inter-band CA (4DL/4UL) of Band 41C and Band 42C | Rel-15 | R4 | 100% | RP-172030 | KDDI | [JSN] |
770168 | LTE_CA_4DL4UL_B41_B41_B42_B42-Core | Core part:LTE Advanced inter-band CA (4DL/4UL) of Band 41C and Band 42C | Rel-15 | R4 | 100% | RP-180151 | KDDI | [JSN] |
770268 | LTE_CA_4DL4UL_B41_B41_B42_B42-Perf | Perf. part:LTE Advanced inter-band CA (4DL/4UL) of Band 41C and Band 42C | Rel-15 | R4 | 100% | RP-180151 | KDDI | [JSN] |
770069 | LTE_bands_R15_M1_NB1 | Additional LTE bands for UE category M1 and/or NB1 in Rel-15 | Rel-15 | R4 | 100% | RP-172077 | Ericsson | [JSN] |
770169 | LTE_bands_R15_M1_NB1-Core | Core part: Additional LTE bands for UE category M1 and/or NB1 in Rel-15 | Rel-15 | R4 | 100% | RP-180262 | Ericsson | [JSN] |
770269 | LTE_bands_R15_M1_NB1-Perf | Perf. part: Additional LTE bands for UE category M1 and/or NB1 in Rel-15 | Rel-15 | R4 | 100% | RP-180262 | Ericsson | [JSN] |
780066 | LTE_bands_R15_M1_NB1-UEConTest | UE Conformance Test aspects - LTE bands with UE category M1 and/or NB1 in Rel-15 | Rel-15 | R5 | 100% | RP-172713 | Ericsson | [JSN] |
770070 | LTE_bands_R15_M2_NB2 | Additional LTE bands for UE category M2 and/or NB2 in Rel-15 | Rel-15 | R4 | 100% | RP-172078 | Ericsson | [JSN] |
770071 | Ext_B12_LTE | Extended-Band12 new E-UTRA Band | Rel-15 | R4 | 100% | RP-172111 | Ericsson | [JSN] |
770171 | Ext_B12_LTE-Core | Core part: Extended-Band12 new E-UTRA Band | Rel-15 | R4 | 100% | RP-180159 | Ericsson | [JSN] |
770271 | Ext_B12_LTE-Perf | Perf. part: Extended-Band12 new E-UTRA Band | Rel-15 | R4 | 100% | RP-180159 | Ericsson | [JSN] |
830084 | Ext_B12_LTE-UEConTest | UE Conformance Test Aspects - Extended-Band12 new E-UTRA Band (Band 85) | Rel-15 | R5 | 100% | RP-190937 | Ericsson | [JSN] |
710073 | LTE_LIGHT_CON | Stopped - Signalling reduction to enable light connection for LTE | Rel-15 | 100% | RP-171459 | Huawei | [JSN] | |
710173 | LTE_LIGHT_CON-Core | Stopped - Core part: Signalling reduction to enable light connection for LTE | Rel-15 | R2 | 100% | RP-171459 | Huawei | [JSN] |
750032 | FS_LTE_LIGHT_CON | Stopped - Study on Stage 2 of LTE_LIGHT_CON | Rel-15 | S2 | 100% | SP-170280 | Sašo Stojanovski , intel | [JSN] |
740045 | LTE_LIGHT_CON-CT | Stopped - Stage 3 of LTE_LIGHT_CON | Rel-15 | ct | 100% | CP-160703 | Herrero Veron, Christian (Huawei) | [JSN] |
740046 | LTE_LIGHT_CON-CT | Stopped - CT1 aspects of LTE_LIGHT_CON | Rel-15 | C1 | 100% | CP-160703 | Herrero Veron, Christian (Huawei) | [JSN] |
740047 | LTE_LIGHT_CON-CT | Stopped - CT4 aspects of LTE_LIGHT_CON | Rel-15 | C4 | 100% | CP-160703 | Herrero Veron, Christian (Huawei) | [JSN] |
740048 | LTE_LIGHT_CON-CT | Stopped - CT6 aspects of LTE_LIGHT_CON | Rel-15 | C6 | 100% | CP-160703 | Herrero Veron, Christian (Huawei) | [JSN] |
710074 | AASenh_BS_LTE_UTRA | Enhancements of Base Station (BS) RF and EMC requirements for Active Antenna System (AAS) | Rel-15 | 71% | RP-161668 | Huawei | [JSN] | |
710174 | AASenh_BS_LTE_UTRA-Core | Core part: Enhancements of Base Station (BS) RF and EMC requirements for Active Antenna System (AAS) | Rel-15 | R4 | 100% | RP-171745 | Huawei | [JSN] |
710274 | AASenh_BS_LTE_UTRA-Perf | Perf. part: Enhancements of Base Station (BS) RF and EMC requirements for Active Antenna System (AAS) | Rel-15 | R4 | 50% | RP-181297 | Huawei | [JSN] |
720091 | LTE_sTTIandPT | Shortened TTI and processing time for LTE | Rel-15 | 99% | RP-161299 | Ericsson | [JSN] | |
720191 | LTE_sTTIandPT-Core | Core part: Shortened TTI and processing time for LTE | Rel-15 | R1 | 99% | RP-171468 | Ericsson | [JSN] |
720291 | LTE_sTTIandPT-Perf | Perf. part: Shortened TTI and processing time for LTE | Rel-15 | R4 | 100% | RP-171468 | Ericsson | [JSN] |
820064 | LTE_sTTIandPT-UEConTest | UE Conformance Test Aspects - Shortened TTI and processing time for LTE | Rel-15 | R5 | 100% | RP-191003 | Huawei | [JSN] |
740072 | LTE450_Europe_PPDR | 450MHz E-UTRA FDD Band for LTE PPDR and PMR/PAMR in Europe | Rel-15 | 100% | RP-162514 | Airbus | [JSN] | |
740172 | LTE450_Europe_PPDR-Core | Core part: 450MHz E-UTRA FDD Band for LTE PPDR and PMR/PAMR in Europe | Rel-15 | R4 | 100% | RP-162514 | Airbus | [JSN] |
740272 | LTE450_Europe_PPDR-Perf | Perf. part: 450MHz E-UTRA FDD Band for LTE PPDR and PMR/PAMR in Europe | Rel-15 | R4 | 100% | RP-162514 | Airbus | [JSN] |
770065 | LTE450_Europe_PPDR-UEConTest | UE Conformance Test Aspects - 450MHz E-UTRA FDD Band for LTE PPDR and PMR/PAMR in Europe (Band 72) | Rel-15 | R5 | 100% | RP-180528 | Airbus | [JSN] |
740074 | LTE700_Europe_PPDR | E-UTRA 700MHz in Europe for Broadband-PPDR (Public Protection and Disaster Relief) | Rel-15 | 83% | RP-162534 | Airbus | [JSN] | |
740174 | LTE700_Europe_PPDR-Core | Core part: E-UTRA 700MHz in Europe for Broadband-PPDR | Rel-15 | R4 | 100% | RP-170212 | Airbus | [JSN] |
740274 | LTE700_Europe_PPDR-Perf | Perf. part: E-UTRA 700MHz in Europe for Broadband-PPDR | Rel-15 | R4 | 0% | RP-170212 | Airbus | [JSN] |
770066 | LTE700_Europe_PPDR-UEConTest | UE Conformance Test Aspects - E-UTRA 700MHz in Europe for Broadband-PPDR | Rel-15 | R5 | 100% | RP-180529 | Airbus | [JSN] |
740075 | LTE_FDD_L_Band | FDD operating band in the L-band for LTE | Rel-15 | 100% | RP-162536 | NTT DOCOMO | [JSN] | |
740175 | LTE_FDD_L_Band-Core | Core part: FDD operating band in the L-band for LTE | Rel-15 | R4 | 100% | RP-171403 | NTT DOCOMO | [JSN] |
740275 | LTE_FDD_L_Band-Perf | Perf. part: FDD operating band in the L-band for LTE | Rel-15 | R4 | 100% | RP-171403 | NTT DOCOMO | [JSN] |
780062 | LTE_FDD_L_band-UEConTest | UE Conformance Test Aspects - FDD operating band in the L-band for LTE | Rel-15 | R5 | 100% | RP-180145 | NTT DOCOMO | [JSN] |
740076 | LTE_SDL_1500ext | LTE Extended 1.5 GHz SDL band (1427 – 1518 MHz) and LTE CA (2DL/1UL) with Band 20 | Rel-15 | 100% | RP-162556 | Qualcomm | [JSN] | |
740176 | LTE_SDL_1500ext-Core | Core part: LTE Extended 1.5 GHz SDL band (1427 – 1518 MHz) and LTE CA (2DL/1UL) with Band 20 | Rel-15 | R4 | 100% | RP-171389 | Qualcomm | [JSN] |
740276 | LTE_SDL_1500ext-Perf | Perf. part: LTE Extended 1.5 GHz SDL band (1427 – 1518 MHz) and LTE CA (2DL/1UL) with Band 20 | Rel-15 | R4 | 100% | RP-171389 | Qualcomm | [JSN] |
740077 | LTE_CA_C_B41_PC2 | Add UE Power Class 2 to band 41 intra-band contiguous LTE CA | Rel-15 | 100% | RP-162571 | Sprint | [JSN] | |
740177 | LTE_CA_C_B41_PC2-Core | Core part: Add UE Power Class 2 to band 41 intra-band contiguous LTE CA | Rel-15 | R4 | 100% | RP-172295 | Sprint | [JSN] |
780065 | LTE_CA_C_B41_PC2-UEConTest | UE Conformance Test Aspects - Add UE Power Class 2 to band 41 intra-band contiguous LTE CA | Rel-15 | R5 | 100% | RP-172698 | Sprint | [JSN] |
730081 | LTE_HPUE_B3_B20_B28 | Addition of Power Class 1 UE to bands B3/B20/B28 for LTE | Rel-15 | 100% | RP-161871 | Motorola Solutions | [JSN] | |
730181 | LTE_HPUE_B3_B20_B28-Core | Core part: Addition of Power Class 1 UE to bands B3/B20/B28 for LTE | Rel-15 | R4 | 100% | RP-171757 | Motorola Solutions | [JSN] |
740080 | LTE_TDD_L_Band | TDD operating band in the L-band for LTE | Rel-15 | 100% | RP-170304 | Huawei | [JSN] | |
740180 | LTE_TDD_L_Band-Core | Core part: TDD operating band in the L-band for LTE | Rel-15 | R4 | 100% | RP-170304 | Huawei | [JSN] |
740280 | LTE_TDD_L_Band-Perf | Perf. part: TDD operating band in the L-band for LTE | Rel-15 | R4 | 100% | RP-170304 | Huawei | [JSN] |
750060 | feCOMP_LTE | Further enhancements to Coordinated Multi-Point (CoMP) Operation for LTE | Rel-15 | R1 | 99% | RP-171031 | Intel | [JSN] |
750160 | feCOMP_LTE-Core | Core part: Further enhancements to Coordinated Multi-Point (CoMP) Operation for LTE | Rel-15 | R1 | 99% | RP-180584 | Intel | [JSN] |
750260 | feCOMP_LTE-Perf | Perf. part: Further enhancements to Coordinated Multi-Point (CoMP) Operation for LTE | Rel-15 | R4 | 100% | RP-180584 | Intel | [JSN] |
750063 | LCS_LTE_acc_enh | UE Positioning Accuracy Enhancements for LTE | Rel-15 | R2 | 100% | RP-171508 | Nokia | [JSN] |
750163 | LCS_LTE_acc_enh-Core | Core part: UE Positioning Accuracy Enhancements for LTE | Rel-15 | R2 | 100% | RP-181298 | Nokia | [JSN] |
750263 | LCS_LTE_acc_enh-Perf | Perf. part: UE Positioning Accuracy Enhancements for LTE | Rel-15 | R4 | 100% | RP-181298 | Nokia | [JSN] |
750064 | LTE_1024QAM_DL | Enhancements for high capacity stationary wireless link and introduction of 1024 QAM for LTE DL | Rel-15 | R1 | 99% | RP-171067 | Huawei | [JSN] |
750164 | LTE_1024QAM_DL-Core | Core part: Enhancements for high capacity stationary wireless link and introduction of 1024 QAM for LTE DL | Rel-15 | R1 | 99% | RP-171740 | Huawei | [JSN] |
750264 | LTE_1024QAM_DL-Perf | Perf. part: Enhancements for high capacity stationary wireless link and introduction of 1024 QAM for LTE DL | Rel-15 | R4 | 100% | RP-171740 | Huawei | [JSN] |
750065 | LTE_unlic | Enhancements to LTE operation in unlicensed spectrum | Rel-15 | R1 | 99% | RP-180402 | Nokia | [JSN] |
750165 | LTE_unlic-Core | Core part: Enhancements to LTE operation in unlicensed spectrum | Rel-15 | R1 | 99% | RP-180402 | Nokia | [JSN] |
750265 | LTE_unlic-Perf | Perf. part: Enhancements to LTE operation in unlicensed spectrum | Rel-15 | R4 | 100% | RP-180402 | Nokia | [JSN] |
750069 | LTE_ViLTE_enh2 | Further video enhancements for LTE | Rel-15 | R2 | 99% | RP-170781 | CMCC | [JSN] |
750169 | LTE_ViLTE_enh2-Core | Core part: Further video enhancements for LTE | Rel-15 | R2 | 99% | RP-172726 | CMCC | [JSN] |
750070 | LTE_QMC_Streaming | Quality of Experience (QoE) Measurement Collection for streaming services in E-UTRAN | Rel-15 | R2 | 99% | RP-170786 | China Unicom | [JSN] |
750170 | LTE_QMC_Streaming-Core | Core part:Quality of Experience (QoE) Measurement Collection for streaming services in E-UTRAN | Rel-15 | R2 | 99% | RP-170956 | China Unicom | [JSN] |
790051 | LTE_QMC_Streaming-UEConTest | UE Conformance Test Aspects - Quality of Experience (QoE) Measurement Collection for streaming services in E-UTRAN | Rel-15 | R5 | 100% | RP-180215 | China Unicom | [JSN] |
750071 | LTE_euCA | Enhancing LTE CA Utilization | Rel-15 | R2 | 97% | RP-170805 | Nokia | [JSN] |
750171 | LTE_euCA-Core | Core part: Enhancing LTE CA Utilization | Rel-15 | R2 | 90% | RP-180561 | Nokia | [JSN] |
750271 | LTE_euCA-Perf | Perf. part: Enhancing LTE CA Utilization | Rel-15 | R4 | 100% | RP-180561 | Nokia | [JSN] |
820066 | LTE_euCA-UEConTest | UE Conformance Test Aspects - Enhancing LTE CA Utilization | Rel-15 | R5 | 100% | RP-182619 | Nokia | [JSN] |
750073 | LTE450_Reg3 | 450 MHz Band for LTE in Region 3 | Rel-15 | R4 | 100% | RP-170952 | China Unicom | [JSN] |
750173 | LTE450_Reg3-Core | Core part: 450 MHz Band for LTE in Region 3 | Rel-15 | R4 | 100% | RP-170952 | China Unicom | [JSN] |
750273 | LTE450_Reg3-Perf | Perf. part: 450 MHz Band for LTE in Region 3 | Rel-15 | R4 | 100% | RP-170952 | China Unicom | [JSN] |
790058 | LTE450_Reg3-UEConTest | UE Conformance Test Aspects - 450 MHz Band for LTE in Region 3 | Rel-15 | R5 | 100% | RP-181040 | China Unicom, Shi Yu | [JSN] |
750074 | LTE600_US | US 600 MHz Band for LTE | Rel-15 | R4 | 100% | RP-170740 | Ericsson | [JSN] |
750174 | LTE600_US-Core | Core part: US 600 MHz Band for LTE | Rel-15 | R4 | 100% | RP-171142 | Ericsson | [JSN] |
750274 | LTE600_US-Perf | Perf. part: US 600 MHz Band for LTE | Rel-15 | R4 | 100% | RP-171142 | Ericsson | [JSN] |
770060 | LTE600_US-UEConTest | UE Conformance Test Aspects - US 600 MHz Band for LTE (Band 71) | Rel-15 | R5 | 100% | RP-172195 | Dish Network | [JSN] |
750076 | LTE_3550_CBRS_US_LAA | LAA/eLAA for the CBRS 3.5GHz band in the United States | Rel-15 | R4 | 100% | RP-170804 | AT&T | [JSN] |
750176 | LTE_3550_CBRS_US_LAA-Core | Core part: LAA/eLAA for the CBRS 3.5GHz band in the United States | Rel-15 | R4 | 100% | RP-172626 | AT&T | [JSN] |
750276 | LTE_3550_CBRS_US_LAA-Perf | Perf. part: LAA/eLAA for the CBRS 3.5GHz band in the United States | Rel-15 | R4 | 100% | RP-172626 | AT&T | [JSN] |
760097 | LTE_4Rx_AP_DL_bands_R15 | Introduction new band support for 4Rx antenna ports for LTE for REL-15 | Rel-15 | R4 | 100% | RP-171131 | Huawei | [JSN] |
760197 | LTE_4Rx_AP_DL_bands_R15-Core | Core part: Introduction new band support for 4Rx antenna ports for LTE for REL-15 | Rel-15 | R4 | 100% | RP-180073 | Huawei | [JSN] |
760297 | LTE_4Rx_AP_DL_bands_R15-Perf | Perf. part: Introduction new band support for 4Rx antenna ports for LTE for REL-15 | Rel-15 | R4 | 100% | RP-180073 | Huawei | [JSN] |
760098 | LC_MTC_LTE_cat0_B28_B40 | Addition of band 28 and 40 to LTE MTC cat.0 | Rel-15 | R4 | 100% | RP-171132 | Huawei | [JSN] |
760198 | LC_MTC_LTE_cat0_B28_B40-Core | Core part: Addition of band 28 and 40 to LTE MTC cat.0 | Rel-15 | R4 | 100% | RP-171132 | Huawei | [JSN] |
760099 | LTE_TDD_HPUE_R15 | LTE Advanced high power TDD UE (power class 2) for Rel-15 | Rel-15 | R4 | 100% | RP-171492 | Huawei | [JSN] |
760199 | LTE_TDD_HPUE_R15-Core | Core part: LTE Advanced high power TDD UE (power class 2) for Rel-15 | Rel-15 | R4 | 100% | RP-171755 | Huawei | [JSN] |
850061 | LTE_TDD_HPUE_R15-UEConTest | UE Conformance Test Aspects – LTE Advanced high power TDD UE (power class 2) for Rel-15 | Rel-15 | R5 | 100% | RP-192116 | Huawei | [JSN] |
761000 | LTE_TDD_3300_Africa | New LTE band for 3.3-3.4 GHz for Africa | Rel-15 | R4 | 100% | RP-171506 | Huawei | [JSN] |
761100 | LTE_TDD_3300_Africa-Core | Core part: New LTE band for 3.3-3.4 GHz for Africa | Rel-15 | R4 | 100% | RP-180247 | Huawei | [JSN] |
761200 | LTE_TDD_3300_Africa-Perf | Perf. part: New LTE band for 3.3-3.4 GHz for Africa | Rel-15 | R4 | 100% | RP-180247 | Huawei | [JSN] |
761001 | LTE_NW_CRS_IM | UE requirements for network-based CRS interference mitigation for LTE | Rel-15 | R4 | 93% | RP-171408 | Ericsson | [JSN] |
761101 | LTE_NW_CRS_IM-Core | Core part: UE requirements for network-based CRS interference mitigation for LTE | Rel-15 | R4 | 85% | RP-181315 | Ericsson | [JSN] |
761201 | LTE_NW_CRS_IM-Perf | Perf. part: UE requirements for network-based CRS interference mitigation for LTE | Rel-15 | R4 | 100% | RP-181315 | Ericsson | [JSN] |
780068 | LTE_MDT_BT_WLAN | Bluetooth/WLAN measurement collection in LTE Minimization of Drive Tests (MDT) | Rel-15 | R2 | 98% | RP-172820 | CMCC | [JSN] |
780168 | LTE_MDT_BT_WLAN-Core | Core part: Bluetooth/WLAN measurement collection in LTE Minimization of Drive Tests (MDT) | Rel-15 | R2 | 95% | RP-180306 | CMCC | [JSN] |
820065 | LTE_MDT_BT_WLAN-UEConTest | UE Conformance Test Aspects - Bluetooth/WLAN measurement collection in LTE Minimization of Drive Tests (MDT) | Rel-15 | R5 | 100% | RP-182509 | CMCC | [JSN] |
780069 | LTE_Aerial | Enhanced LTE Support for Aerial Vehicles | Rel-15 | R2 | 99% | RP-172826 | Ericsson | [JSN] |
750042 | FS_LTE_Aerial | Study on enhanced LTE Support for Aerial Vehicles | Rel-15 | R2 | 100% | RP-171050 | NTT DOCOMO | [JSN] |
780169 | LTE_Aerial-Core | Core part: Enhanced LTE Support for Aerial Vehicles | Rel-15 | R2 | 99% | RP-181310 | Ericsson | [JSN] |
820062 | LTE_Aerial-UEConTest | UE Conformance Test Aspects - Enhanced LTE Support for Aerial Vehicles | Rel-15 | R5 | 100% | RP-192747 | NTT DOCOMO | [JSN] |
780071 | NR_CPUP_Split | Separation of CP and UP for Split Option 2 of NR | Rel-15 | R3 | 100% | RP-172831 | Ericsson | [JSN] |
780171 | NR_CPUP_Split-Core | Core part: Separation of CP and UP for Split Option 2 of NR | Rel-15 | R3 | 100% | RP-180326 | Ericsson | [JSN] |
780072 | LTE_8Rx_AP_DL | UE requirements for LTE DL 8Rx antenna ports | Rel-15 | R4 | 100% | RP-172842 | Huawei | [JSN] |
780172 | LTE_8Rx_AP_DL-Core | Core part: UE requirements for LTE DL 8Rx antenna ports | Rel-15 | R4 | 100% | RP-180960 | Huawei | [JSN] |
780272 | LTE_8Rx_AP_DL-Perf | Perf. part: UE requirements for LTE DL 8Rx antenna ports | Rel-15 | R4 | 100% | RP-180960 | Huawei | [JSN] |
780073 | LTE450_B72_Europe_ProSe | ProSe Support for Band 72 in LTE | Rel-15 | R4 | 100% | RP-182441 | Airbus | [JSN] |
780173 | LTE450_B72_Europe_ProSe-Core | Core part: ProSe Support for Band 72 in LTE | Rel-15 | R4 | 100% | RP-182441 | Airbus | [JSN] |
810063 | LTE450_B72_Europe_ProSe-UEConTest | UE Conformance Test Aspects - ProSe Support for Band 72 in LTE | Rel-15 | R5 | 100% | RP-181630 | Airbus | [JSN] |
780074 | LTE_CA_R15_xDL1UL | LTE Advanced inter-band CA Rel-15 for xDL/1UL with x>5 | Rel-15 | R4 | 100% | RP-172839 | Qualcomm | [JSN] |
780174 | LTE_CA_R15_xDL1UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for xDL/1UL with x>5 | Rel-15 | R4 | 100% | RP-181442 | Qualcomm | [JSN] |
780274 | LTE_CA_R15_xDL1UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for xDL/1UL with x>5 | Rel-15 | R4 | 100% | RP-181442 | Qualcomm | [JSN] |
761002 | LTE_IC_BS | Performance requirements of interference cancellation receiver for LTE BS | Rel-15 | R4 | 100% | RP-171411 | China Telecom | [JSN] |
761202 | LTE_IC_BS-Perf | Perf. part: Performance requirements of interference cancellation receiver for LTE BS | Rel-15 | R4 | 100% | RP-171411 | China Telecom | [JSN] |
761003 | LTE_1RX_CRS_IM | LTE CRS-Interference Mitigation performance requirements for single RX chain UEs | Rel-15 | R4 | 100% | RP-171465 | Intel | [JSN] |
761203 | LTE_1RX_CRS_IM-Perf | Perf. part: LTE CRS-Interference Mitigation performance requirements for single RX chain UEs | Rel-15 | R4 | 100% | RP-N1122 | Intel | [JSN] |
760090 | LTE_CA_R15_intra | LTE Advanced intra-band CA Rel-15 for xDL/yUL including contiguous and non-contiguous spectrum | Rel-15 | R4 | 100% | RP-170962 | Ericsson | [JSN] |
760190 | LTE_CA_R15_intra-Core | Core part: LTE Advanced intra-band CA Rel-15 for xDL/yUL including contiguous and non-contiguous spectrum | Rel-15 | R4 | 100% | RP-180800 | Ericsson | [JSN] |
760290 | LTE_CA_R15_intra-Perf | Perf. part: LTE Advanced intra-band CA Rel-15 for xDL/yUL including contiguous and non-contiguous spectrum | Rel-15 | R4 | 100% | RP-180800 | Ericsson | [JSN] |
760091 | LTE_CA_R15_2DL1UL | LTE Advanced inter-band CA Rel-15 for 2DL/1UL | Rel-15 | R4 | 100% | RP-171026 | Qualcomm | [JSN] |
760191 | LTE_CA_R15_2DL1UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for 2DL/1UL | Rel-15 | R4 | 100% | RP-181013 | Qualcomm | [JSN] |
760291 | LTE_CA_R15_2DL1UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for 2DL/1UL | Rel-15 | R4 | 100% | RP-181013 | Qualcomm | [JSN] |
760092 | LTE_CA_R15_3DL1UL | LTE Advanced inter-band CA Rel-15 for 3DL/1UL | Rel-15 | R4 | 100% | RP-171126 | Huawei | [JSN] |
760192 | LTE_CA_R15_3DL1UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for 3DL/1UL | Rel-15 | R4 | 100% | RP-180955 | Huawei | [JSN] |
760292 | LTE_CA_R15_3DL1UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for 3DL/1UL | Rel-15 | R4 | 100% | RP-180955 | Huawei | [JSN] |
760093 | LTE_CA_R15_4DL1UL | LTE Advanced inter-band CA Rel-15 for 4DL/1UL | Rel-15 | R4 | 100% | RP-170963 | Ericsson | [JSN] |
760193 | LTE_CA_R15_4DL1UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for 4DL/1UL | Rel-15 | R4 | 100% | RP-180801 | Ericsson | [JSN] |
760293 | LTE_CA_R15_4DL1UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for 4DL/1UL | Rel-15 | R4 | 100% | RP-180801 | Ericsson | [JSN] |
760094 | LTE_CA_R15_5DL1UL | LTE Advanced inter-band CA Rel-15 for 5DL/1UL | Rel-15 | R4 | 100% | RP-171466 | Nokia | [JSN] |
760194 | LTE_CA_R15_5DL1UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for 5DL/1UL | Rel-15 | R4 | 100% | RP-180743 | Nokia | [JSN] |
760294 | LTE_CA_R15_5DL1UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for 5DL/1UL | Rel-15 | R4 | 100% | RP-180743 | Nokia | [JSN] |
760095 | LTE_CA_R15_2DL2UL | LTE Advanced inter-band CA Rel-15 for 2DL/2UL | Rel-15 | R4 | 100% | RP-171127 | Huawei | [JSN] |
760195 | LTE_CA_R15_2DL2UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for 2DL/2UL | Rel-15 | R4 | 100% | RP-180957 | Huawei | [JSN] |
760295 | LTE_CA_R15_2DL2UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for 2DL/2UL | Rel-15 | R4 | 100% | RP-180957 | Huawei | [JSN] |
760096 | LTE_CA_R15_xDL2UL | LTE Advanced inter-band CA Rel-15 for xDL/2UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-170946 | LG Electronics | [JSN] |
760196 | LTE_CA_R15_xDL2UL-Core | Core part:LTE Advanced inter-band CA Rel-15 for xDL/2UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-180770 | LG Electronics | [JSN] |
760296 | LTE_CA_R15_xDL2UL-Perf | Perf. part:LTE Advanced inter-band CA Rel-15 for xDL/2UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-180770 | LG Electronics | [JSN] |
770064 | LTE_CA_R15-UEConTest | UE Conformance Test Aspects – Rel-15 CA configurations | Rel-15 | R5 | 100% | RP-171886 | Leif MATTISSON, Ericsson | [JSN] |
580037 | LTE_UTRA_TRP_TRS | Stopped - LTE UE Total Radiated Power (TRP) and Total Radiated Sensitivity (TRS) and UTRA Hand Phantom related UE TRP and TRS Requirements | Rel-15 | 82% | RP-130703 | Nokia | [JSN] | |
580137 | LTE_UTRA_TRP_TRS-Core | Stopped - Core part: LTE UE TRP and TRS and UTRA Hand Phantom related UE TRP and TRS Requirements | Rel-15 | R4 | 85% | RP-172035 | Nokia | [JSN] |
630011 | LTE_UTRA_TRP_TRS-UEConTest | Stopped - Test part: LTE UE TRP and TRS and UTRA Hand Phantom | Rel-15 | R5 | 78% | RP-150070 | ZTE | [JSN] |
790053 | CIoT_EC_GSM_fenh | Further enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-15 | R6 | 90% | RP-180541 | Nokia | [JSN] |
790153 | CIoT_EC_GSM_fenh-Core | Core part: Further enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-15 | R6 | 80% | RP-180541 | Nokia | [JSN] |
790253 | CIoT_EC_GSM_fenh-Perf | Perf. part: Further enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-15 | R6 | 100% | RP-180541 | Nokia | [JSN] |
790056 | LTE_CA_R15_xDL3UL | LTE Advanced inter-band CA Rel-15 for xDL/3UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-180573 | KDDI | [JSN] |
790156 | LTE_CA_R15_xDL3UL-Core | Core part: LTE Advanced inter-band CA Rel-15 for xDL/3UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-181311 | KDDI | [JSN] |
801203 | LTE_CA_R15_xDL3UL-Perf | Perf. Part: LTE Advanced inter-band CA Rel-15 for xDL/3UL with x=3,4,5 | Rel-15 | R4 | 100% | RP-181311 | KDDI | [JSN] |
790055 | LTE_PC1_B31_B72 | Addition of Power Class 1 UE to bands B31/B72 for LTE | Rel-15 | R4 | 100% | RP-180178 | Airbus | [JSN] |
790155 | LTE_PC1_B31_B72-Core | Core part: Addition of Power Class 1 UE to bands B31/B72 for LTE | Rel-15 | R4 | 100% | RP-180688 | Airbus | [JSN] |
810062 | LTE_PC1_B31_B72-UEConTest | UE Conformance Test Aspects - Addition of Power Class 1 UE to bands B31/B72 for LTE | Rel-15 | R5 | 100% | RP-181629 | Airbus | [JSN] |
730056 | FS_MA_RNVNF | Study on management aspects of virtualized network functions that are part of the NR | Rel-15 | S5 | 100% | SP-160703 | Intel (Joey Chou | [JSN] |
750043 | FS_NR_CU_DU_LLS | Study on CU-DU lower layer split for New Radio | Rel-15 | R3 | 100% | RP-180684 | NTT DOCOMO | [JSN] |
750040 | FS_NR_nonterr_nw | Study on NR to support non-terrestrial networks | Rel-15 | R1 | 100% | RP-171450 | Thales | [JSN] |
710045 | FS_NSA | STOPPED AT SA#77 - SA3 aspects on Study on Architecture and Security for Next Generation System | Rel-15 | S3 | 100% | SP-160727 | Vesa Torvinen, Ericsson | [JSN] |
760080 | FS_NR_CPUP_Split | Study on separation of CP and UP for split option 2 of NR | Rel-15 | R3 | 100% | RP-171905 | Ericsson | [JSN] |
710064 | FS_LTE_BW_flex | Stopped - Study on LTE bandwidth flexibility enhancements | Rel-15 | R4 | 100% | RP-161670 | Huawei | [JSN] |
730070 | FS_LTE_IC_BS | Study on interference cancellation receiver for LTE BS | Rel-15 | R4 | 100% | RP-161485 | China Telecom | [JSN] |
740066 | FS_LTE_UDC | Study on uplink data compression in LTE | Rel-15 | R2 | 100% | RP-170403 | CATT | [JSN] |
760081 | FS_LTE_8Rx_AP_DL | Study on LTE DL 8Rx antenna ports | Rel-15 | R4 | 100% | RP-171753 | Huawei | [JSN] |
770026 | FS_BASOP | Study on Update to fixed-point basic operators | Rel-15 | S4 | 100% | SP-170613 | Jelinek, Milan, VoiceAge Corporation | [JSN] |
710063 | FS_feD2D_IoT_relay_wearable | Study on further enhancements to LTE Device to Device (D2D), UE to network relays for IoT (Internet of Things) and wearables | Rel-15 | R2 | 100% | RP-170295 | Qualcomm | [JSN] |
710049 | FS_ENEFF | Study on Energy Efficiency Aspects of 3GPP Standards | Rel-15 | SP | 100% | SP-160224 | Orange, Xiaobao Chen | [JSN] |
750049 | FS_LTE_NR_V2X_eval | Study on evaluation methodology of new V2X use cases for LTE and NR | Rel-15 | R1 | 100% | RP-171093 | LG Electronics | [JSN] |
760042 | FS_FEC_MCS | Study on FEC for MC Services | Rel-15 | S4 | 100% | SP-170337 | Lambrou, John - Motorola Solutions | [JSN] |
710032 | FS_IOPS_LB | Study on Enhanced Isolated E-UTRAN Operation for Public Safety | Rel-15 | S2 | 100% | SP-160171 | Antoine Mouquet, Orange | [JSN] |
740016 | FS_MECUPS | Study on Management Enhancement of CUPS of EPC Nodes | Rel-15 | S5 | 100% | SP-160925 | Huawei; Jiang, Junyi | [JSN] |
720041 | FS_NG_SP | Study on Technical Requirements for a new secure platform for 3GPP applications | Rel-15 | C6 | 100% | CP-160371 | Heiko Kruse | [JSN] |
750030 | FS_NG_SP2 | Study on technical requirements for a new secure platform for 3GPP applications | Rel-15 | C6 | 100% | CP-170183 | Heiko Kruse | [JSN] |
750041 | FS_UTRA_CA_sched_enh | Study on scheduling enhancements with CA for UMTS | Rel-15 | R1 | 100% | RP-171065 | Huawei | [JSN] |
750050 | FS_LTE_arch_evo | Study on Architecture Evolution for E-UTRAN | Rel-15 | R3 | 100% | RP-172707 | China Unicom | [JSN] |
590045 | FS_SEATS | Study on Enhanced Acoustic Test Specifications | Rel-15 | S4 | 100% | SP-130028 | Knowles, Intel | [JSN] |
720025 | FS_USE_3GPP_4_TV | Study on User Services Enhancements in 3GPP for TV Services | Rel-15 | S4 | 100% | SP-160273 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
700047 | FS_OAM_EE | Study on OAM support for assessment of energy efficiency in mobile access networks | Rel-15 | S5 | 100% | SP-160430 | Cornily,Jean-Michel, ORANGE | [JSN] |
730055 | FS_OAM_IOT | Study on Management aspects of selected IoT-related features | Rel-15 | S5 | 100% | SP-160611 | Cisco Systems / Yanover, Vladimir | [JSN] |
700048 | FS_OAM_SON_AAS | Study on OAM aspects of SON for AAS-based deployments | Rel-15 | S5 | 100% | SP-150677 | Nokia Networks (Yizhi Yao) | [JSN] |
760056 | FS_OAM_LWI | Study on OAM aspects of LTE and WLAN integration | Rel-15 | S5 | 100% | SP-170480 | Yizhi Yao, Intel Corporation | [JSN] |
680054 | FS_DOCME_CH | Study on Overload Control for Diameter Charging Applications | Rel-15 | S5 | 100% | SP-170481 | GUO Wenjie, ZTE | [JSN] |
730053 | FS_FWDCA | Study on forward compatibility for 3GPP Diameter Charging Applications | Rel-15 | S5 | 100% | SP-160608 | Nokia, Maryse | [JSN] |
710007 | FS_IMP_ITFN | Study on Implementation for the Partitioning of Itf-N | Rel-15 | S5 | 100% | SP-160020 | Hu, Yaxi, China Mobile | [JSN] |
720046 | FS_MAN_NGNAF | Study on Management Aspects of Next Generation Network architecture and features | Rel-15 | S5 | 100% | SP-160399 | Nokia Networks, Yizhi Yao | [JSN] |
720047 | FS_NGNS_MOA | Study on Management and Orchestration Architecture of Next Generation Network and Service | Rel-15 | S5 | 100% | SP-160400 | Huawei Technologies, Zou Lan | [JSN] |
720063 | FS_LTE_SON_eCOMP | Study on SON for eCoMP for LTE | Rel-15 | R3 | 100% | RP-161181 | Nokia | [JSN] |
650036 | FS_ESCAPADES | Stopped - Study on IMS Enhanced Spoofed Call Prevention and Detection | Rel-15 | S3 | 100% | SP-140611 | Sprint | [JSN] |
760060 | FS_VBCLTE | Study on Volume Based Charging Aspects for VoLTE | Rel-15 | S5 | 100% | SP-170594 | Chen, Ai, China Mobile | [JSN] |
710015 | FS_UE_VTPerf | STOPPED - Study on UE characteristics and performance for Video | Rel-15 | S4 | 100% | SP-160085 | Stéphane PROUST, Orange | [JSN] |
780061 | FS_UE_App_Data_Perf_CA | Study on UE Application Layer Data Throughput Performance Expansion for CA | Rel-15 | R5 | 100% | RP-180203 | PCTEST Engineering Lab | [JSN] |
760064 | FS_EE_5G | Study on system and functional aspects of Energy Efficiency in 5G networks | Rel-15 | S5 | 100% | SP-170489 | CORNILY, Jean-Michel, ORANGE | [JSN] |
700027 | MCImp | Mission Critical Improvements | Rel-14 | 100% | [JSN] | |||
700029 | MCImp-MCPTTR | Mission Critical Push to Talk over LTE Realignment | Rel-14 | S1 | 100% | SP-150821 | Andrew Thiessen | [JSN] |
740022 | MCImp-eMCPTT | Enhancements for Mission Critical Push To Talk | Rel-14 | 100% | SP-160490 | Lazara, Dom | [JSN] | |
720056 | MCImp-eMCPTT | Stage 2 of Enhancements for Mission Critical Push To Talk | Rel-14 | S6 | 100% | SP-160490 | Lazara, Dom | [JSN] |
740023 | MCImp-eMCPTT-CT | Stage 3 of Enhancements for Mission Critical Push To Talk | Rel-14 | ct | 100% | CP-160824 | FREDERICKS, Bob | [JSN] |
740024 | MCImp-eMCPTT-CT | CT1 aspects of Enhancements for Mission Critical Push To Talk | Rel-14 | C1 | 100% | CP-160824 | FREDERICKS, Bob | [JSN] |
740025 | MCImp-eMCPTT-CT | CT3 aspects of Enhancements for Mission Critical Push To Talk | Rel-14 | C3 | 100% | CP-160824 | FREDERICKS, Bob | [JSN] |
740026 | MCImp-eMCPTT-CT | CT4 aspects of Enhancements for Mission Critical Push To Talk | Rel-14 | C4 | 100% | CP-160824 | FREDERICKS, Bob | [JSN] |
740027 | MCImp-eMCPTT-CT | CT6 aspects of Enhancements for Mission Critical Push To Talk | Rel-14 | C6 | 100% | CP-160824 | FREDERICKS, Bob | [JSN] |
700028 | MCImp-MCCoRe | Mission Critical Services Common Requirements | Rel-14 | S1 | 100% | SP-150822 | Andrew Thiessen | [JSN] |
720055 | MCImp-MC_ARCH | Common functional architecture to support mission critical services | Rel-14 | S6 | 100% | SP-160489 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
720053 | MCImp-MCVideo | Mission Critical Video over LTE | Rel-14 | 100% | SP-150849 | Emmanuelle Villebrun | [JSN] | |
670006 | FS_MCVideo | Study on Mission Critical Video over LTE | Rel-14 | S1 | 100% | SP-150048 | Villebrun, Emmanuelle (French MoI) | [JSN] |
700030 | MCImp-MCVideo | Stage 1 of MCVideo | Rel-14 | S1 | 100% | SP-150849 | Emmanuelle Villebrun | [JSN] |
720051 | MCImp-MCVideo | Stage 2 for MCVideo | Rel-14 | S6 | 100% | SP-160491 | Niranth Amogh, Huawei Telecommunications India | [JSN] |
750018 | MCImp-MCVideo | MCVideo codecs and media handling | Rel-14 | S4 | 100% | SP-170244 | John Lambrou (Motorola Solutions) | [JSN] |
740033 | MCImp-MCVIDEO-CT | Stage 3 of MCVideo | Rel-14 | ct | 100% | CP-160827 | PATEL, Milan | [JSN] |
740034 | MCImp-MCVIDEO-CT | CT1 aspects 3 of MCVideo | Rel-14 | C1 | 100% | CP-160827 | PATEL, Milan | [JSN] |
740035 | MCImp-MCVIDEO-CT | CT3 aspects 3 of MCVideo | Rel-14 | C3 | 100% | CP-160827 | PATEL, Milan | [JSN] |
740036 | MCImp-MCVIDEO-CT | CT4 aspects 3 of MCVideo | Rel-14 | C4 | 100% | CP-160827 | PATEL, Milan | [JSN] |
740037 | MCImp-MCVIDEO-CT | CT6 aspects 3 of MCVideo | Rel-14 | C6 | 100% | CP-160827 | PATEL, Milan | [JSN] |
720054 | MCImp-MCData | Mission Critical Data over LTE | Rel-14 | 100% | SP-150850 | Emmanuelle Villebrun | [JSN] | |
670007 | FS_MCDATA | Study on Mission Critical Data Communications | Rel-14 | S1 | 100% | SP-150049 | Villebrun, Emmanuelle (French MoI) | [JSN] |
700031 | MCImp-MCData | Stage 1 of MCData | Rel-14 | S1 | 100% | SP-150850 | Emmanuelle Villebrun | [JSN] |
720052 | MCImp-MCData | Stage 2 for MCData | Rel-14 | S6 | 100% | SP-160492 | David Freeman (UK Home Office) | [JSN] |
740028 | MCImp-MCDATA-CT | Stage 3 of MCData | Rel-14 | ct | 100% | CP-160826 | HASON, Baruh | [JSN] |
740029 | MCImp-MCDATA-CT | CT1 aspects of MCData | Rel-14 | C1 | 100% | CP-160826 | HASON, Baruh | [JSN] |
740030 | MCImp-MCDATA-CT | CT3 aspects of MCData | Rel-14 | C3 | 100% | CP-160826 | HASON, Baruh | [JSN] |
740031 | MCImp-MCDATA-CT | CT4 aspects of MCData | Rel-14 | C4 | 100% | CP-160826 | HASON, Baruh | [JSN] |
740032 | MCImp-MCDATA-CT | CT6 aspects of MCData | Rel-14 | C6 | 100% | CP-160826 | HASON, Baruh | [JSN] |
730047 | MCSec | Security of the Mission Critical Service | Rel-14 | S3 | 100% | SP-160566 | Haigh, Peter, CESG | [JSN] |
790052 | MCImp-UEConTest | UE Conformance Test Aspects - Mission Critical Improvements | Rel-14 | R5 | 100% | RP-180527 | NIST | [JSN] |
730008 | MCPTTProtoc1 | Protocol enhancements for MCPTT over LTE | Rel-14 | ct | 100% | CP-160581 | Ricky Kaura | [JSN] |
730009 | MCPTTProtoc1 | CT1 aspects of MCPTTProtoc1 | Rel-14 | C1 | 100% | CP-160581 | Ricky Kaura | [JSN] |
730010 | MCPTTProtoc1 | CT3 aspects of MCPTTProtoc1 | Rel-14 | C3 | 100% | CP-160581 | Ricky Kaura | [JSN] |
730011 | MCPTTProtoc1 | CT4 aspects of MCPTTProtoc1 | Rel-14 | C4 | 100% | CP-160581 | Ricky Kaura | [JSN] |
730012 | MCPTTProtoc1 | CT6 aspects of MCPTTProtoc1 | Rel-14 | C6 | 100% | CP-160581 | Ricky Kaura | [JSN] |
720030 | V2XLTE | LTE support for V2X services | Rel-14 | 100% | SP-150573 | [JSN] | ||
690035 | V2XLTE | Stage 1 for LTE support for V2X services | Rel-14 | S1 | 100% | SP-150573 | [JSN] | |
720011 | V2XARC | Architecture enhancements for LTE support of V2X services | Rel-14 | S2 | 100% | SP-160317 | LG Electronics, LaeYoung Kim | [JSN] |
740009 | V2XLTE-Sec | Security aspect of LTE support of V2X services | Rel-14 | S3 | 100% | SP-160955 | Huawei, Marcus Wong | [JSN] |
720090 | LTE_V2X | RAN aspects of LTE-based V2X Services | Rel-14 | 100% | RP-161298 | LG Electronics | [JSN] | |
720190 | LTE_V2X-Core | Core part: LTE-based V2X Services | Rel-14 | R1 | 100% | RP-162519 | LG Electronics | [JSN] |
720290 | LTE_V2X-Perf | Perf. part: LTE-based V2X Services | Rel-14 | R4 | 100% | RP-162519 | LG Electronics | [JSN] |
760086 | LTE_V2X-UEConTest | UE Conformance Test Aspects - Support for LTE-based V2X Services | Rel-14 | R5 | 100% | RP-192556 | Huawei | [JSN] |
730026 | V2X-CT | CT aspects of V2X Services | Rel-14 | ct | 100% | CP-160584 | Taehun Kim | [JSN] |
730027 | V2X-CT | CT1 aspects of V2X Services | Rel-14 | C1 | 100% | CP-160584 | Taehun Kim | [JSN] |
730028 | V2X-CT | CT3 aspects of V2X Services | Rel-14 | C3 | 100% | CP-160584 | Taehun Kim | [JSN] |
730029 | V2X-CT | CT4 aspects of V2X Services | Rel-14 | C4 | 100% | CP-160584 | Taehun Kim | [JSN] |
730030 | V2X-CT | CT6 aspects of V2X Services | Rel-14 | C6 | 100% | CP-160584 | Taehun Kim | [JSN] |
700019 | FS_V2XLTE | Study on LTE support for V2X services | Rel-14 | 100% | SP-150051 | Ki-Dong Lee (LG electronics) | [JSN] | |
670009 | FS_V2XLTE_S1 | Study on Stage 1 of LTE support for V2X services | Rel-14 | S1 | 100% | SP-150051 | Ki-Dong Lee (LG electronics) | [JSN] |
700050 | FS_V2XARC | Study on Stage 2 of LTE support for V2X services | Rel-14 | S2 | 100% | SP-150852 | LG Electronics, LaeYoung Kim | [JSN] |
760072 | FS_V2XARC_S3 | Study on Security of LTE support for V2X services | Rel-14 | S3 | 100% | SP-150852 | [JSN] | |
680058 | FS_LTE_V2X | RAN1 Study on LTE-based V2X Services | Rel-14 | R1 | 100% | RP-161263 | LG Electronics | [JSN] |
700061 | LTE_SL_V2V | Support for V2V services based on LTE sidelink | Rel-14 | 100% | RP-152293 | LG Electronics | [JSN] | |
700161 | LTE_SL_V2V-Core | Core part: Support for V2V services based on LTE sidelink | Rel-14 | R1 | 100% | RP-161603 | LG Electronics | [JSN] |
700261 | LTE_SL_V2V-Perf | Perf. part: Support for V2V services based on LTE sidelink | Rel-14 | R4 | 100% | RP-161603 | LG Electronics | [JSN] |
730073 | LTE_SL_V2V-UEConTest | UE Conformance Test Aspects - Support for V2V services based on LTE sidelink | Rel-14 | R5 | 100% | RP-172358 | Huawei | [JSN] |
710023 | NonIP_GPRS | Non-IP for Cellular Internet of Things (CIoT) for 2G/3G-GPRS(EC-EGPRS) | Rel-14 | 100% | SP-160196 | [JSN] | ||
710024 | NonIP_GPRS | Non-IP for Cellular IoT for EC-EGPRS | Rel-14 | S2 | 100% | SP-160196 | Hans Ronneke, Ericsson | [JSN] |
710025 | NonIP_GPRS-CT | CT aspects for Non-IP for Cellular Internet of Things for EC-EGPRS | Rel-14 | 100% | CP-160293 | Orange, Youssef CHADLI | [JSN] | |
710026 | NonIP_GPRS-CT | CT1 aspects for Non-IP for Cellular Internet of Things for EC-EGPRS | Rel-14 | C1 | 100% | CP-160293 | Orange, Youssef CHADLI | [JSN] |
720069 | NonIP_GPRS-CT | CT3 aspects for Non-IP for Cellular Internet of Things for EC-EGPRS | Rel-14 | C3 | 100% | CP-160293 | Orange, Youssef CHADLI | [JSN] |
710027 | NonIP_GPRS-CT | CT4 aspects for Non-IP for Cellular Internet of Things for EC-EGPRS | Rel-14 | C4 | 100% | CP-160293 | Orange, Youssef CHADLI | [JSN] |
720092 | LTE_feMTC | Further enhanced MTC for LTE | Rel-14 | 100% | RP-161321 | Ericsson | [JSN] | |
720192 | LTE_feMTC-Core | Core part: Further enhanced MTC for LTE | Rel-14 | R1 | 100% | RP-170532 | Ericsson | [JSN] |
720292 | LTE_feMTC-Perf | Perf. part: Further enhanced MTC for LTE | Rel-14 | R4 | 100% | RP-170532 | Ericsson | [JSN] |
770063 | LTE_feMTC-UEConTest | UE Conformance Test Aspects - Further enhanced MTC for LTE | Rel-14 | R5 | 100% | RP-192886 | Ericsson | [JSN] |
720093 | NB_IOTenh | Enhancements of NB-IoT | Rel-14 | 100% | RP-161324 | Huawei | [JSN] | |
720193 | NB_IOTenh-Core | Core part: Enhancements of NB-IoT | Rel-14 | R1 | 100% | RP-171060 | Huawei | [JSN] |
720293 | NB_IOTenh-Perf | Perf. part: Enhancements of NB-IoT | Rel-14 | R4 | 100% | RP-171060 | Huawei | [JSN] |
770061 | NB_IOTenh-UEConTest | UE Conformance Test Aspects - Enhancements of NB-IoT | Rel-14 | R5 | 100% | RP-171781 | Huawei | [JSN] |
730021 | AT_CIoT | AT Commands for CIoT | Rel-14 | C1 | 100% | CP-160477 | John-Luc Bakker | [JSN] |
730359 | CIoT_Ext | Extended architecture support for Cellular Internet of Things | Rel-14 | 100% | SP-160732 | Intel : Puneet Jain | [JSN] | |
720081 | FS_CIoT_Ext | Study on extended architecture support for Cellular Internet of Things | Rel-14 | S2 | 100% | SP-160505 | Intel : Puneet Jain | [JSN] |
730059 | CIoT_Ext | Stage 2 of Extended architecture support for Cellular Internet of Things | Rel-14 | S2 | 100% | SP-160830 | Intel : Puneet Jain | [JSN] |
740038 | CIoT_Ext-CT | Stage 3 of extended architecture enhancements for Cellular Internet of Things | Rel-14 | ct | 100% | CP-160701 | Intel, Vivek Gupta | [JSN] |
740039 | CIoT_Ext-CT | CT1 aspects of extended architecture enhancements for Cellular Internet of Things | Rel-14 | C1 | 100% | CP-160701 | Intel, Vivek Gupta | [JSN] |
740040 | CIoT_Ext-CT | CT4 aspects of extended architecture enhancements for Cellular Internet of Things | Rel-14 | C4 | 100% | CP-160701 | Intel, Vivek Gupta | [JSN] |
730077 | CIoT_EC_GSM_radio_enh | Radio Interface Enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-14 | R6 | 99% | RP-161806 | Nokia | [JSN] |
730177 | CIoT_EC_GSM_radio_enh-Core | Core part: Radio Interface Enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-14 | R6 | 100% | RP-161806 | Nokia | [JSN] |
730277 | CIoT_EC_GSM_radio_enh-Perf | Perf. part: Radio Interface Enhancements for Extended Coverage GSM for support of Cellular Internet of Things | Rel-14 | R6 | 100% | RP-161806 | Nokia | [JSN] |
730083 | NB_IOT_R14_bands | New band support for Rel-14 Narrowband Internet of Things (NB-IOT) | Rel-14 | R4 | 99% | RP-161890 | Ericsson | [JSN] |
730183 | NB_IOT_R14_bands-Core | Core part: New band support for Rel-14 Narrowband Internet of Things (NB-IOT) | Rel-14 | R4 | 100% | RP-170139 | Ericsson | [JSN] |
730283 | NB_IOT_R14_bands-Perf | Perf. part: New band support for Rel-14 Narrowband Internet of Things (NB-IOT) | Rel-14 | R4 | 100% | RP-170139 | Ericsson | [JSN] |
750057 | NB_IOT_R14_bands-UEConTest | UE Conformance Test Aspects - New band support for Rel-14 NB-IoT | Rel-14 | R5 | 100% | RP-170495 | Ericsson | [JSN] |
720006 | eDecor | Enhancements of Dedicated Core Networks selection mechanism | Rel-14 | 99% | SP-160310 | Roland Gustafsson | [JSN] | |
690051 | FS_eDecor | Study on Enhancements of Dedicated Core Networks selection mechanism | Rel-14 | S2 | 100% | SP-150518 | Roland Gustafsson | [JSN] |
720007 | eDecor | Enhancements of Dedicated Core Networks selection mechanism | Rel-14 | S2 | 100% | SP-160310 | Roland Gustafsson | [JSN] |
730013 | eDecor-CT | CT aspects of eDecor | Rel-14 | ct | 100% | CP-160475 | Mikael Wass | [JSN] |
730014 | eDecor-CT | CT1 aspects of eDecor | Rel-14 | C1 | 100% | CP-160475 | Mikael Wass | [JSN] |
730015 | eDecor-CT | CT4 aspects of eDecor | Rel-14 | C4 | 100% | CP-160475 | Mikael Wass | [JSN] |
730016 | eDecor-CT | CT6 aspects of eDecor | Rel-14 | C6 | 100% | CP-160475 | Mikael Wass | [JSN] |
740067 | eDECOR-UTRA_LTE | RAN aspects of eDECOR for UMTS and LTE | Rel-14 | R3 | 99% | RP-162543 | Ericsson | [JSN] |
740167 | eDECOR-UTRA_LTE-Core | Core part: RAN aspects of eDECOR for UMTS and LTE | Rel-14 | R3 | 100% | RP-162543 | Ericsson | [JSN] |
760088 | eDECOR-UTRA_LTE-UEConTest | UE Conformance Test Aspects - Enhancements of Dedicated Core Networks for UTRA and LTE | Rel-14 | R5 | 100% | RP-171899 | Ericsson | [JSN] |
760002 | eDecor | Stopped - GSM aspects of eDECOR | Rel-14 | R6 | 100% | SP-160310 | Ericsson | [JSN] |
740078 | LC_MTC_LTE_cat0_B25_B26 | Addition of band 25 and 26 to LTE MTC cat.0 | Rel-14 | R4 | 100% | RP-162572 | Sprint | [JSN] |
740178 | LC_MTC_LTE_cat0_B25_B26-Core | Core part: Addition of band 25 and 26 to LTE MTC cat.0 | Rel-14 | R4 | 100% | RP-162572 | Sprint | [JSN] |
740179 | LTE_MTCe2_L1_cat1_B25_B40-Core | Addition of bands 25 and 40 to LTE MTC cat.1 | Rel-14 | R4 | 100% | RP-162573 | Sprint | [JSN] |
720031 | EWE | EIR check for WLAN access to EPC | Rel-14 | 100% | SP-150624 | Alcatel-Lucent, Nicolas Drevon | [JSN] | |
700039 | EWE | Stage 2 of EWE | Rel-14 | S2 | 100% | SP-150624 | Alcatel-Lucent, Nicolas Drevon | [JSN] |
720002 | EWE-CT | CT aspects of EWE | Rel-14 | ct | 100% | CP-160244 | Nokia, Bruno Landais | [JSN] |
720032 | EWE-CT | CT1 aspects of EWE | Rel-14 | C1 | 100% | CP-160244 | Nokia, Bruno Landais | [JSN] |
720033 | EWE-CT | CT4 aspects of EWE | Rel-14 | C4 | 100% | CP-160244 | Nokia, Bruno Landais | [JSN] |
730048 | ERP | Support of EAP Re-authentication Protocol for WLAN Interworking | Rel-14 | 100% | SP-160568 | ORANGE, Todor Gamishev | [JSN] | |
730049 | ERP | Support of EAP Re-authentication Protocol for WLAN Interworking | Rel-14 | S3 | 100% | SP-160568 | ORANGE, Todor Gamishev | [JSN] |
730003 | ERP-CT | CT aspects of ERP | Rel-14 | ct | 100% | CP-160413 | Orange, Julien Bournelle | [JSN] |
730045 | ERP-CT | CT1 aspects of ERP | Rel-14 | C1 | 100% | CP-160413 | Orange, Julien Bournelle | [JSN] |
730046 | ERP-CT | CT4 aspects of ERP | Rel-14 | C4 | 100% | CP-160413 | Orange, Julien Bournelle | [JSN] |
720019 | SEW2 | Phase 2 of the Support of Emergency services over WLAN | Rel-14 | 100% | SP-160307 | Nicolas Drevon | [JSN] | |
690033 | FS_SEW2 | Study on Phase 2 of the Support of Emergency services over WLAN | Rel-14 | S2 | 100% | SP-160173 | Laurent Thiebaut, Alcatel Lucent | [JSN] |
720018 | SEW2 | Support of Emergency services over WLAN - phase 2 | Rel-14 | S2 | 100% | SP-160307 | Nicolas Drevon | [JSN] |
730017 | SEW2-CT | CT aspects of SEW2 | Rel-14 | ct | 100% | CP-160694 | Jennifer Liu | [JSN] |
730018 | SEW2-CT | CT1 aspects of SEW2 | Rel-14 | C1 | 100% | CP-160694 | Jennifer Liu | [JSN] |
730019 | SEW2-CT | CT4 aspects of SEW2 | Rel-14 | C4 | 100% | CP-160694 | Jennifer Liu | [JSN] |
730020 | SEW2-CT | Stopped - CT6 aspects of SEW2 | Rel-14 | C6 | 100% | CP-160694 | Jennifer Liu | [JSN] |
720076 | TADS_WLAN | T-ADS supporting WLAN Access | Rel-14 | S2 | 100% | SP-160488 | Jiang Yi | [JSN] |
710075 | LTE_WLAN_aggr | Enhanced LTE-WLAN Aggregation (LWA) | Rel-14 | R2 | 100% | RP-160600 | Intel | [JSN] |
710175 | LTE_WLAN_aggr-Core | Core part: Enhanced LTE-WLAN Aggregation (LWA) | Rel-14 | R2 | 100% | RP-160923 | Intel | [JSN] |
700020 | EIEI | Evolution to and Interworking with eCall in IMS | Rel-14 | 100% | SP-150275 | Kurt Bischinger | [JSN] | |
680004 | EIEI | Stage 1 of Evolution to and Interworking with eCall in IMS | Rel-14 | S1 | 100% | SP-150275 | Kurt Bischinger | [JSN] |
700021 | EIEI | Stage 2 of Evolution to and Interworking with eCall in IMS | Rel-14 | S2 | 100% | SP-150623 | Haris Zisimopoulos, Qualcomm Incorporated | [JSN] |
710020 | EIEI-CT | CT aspects of evolution to and interworking with eCall in IMS | Rel-14 | 100% | CP-160053 | Lena Chaponniere | [JSN] | |
710021 | EIEI-CT | CT1 aspects of evolution to and interworking with eCall in IMS | Rel-14 | C1 | 100% | CP-160053 | Lena Chaponniere | [JSN] |
720068 | EIEI-CT | (IETF) Next-Generation Pan-European eCall (draft-ietf-ecrit-ecall) | Rel-14 | C1-IETF | 100% | CP-160053 | [JSN] | |
710022 | EIEI-CT | CT6 aspects of evolution to and interworking with eCall in IMS | Rel-14 | C6 | 100% | CP-160053 | Lena Chaponniere | [JSN] |
760084 | EIEI-UEConTest | UE Conformance Test Aspects - Evolution to and Interworking with eCall in IMS (EIEI) | Rel-14 | R5 | 100% | RP-171057 | Qualcomm | [JSN] |
720074 | PWDIMS | Password based service activation for IMS Multimedia Telephony service | Rel-14 | 100% | SP-150041 | Peter Bleckert (Ericsson) | [JSN] | |
670012 | PWDIMS | Stage 1 for PWDIMS | Rel-14 | S1 | 100% | SP-150041 | Peter Bleckert (Ericsson) | [JSN] |
720034 | PWDIMS-CT | CT aspects for PWDIMS | Rel-14 | ct | 100% | CP-160295 | Axell, Jörgen | [JSN] |
720035 | PWDIMS-CT | CT1 aspects for PWDIMS | Rel-14 | C1 | 100% | CP-160295 | Axell, Jörgen | [JSN] |
720036 | PWDIMS-CT | CT3 aspects for PWDIMS | Rel-14 | C3 | 100% | CP-160295 | Axell, Jörgen | [JSN] |
630007 | ISAT | IMS Signalling Activated Trace | Rel-14 | 100% | CP-150091 | Vodafone | [JSN] | |
630107 | ISAT | CT1 part of IMS Signalling Activated Trace | Rel-14 | C1 | 100% | CP-150091 | Vodafone | [JSN] |
651003 | ISAT | (IETF) IMS Signalling Activated Trace (draft-ietf-insipid-logme-marking) --> RFC 8497 | Rel-14 | C1-IETF | 100% | CP-150091 | Vodafone | [JSN] |
651103 | ISAT | (IETF) IMS Signalling Activated Trace (draft-ietf-insipid-logme-marking) --> RFC 8497 | Rel-14 | C3-IETF | 100% | CP-150091 | Vodafone | [JSN] |
651203 | ISAT | (IETF) IMS Signalling Activated Trace (draft-ietf-insipid-logme-marking) --> RFC 8497 | Rel-14 | C4-IETF | 100% | CP-150091 | Vodafone | [JSN] |
630207 | ISAT | CT3 part of IMS Signalling Activated Trace | Rel-14 | C3 | 100% | CP-150091 | Vodafone | [JSN] |
630307 | ISAT | CT4 part of IMS Signalling Activated Trace | Rel-14 | C4 | 100% | CP-150091 | Vodafone | [JSN] |
740017 | SPECTRE | User Controlled Spoofed Call Treatment | Rel-14 | 100% | SP-160898 | Greg Schumacher, Sprint | [JSN] | |
730004 | SPECTRE | Stage 1 of User Controlled Spoofed Call Treatment | Rel-14 | S1 | 100% | SP-160898 | Greg Schumacher, Sprint | [JSN] |
740018 | SPECTRE-CT | Stage 3 of User Controlled Spoofed Call Treatment | Rel-14 | C1 | 100% | CP-160696 | Dolly, Martin | [JSN] |
750037 | SPECTRE-CT_IETF | (IETF) A SIP Response Code for Unwanted Calls (draft-ietf-sipcore-status-unwanted) | Rel-14 | C1-IETF | 100% | Ericsson | [JSN] | |
780049 | SPECTRE-CT_IETF2 | (IETF) Authenticated Identity Management in SIP (draft-ietf-stir-rfc4474bis) | Rel-14 | C1-IETF | 100% | Christer Holmberg | [JSN] | |
700032 | EnTV | Enhancement for TV service | Rel-14 | 100% | SP-150756 | Zhiming Li | [JSN] | |
670010 | FS_EnTV | Study on 3GPP Enhancement for TV Video service | Rel-14 | S1 | 100% | SP-150052 | Zhiming Li (Huawei) | [JSN] |
720015 | AE_enTV | System Architecture Enhancements to eMBMS for TV Video Service | Rel-14 | 100% | SP-160730 | [JSN] | ||
710046 | FS_AE_enTV | Study on System Architecture Enhancements to eMBMS for TV Video Service | Rel-14 | S2 | 100% | SP-160225 | Miguel Griot, Qualcomm | [JSN] |
730058 | AE_enTV | System Architecture Enhancements for TV service | Rel-14 | S2 | 100% | SP-160730 | Miguel Griot, Qualcomm | [JSN] |
730052 | AE_enTV-MI_MTV | Mobile Network Interface for MBMS Delivery of Media and TV services | Rel-14 | S4 | 100% | SP-160731 | Thorsten Lohmar | [JSN] |
740060 | AE_enTV-S4 | Codec aspects for eMBMS Delivery of Media and TV Services | Rel-14 | S4 | 100% | SP-160956 | Imed Bouazizi | [JSN] |
740049 | AE_enTV-CT | Stage 3 of system architecture enhancements for TV service | Rel-14 | ct | 100% | CP-160816 | Catovic, Amer | [JSN] |
740050 | AE_enTV-CT | CT1 aspects of system architecture enhancements for TV service | Rel-14 | C1 | 100% | CP-160816 | Catovic, Amer | [JSN] |
740051 | AE_enTV-CT | CT3 aspects of system architecture enhancements for TV service | Rel-14 | C3 | 100% | CP-160816 | Catovic, Amer | [JSN] |
740052 | AE_enTV-CT | CT4 aspects of system architecture enhancements for TV service | Rel-14 | C4 | 100% | CP-160816 | Catovic, Amer | [JSN] |
740053 | AE_enTV-CT | CT6 aspects of system architecture enhancements for TV service | Rel-14 | C6 | 100% | CP-160816 | Catovic, Amer | [JSN] |
700054 | TRAPI | MBMS Transport Protocol and APIs | Rel-14 | S4 | 100% | SP-150851 | Samsung, Imed Bouazizi | [JSN] |
670003 | MPS_Mods | Multimedia Priority Service Modifications | Rel-14 | S1 | 100% | SP-150043 | Ray P. Singh (Applied Communications Science) | [JSN] |
721004 | LI14 | Lawful Interception Rel-14 | Rel-14 | S3LI | 100% | SP-170038 | Koen JASPERS, PIDS | [JSN] |
730031 | REAS_EXT | SIP Reason header extension | Rel-14 | ct | 99% | CP-160481 | Mohali, Marianne | [JSN] |
730032 | REAS_EXT | CT1 aspects of SIP Reason header extension | Rel-14 | C1 | 100% | CP-160481 | Mohali, Marianne | [JSN] |
780050 | REAS_EXT | (IETF) ISUP Cause Location Parameter for the SIP Reason Header Field (draft-ietf-sipcore-reason-q850-loc) --> RFC 8606 | Rel-14 | C1-IETF | 100% | Michael KREIPL, Deutsche Telekom | [JSN] | |
730033 | REAS_EXT | CT3 aspects of SIP Reason header extension | Rel-14 | C3 | 100% | CP-160481 | Mohali, Marianne | [JSN] |
690034 | eULRS | Enhancements to User Location Reporting Support | Rel-14 | S1 | 100% | SP-150540 | [JSN] | |
730002 | DLoCMe | Diameter Load Control Mechanism | Rel-14 | ct | 98% | CP-160645 | Nokia, Ulrich Wiehe | [JSN] |
730041 | DLoCMe | CT3 aspects of Diameter Load Control Mechanism | Rel-14 | C3 | 100% | CP-160645 | Nokia, Ulrich Wiehe | [JSN] |
730042 | DLoCMe | CT4 aspects of Diameter Load Control Mechanism | Rel-14 | C4 | 100% | CP-160645 | Nokia, Ulrich Wiehe | [JSN] |
740058 | DLoCMe | (IETF) Diameter Load Information Conveyance (draft-ietf-dime-load) --> RFC 8583 | Rel-14 | C4-IETF | 90% | CP-160645 | [JSN] | |
660025 | FS_DLoCME | Study on Diameter Load Control Mechanisms | Rel-13 | C4 | 100% | CP-140996 | Alcatel-Lucent | [JSN] |
740012 | DBPU | Diameter Base Protocol Specification Update | Rel-14 | 100% | CP-160823 | Huawei, Peter Schmitt | [JSN] | |
740054 | DBPU | CT aspects of Diameter Base Protocol Specification Update | Rel-14 | ct | 100% | CP-160823 | Huawei, Peter Schmitt | [JSN] |
740055 | DBPU | CT3 aspects of Diameter Base Protocol Specification Update | Rel-14 | C3 | 100% | CP-160823 | Huawei, Peter Schmitt | [JSN] |
740056 | DBPU | CT4 aspects of Diameter Base Protocol Specification Update | Rel-14 | C4 | 100% | CP-160823 | Huawei, Peter Schmitt | [JSN] |
740013 | DBPU-CH | Charging aspects for Diameter Base Protocol Specification Update | Rel-14 | S5 | 100% | SP-160837 | Nokia | [JSN] |
720060 | MMCMH_Enh | Enhancements to Multi-stream Multiparty Conferencing Media Handling | Rel-14 | 99% | SP-160272 | Nikolai Leung | [JSN] | |
720029 | MMCMH_Enh | Overall aspects of MMCMH_Enh | Rel-14 | S4 | 100% | SP-160596 | Nikolai Leung | [JSN] |
720064 | MMCMH_Enh-CT | CT aspects of MMCMH_Enh | Rel-14 | ct | 99% | CP-160369 | Ericsson, Nevenka Biondic | [JSN] |
720065 | MMCMH_Enh-CT | CT1 aspects of MMCMH_Enh | Rel-14 | C1 | 100% | CP-160369 | Ericsson, Nevenka Biondic | [JSN] |
720066 | MMCMH_Enh-CT | CT3 aspects of MMCMH_Enh | Rel-14 | C3 | 100% | CP-160369 | Ericsson, Nevenka Biondic | [JSN] |
720067 | MMCMH_Enh-CT | CT4 aspects of MMCMH_Enh | Rel-14 | C4 | 100% | CP-160369 | Ericsson, Nevenka Biondic | [JSN] |
750038 | MMCMH_Enh-CT | (IETF) Using Simulcast in SDP and RTP Sessions (draft-ietf-mmusic-sdp-simulcast) | Rel-14 | C1-IETF | 90% | Ericsson | [JSN] | |
750039 | MMCMH_Enh-CT | (IETF) RTP Payload Format Restrictions (draft-ietf-mmusic-rid) | Rel-14 | C1-IETF | 90% | Ericsson | [JSN] | |
710002 | MMCMH-CT | Stopped - CT aspects of (or "Enhancements of") MTSI Extension on Multi-stream | Rel-14 | ct | 100% | CP-160117 | Ericsson, Nevenka Biondic | [JSN] |
710028 | MMCMH-CT | deleted -CT1 aspects of MTSI Extension on Multi-stream | Rel-14 | C1 | 100% | CP-160117 | Ericsson, Nevenka Biondic | [JSN] |
710029 | MMCMH-CT | deleted -CT3 aspects of MTSI Extension on Multi-stream | Rel-14 | C3 | 100% | CP-160117 | Ericsson, Nevenka Biondic | [JSN] |
710030 | MMCMH-CT | deleted -CT4 aspects of MTSI Extension on Multi-stream | Rel-14 | C4 | 100% | CP-160117 | Ericsson, Nevenka Biondic | [JSN] |
720008 | CUPS | Control and User Plane Separation of EPC nodes | Rel-14 | 100% | SP-160316 | Huawei, Mirko Schramm | [JSN] | |
690052 | FS_CUPS | Study on Control and User Plane Separation of EPC nodes | Rel-14 | S2 | 100% | SP-150519 | Huawei, Mirko Schramm | [JSN] |
720009 | CUPS | Control and User Plane Separation of EPC nodes | Rel-14 | S2 | 100% | SP-160316 | Huawei, Mirko Schramm | [JSN] |
730001 | CUPS-CT | CT aspects for CUPS | Rel-14 | ct | 100% | CP-160579 | Huawei, Peter Schmitt | [JSN] |
730039 | CUPS-CT | CT3 aspects for CUPS | Rel-14 | C3 | 100% | CP-160579 | Huawei, Peter Schmitt | [JSN] |
730040 | CUPS-CT | CT4 aspects for CUPS | Rel-14 | C4 | 100% | CP-160579 | Huawei, Peter Schmitt | [JSN] |
690048 | OAM14 | OAM14 Rel-14 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-14 | S5 | 100% | [JSN] | ||
680035 | OAM14-MAMO_VNF | Management of mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-150362 | Jinglei Liu, China Mobile | [JSN] |
680036 | OAM14-MAMO_VNF-MCAR | Management concept, architecture and requirements for mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-160023 | Jinglei Liu, China Mobile (liujinglei@chinamobile.com) | [JSN] |
690039 | OAM14-MAMO_VNF-CM | Configuration Management for mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-160401 | ZTE Corporation (Zhu Weihong, zhu.weihong@zte.com.cn) | [JSN] |
690040 | OAM14-MAMO_VNF-FM | Fault Management for mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-160403 | Huawei (Kai ZHANG, kai.zhangkai@huawei.com) | [JSN] |
690041 | OAM14-MAMO_VNF-PM | Performance management for mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-160402 | Intel (Joey Chou, joey.chou@intel.com) | [JSN] |
690042 | OAM14-MAMO_VNF-LCM | Lifecycle management for mobile networks that include virtualized network functions | Rel-14 | S5 | 100% | SP-160427 | Anatoly Andrianov (anatoly.andrianov@nokia.com), Nokia Networks | [JSN] |
710009 | OAM14-FILMEAS | Filtering of PM measurements and data volume | Rel-14 | S5 | 100% | SP-160610 | Ericsson: Robert Petersen | [JSN] |
670028 | FS_OAM_LSA | Study on OAM support for Licensed Shared Access (LSA) | Rel-14 | S5 | 100% | SP-150056 | Nokia Networks, Anatoly Andrianov | [JSN] |
720044 | OAM14-LSA | OAM support for Licensed Shared Access (LSA) | Rel-14 | S5 | 100% | SP-160397 | Nokia: Olaf Pollakowski | [JSN] |
680050 | DESUDAPS | Development of super-wideband and fullband P.835 | Rel-14 | S4 | 100% | SP-150215 | Scott Isabelle (Knowles, Inc.) | [JSN] |
670004 | ELIOT | Enhancing Location Capabilities for Indoor and Outdoor Emergency Communications | Rel-14 | S1 | 100% | SP-150044 | Greg Schumacher | [JSN] |
670005 | eDSVCC | Enhancements to Domain Selection between VoLTE and CDMA CS | Rel-14 | S1 | 100% | SP-150045 | China Telecom, Hongmei Zhu | [JSN] |
680002 | CATS | Control of Applications when Third party Servers encounter difficulties | Rel-14 | S1 | 100% | SP-150273 | Eriko Yoshida, KDDI | [JSN] |
720080 | PS_Data_Off | PS Data Off Services | Rel-14 | 100% | SP-150823 | Orange, Bruno Tossou | [JSN] | |
700033 | PS_Data_Off | PS Data Off Services | Rel-14 | S1 | 100% | SP-150823 | Orange, Bruno Tossou | [JSN] |
720079 | FS_PS_DATA_OFF | Study on Stage 2 of PS Data off function | Rel-14 | S2 | 100% | SP-160318 | Orange, david | [JSN] |
740004 | PS_DATA_OFF | Stage 2 of PS Data Off | Rel-14 | S2 | 100% | SP-160831 | Christophe Petit (Orange) | [JSN] |
740041 | PS_DATA_OFF-CT | Stage 3 of PS Data Off | Rel-14 | ct | 100% | CP-160702 | Herrero Veron, Christian (Huawei) | [JSN] |
740042 | PS_DATA_OFF-CT | CT1 aspects of PS Data Off | Rel-14 | C1 | 100% | CP-160702 | Herrero Veron, Christian (Huawei) | [JSN] |
740043 | PS_DATA_OFF-CT | CT3 aspects of PS Data Off | Rel-14 | C3 | 100% | CP-160702 | Herrero Veron, Christian (Huawei) | [JSN] |
740044 | PS_DATA_OFF-CT | CT6 aspects of PS Data Off | Rel-14 | C6 | 100% | CP-160702 | Herrero Veron, Christian (Huawei) | [JSN] |
740014 | PS_DATA_OFF-CH | Charging Aspect for 3GPP PS Data off Function | Rel-14 | S5 | 100% | SP-160839 | Huawei, Chen, Shan | [JSN] |
710003 | SCCAS_RES | SCC AS Restoration | Rel-14 | C4 | 100% | CP-160118 | China Mobile, Hao Zhang, | [JSN] |
710004 | PPEPO_LTE | Paging Policy Enhancements and Procedure | Rel-14 | S1 | 100% | SP-160113 | China Unicom, Zhuoyun Zhang | [JSN] |
720077 | eFMSS | Enhancement to Flexible Mobile Service Steering | Rel-14 | 100% | SP-160115 | China Mobile, Lu Lu | [JSN] | |
680003 | FS_eFMSS | Study on enhancement to FMSS for Rel 14 | Rel-14 | S1 | 100% | SP-150280 | Lu Lu, China Mobile | [JSN] |
710005 | eFMSS | Stage 1 of Enhancement to Flexible Mobile Service Steering | Rel-14 | S1 | 100% | SP-160115 | China Mobile, Lu Lu | [JSN] |
720078 | eFMSS | Stage 2 of Enhancement to Flexible Mobile Service Steering | Rel-14 | S2 | 100% | SP-160314 | ZTE, Tricci So | [JSN] |
710010 | IMS_TELEP_EXT | Media Handling Extensions of IMS-based Telepresence | Rel-14 | 92% | SP-160081 | Ozgur Oyman, Intel | [JSN] | |
721005 | IMS_TELEP_EXT | S4 aspects of Media Handling Extensions of IMS-based Telepresence | Rel-14 | S4 | 100% | SP-160081 | Ozgur Oyman, Intel | [JSN] |
720061 | IMS_TELEP_EXT | (IETF) Other IETF aspects of IMS_TELEP_EXT | Rel-14 | S4-IETF | 91% | Ozgur Oyman, Intel | [JSN] | |
800103 | IMS_TELEP_EXT | (IETF) RTP Payload Format for Flexible Forward Error Correction (FEC) (draft-ietf-payload-flexible-fec-scheme) --> RFC 8627 | Rel-14 | S4-IETF | 100% | Ozgur Oyman, Intel | [JSN] | |
800104 | IMS_TELEP_EXT | (IETF) Framework for Telepresence Multi-Streams (draft-ietf-clue-framework) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800105 | IMS_TELEP_EXT | (IETF) CLUE Protocol data channel (draft-ietf-clue-datachannel) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800106 | IMS_TELEP_EXT | (IETF) Session Signaling for Controlling Multiple Streams for Telepresence (CLUE) (draft-ietf-clue-signaling) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800107 | IMS_TELEP_EXT | (IETF) An XML Schema for the CLUE data model (draft-ietf-clue-data-model-schema) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800108 | IMS_TELEP_EXT | (IETF) Protocol for Controlling Multiple Streams for Telepresence (CLUE) (draft-ietf-clue-protocol) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800109 | IMS_TELEP_EXT | (IETF) Mapping RTP streams to CLUE Media Captures (draft-ietf-clue-rtp-mapping) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800110 | IMS_TELEP_EXT | (IETF) Session Description Protocol (SDP) Offer/Answer Procedures For Stream Control Transmission Protocol (SCTP) over Datagram Transport Layer Security (DTLS) Transport. (draft-ietf-mmusic-sctp-sdp) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
800111 | IMS_TELEP_EXT | (IETF) SDP-based Data Channel Negotiation (draft-ietf-mmusic-data-channel-sdpneg) | Rel-14 | S4-IETF | 90% | Ozgur Oyman, Intel | [JSN] | |
710011 | IQoE | Improved Streaming QoE Reporting in 3GPP | Rel-14 | S4 | 100% | SP-160082 | Zhiming Li, Huawei | [JSN] |
710085 | EASE_ALGOs_SA3 | New GPRS algorithms for EASE | Rel-14 | S3 | 100% | SP-160203 | Tim Evans, Vodafone | [JSN] |
710048 | V8 | S8 Home Routing Architecture for VoLTE | Rel-14 | 100% | SP-160315 | [JSN] | ||
680053 | FS_V8 | Study on S8 Home Routing Architecture | Rel-14 | S2 | 100% | SP-150255 | Motohiro ABE | [JSN] |
690049 | FS_LIV8 | Study on LI in S8 Home Routing Architecture for VoLTE | Rel-14 | S3 | 100% | SP-150461 | Greg Schumacher (SPRINT) Gregory | [JSN] |
720017 | V8 | S8 Home Routing Architecture for VoLTE | Rel-14 | S2 | 100% | SP-160315 | Motohiro ABE | [JSN] |
730023 | V8-CT | CT Aspects of V8 | Rel-14 | ct | 100% | CP-160479 | Tsuyoshi Takakura (NTT DOCOMO) | [JSN] |
730024 | V8-CT | CT1 Aspects of V8 | Rel-14 | C1 | 100% | CP-160479 | Tsuyoshi Takakura (NTT DOCOMO) | [JSN] |
730025 | V8-CT | CT3 Aspects of V8 | Rel-14 | C3 | 100% | CP-160479 | Tsuyoshi Takakura (NTT DOCOMO) | [JSN] |
720050 | CH14-V8 | Charging Aspects of S8 Home Routing Architecture for VoLTE | Rel-14 | S5 | 100% | SP-160838 | Chen, Ai (China Mobile) | [JSN] |
720020 | AULC | Improvements of awareness of user location change | Rel-14 | 100% | SP-160308 | Yang Xu | [JSN] | |
690050 | FS_AULC | Study on improvement of awareness of user location change | Rel-14 | S2 | 100% | SP-150517 | Yang Xu | [JSN] |
720021 | AULC | Improvements of awareness of user location change | Rel-14 | S2 | 100% | SP-160308 | Yang Xu | [JSN] |
730034 | AULC-CT | CT Aspect of AULC | Rel-14 | ct | 100% | CP-160466 | Huawei, Wu Yizhuang | [JSN] |
730035 | AULC-CT | CT3 Aspect of AULC | Rel-14 | C3 | 100% | CP-160466 | Huawei, Wu Yizhuang | [JSN] |
730036 | AULC-CT | CT4 Aspect of AULC | Rel-14 | C4 | 100% | CP-160466 | Huawei, Wu Yizhuang | [JSN] |
730054 | AULC-CH | Charging Aspects of Improvements of AULC | Rel-14 | S5 | 100% | SP-160609 | Huawei, Chen, Shan | [JSN] |
720022 | SeDoC | Service Domain Centralization | Rel-14 | S2 | 100% | SP-160675 | Chris Joul (T-Mobile USA) | [JSN] |
700040 | FS_SeDoC | Study on Service Domain Centralization | Rel-14 | S2 | 100% | SP-160306 | Chris Joul (T-Mobile USA) | [JSN] |
730044 | SeDoC | Service Domain Centralization | Rel-14 | S2 | 100% | SP-160675 | Chris Joul (T-Mobile USA) | [JSN] |
720014 | SDCI | Sponsored data connectivity improvements | Rel-14 | 100% | SP-160309 | Yang Xu | [JSN] | |
700041 | FS_SDCI | Study on sponsored data connectivity improvements | Rel-14 | S2 | 100% | SP-150627 | Yang Xu | [JSN] |
720024 | SDCI | Sponsored data connectivity improvements | Rel-14 | S2 | 100% | SP-160309 | Yang Xu | [JSN] |
730037 | SDCI-CT | CT Aspects of SDCI | Rel-14 | ct | 100% | CP-160580 | China Unicom, Xu, Yang | [JSN] |
730038 | SDCI-CT | CT3 Aspects of SDCI | Rel-14 | C3 | 100% | CP-160580 | China Unicom, Xu, Yang | [JSN] |
710017 | SAES5 | Stage-3 SAE Protocol Development - Phase 5 | Rel-14 | C1 | 100% | CP-160052 | Interdigital, Aghili, Behrouz | [JSN] |
710018 | SAES5-CSFB | SAES5 CS Fallback in EPS | Rel-14 | C1 | 100% | CP-160052 | Interdigital, Aghili, Behrouz | [JSN] |
710019 | SAES5-non3GPP | SAES5 for support for non-3GPP accesses | Rel-14 | C1 | 100% | CP-160052 | Interdigital, Aghili, Behrouz | [JSN] |
720073 | SAES5 | SAE Protocol Development (Stage 3) - Phase 5 | Rel-14 | C1 | 100% | CP-160052 | [JSN] | |
720012 | GENCEF | Group based enhancements in the network capability exposure functions | Rel-14 | S2 | 100% | SP-160311 | Samsung, Sung Hwan Won | [JSN] |
700043 | FS_GENCEF | Study on group based enhancements in the network capability exposure functions | Rel-14 | S2 | 100% | SP-160311 | Samsung, Sung Hwan Won | [JSN] |
720013 | GENCEF | Group based enhancements in the network capability exposure functions | Rel-14 | S2 | 100% | SP-160311 | Samsung, Sunghoon Kim | [JSN] |
720084 | RobVoLTE | Robust Call Setup for VoLTE subscriber in LTE | Rel-14 | 99% | SP-160312 | [JSN] | ||
700044 | FS_RobVoLTE | Study on Robust Call Setup for VoLTE subscriber in LTE | Rel-14 | S2 | 100% | SP-150632 | Xiaobo Wu, Huawei | [JSN] |
720301 | RobVoLTE | Robust Call Setup for VoLTE subscriber in LTE | Rel-14 | S2 | 100% | SP-160312 | Xiaobo Wu, Huawei | [JSN] |
730022 | RobVoLTE-CT | CT Aspects of RobVoLTE | Rel-14 | C1 | 100% | CP-160478 | PATEL, Milan | [JSN] |
730078 | LTE_VoLTE_ViLTE_enh | Voice and Video Enhancement for LTE | Rel-14 | R2 | 99% | RP-161856 | CMCC | [JSN] |
730178 | LTE_VoLTE_ViLTE_enh-Core | Core part: Voice and Video Enhancement for LTE | Rel-14 | R2 | 100% | RP-161856 | CMCC | [JSN] |
760089 | LTE_VoLTE_ViLTE_enh-UEConTest | UE Conformance Test Aspects –Voice and Video Enhancement for LTE | Rel-14 | R5 | 100% | RP-171385 | CATT | [JSN] |
740010 | LTE_VoLTE_ViLTE_enh-S4 | RAN-Assisted Codec Adaptation in MTSI | Rel-14 | S4 | 100% | SP-160778 | Ozgur Oyman, Intel | [JSN] |
720028 | EXT_UED | Extension of UE Delay test methods and requirements | Rel-14 | S4 | 100% | SP-160600 | Stéphane Ragot, ORANGE | [JSN] |
720037 | IOC_UE_conf | Improved operator control using new UE configuration parameters | Rel-14 | 100% | CP-160828 | Sedlacek, Ivo | [JSN] | |
720038 | IOC_UE_conf | CT1 aspects of IOC_UE_conf | Rel-14 | C1 | 100% | CP-160828 | Sedlacek, Ivo | [JSN] |
720039 | IOC_UE_conf | CT6 aspects of IOC_UE_conf | Rel-14 | C6 | 100% | CP-160828 | Adrian Buckley | [JSN] |
720001 | eSDU | Shared Subscription Data Update | Rel-14 | C4 | 100% | CP-160644 | Nokia, Ulrich Wiehe | [JSN] |
710012 | CH14 | Rel-14 Charging | Rel-14 | S5 | 100% | SP-160021 | [JSN] | |
710008 | CH14-ROPOCH | Resource Optimization for PS Domain Online | Rel-14 | S5 | 100% | SP-160021 | Shrader, David(Ericsson) | [JSN] |
740015 | CH14-SMST4 | Charging for SMS via T4 | Rel-14 | S5 | 100% | SP-160840 | Nokia | [JSN] |
720049 | CH14-ProSe | Charging Aspects of Enhanced Proximity-based Services | Rel-14 | S5 | 100% | SP-160428 | Chen, Shan | [JSN] |
740019 | CH14-DCCII | Determination of Completeness of Charging Information in IMS | Rel-14 | S5 | 100% | SP-160398 | Jesske, Roland (Deutsche Telekom) | [JSN] |
720045 | CH14-DCCII | Determination of Completeness of Charging Information in IMS | Rel-14 | S5 | 100% | SP-160398 | Jesske, Roland (Deutsche Telekom) | [JSN] |
740059 | CH14-DCCII-CT | CT Aspects of Determination of Completeness of Charging Information in IMS | Rel-14 | ct | 100% | CP-160697 | Michael KREIPL, Deutsche Telekom | [JSN] |
740020 | CH14-DCCII-CT | CT1 Aspects of Determination of Completeness of Charging Information in IMS | Rel-14 | C1 | 100% | CP-160697 | Michael KREIPL, Deutsche Telekom | [JSN] |
740021 | CH14-DCCII-CT | CT3 Aspects of Determination of Completeness of Charging Information in IMS | Rel-14 | C3 | 100% | CP-160697 | Michael KREIPL, Deutsche Telekom | [JSN] |
700060 | LTE_eLAA | Enhanced LAA for LTE | Rel-14 | 100% | RP-152272 | Ericsson | [JSN] | |
700160 | LTE_eLAA-Core | Core part: Enhanced LAA for LTE | Rel-14 | R1 | 100% | RP-162235 | Ericsson | [JSN] |
700260 | LTE_eLAA-Perf | Perf. part: Enhanced LAA for LTE | Rel-14 | R4 | 100% | RP-162235 | Ericsson | [JSN] |
730075 | LTE_eLAA-UEConTest | UE Conformance Test Aspects - Enhanced LAA for LTE | Rel-14 | R5 | 100% | RP-171577 | Intel | [JSN] |
700062 | UTRA_RRCopt | RRC optimization for UMTS | Rel-14 | R2 | 100% | RP-152267 | Ericsson | [JSN] |
700162 | UTRA_RRCopt-Core | Core part: RRC optimization for UMTS | Rel-14 | R2 | 100% | RP-160287 | Ericsson | [JSN] |
700063 | FACH_DTXDRX | DTX/DRX enhancements in CELL_FACH | Rel-14 | R2 | 100% | RP-152286 | Huawei | [JSN] |
700163 | FACH_DTXDRX-Core | Core part: DTX/DRX enhancements in CELL_FACH | Rel-14 | R2 | 100% | RP-162513 | Huawei | [JSN] |
700077 | LTE_AWS_3_4 | AWS-3/4 Band for LTE | Rel-14 | 100% | RP-151731 | Dish Network | [JSN] | |
700177 | LTE_AWS_3_4-Core | Core part: AWS-3/4 Band for LTE | Rel-14 | R4 | 100% | RP-160783 | Dish Network | [JSN] |
700277 | LTE_AWS_3_4-Perf | Perf. part: AWS-3/4 Band for LTE | Rel-14 | R4 | 100% | RP-160783 | Dish Network | [JSN] |
730072 | LTE_AWS_3_4-UEConTest | UE Conformance Test Aspects – AWS-3/4 Band for LTE (Band 70) | Rel-14 | R5 | 100% | RP-162009 | Dish Network | [JSN] |
700078 | LTE_1980_2170_REG3 | LTE FDD in the Bands 1980-2010 MHz and 2170-2200MHz for Region 3 | Rel-14 | R4 | 0% | RP-152238 | KT Corp. | [JSN] |
700178 | LTE_1980_2170_REG3-Core | Core part: LTE FDD in the Bands 1980-2010 MHz and 2170-2200MHz for Region 3 | Rel-14 | R4 | 0% | RP-152238 | KT Corp. | [JSN] |
740073 | LTE_1980_2170_REG1_addBWs | Addition of 1.4 and 3 MHz Channel Bandwidth to E-UTRA operating band 65 for CGC (Complementary Ground Component) operations in Region 1 | Rel-14 | R4 | 99% | RP-162515 | Hughes Network Systems | [JSN] |
740173 | LTE_1980_2170_REG1_addBWs-Core | Core part: Addition of 1.4 and 3 MHz Channel Bandwidth to E-UTRA operating band 65 for CGC (Complementary Ground Component) operations in Region 1 | Rel-14 | R4 | 100% | RP-170235 | Hughes Network Systems | [JSN] |
760083 | LTE_1980_2170_REG1_addBWs-UEConTest | UE Conformance Test Aspects – Addition of 1.4 and 3 MHz Channel Bandwidth to E-UTRA operating band 65 for CGC (Complementary Ground Component) operations in Region 1 | Rel-14 | R5 | 100% | RP-170931 | Dish Network | [JSN] |
700079 | LTE_FDD_2600_CA_B3 | LTE 2.6 GHz FDD Supplemental DL band (2570-2620 MHz) and LTE Carrier Aggregation (2DL/1UL) with Band 3 for region 1 | Rel-14 | R4 | 99% | RP-152253 | Orange | [JSN] |
700179 | LTE_FDD_2600_CA_B3-Core | Core part: LTE 2.6 GHz FDD Supplemental DL band (2570-2620 MHz) and LTE Carrier Aggregation (2DL/1UL) with Band 3 for region 1 | Rel-14 | R4 | 100% | RP-161200 | Orange | [JSN] |
700279 | LTE_FDD_2600_CA_B3-Perf | Perf. part: LTE 2.6 GHz FDD Supplemental DL band (2570-2620 MHz) and LTE Carrier Aggregation (2DL/1UL) with Band 3 for region 1 | Rel-14 | R4 | 100% | RP-161200 | Orange | [JSN] |
750052 | LTE_FDD_2600_CA_B3-UEConTest | UE Conformance Test Aspects - LTE 2.6 GHz FDD SDL band (2570-2620 MHz) and LTE Carrier Aggregation (2DL/1UL) with Band 3 for Region 1 (Band 69) | Rel-14 | R5 | 100% | RP-172257 | Bureau Veritas | [JSN] |
700080 | MB_BS_test_3B | Multi-Band Base Station testing with three or more bands | Rel-14 | R4 | 100% | RP-152205 | Alcatel-Lucent | [JSN] |
700180 | MB_BS_test_3B-Core | Core part: Multi-Band Base Station testing with three or more bands | Rel-14 | R4 | 100% | RP-162442 | Alcatel-Lucent | [JSN] |
700280 | MB_BS_test_3B-Perf | Perf. part: Multi-Band Base Station testing with three or more bands | Rel-14 | R4 | 100% | RP-162442 | Alcatel-Lucent | [JSN] |
700081 | LTE_high_speed | Performance enhancements for high speed scenario in LTE | Rel-14 | R4 | 99% | RP-152263 | NTT DOCOMO | [JSN] |
700181 | LTE_high_speed-Core | Core part: Performance enhancements for high speed scenario in LTE | Rel-14 | R4 | 100% | RP-160172 | NTT DOCOMO | [JSN] |
700282 | LTE_high_speed-Perf | Perf. part: Performance enhancements for high speed scenario in LTE | Rel-14 | R4 | 100% | RP-171039 | NTT DOCOMO | [JSN] |
750056 | LTE_high_speed-UEConTest | UE Conformance Test Aspects - Performance enhancements for high speed scenario in LTE | Rel-14 | R5 | 100% | RP-170367 | CMCC | [JSN] |
710072 | UTRA_LTE_iPos_enh2 | Further Indoor Positioning Enhancements for UTRA and LTE | Rel-14 | R2 | 99% | RP-160538 | Huawei | [JSN] |
710172 | UTRA_LTE_iPos_enh2-Core | Core part: Further Indoor Positioning Enhancements for UTRA and LTE | Rel-14 | R2 | 100% | RP-162026 | Huawei | [JSN] |
710272 | UTRA_LTE_iPos_enh2-Perf | Perf. part: Further Indoor Positioning Enhancements for UTRA and LTE | Rel-14 | R4 | 100% | RP-162026 | Huawei | [JSN] |
750053 | LTE_iPos_enh2_RI-UEConTest | UE Conformance Test Aspects - RAT Independent Further Indoor Positioning Enhancements for LTE | Rel-14 | R5 | 100% | RP-172317 | NextNav | [JSN] |
710076 | LTE_MIMO_OTA | Radiated performance requirements for the verification of multi-antenna reception of UEs in LTE | Rel-14 | R4 | 99% | RP-160603 | Intel | [JSN] |
710176 | LTE_MIMO_OTA-Core | Core part: Radiated performance requirements for the verification of multi-antenna reception of UEs in LTE | Rel-14 | R4 | 100% | RP-170278 | Intel | [JSN] |
730071 | LTE_MIMO_OTA-UEConTest | UE Conformance Test Aspects - Radiated Performance of Multiple-antenna Receivers in the LTE UE | Rel-14 | R5 | 100% | RP-171615 | Intel | [JSN] |
710077 | LTE_eFDMIMO | Enhancements on Full-Dimension (FD) MIMO for LTE | Rel-14 | R1 | 99% | RP-160623 | Samsung | [JSN] |
710177 | LTE_eFDMIMO-Core | Core part: Enhancements on Full-Dimension (FD) MIMO for LTE | Rel-14 | R1 | 100% | RP-160623 | Samsung | [JSN] |
710277 | LTE_eFDMIMO-Perf | Perf. part: Enhancements on Full-Dimension (FD) MIMO for LTE | Rel-14 | R4 | 100% | RP-160623 | Samsung | [JSN] |
830085 | LTE_eFDMIMO-UEConTest | UE Conformance Test Aspects - Enhancements on Full-Dimension (FD) MIMO for LTE | Rel-14 | R5 | 100% | RP-190650 | Mikael ZIRÉN | [JSN] |
710078 | LTE_eMob | Further mobility enhancements in LTE | Rel-14 | R2 | 100% | RP-160636 | ZTE | [JSN] |
710178 | LTE_eMob-Core | Core part: Further mobility enhancements in LTE | Rel-14 | R2 | 100% | RP-162503 | ZTE | [JSN] |
740265 | LTE_eMob-Perf | Perf. Part: Further mobility enhancements in LTE | Rel-14 | R4 | 100% | RP-162503 | ZTE | [JSN] |
710079 | LTE_UL_CAP_enh | Uplink Capacity Enhancements for LTE | Rel-14 | R1 | 99% | RP-160664 | Ericsson | [JSN] |
710179 | LTE_UL_CAP_enh-Core | Core part: Uplink Capacity Enhancements for LTE | Rel-14 | R1 | 100% | RP-162488 | Ericsson | [JSN] |
710279 | LTE_UL_CAP_enh-Perf | Perf. part: Uplink Capacity Enhancements for LTE | Rel-14 | R4 | 100% | RP-162488 | Ericsson | [JSN] |
780063 | LTE_UL_CAP_enh-UEConTest | UE Conformance Test Aspects - Uplink capacity enhancements for LTE | Rel-14 | R5 | 100% | RP-172639 | Ericsson | [JSN] |
710080 | LTE_LATRED_L2 | L2 latency reduction techniques for LTE | Rel-14 | R2 | 99% | RP-160667 | Ericsson | [JSN] |
710180 | LTE_LATRED_L2-Core | Core part: L2 latency reduction techniques for LTE | Rel-14 | R2 | 100% | RP-160667 | Ericsson | [JSN] |
780064 | LTE_LATRED_L2-UEConTest | UE Conformance Test Aspects - L2 latency reduction techniques for LTE | Rel-14 | R5 | 100% | RP-180530 | Ericsson | [JSN] |
710081 | MBMS_LTE_enh2 | eMBMS enhancements for LTE | Rel-14 | R1 | 99% | RP-160675 | Ericsson | [JSN] |
710181 | MBMS_LTE_enh2-Core | Core part: eMBMS enhancements for LTE | Rel-14 | R1 | 100% | RP-170199 | Ericsson | [JSN] |
710281 | MBMS_LTE_enh2-Perf | Perf. part: eMBMS enhancements for LTE | Rel-14 | R4 | 100% | RP-170199 | Ericsson | [JSN] |
710082 | LTE_SRS_switch | SRS (sounding reference signal) switching between LTE component carriers | Rel-14 | R1 | 99% | RP-160676 | Huawei | [JSN] |
710182 | LTE_SRS_switch-Core | Core part: SRS (sounding reference signal) switching between LTE component carriers | Rel-14 | R1 | 100% | RP-160935 | Huawei | [JSN] |
710282 | LTE_SRS_switch-Perf | Perf. part: SRS (sounding reference signal) switching between LTE component carriers | Rel-14 | R4 | 100% | RP-160935 | Huawei | [JSN] |
750054 | LTE_SRS_switch-UEConTest | UE Conformance Test Aspects - SRS (sounding reference signal) switching between LTE component carriers | Rel-14 | R5 | 100% | RP-180848 | Huawei | [JSN] |
710084 | LTE_MUST | Downlink Multiuser Superposition Transmission for LTE | Rel-14 | R1 | 100% | RP-160680 | MediaTek | [JSN] |
710184 | LTE_MUST-Core | Core part: Downlink Multiuser Superposition Transmission for LTE | Rel-14 | R1 | 100% | RP-161019 | MediaTek | [JSN] |
710284 | LTE_MUST-Perf | Perf. part: Downlink Multiuser Superposition Transmission for LTE | Rel-14 | R4 | 100% | RP-161019 | MediaTek | [JSN] |
720040 | IMSProtoc8 | IMS Stage-3 IETF Protocol Alignment | Rel-14 | C1 | 98% | CP-160294 | [JSN] | |
720070 | IMSProtoc8 | CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-14 | C1 | 100% | CP-160294 | Alcatel-Lucent | [JSN] |
720071 | IMSProtoc8 | (IETF) CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-14 | C1-IETF | 100% | CP-160294 | Alcatel-Lucent | [JSN] |
800112 | IMSProtoc8 | (IETF) Session Description Protocol (SDP) Offer/Answer Considerations for Datagram Transport Layer Security (DTLS) and Transport Layer Security (TLS) (draft-ietf-mmusic-dtls-sdp) | Rel-14 | C1-IETF | 90% | CP-160294 | Alcatel-Lucent | [JSN] |
720072 | IMSProtoc8 | CT3 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-14 | C3 | 100% | CP-160294 | Alcatel-Lucent | [JSN] |
720094 | UTRA_MCe | Multi-Carrier Enhancements for UMTS | Rel-14 | R2 | 100% | RP-161259 | Huawei, HiSilicon | [JSN] |
700059 | FS_UTRA_MCe | Study on Multi-Carrier Enhancements for UMTS | Rel-14 | R1 | 100% | RP-152290 | Huawei | [JSN] |
720194 | UTRA_MCe-Core | Core part: Multi-Carrier Enhancements for UMTS | Rel-14 | R2 | 100% | RP-162453 | Huawei, HiSilicon | [JSN] |
720095 | LTE_TDD_3550_CBRS_US | Citizens Broadband Radio Service (CBRS) 3.5GHz band for LTE in the United States | Rel-14 | R4 | 100% | RP-161219 | Nokia | [JSN] |
720195 | LTE_TDD_3550_CBRS_US-Core | Core part: Citizens Broadband Radio Service (CBRS) 3.5GHz band for LTE in the United States | Rel-14 | R4 | 100% | RP-162007 | Nokia | [JSN] |
720295 | LTE_TDD_3550_CBRS_US-Perf | Perf. part: Citizens Broadband Radio Service (CBRS) 3.5GHz band for LTE in the United States | Rel-14 | R4 | 100% | RP-162007 | Nokia | [JSN] |
740069 | LTE_TDD_3550_CBRS_US-UEConTest | UE Conformance Test Aspects – Citizens Broadband Radio Service (CBRS) 3.5GHz Band for LTE in the United States (Band 48) | Rel-14 | R5 | 100% | RP-162254 | Nokia | [JSN] |
720096 | LTE_B41_UE_PC2 | LTE Band 41 UE power class 2 operation | Rel-14 | R4 | 100% | RP-161221 | Sprint | [JSN] |
720196 | LTE_B41_UE_PC2-Core | Core part: LTE Band 41 UE power class 2 operation | Rel-14 | R4 | 100% | RP-161221 | Sprint | [JSN] |
720296 | LTE_B41_UE_PC2-Perf | Perf. part: LTE Band 41 UE power class 2 operation | Rel-14 | R4 | 100% | RP-161221 | Sprint | [JSN] |
730076 | LTE_B41_UE_PC2-UEConTest | UE Conformance Test Aspects – LTE Band 41 UE power class 2 operation | Rel-14 | R5 | 100% | RP-161789 | Sprint | [JSN] |
721002 | DECOR_GERAN | Dedicated Core Networks for GERAN | Rel-14 | R6 | 100% | RP-161029 | Ericsson | [JSN] |
721102 | DECOR_GERAN-Core | Core part: Dedicated Core Networks for GERAN | Rel-14 | R6 | 100% | RP-161029 | Ericsson | [JSN] |
721003 | ePOS_GERAN | Positioning Enhancements for GERAN | Rel-14 | R6 | 100% | RP-161260 | Ericsson | [JSN] |
721103 | ePOS_GERAN-Core | Core part: Positioning Enhancements for GERAN | Rel-14 | R6 | 100% | RP-171052 | Ericsson | [JSN] |
721203 | ePOS_GERAN-Perf | Perf. part: Positioning Enhancements for GERAN | Rel-14 | R6 | 100% | RP-171052 | Ericsson | [JSN] |
730079 | UMTS_QMC_Streaming | Quality of Experience (QoE) Measurement Collection for streaming services in UTRAN | Rel-14 | R2 | 99% | RP-161917 | China Unicom | [JSN] |
660037 | FS_KQISE | Study on KQIs for Service Experience | Rel-14 | S5 | 100% | SP-150676 | Li, Hui (hui.li(at)huawei.com) | [JSN] |
730179 | UMTS_QMC_Streaming-Core | Core part:Quality of Experience (QoE) Measurement Collection for streaming services in UTRAN | Rel-14 | R2 | 100% | RP-161917 | China Unicom | [JSN] |
750055 | UMTS_QMC_Streaming-UEConTest | UE Conformance Test Aspects -Quality of Experience (QoE) Measurement Collection for streaming services in UTRAN | Rel-14 | R5 | 100% | RP-180559 | Huawei | [JSN] |
730080 | LTE_FNBID | Flexible eNB-ID and Cell-ID in E-UTRAN | Rel-14 | R3 | 100% | RP-161896 | China Telecom | [JSN] |
710056 | FS_LTE_FNBID | Study on flexible eNB-ID and Cell-ID in E-UTRAN | Rel-14 | R3 | 100% | RP-160534 | China Telecom | [JSN] |
730180 | LTE_FNBID-Core | Core part: Flexible eNB-ID and Cell-ID in E-UTRAN | Rel-14 | R3 | 100% | RP-161896 | China Telecom | [JSN] |
730084 | LTE_4Rx_AP_DL_CA | 4 receiver (4Rx) antenna ports with Carrier Aggregation (CA) for LTE downlink (DL) | Rel-14 | R4 | 99% | RP-161897 | Ericsson | [JSN] |
730184 | LTE_4Rx_AP_DL_CA-Core | Core part: 4 receiver (RX) antenna ports with Carrier Aggregation (CA) for LTE downlink (DL) | Rel-14 | R4 | 100% | RP-161897 | Ericsson | [JSN] |
730284 | LTE_4Rx_AP_DL_CA-Perf | Perf. part: 4 receiver (RX) antenna ports with Carrier Aggregation (CA) for LTE downlink (DL) | Rel-14 | R4 | 100% | RP-161897 | Ericsson | [JSN] |
740071 | LTE_4Rx_AP_DL_bands | Introduction of new band support for 4Rx antenna ports for LTE | Rel-14 | R4 | 99% | RP-162496 | Huawei | [JSN] |
740171 | LTE_4Rx_AP_DL_bands-Core | Core part: Introduction of new band support for 4Rx antenna ports for LTE | Rel-14 | R4 | 100% | RP-170307 | Huawei | [JSN] |
750058 | LTE_4Rx_AP_DL_CA-UEConTest | UE Conformance Test Aspects - 4 Rx antenna ports with CA for LTE DL | Rel-14 | R5 | 100% | RP-170704 | Ericsson | [JSN] |
730085 | LTE_UE_cat_1RX | Requirements for a new UE category with single receiver based on Category 1 for LTE | Rel-14 | R4 | 99% | RP-161898 | Qualcomm | [JSN] |
730185 | LTE_UE_cat_1RX-Core | Core part: Requirements for a new UE category with single receiver based on Category 1 for LTE | Rel-14 | R4 | 100% | RP-171149 | Qualcomm | [JSN] |
730285 | LTE_UE_cat_1RX-Perf | Perf. part: Requirements for a new UE category with single receiver based on Category 1 for LTE | Rel-14 | R4 | 100% | RP-171149 | Qualcomm | [JSN] |
760085 | LTE_UE_cat_1RX-UEConTest | UE Conformance Test Aspects – Requirements for a new UE category 1bis with single receiver based on category 1 for LTE | Rel-14 | R5 | 100% | RP-180263 | Qualcomm | [JSN] |
730086 | LTE_WLAN_eLWIP | Enhanced LTE WLAN Radio Level Integration with IPsec Tunnel (eLWIP) | Rel-14 | R3 | 100% | RP-161929 | Nokia | [JSN] |
730186 | LTE_WLAN_eLWIP-Core | Core part: Enhanced LTE WLAN Radio Level Integration with IPsec Tunnel (eLWIP) | Rel-14 | R3 | 100% | RP-161929 | Nokia | [JSN] |
710083 | LTE_meas_gap_enh | LTE Measurement Gap Enhancement | Rel-14 | 100% | RP-160678 | Intel | [JSN] | |
710183 | LTE_meas_gap_enh-Core | Core part: LTE Measurement Gap Enhancement | Rel-14 | R4 | 100% | RP-160912 | Intel | [JSN] |
710283 | LTE_meas_gap_enh-Perf | Perf. part: LTE Measurement Gap Enhancement | Rel-14 | R4 | 100% | RP-160912 | Intel | [JSN] |
730082 | LTE_eCRSIM_eSUMIMO | Enhanced CRS and SU-MIMO Interference Mitigation Performance Requirements for LTE | Rel-14 | 100% | RP-161877 | Intel | [JSN] | |
730282 | LTE_eCRSIM_eSUMIMO-Perf | Perf. part: Enhanced CRS and SU-MIMO Interference Mitigation Performance Requirements for LTE | Rel-14 | R4 | 100% | RP-162303 | Intel | [JSN] |
780051 | TEI14_IETF | Miscellaneous IETF dependencies | Rel-14 | 75% | [JSN] | |||
870066 | TEI14_IETF | (IETF) T.140 Real-time Text Conversation over WebRTC Data Channels (draft-ietf-mmusic-t140-usage-data-channel) | Rel-14 | CT1-IETF | 80% | [JSN] | ||
780052 | TEI14_IETF | (IETF) SDP Offer/Answer Clarifications for RTP/RTCP Multiplexing [RFC 5761 (was draft-ietf-avtcore-5761-update)] | Rel-14 | CT1-IETF | 100% | [JSN] | ||
780053 | TEI14_IETF | (IETF) T.140 Real-time Text Conversation over WebRTC Data Channels (draft-ietf-mmusic-t140-usage-data-channel) | Rel-14 | CT1-IETF | 25% | [JSN] | ||
780054 | TEI14_IETF | (IETF) T.140 Real-time Text Conversation over WebRTC Data Channels (draft-ietf-mmusic-t140-usage-data-channel) | Rel-14 | CT1-IETF | 100% | [JSN] | ||
870068 | TEI14_IETF | (IETF) Negotiating Media Multiplexing Using the Session Description Protocol (SDP) (draft-ietf-mmusic-sdp-bundle-negotiation) | Rel-14 | C1-IETF | 90% | [JSN] | ||
870069 | TEI14_IETF | (IETF) Indicating Exclusive Support of RTP/RTCP Multiplexing using SDP (draft-ietf-mmusic-mux-exclusive) | Rel-14 | C1-IETF | 90% | [JSN] | ||
870082 | TEI14_IETF | (IETF) IP Mobility Support for IPv4, Revised (draft-ietf-mip4-rfc3344bis) --> RFC 5944 | Rel-14 | C1-IETF | 100% | [JSN] | ||
620062 | SCAS | Security Assurance Specification for 3GPP network products | Rel-14 | S3 | 100% | SP-150292 | NTT DOCOMO | [JSN] |
620162 | SCAS-SA3Pil_TR | STOPPED - TR on Pilot development of Security Assurance Specification for MME network product class | Rel-14 | S3 | 100% | SP-130718 | NTT DOCOMO | [JSN] |
620362 | SCAS-SA3TR | TR on Security Assurance scheme for 3GPP network products | Rel-14 | S3 | 100% | SP-150716 | NTT DOCOMO | [JSN] |
620262 | SCAS-SA3 | Security Assurance Specification for 3GPP network product classes | Rel-14 | S3 | 100% | SP-150716 | China Mobile | [JSN] |
680099 | TEI14 | (Small) Technical Enhancements and Improvements for Rel-14 | Rel-14 | SP,CP,RP,R4 | 100% | [JSN] | ||
689999 | TEI14_Test | (Small) Test Technical Enhancements and Improvements for Rel-14 | Rel-14 | SP,CP,RP,GP | 100% | - | - | [JSN] |
709998 | LTE_CA_Rel14 | Rel-14 LTE Carrier Aggregation | Rel-14 | R4 | 90% | - | - | [JSN] |
690086 | LTE_CA_B4_B5_B12_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 5, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151521 | US Cellular | [JSN] |
690186 | LTE_CA_B4_B5_B12_B12-Core | Core part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 5, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151521 | US Cellular | [JSN] |
690286 | LTE_CA_B4_B5_B12_B12-Perf | Perf. part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 5, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151521 | US Cellular | [JSN] |
690087 | LTE_CA_B4_B4_B12_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151522 | US Cellular | [JSN] |
690187 | LTE_CA_B4_B4_B12_B12-Core | Core part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151522 | US Cellular | [JSN] |
690287 | LTE_CA_B4_B4_B12_B12-Perf | Perf. part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151522 | US Cellular | [JSN] |
690088 | LTE_CA_B2_B4_B12_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151523 | US Cellular | [JSN] |
690188 | LTE_CA_B2_B4_B12_B12-Core | Core part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151523 | US Cellular | [JSN] |
690288 | LTE_CA_B2_B4_B12_B12-Perf | Perf. part: LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 12 | Rel-14 | R4 | 90% | RP-151523 | US Cellular | [JSN] |
709999 | LTE_AIBCA_Rel14 | Rel-14LTE Advanced inter-band Carrier Aggregation | Rel-14 | R4 | 87% | - | - | [JSN] |
700069 | LTE_CA_R14_5DL1UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 5DL/1UL | Rel-14 | R4 | 95% | RP-151671 | Nokia Networks | [JSN] |
700169 | LTE_CA_R14_5DL1UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 5DL/1UL | Rel-14 | R4 | 95% | RP-170143 | Nokia Networks | [JSN] |
700269 | LTE_CA_R14_5DL1UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 5DL/1UL | Rel-14 | R4 | 95% | RP-170143 | Nokia Networks | [JSN] |
700070 | LTE_CA_R14_2DL1UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/1UL | Rel-14 | R4 | 80% | RP-152196 | Qualcomm | [JSN] |
700170 | LTE_CA_R14_2DL1UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/1UL | Rel-14 | R4 | 80% | RP-170123 | Qualcomm | [JSN] |
700270 | LTE_CA_R14_2DL1UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/1UL | Rel-14 | R4 | 80% | RP-170123 | Qualcomm | [JSN] |
700071 | LTE_CA_R14_2DL2UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/2UL | Rel-14 | R4 | 90% | RP-152237 | Huawei | [JSN] |
700171 | LTE_CA_R14_2DL2UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/2UL | Rel-14 | R4 | 90% | RP-170312 | Huawei | [JSN] |
700271 | LTE_CA_R14_2DL2UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 2DL/2UL | Rel-14 | R4 | 90% | RP-170312 | Huawei | [JSN] |
700072 | LTE_CA_R14_3DL3UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/3UL | Rel-14 | R4 | 100% | RP-152241 | Nokia Networks | [JSN] |
700172 | LTE_CA_R14_3DL3UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/3UL | Rel-14 | R4 | 100% | RP-152241 | Nokia Networks | [JSN] |
700272 | LTE_CA_R14_3DL3UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/3UL | Rel-14 | R4 | 100% | RP-152241 | Nokia Networks | [JSN] |
700073 | LTE_CA_R14_xDL2UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for xDL/2UL with x=3,4,5 | Rel-14 | R4 | 48% | RP-152246 | LG Electronics | [JSN] |
700173 | LTE_CA_R14_xDL2UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for xDL/2UL with x=3,4,5 | Rel-14 | R4 | 95% | RP-170128 | LG Electronics | [JSN] |
700273 | LTE_CA_R14_xDL2UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for xDL/2UL with x=3,4,5 | Rel-14 | R4 | 0% | RP-170128 | LG Electronics | [JSN] |
700074 | LTE_CA_R14_4DL1UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 4DL/1UL | Rel-14 | R4 | 95% | RP-152249 | Ericsson | [JSN] |
700174 | LTE_CA_R14_4DL1UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 4DL/1UL | Rel-14 | R4 | 95% | RP-170189 | Ericsson | [JSN] |
700274 | LTE_CA_R14_4DL1UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 4DL/1UL | Rel-14 | R4 | 95% | RP-170189 | Ericsson | [JSN] |
700075 | LTE_CA_R14_intra | LTE Advanced intra-band Carrier Aggregation for xDL/yUL including contiguous and non-contiguous spectrum | Rel-14 | R4 | 82% | RP-152250 | Ericsson | [JSN] |
700175 | LTE_CA_R14_intra-Core | Core part: LTE Advanced intra-band Carrier Aggregation for xDL/yUL including contiguous and non-contiguous spectrum | Rel-14 | R4 | 82% | RP-170188 | Ericsson | [JSN] |
700275 | LTE_CA_R14_intra-Perf | Perf. part: LTE Advanced intra-band Carrier Aggregation for xDL/yUL including contiguous and non-contiguous spectrum | Rel-14 | R4 | 82% | RP-170188 | Ericsson | [JSN] |
700076 | LTE_CA_R14_3DL1UL | LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/1UL | Rel-14 | R4 | 90% | RP-152278 | Huawei | [JSN] |
700176 | LTE_CA_R14_3DL1UL-Core | Core part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/1UL | Rel-14 | R4 | 90% | RP-170309 | Huawei | [JSN] |
700276 | LTE_CA_R14_3DL1UL-Perf | Perf. part: LTE Advanced inter-band Carrier Aggregation Rel-14 for 3DL/1UL | Rel-14 | R4 | 90% | RP-170309 | Huawei | [JSN] |
720098 | LTE_CA_R14-UEConTest | UE Conformance Test Aspects – Rel-14 CA configurations | Rel-14 | R5 | 100% | RP-160754 | Ericsson | [JSN] |
690060 | FS_6GHz_CH_model | Study on channel model for frequency spectrum above 6 GHz | Rel-14 | R1 | 100% | RP-160210 | Samsung | [JSN] |
700058 | FS_NG_SReq | Study on Scenarios and Requirements for Next Generation Access Technologies | Rel-14 | RP | 100% | RP-160811 | CMCC | [JSN] |
720086 | FS_NB_IOT_CDMA_coex | Study on NB-IoT RF requirement for coexistence with CDMA | Rel-14 | R4 | 100% | RP-161187 | China Telecom | [JSN] |
610032 | FS_MAPN | Study on need for Multiple Access Point Names | Rel-14 | S1 | 100% | SP-130416 | Giesecke & Devrient | [JSN] |
620071 | FS_MBSP | Study on Multimedia Broadcast Supplement for Public Warning System | Rel-14 | S1 | 100% | SP-130599 | Qualcomm | [JSN] |
630018 | FS_UC_SPOOF | Study on service aspects for dealing with User Control over spoofed calls | Rel-14 | S1 | 100% | SP-140074 | Sprint | [JSN] |
640060 | FS_eULRS | Study on User Location Reporting Support enhancements | Rel-14 | S1 | 100% | SP-140402 | China Unicom | [JSN] |
640061 | FS_CATS | Study on Control of Applications when Third party Servers encounter difficulties | Rel-14 | S1 | 100% | SP-140758 | KDDI | [JSN] |
670011 | FS_PPEPO_LTE | Study on Paging Policy Enhancements and Procedure Optimizations in LTE | Rel-14 | S1 | 100% | SP-150053 | Zhuoyun Zhang (China Unicom) | [JSN] |
670041 | FS_LTE_LATRED | Study on Latency reduction techniques for LTE | Rel-14 | R2 | 100% | RP-150465 | Ericsson | [JSN] |
680057 | FS_LTE_B41_HPUE | Study on High Power LTE UE for Band 41 | Rel-14 | R4 | 100% | RP-160092 | Sprint | [JSN] |
680049 | FS_SETA_S4 | Study on Media and Quality Aspects of SRVCC Enhancements | Rel-14 | S4 | 100% | SP-150361 | Frédéric Gabin, Ericsson LM | [JSN] |
720085 | delFS_LTE_SON_eCOMP | Stopped - Study on SON for eCoMP for LTE | Rel-14 | R3 | 100% | RP-161181 | Nokia | [JSN] |
700036 | FS_UICC_MTC_OPT | Study on UICC power optimization for MTC | Rel-14 | C6 | 100% | CP-150875 | Berionne, Michele | [JSN] |
710013 | FS_SAND | Study on Server and Network Assisted DASH for 3GPP | Rel-14 | S4 | 100% | SP-160083 | Ozgur Oyman, Intel | [JSN] |
710016 | FS_MBMS_MCservices | Study on MBMS usage for mission critical communication services | Rel-14 | C1 | 99% | SP-160728 | Magnus Tränk, Ericsson LM | [JSN] |
710057 | FS_LTE_eVoLTE | Study on enhancement of VoLTE | Rel-14 | R2 | 100% | RP-160902 | CMCC | [JSN] |
710058 | FS_UTRA_LTE_JOP | Study on HSPA and LTE Joint Operation | Rel-14 | R3 | 100% | RP-160571 | China Unicom | [JSN] |
710059 | FS_LTE_CA_B3_B39 | Study on LTE Advanced Carrier Aggregation of Band 3 and Band 39 | Rel-14 | R4 | 100% | RP-161704 | ZTE | [JSN] |
710060 | FS_LTE_context | Study on Context Aware Service Delivery in RAN for LTE | Rel-14 | R3 | 100% | RP-160906 | CMCC | [JSN] |
710061 | FS_feCOMP_LTE | Study on further enhancements to Coordinated Multi-Point (CoMP) Operation for LTE | Rel-14 | R1 | 100% | RP-160954 | Intel | [JSN] |
670015 | FS_DCCHII | Study on Determination of Completeness of Charging Information in IMS | Rel-14 | S5 | 100% | SP-150106 | Jesske, Roland | [JSN] |
660058 | FS_IS3 | Study on Interactivity Support for 3GPP-based Streaming and Download Services | Rel-14 | S4 | 100% | SP-140742 | Lo, Charles, Qualcomm | [JSN] |
720026 | FS_MCP_V | Study on MBMS usage and codecs for MCPTT call and MC Video Service | Rel-14 | S4 | 100% | SP-160274 | Zhiming Li, Huawei | [JSN] |
720027 | FS_xMBMS | Study on MBMS Extensions for Provisioning and Content Ingestion | Rel-14 | S4 | 100% | SP-160275 | Kyungmo Park, sk telecom | [JSN] |
720088 | FS_LTE_B11_B21_global | Study on global application of LTE Band 11 and of LTE Band 21 UEs | Rel-14 | R4 | 100% | RP-161220 | SoftBank | [JSN] |
720089 | FS_DOMIMO_RAN6 | Study on Downlink MIMO for GERAN | Rel-14 | R6 | 100% | RP-161261 | Nokia, Alcatel-Lucent Shanghai Bell | [JSN] |
700018 | Release 14 studies on 5G MObile Network for Advanced communications | Rel-14 | S1 | 100% | SP-150142 | Adrian Neal (Vodafone) | [JSN] | |
700022 | FS_SMARTER | Study on Stage 1 for New Services and Markets Technology Enablers | Rel-14 | S1 | 100% | SP-150142 | Adrian Neal (Vodafone) | [JSN] |
670008 | FS_SMARTER | General aspects of FS_SMARTER SA1 | Rel-14 | S1 | 100% | SP-150142 | Adrian Neal (Vodafone) | [JSN] |
700023 | FS_SMARTER-mIoT | FS_SMARTER – massive Internet of Things | Rel-14 | S1 | 100% | SP-150817 | Adrian Neal (Vodafone) | [JSN] |
700024 | FS_SMARTER-CRIC | FS_SMARTER – Critical Communications | Rel-14 | S1 | 100% | SP-150818 | Kanerva, Mikko | [JSN] |
700025 | FS_SMARTER-eMBB | FS_SMARTER – enhanced Mobile Broadband | Rel-14 | S1 | 100% | SP-150819 | Laurence Meriau | [JSN] |
700026 | FS_SMARTER-NEO | FS_SMARTER – Network Operation | Rel-14 | S1 | 100% | SP-150820 | Lu Lu | [JSN] |
700017 | FS_NextGen | SA2 aspects on Study on Architecture and Security for next Generation System | Rel-14 | S2 | 100% | SP-160727 | suntao@chinamobile.com, devaki.chandramouli@nokia.com | [JSN] |
710062 | FS_NR_newRAT | Study on New Radio (NR) Access Technology | Rel-14 | R1 | 100% | RP-170379 | NTT DOCOMO | [JSN] |
620064 | MCPTT | Mission Critical Push To Talk over LTE (MCPTT) | Rel-13 | 98% | SP-150356 | NIST | [JSN] | |
640142 | MCPTT | Study on Application Architecture to support MCPTT | Rel-13 | S6 | 100% | SP-150356 | Yannick Lair | [JSN] |
670030 | MCPTT | SA2 Study on Architecture Enhancements at the EPS and IMS Level to Support MCPTT | Rel-13 | S2 | 100% | SP-150356 | Randy Bloomfield (randy@its.bldrdoc.gov) | [JSN] |
670032 | MCPTT | Study on Security Enhancements for MCPTT | Rel-13 | S3 | 100% | SP-150356 | Peter Haigh (peter.haigh at cesg.gsi.gov.uk) | [JSN] |
670022 | MCPTT | Study on media, codecs and MBMS enhancements for MCPTT | Rel-13 | S4 | 100% | SP-150356 | Zhiming Li (lizhiming@huawei.com) | [JSN] |
620164 | MCPTT | Stage 1 for MCPTT | Rel-13 | S1 | 100% | SP-150356 | NIST | [JSN] |
640143 | MCPTT | Functional architecture and information flows to support MCPTT | Rel-13 | S6 | 100% | SP-150356 | Yannick Lair | [JSN] |
660053 | MCPTT | Security of MCPTT | Rel-13 | S3 | 100% | SP-150356 | Peter Haigh (peter.haigh at cesg.gsi.gov.uk) | [JSN] |
670023 | MCPTT | MCPTT Codecs and media handling | Rel-13 | S4 | 100% | SP-150356 | Zhiming Li (lizhiming@huawei.com) | [JSN] |
690011 | MCPTT-CT | MCPTT protocol aspects | Rel-13 | ct | 96% | CP-150793 | Keith Drage, Alcatel-Lucent | [JSN] |
690017 | MCPTT-CT | CT1 aspects for MCPTT protocol aspects | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
690096 | MCPTT-CT | Call Control – On Network | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
690097 | MCPTT-CT | Call Control – Off Network | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
690098 | MCPTT-CT | Floor Control – On Network | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
690099 | MCPTT-CT | Floor Control – Off Network | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
691000 | MCPTT-CT | Broadcast – Call Control and Floor Control | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
691001 | MCPTT-CT | Group management | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
691002 | MCPTT-CT | Identity management | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
691003 | MCPTT-CT | Management Object | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
710033 | MCPTT-CT | Configuration management | Rel-13 | C1 | 100% | CP-160817 | Samsung, Ricky Kaura | [JSN] |
690028 | MCPTT-CT | CT3 aspects for MCPTT protocol aspects | Rel-13 | C3 | 100% | CP-160817 | Alcatel-Lucent, Keith Drage | [JSN] |
690018 | MCPTT-CT | CT4 aspects for MCPTT protocol aspects | Rel-13 | C4 | 100% | CP-160817 | Alcatel-Lucent, Keith Drage | [JSN] |
700049 | MCPTT-CT | CT6 aspects for MCPTT protocol aspects | Rel-13 | C6 | 100% | CP-160817 | Alcatel-Lucent, Keith Drage | [JSN] |
710034 | MCPTT-CT | (IETF) IANA Registration of New SIP Resource- Priority Namespace for MCPTT | Rel-13 | C1-IETF | 25% | CP-160817 | Ericsson | [JSN] |
870072 | MCPTT-CT | (IETF) OAuth 2.0 Token Exchange (draft-ietf-oauth-token-exchange) --> RFC 8693 | Rel-13 | C1-IETF | 100% | CP-160817 | [JSN] | |
690019 | MCPTT-Prof | IMS Profile to support MCPTT | Rel-13 | C1 | 100% | CP-150794 | Huawei, PATEL Milan | [JSN] |
740070 | MCPTT-ConTest | UE Conformance Test Aspects - Support for Mission Critical Push To Talk over LTE (MCPTT) | Rel-13 | R5 | 100% | RP-180132 | US Department of Commerce | [JSN] |
640062 | MCPTT | Deleted: SA2 aspects for MCPTT | Rel-13 | S2 | 100% | SP-150356 | Randy Bloomfield (randy@its.bldrdoc.gov) | [JSN] |
670031 | MCPTT | Deleted (duplicated): Application Architecture to support MCPTT | Rel-13 | S6 | 100% | SP-150356 | U.S. Department of Commerce | [JSN] |
660054 | MCPTT | Deleted (duplicated): SA6 aspects for MCPTT | Rel-13 | S6 | 100% | SP-150356 | David Cypher (david.cypher at nist.gov) | [JSN] |
670024 | MEPRO | MBMS Extensions and Profiling | Rel-13 | S4 | 100% | SP-150439 | Imed Bouazizi, Samsung and Thorsten Lohmar, Ericsson | [JSN] |
670090 | MEPRO | TR on Profiling and Extensions of MBMS | Rel-13 | S4 | 100% | SP-150439 | Imed Bouazizi, Samsung and Thorsten Lohmar, Ericsson | [JSN] |
670091 | MEPRO | Specification of MBMS Extensions and Profiling | Rel-13 | S4 | 100% | SP-150439 | Imed Bouazizi, Samsung and Thorsten Lohmar, Ericsson | [JSN] |
630015 | IOPS | Isolated E-UTRAN Operation for Public Safety | Rel-13 | S1 | 100% | SP-150463 | General Dynamics | [JSN] |
680047 | IOPS | Stage 1 fo Isolated E-UTRAN Operation for Public Safety | Rel-13 | S1 | 100% | SP-150463 | General Dynamics | [JSN] |
680048 | IOPS | Stage 2 for Isolated E-UTRAN Operation for Public Safety | Rel-13 | S2 | 100% | SP-150463 | Phil Young | [JSN] |
690047 | IOPS | Security aspects for Isolated E-UTRAN Operation for Public Safety | Rel-13 | S3 | 100% | SP-150463 | General Dynamics | [JSN] |
700037 | IOPS-CT | CT aspects for IOPS | Rel-13 | C6 | 100% | CP-150876 | Heiko Kruse, Morpho Cards GmbH | [JSN] |
700038 | IOPS-CT | CT6 aspects for IOPS | Rel-13 | C6 | 100% | CP-150876 | Heiko Kruse, Morpho Cards GmbH | [JSN] |
640042 | SRM_GCSE_LTE | Service Requirements Maintenance for Group Communication System Enablers for LTE | Rel-13 | S1 | 100% | SP-140228 | Nokia Networks | [JSN] |
650018 | ECIP | Enhanced Calling Information Presentation | Rel-13 | S1 | 100% | SP-140513 | China Mobile | [JSN] |
650019 | FMSS | Flexible Mobile Service Steering | Rel-13 | S1,S2 | 100% | SP-140638 | China Mobile | [JSN] |
650055 | FMSS-ST1 | Stage 1 for Flexible Mobile Service Steering | Rel-13 | S1 | 100% | SP-140638 | China Mobile | [JSN] |
660002 | FMSS-SA2TR | Flexible Mobile Service Steering TR Phase | Rel-13 | S2 | 100% | SP-140703 | Lu Lu, China Mobile | [JSN] |
660003 | FMSS-SA2 | Flexible Mobile Service Steering - Stage 2 | Rel-13 | S2 | 100% | SP-140703 | Lu Lu, China Mobile | [JSN] |
690024 | FMSS-CT | CT3 Aspect of Flexible Mobile Service Steering | Rel-13 | C3 | 100% | CP-150799 | ZTE,Zhou Xiaoyun | [JSN] |
650020 | GUSH | GERAN UTRAN Sharing Enhancements | Rel-13 | S1 | 100% | SP-140637 | Telefónica | [JSN] |
640052 | ACDC | Application specific Congestion control for Data Communication | Rel-13 | S1,C1 | 100% | SP-140234 | NTT DOCOMO | [JSN] |
660013 | ACDC-ST1 | Stage 1 for Application specific Congestion control for Data Communication | Rel-13 | S1 | 100% | SP-140234 | NTT DOCOMO | [JSN] |
660039 | ACDC-CT | Stage 3 for Application specific Congestion control for Data Communication | Rel-13 | C1 | 100% | CP-150282 | Kim, Jaehyun, LGE | [JSN] |
660139 | ACDC-CT | CT1 part of Stage 3 for Application specific Congestion control for Data Communication | Rel-13 | C1 | 100% | CP-150282 | Kim, Jaehyun, LGE | [JSN] |
660239 | ACDC-CT | CT6 part of Stage 3 for Application specific Congestion control for Data Communication | Rel-13 | C6 | 100% | CP-150282 | Kim, Jaehyun, LGE | [JSN] |
670059 | ACDC-RAN | RAN aspects of Application specific Congestion control for Data Communication | Rel-13 | R2 | 100% | RP-150512 | LG Electronics | [JSN] |
670159 | ACDC-RAN-Core | Core part: RAN aspects of Application specific Congestion control for Data Communication | Rel-13 | R2 | 100% | RP-150662 | LG Electronics | [JSN] |
570029 | UPCON | User Plane Congestion management | Rel-13 | S1,S2,C3,C4 | 100% | SP-140631 | KDDI | [JSN] |
570129 | UPCON-ST1 | Stage 1 for User Plane Congestion management | Rel-13 | S1 | 100% | SP-140631 | KDDI | [JSN] |
580057 | UPCON-SA2TR | TR on Stage 2 for User Plane Congestion management | Rel-13 | S2 | 100% | SP-140631 | Allot | [JSN] |
580058 | UPCON-SA2Del | Deleted - Stage 2 for User Plane Congestion management | Rel-13 | S2 | 100% | SP-140631 | NEC | [JSN] |
630019 | UPCON-DOTCON | BB1: RAN Downlink Traffic Differentiation, Congestion Detection and Reporting | Rel-13 | S2 | 100% | SP-140631 | Allot | [JSN] |
630119 | UPCON-DOTCON-SA2 | Stage 2 for RAN Downlink Traffic Differentiation, Congestion Detection and Reporting | Rel-13 | S2 | 100% | SP-140434 | Allot | [JSN] |
650007 | UPCON-DOTCON-CT | CT aspects of User Plane Congestion Management for BB1 | Rel-13 | C3 | 100% | CP-150365 | Huawei | [JSN] |
650107 | UPCON-DOTCON-CT | CT3 part of CT aspects of User Plane Congestion Management for BB1 | Rel-13 | C3 | 100% | CP-150365 | Huawei | [JSN] |
650207 | UPCON-DOTCON-CT | CT4 part of CT aspects of User Plane Congestion Management for BB1 | Rel-13 | C4 | 100% | CP-150365 | Huawei | [JSN] |
630020 | UPCON-CONDEL | Deleted - BB2: Application and Content Prioritization | Rel-13 | S2 | 100% | SP-140631 | Allot | [JSN] |
630021 | UPCON-TRAFDEL | Deleted - BB3: Uplink traffic and attended/unattended traffic | Rel-13 | S2 | 100% | SP-140631 | Allot | [JSN] |
650028 | IMS_TELEP_S4 | Media Handling Aspects of IMS-based Telepresence | Rel-13 | 95% | SP-140483 | Intel | [JSN] | |
650128 | IMS_TELEP_S4 | TR on Media Handling Aspects of IMS-based Telepresence | Rel-13 | S4 | 100% | SP-140483 | Intel | [JSN] |
650228 | IMS_TELEP_S4 | Specification on Media Handling Aspects of IMS-based Telepresence | Rel-13 | S4 | 100% | SP-140483 | Intel | [JSN] |
710035 | IMS_TELEP_S4 | (IETF) Protocol for Controlling Multiple Streams for Telepresence (CLUE) (draft-ietf-clue-protocol) | Rel-13 | S4-IETF | 90% | Intel | [JSN] | |
710036 | IMS_TELEP_S4 | (IETF) Mapping RTP streams to CLUE media captures (draft-ietf-clue-rtp-mapping) | Rel-13 | S4-IETF | 90% | Intel | [JSN] | |
710037 | IMS_TELEP_S4 | Deleted - (IETF) DTLS Encapsulation of SCTP Packets (draft-ietf-tsvwg-sctp-dtls-encaps) | Rel-13 | S4-IETF | 100% | Intel | [JSN] | |
710038 | IMS_TELEP_S4 | (IETF) Using Simulcast in SDP and RTP Sessions (draft-ietf-mmusic-sdp-simulcast) | Rel-13 | S4-IETF | 90% | Ericsson | [JSN] | |
600045 | RSE | RAN Sharing Enhancements | Rel-13 | S1,R3 | 100% | SP-130330 | NEC | [JSN] |
600145 | RSE-SA1 | Stage 1 for RAN Sharing Enhancements | Rel-13 | S1 | 100% | SP-130330 | NEC | [JSN] |
650021 | RSE-RAN_LTE | RAN aspects of RAN Sharing Enhancements for LTE | Rel-13 | R3 | 100% | RP-141671 | NEC | [JSN] |
650121 | RSE-RAN_LTE-Core | Core part: RAN aspects of RAN Sharing Enhancements for LTE | Rel-13 | R3 | 100% | RP-151827 | NEC | [JSN] |
630014 | eWebRTCi | Enhancements to WEBRTC interoperability | Rel-13 | S1,S2,S3 | 99% | SP-140630 | Alcatel-Lucent | [JSN] |
630114 | eWebRTCi | Stage 1 for Enhancements to WEBRTC interoperability | Rel-13 | S1 | 100% | SP-140630 | Alcatel-Lucent | [JSN] |
640138 | eWebRTCi | TR on Stage 2 for Enhancements to WEBRTC interoperability | Rel-13 | S2 | 100% | SP-140630 | China Mobile | [JSN] |
640038 | eWebRTCi | Stage 2 for Enhancements to WEBRTC interoperability | Rel-13 | S2 | 100% | SP-140630 | China Mobile | [JSN] |
650122 | eWebRTCi | TR on Security for Enhancements to WEBRTC interoperability | Rel-13 | S3 | 100% | SP-140630 | Ericsson | [JSN] |
650022 | eWebRTCi | Security for Enhancements to WEBRTC interoperability | Rel-13 | S3 | 100% | SP-140630 | Ericsson | [JSN] |
690037 | eWebRTCi | (IETF) Session Traversal Utilities for NAT (STUN) Extension for Third Party Authorization (draft-ietf-tram-turn-third-party-authz) | Rel-13 | S3-IET | 100% | SP-150474 | Alcatel-Lucent | [JSN] |
690012 | eWebRTCi-CT | Stage 3 for Enhancements to WebRTC interoperability | Rel-13 | ct | 97% | CP-150767 | China Mobile, Song Yue | [JSN] |
690015 | eWebRTCi-CT | CT1 aspects 3 for Enhancements to WebRTC interoperability | Rel-13 | C1 | 100% | CP-150767 | China Mobile, Song Yue | [JSN] |
690029 | eWebRTCi-CT | CT3 aspects for Enhancements to WebRTC interoperability | Rel-13 | C3 | 100% | CP-150767 | China Mobile, Song Yue | [JSN] |
690016 | eWebRTCi-CT | CT4 aspects for Enhancements to WebRTC interoperability | Rel-13 | C4 | 100% | CP-150767 | China Mobile, Song Yue | [JSN] |
710039 | eWebRTCi-CT | (IETF) SDP-based Data Channel Negotiation (draft-ietf-mmusic-data-channel-sdpneg) | Rel-13 | C1-IETF,SA4-IETF | 90% | Ericsson | [JSN] | |
710040 | eWebRTCi-CT | (IETF) MSRP over Data Channels (draft-ietf-mmusic-msrp-usage-data-channel) | Rel-13 | C1-IETF | 75% | Ericsson | [JSN] | |
710041 | eWebRTCi-CT | (IETF) A Language for Rules Describing JSON Content (draft-newton-json-content-rules) | Rel-13 | C3-IETF | 100% | Ericsson | [JSN] | |
870074 | eWebRTCi-CT | Deleted - (IETF) Oauth 2.0 Proof-of-Possession (PoP) Security Architecture (draft-ietf-oauth-pop-architecture) | Rel-13 | S3-IETF | 100% | [JSN] | ||
870076 | eWebRTCi-CT | (IETF) Session Traversal Utilities for NAT (STUN) Extension for Third-Party Authorization (draft-ietf-tram-turn-third-party-authz) --> RFC 7635 | Rel-13 | S3-IETF | 100% | [JSN] | ||
630016 | CSPS_Coord | Improvements to CS/PS coordination in UTRAN/GERAN Shared Networks | Rel-13 | S2 | 100% | SP-140168 | Ericsson | [JSN] |
630116 | CSPS_Coord-SA2TR | TR on Stage 2 for Improvements to CS/PS coordination in UTRAN/GERAN Shared Networks | Rel-13 | S2 | 100% | SP-140168 | Ericsson | [JSN] |
630216 | CSPS_Coord-SA2 | Stage 2 for Improvements to CS/PS coordination in UTRAN/GERAN Shared Networks | Rel-13 | S2 | 100% | SP-140168 | Ericsson | [JSN] |
650100 | CSPS_Coord_GERAN | RAN aspects for improvements to CS/PS coordination in GERAN Shared Networks | Rel-13 | G2 | 100% | GP-150225 | Nicklas Johansson, Ericsson LM | [JSN] |
640040 | eProSe | Enhancements to Proximity-based Services | Rel-13 | S1,S2,S3 | 100% | SP-140386 | Qualcomm | [JSN] |
640140 | eProSe-SA1 | Stage 1 for Enhancements to Proximity-based Services | Rel-13 | S1 | 100% | SP-140386 | Qualcomm | [JSN] |
640041 | eProSe-Ext-SA2 | Stage 2 for Enhancements to Proximity-based Services - Extensions | Rel-13 | S2 | 100% | SP-150028 | Qualcomm | [JSN] |
640141 | eProSe-Ext-SA2TR | TR on Stage 2 for Enhancements to Proximity-based Services - Extensions | Rel-13 | S2 | 100% | SP-150028 | Qualcomm | [JSN] |
650023 | eProSe-Ext-SA3 | Security for Enhancements to Proximity-based Services - Extensions | Rel-13 | S3 | 100% | SP-150028 | Qualcomm | [JSN] |
680006 | eProSe-Ext-CT | CT aspects of enhancements to Proximity-based | Rel-13 | C1 | 100% | CP-150370 | Lena Chaponniere | [JSN] |
680007 | eProSe-Ext-CT | CT1 aspects of enhancements to Proximity-based | Rel-13 | C1 | 100% | CP-150370 | Lena Chaponniere | [JSN] |
680008 | eProSe-Ext-CT | CT3 aspects of enhancements to Proximity-based | Rel-13 | C3 | 100% | CP-150370 | Lena Chaponniere | [JSN] |
680009 | eProSe-Ext-CT | CT4 aspects of enhancements to Proximity-based | Rel-13 | C4 | 100% | CP-150370 | Lena Chaponniere | [JSN] |
680010 | eProSe-Ext-CT | CT6 aspects of enhancements to Proximity-based | Rel-13 | C6 | 100% | CP-150370 | Lena Chaponniere | [JSN] |
590035 | FS_ProSe_Sec | Study on Security for Proximity-based Services | Rel-13 | S3 | 100% | SP-140629 | Qualcomm | [JSN] |
729999 | eProSe | Note: Charging Aspects done in Rel-14 under CH14-Prose (UID 720049) | Rel-13 | S5 | 100% | [JSN] | ||
640045 | voE_UTRAN_PPD | voice over E-UTRAN Paging Policy Differentiation | Rel-13 | S1,S2,C4,C1,C3 | 100% | SP-140394 | Alcatel-Lucent | [JSN] |
640145 | voE_UTRA-N_PPD-SA1 | Stage 1 for voice over E-UTRAN Paging Policy Differentiation | Rel-13 | S1 | 100% | SP-140394 | Alcatel-Lucent | [JSN] |
640245 | voE_UTRAN_PPD-SA2 | Stage 2 for voice over E-UTRAN Paging Policy Differentiation | Rel-13 | S2 | 100% | SP-140394 | Alcatel-Lucent | [JSN] |
650003 | voE_UTRAN_PPD-CT | CT aspects of voice over E-UTRAN Paging Policy Differentiation | Rel-13 | C4,C1,C3 | 100% | CP-140491 | Alcatel-Lucent | [JSN] |
650103 | voE_UTRAN_PPD-CT | CT4 part of CT aspects of voice over E-UTRAN Paging Policy Differentiation | Rel-13 | C4 | 100% | CP-140491 | Alcatel-Lucent | [JSN] |
650203 | voE_UTRAN_PPD-CT | CT1 part of CT aspects of voice over E-UTRAN Paging Policy Differentiation | Rel-13 | C1 | 100% | CP-140491 | Alcatel-Lucent | [JSN] |
650303 | voE_UTRAN_PPD-CT | CT3 part of CT aspects of voice over E-UTRAN Paging Policy Differentiation | Rel-13 | C3 | 100% | CP-140491 | Alcatel-Lucent | [JSN] |
640047 | NBIFOM | IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | S2 | 100% | SP-150250 | Tricci So, ZTE | [JSN] |
640147 | NBIFOM-SA2TR | TR for IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | S2 | 100% | SP-140279 | Tricci So, ZTE | [JSN] |
640247 | NBIFOM-SA2 | Stage 2 for IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | S2 | 100% | SP-150250 | Tricci So, ZTE | [JSN] |
690043 | NBIFOM-CH | Charging Aspects of IP Flow Mobility support for S2a and S2b Interfaces (NBIFOM) | Rel-13 | S5 | 100% | SP-150406 | GUO Wenjie, ZTE | [JSN] |
680019 | NBIFOM-CT | CT aspects of IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | C1 | 100% | CP-150874 | Xingyue(Joy) Zhou, ZTECorporation | [JSN] |
680020 | NBIFOM-CT | CT1 aspects of IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | C1 | 100% | CP-150874 | Xingyue(Joy) Zhou, ZTECorporation. ES in 641 | [JSN] |
680021 | NBIFOM-CT | CT3 aspects of IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | C3 | 100% | CP-150874 | 680001Xingyue(Joy) Zhou, ZTECorporation. ES in 641 | [JSN] |
680022 | NBIFOM-CT | CT4 aspects of IP Flow Mobility support for S2a and S2b Interfaces | Rel-13 | C4 | 100% | CP-150874 | Xingyue(Joy) Zhou, ZTECorporation | [JSN] |
640053 | DRuMS | Double Resource Reuse for Multiple Media Sessions | Rel-13 | S2 | 100% | SP-140393 | Ericsson | [JSN] |
640153 | DRuMS-SA2 | Stage 2 for Double Resource Reuse for Multiple Media Sessions | Rel-13 | S2 | 100% | SP-140393 | Ericsson | [JSN] |
660019 | DRuMS-CT | CT aspects of Double Resource Reuse for Multiple Media Sessions | Rel-13 | C3 | 100% | CP-140926 | Ericsson | [JSN] |
660047 | DRuMS-CT | CT1 aspects of Double Resource Reuse for Multiple Media Sessions | Rel-13 | C1 | 100% | CP-140926 | Ericsson | [JSN] |
660048 | DRuMS-CT | CT3 aspects of Double Resource Reuse for Multiple Media Sessions | Rel-13 | C3 | 100% | CP-140926 | Ericsson | [JSN] |
640056 | LI13 | Lawful Interception in the 3GPP Rel-13 | Rel-13 | S3 | 100% | SP-160043 | PIDS, Alcatel-Lucent | [JSN] |
640055 | FS_LISE | STOPPED - Study on Lawful Interception Service Evolution | Rel-13 | S3 | 100% | SP-140303 | Alcatel-Lucent | [JSN] |
640058 | ROI | Video enhancements by Region-Of-Interest information signalling | Rel-13 | S4 | 100% | SP-140219 | Intel | [JSN] |
680031 | ROI | SA4 aspects of Video enhancements by Region-Of-Interest information signalling | Rel-13 | S4 | 100% | SP-140219 | Intel | [JSN] |
680017 | ROI-CT | CT Aspects of Video Enhancements by Region-Of-Interest information signalling | Rel-13 | C4 | 100% | CP-150425 | Vivek Gupta, Intel | [JSN] |
680032 | ROI-CT | CT1 Aspects of Video Enhancements by Region-Of-Interest information signalling | Rel-13 | C1 | 100% | CP-150425 | Vivek Gupta, Intel | [JSN] |
680033 | ROI-CT | CT3 Aspects of Video Enhancements by Region-Of-Interest information signalling | Rel-13 | C3 | 100% | CP-150425 | Vivek Gupta, Intel | [JSN] |
680034 | ROI-CT | CT4 Aspects of Video Enhancements by Region-Of-Interest information signalling | Rel-13 | C4 | 100% | CP-150425 | Vivek Gupta, Intel | [JSN] |
650026 | TVProf | TV video profile | Rel-13 | S4 | 100% | SP-140481 | Orange | [JSN] |
650126 | TVProf-SA4TR | TR on TV video profile | Rel-13 | S4 | 100% | SP-140481 | Orange | [JSN] |
650226 | TVProf-SA4 | Specification on TV video profile | Rel-13 | S4 | 100% | SP-140481 | Orange | [JSN] |
650027 | E_LTE_UED | Enhanced LTE UE Delay test methods and requirements | Rel-13 | S4 | 100% | SP-140482 | Orange | [JSN] |
650029 | HTML5 | HTML5 Presentation Layer | Rel-13 | S4 | 100% | SP-140484 | Samsung | [JSN] |
650030 | EVSoCS | Support of EVS in 3G Circuit-Switched networks | Rel-13 | S4,C4,C1,C3,R1,R2,R3 | 100% | SP-140485 | Qualcomm | [JSN] |
670016 | EVSoCS-S4 | SA4 aspects of EVS in 3G Circuit-Switched networks | Rel-13 | S4 | 100% | SP-140485 | Qualcomm | [JSN] |
670002 | EVSoCS-CT | CT aspects of EVS in 3G Circuit-Switched Networks | Rel-13 | C4,C1,C3 | 100% | CP-150200 | Qualcomm, Lena Chaponniere | [JSN] |
670017 | EVSoCS-CT | CT1 aspects of EVS in 3G Circuit-Switched Networks | Rel-13 | C1 | 100% | CP-150200 | Qualcomm, Lena Chaponniere | [JSN] |
670018 | EVSoCS-CT | CT3 aspects of EVS in 3G Circuit-Switched Networks | Rel-13 | C3 | 100% | CP-150200 | Qualcomm, Lena Chaponniere | [JSN] |
670019 | EVSoCS-CT | CT4 aspects of EVS in 3G Circuit-Switched Networks | Rel-13 | C4 | 100% | CP-150200 | Qualcomm, Lena Chaponniere | [JSN] |
660073 | EVSoCS_UTRAN | Support of EVS over UTRAN CS | Rel-13 | R2,R1,R3 | 100% | RP-142282 | Qualcomm | [JSN] |
660173 | EVSoCS_UTRAN-Core | Core part: Support of EVS over UTRAN CS | Rel-13 | R2,R1,R3 | 100% | RP-142282 | Francesco Pica - Qualcomm Incorporated | [JSN] |
650031 | eDASH | Enhanced DASH (Dynamic Adaptive Streaming over HTTP in 3GPP) | Rel-13 | S4 | 100% | SP-150448 | Qualcomm, Huawei | [JSN] |
650032 | QOSE2EMTSI | QoS End-to-end Multimedia Telephony Service for IMS (MTSI) extensions (Stage 3) | Rel-13 | S4,C3,C1,C4 | 100% | SP-140601 | Ericsson | [JSN] |
620068 | QOSE2EMTSI | TR on improved end-to-end QoS handling for MTSI | Rel-13 | S4 | 100% | SP-140601 | Ericsson | [JSN] |
650132 | QOSE2EMTSI | SA4 part of QoS End-to-end Multimedia Telephony Service for IMS (MTSI) extensions (Stage 3) | Rel-13 | S4 | 100% | SP-140601 | Ericsson | [JSN] |
660043 | QOSE2EMTSI-CT | CT Aspects of QoS End-to-End MTSI Extensions | Rel-13 | C3,C1,C4 | 100% | CP-140925 | Ericsson | [JSN] |
660044 | QOSE2EMTSI-CT | CT3 Aspects of QoS End-to-End MTSI Extensions | Rel-13 | C3 | 100% | CP-140925 | Ericsson | [JSN] |
660045 | QOSE2EMTSI-CT | CT1 Aspects of QoS End-to-End MTSI Extensions | Rel-13 | C1 | 100% | CP-140925 | Ericsson | [JSN] |
660046 | QOSE2EMTSI-CT | CT4 Aspects of QoS End-to-End MTSI Extensions | Rel-13 | C4 | 100% | CP-140925 | Ericsson | [JSN] |
660050 | MMCMH | MTSI Extension on Multi-stream Multiparty | Rel-13 | 98% | SP-150660 | Tomas Frankkila, Ericsson LM | [JSN] | |
710042 | MMCMH | Codec aspects for MMCMH | Rel-13 | S4 | 100% | SP-150660 | Tomas Frankkila, Ericsson LM | [JSN] |
710043 | MMCMH | (IETF) RTP Stream Pause and Resume (RFC 7728) | Rel-13 | S4-IETF | 100% | SP-150660 | Ericsson | [JSN] |
720062 | MMCMH | (IETF) Using Simulcast in SDP and RTP Sessions (draft-ietf-mmusic-sdp-simulcast) | Rel-13 | S4-IETF | 90% | [JSN] | ||
660051 | VTRI_EXT | Video Telephony Robustness Improvements Extensions | Rel-13 | S4 | 100% | SP-140739 | Muhammed Coban, Qualcomm Incorporated | [JSN] |
660151 | VTRI_EXT | TR on Video Telephony Robustness Improvements | Rel-13 | S4 | 100% | SP-140739 | Muhammed Coban, Qualcomm Incorporated | [JSN] |
660251 | VTRI_EXT | Specification on Video Telephony Robustness Improvements | Rel-13 | S4 | 100% | SP-140739 | Muhammed Coban, Qualcomm Incorporated | [JSN] |
690038 | VTRI_EXT | (IETF) RTP Payload Format for Non-Interleaved and Interleaved Parity Forward Error Correction (FEC) (draft-ietf-payload-flexible-fec-scheme) --> RFC 8627 | Rel-13 | S4-IETF | 100% | SP-15047 | Muhammed Coban, Qualcomm Incorporated | [JSN] |
660052 | ATeMPO_SPINE | Acoustic Test methods and Performance Objectives for Speakerphone Performance in Noisy Environments | Rel-13 | S4 | 100% | SP-140740 | Andre Schevciw, Qualcomm Incorporated; Scott Isabelle, Audience Inc. | [JSN] |
630010 | OAM13 | Rel-13 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-13 | S5 | 100% | SP-150305 | - | [JSN] |
560132 | SON-NM-CCO | Enhanced Network Management (NM) centralized Coverage and Capacity Optimization | Rel-13 | S5 | 100% | SP-140060 | Ericsson | [JSN] |
560034 | OAM-NGMN_OPE | Compliance of 3GPP SA5 specifications to the NGMN Top Operational Efficiency (OPE) Recommendations | Rel-13 | S5 | 100% | SP-140538 | Huawei | [JSN] |
560134 | OAM-NGMN_OPE | TR on Compliance of 3GPP SA5 specifications to the NGMN Top Operational Efficiency (OPE) Recommendations | Rel-13 | S5 | 100% | SP-140538 | Huawei | [JSN] |
560234 | OAM-NGMN_OPE | TS work on Compliance of 3GPP SA5 specifications to the NGMN Top Operational Efficiency (OPE) Recommendations | Rel-13 | S5 | 100% | SP-140538 | Huawei | [JSN] |
560235 | OAM-PMID | Converged management Performance Management Interface Definitions | Rel-13 | S5 | 100% | SP-150678 | Huawei | [JSN] |
560036 | WLAN-OAM | WLAN Management | Rel-13 | S5 | 100% | SP-140535 | Intel | [JSN] |
560136 | WLAN-OAM-SA5 | WLAN Network Resource Model for Type-2 interface | Rel-13 | S5 | 100% | SP-140535 | Intel | [JSN] |
560236 | WLAN-OAM-SA5ietf | WLAN measurements defined in IEEE and IETF WLAN performance measurements for use on Type-2 interface | Rel-13 | S5 | 100% | SP-140535 | Intel | [JSN] |
600044 | OAM-PM_EE | Energy Efficiency related Performance Measurements | Rel-13 | S5 | 100% | SP-140612 | Nokia Networks | [JSN] |
660055 | MBSFN_MDT | Multi-Broadcast Single Frequency Network (MBSFN) Minimization of Drive Tests (MDT) enhancement | Rel-13 | S5 | 100% | SP-140786 | Padma Sudarsan (Alcatel-Lucent) | [JSN] |
641000 | CH13 | Rel-13 Charging | Rel-13 | S5 | 100% | SP-150307 | - | [JSN] |
640059 | iPLMN-PS-OCH | Inter-PLMN PS domain online charging | Rel-13 | S5 | 100% | SP-140324 | Alcatel-Lucent | [JSN] |
640159 | iPLMN-PS-OCH | TR on Inter-PLMN PS domain online charging | Rel-13 | S5 | 100% | SP-140324 | Alcatel-Lucent | [JSN] |
640259 | iPLMN-PS-OCH | Specification of Inter-PLMN PS domain online charging | Rel-13 | S5 | 100% | SP-140324 | Alcatel-Lucent | [JSN] |
660056 | ULRELC-CH | ULI and release causes for charging enhancement for VoLTE | Rel-13 | S5 | 100% | SP-140785 | Alcatel-Lucent, Maryse Gardella | [JSN] |
670025 | CHeISC | Charging on enhancements for IMS Service Continuity | Rel-13 | S5 | 100% | SP-150055 | Gerald Goermer | [JSN] |
680037 | ANIMO | Announcements for IMS Online Charging | Rel-13 | S5 | 100% | SP-150675 | Amdocs, Naceur | [JSN] |
680038 | eSaMOG-CH | Enhanced S2a Mobility Over Trusted WLAN access to EPC - Charging | Rel-13 | S5 | 100% | SP-150344 | Alcatel-Lucent, Maryse | [JSN] |
610005 | RTCP_MUX | Support of Real-time Transport Protocol (RTP) / Real-time Transport Control Protocol (RTCP) multiplexing (signalling) in IMS | Rel-13 | C4,C1,C3 | 100% | CP-130436 | Alcatel-Lucent | [JSN] |
610105 | RTCP_MUX | CT4 part of Support of RTP / RTCP multiplexing (signalling) in IMS | Rel-13 | C4 | 100% | CP-130436 | Alcatel-Lucent | [JSN] |
610205 | RTCP_MUX | CT1 part of Support of RTP / RTCP multiplexing (signalling) in IMS | Rel-13 | C1 | 100% | CP-130436 | Alcatel-Lucent | [JSN] |
610305 | RTCP_MUX | CT3 part of Support of RTP / RTCP multiplexing (signalling) in IMS | Rel-13 | C3 | 100% | CP-130436 | Alcatel-Lucent | [JSN] |
550017 | LTE_FDD_1670_US | LTE in the 1670-1675 MHz Band for US (on hold till 12/2014) | Rel-13 | R4,R2,R3 | 8% | RP-121397 | LightSquared | [JSN] |
550117 | LTE_FDD_1670_US-Core | Core part: LTE in the 1670-1675 MHz Band for US (on hold till 12/2014) | Rel-13 | R4,R2,R3 | 15% | RP-121397 | LightSquared | [JSN] |
550217 | LTE_FDD_1670_US-Perf | Perf. Part: LTE in the 1670-1675 MHz Band for US (on hold till 12/2014) | Rel-13 | R4 | 5% | RP-121397 | LightSquared | [JSN] |
640019 | COMP_LTE_IeNB_sig | Enhanced Signalling for Inter-eNB Coordinated Multi-Point (CoMP) for LTE | Rel-13 | R3 | 100% | RP-141032 | Samsung | [JSN] |
640119 | COMP_LTE_IeNB_sig-Core | Core part: Enhanced Signalling for Inter-eNB Coordinated Multi-Point (CoMP) for LTE | Rel-13 | R3 | 100% | RP-141032 | Samsung | [JSN] |
640036 | LTE_1980_2170_REG1 | 2GHz FDD LTE in Region 1 (1980-2010MHz and 2170-2200MHz Bands) | Rel-13 | R4 | 100% | RP-141710 | DISH Network | [JSN] |
640136 | LTE_1980_2170_REG1-Core | Core part: 2GHz FDD LTE in Region 1 (1980-2010MHz and 2170-2200MHz Bands) | Rel-13 | R4 | 100% | RP-151732 | DISH Network | [JSN] |
640236 | LTE_1980_2170_REG1-Perf | Perf. Part: 2GHz FDD LTE in Region 1 (1980-2010MHz and 2170-2200MHz Bands) | Rel-13 | R4 | 100% | RP-151732 | DISH Network | [JSN] |
710066 | LTE_1980_2170_REG1_REG3-UEConTest | UE Conformance Test Aspects - FDD LTE band 1980-2010 MHz and 2170-2200MHz (band 65) in Region1 and Region 3 | Rel-13 | R5 | 100% | RP-160774 | Dish Network | [JSN] |
650034 | UTRA_LTE_SON_AAS | Self Organizing Networks (SON) for Active Antenna System (AAS) based deployments | Rel-13 | R3,G2 | 100% | RP-141624 | Nokia Networks | [JSN] |
650134 | UTRA_LTE_SON_AAS-Core | Core part: Self Organizing Networks (SON) for Active Antenna System (AAS) based deployments | Rel-13 | R3 | 100% | RP-141624 | Nokia Networks | [JSN] |
660001 | eUMONC | Usage Monitoring Control PCC Extension | Rel-13 | S2 | 100% | SP-140709 | CTBRI | [JSN] |
660022 | eUMONC-SA2 | Stage 2 of Usage Monitoring Control PCC Extension | Rel-13 | S2 | 100% | SP-140709 | China Telecom, Jinyan Li | [JSN] |
660020 | eUMONC-CT3 | CT3 Aspect of Usage Monitoring Control extension | Rel-13 | C3 | 100% | CP-140927 | ZTE | [JSN] |
660030 | ePCSCF_WLAN | Enhanced P-CSCF discovery using signalling for access to EPC via WLAN | Rel-13 | C1 | 100% | CP-140813 | Ericsson | [JSN] |
660014 | ePCSCF_WLAN | CT1 aspects of Enhanced P-CSCF discovery using signalling for access to EPC via WLAN | Rel-13 | C1 | 100% | CP-140813 | Ericsson | [JSN] |
660023 | ePCSCF_WLAN | CT4 aspects of Enhanced P-CSCF discovery using signalling for access to EPC via WLAN | Rel-13 | C4 | 100% | CP-140813 | Ericsson | [JSN] |
660028 | PCSCF_RES_WLAN | P-CSCF Restoration Enhancements with WLAN | Rel-13 | C4 | 100% | CP-150275 | Jean-Jacques Trottin, Alcatel-Lucent | [JSN] |
660041 | PCSCF_RES_WLAN | CT1 aspects of P-CSCF Restoration Enhancements with WLAN | Rel-13 | C1 | 100% | CP-150275 | Jean-Jacques Trottin, Alcatel-Lucent | [JSN] |
660040 | PCSCF_RES_WLAN | CT4 aspects of P-CSCF Restoration Enhancements with WLAN | Rel-13 | C4 | 100% | CP-150275 | Jean-Jacques Trottin, Alcatel-Lucent | [JSN] |
680012 | MEI_WLAN | Mobile Equipment Identity signalling over WLAN | Rel-13 | C4 | 100% | CP-150236 | Bruno Landais, Alcatel-Lucent | [JSN] |
680039 | MEI_WLAN | CT1 aspects of Mobile Equipment Identity signalling over WLAN | Rel-13 | C1 | 100% | CP-150236 | Bruno Landais, Alcatel-Lucent | [JSN] |
680040 | MEI_WLAN | CT4 aspects of Mobile Equipment Identity signalling over WLAN | Rel-13 | C4 | 100% | CP-150236 | Bruno Landais, Alcatel-Lucent | [JSN] |
680041 | ASI_WLAN | Authentication Signalling Improvements for WLAN | Rel-13 | C1 | 100% | CP-150330 | Youyang Yu | [JSN] |
660016 | SAES4 | Stage-3 SAE Protocol Development - Phase 4 | Rel-13 | C1 | 100% | CP-140814 | interdigital | [JSN] |
670037 | SAES4 | SAE Protocol Development (Stage 3) - Phase 4 | Rel-13 | C1 | 100% | CP-140814 | interdigital | [JSN] |
670038 | SAES4-CSFB | CS Fallback in EPS - Phase 4 | Rel-13 | C1 | 100% | CP-140814 | interdigital | [JSN] |
670039 | SAES4-non3GPP | SAE for support for non-3GPP accesses - Phase 4 | Rel-13 | C1 | 100% | CP-140814 | interdigital | [JSN] |
660034 | INNB_IW | Interworking solution for Called IN number and original called IN number ISUP parameters | Rel-13 | C1,C3 | 74% | CP-140928 | Orange | [JSN] |
660134 | INNB_IW | Interworking solution for Called IN number and original called IN number ISUP parameters | Rel-13 | C1 | 100% | Orange | [JSN] | |
660036 | INNB_IW | (IETF) CT1 part of Interworking solution for Called IN number and original called IN number ISUP parameters | Rel-13 | C1-IETF | 0% | CP-140928 | Orange | [JSN] |
660021 | INNB_IW | CT3 aspects of Interworking solution for Called IN number and original called IN number ISUP parameters | Rel-13 | C3 | 100% | CP-140928 | Orange | [JSN] |
660042 | WSR_EPS | Warning Status Report in EPS | Rel-13 | C4 | 100% | CP-150792 | one2many | [JSN] |
660015 | WSR_EPS | CT1 aspects of Warning Status Report in EPS | Rel-13 | C1 | 100% | CP-150792 | one2many | [JSN] |
660029 | WSR_EPS | CT4 aspects of Warning Status Report in EPS | Rel-13 | C4 | 100% | CP-150792 | one2many | [JSN] |
660026 | SHARED_SubData_UPD | Shared Data Update for Multiple Subscriber | Rel-13 | C4 | 100% | CP-150013 | Huawei, Susan Shi | [JSN] |
660017 | IMSProtoc7 | IMS Stage-3 IETF Protocol Alignment | Rel-13 | C1 | 70% | CP-140815 | Alcatel-Lucent | [JSN] |
670096 | IMSProtoc7 | CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-13 | C1 | 100% | CP-140815 | Alcatel-Lucent | [JSN] |
720059 | IMSProtoc7 | (IETF) CT1 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-13 | C1 | 10% | CP-140815 | Alcatel-Lucent | [JSN] |
670097 | IMSProtoc7 | CT3 aspects of IMS Stage-3 IETF Protocol Alignment | Rel-13 | C3 | 100% | CP-140815 | Alcatel-Lucent | [JSN] |
670013 | RISE | Retry restriction for Improving System Efficiency | Rel-13 | C1 | 100% | CP-150495 | Huawei, Lin Shu | [JSN] |
670020 | WebRTCH248DC | H.248 Aspects of WebRTC Data Channel on IMS Access Gateway | Rel-13 | C4 | 100% | CP-150185 | China Mobile, Xiaoning Du | [JSN] |
670001 | WebRTCH248DC | CT4 Aspect of H.248 Aspects of WebRTC Data Channel on IMS Access Gateway | Rel-13 | C4 | 100% | CP-150185 | China Mobile, Xiaoning Du. ES in 639 | [JSN] |
670021 | cDOCME_PCC | Continuation of the Overload Control for PCC based Diameter applications | Rel-13 | C3 | 100% | CP-150194 | ZTE, Zhou Xiaoyun | [JSN] |
670026 | Red_UCe | Review of dedicated 3GPP UICC features | Rel-13 | C6 | 100% | CP-150152 | Blackberry, Adrian Buckley | [JSN] |
680014 | SDPCN_IMS | Controlling IMS Media Plane with SDP Capability | Rel-13 | C4 | 100% | CP-150238 | Weiwei(Tommy) Yang, Huawei. ES in 640 | [JSN] |
680042 | SDPCN_IMS | CT3 aspects of Controlling IMS Media Plane with SDP Capability | Rel-13 | C3 | 100% | CP-150238 | Weiwei(Tommy) Yang, Huawei. ES in 640 | [JSN] |
680043 | SDPCN_IMS | CT4 aspects of Controlling IMS Media Plane with SDP Capability | Rel-13 | C4 | 100% | CP-150238 | Weiwei(Tommy) Yang, Huawei. ES in 640 | [JSN] |
640044 | CSIPTO | (SA66: on hold) Co-ordinated packet data network gateway (P-GW) change for SIPTO | Rel-13 | S1 | 100% | SP-140509 | Intel | [JSN] |
660012 | CSIPTO-ST1 | Stage 1 for Co-ordinated packet data network gateway (P-GW) change for SIPTO | Rel-13 | S1 | 100% | SP-140509 | Intel | [JSN] |
640051 | eCSFB | Enhanced CS Fallback (CSFB) | Rel-13 | S2,S3 | 100% | SP-140579 | China Unicom | [JSN] |
640151 | eCSFB | TR for Enhanced CS Fallback (CSFB) | Rel-13 | S2 | 100% | SP-140579 | China Unicom | [JSN] |
640251 | eCSFB | Deleted - Stage 2 for Enhanced CS Fallback (CSFB) | Rel-13 | S2 | 100% | SP-140579 | China Unicom | [JSN] |
650024 | eCSFB | Deleted - Security for Enhanced CS Fallback (CSFB) | Rel-13 | S3 | 100% | SP-140579 | China Unicom | [JSN] |
650025 | SETA | SRVCC Enhancements for Transcoding Avoidance | Rel-13 | S2 | 100% | SP-140436 | Ericsson | [JSN] |
650125 | SETA-SA2TR | TR for SRVCC Enhancements for Transcoding Avoidance | Rel-13 | S2 | 100% | SP-140436 | Ericsson | [JSN] |
650225 | SETA-SA2 | Deleted - Stage 2 for SRVCC Enhancements for Transcoding Avoidance | Rel-13 | S2 | 100% | SP-140436 | Ericsson | [JSN] |
590030 | AAS_BS_LTE_UTRA | Base Station (BS) RF requirements for Active Antenna System (AAS) | Rel-13 | R4 | 100% | RP-130373 | Huawei | [JSN] |
590130 | AAS_BS_LTE_UTRA-Core | Core part: Base Station (BS) RF requirements for Active Antenna System (AAS) | Rel-13 | R4 | 100% | RP-160188 | Huawei | [JSN] |
590230 | AAS_BS_LTE_UTRA-Perf | Perf. part: Base Station (BS) RF requirements for Active Antenna System (AAS) | Rel-13 | R4 | 100% | RP-160188 | Huawei | [JSN] |
660074 | LTE_eD2D_Prox | Enhanced LTE Device to Device Proximity Services | Rel-13 | R2 | 100% | RP-142311 | Qualcomm | [JSN] |
660174 | LTE_eD2D_Prox-Core | Core part: Enhanced LTE Device to Device Proximity Services | Rel-13 | R2,R1,R3 | 100% | RP-150441 | Qualcomm Incorporated, Shailesh Patil | [JSN] |
660274 | LTE_eD2D_Prox-Perf | Perf. part: Enhanced LTE Device to Device Proximity Services | Rel-13 | R4 | 100% | RP-150441 | Qualcomm | [JSN] |
660076 | UTRA_LTE_MIMO_OTA | Radiated requirements for the verification of multi-antenna reception performance of UEs | Rel-13 | R4 | 100% | RP-142221 | Intel | [JSN] |
660176 | UTRA_LTE_MIMO_OTA-Core | Core part: Radiated requirements for the verification of multi-antenna reception performance of UEs | Rel-13 | R4 | 100% | RP-160344 | Intel | [JSN] |
660077 | LTE_UL64QAM | UE core requirements for uplink 64 QAM | Rel-13 | R4 | 100% | RP-142222 | Huawei | [JSN] |
660177 | LTE_UL64QAM-Core | Core part: UE core requirements for uplink 64 QAM | Rel-13 | R4 | 100% | RP-150691 | Huawei | [JSN] |
680069 | LTE_UL64QAM-UEConTest | UE Conformance Test Aspects - Core Requirements for Uplink 64QAM for E-UTRA | Rel-13 | R5 | 100% | RP-150812 | CMCC | [JSN] |
660078 | LTE_MMSE_IRC_BS | Performance requirements of MMSE-IRC receiver for LTE BS | Rel-13 | R4 | 100% | RP-142223 | China Telecom | [JSN] |
660278 | LTE_MMSE_IRC_BS-Perf | Perf. part: Performance requirements of MMSE-IRC receiver for LTE BS | Rel-13 | R4 | 100% | RP-150206 | China Telecom | [JSN] |
660079 | LTE_CRSIM | CRS Interference Mitigation for LTE Homogenous Deployments | Rel-13 | R4 | 100% | RP-142263 | Ericsson | [JSN] |
660279 | LTE_CRSIM-Perf | Perf. part: CRS Interference Mitigation for LTE Homogenous Deployments | Rel-13 | R4 | 100% | RP-142263 | Ericsson | [JSN] |
670055 | LTE_dualC_enh | Dual Connectivity enhancements for LTE | Rel-13 | R2 | 100% | RP-150490 | NTT DOCOMO | [JSN] |
670155 | LTE_dualC_enh-Core | Core part: Dual Connectivity enhancements for LTE | Rel-13 | R2 | 100% | RP-151739 | NTT DOCOMO | [JSN] |
670255 | LTE_dualC_enh-Perf | Perf. part: Dual Connectivity enhancements for LTE | Rel-13 | R4 | 100% | RP-151739 | NTT DOCOMO | [JSN] |
670056 | LTE_MC_load | Multicarrier Load Distribution of UEs in LTE | Rel-13 | R2 | 100% | RP-150491 | ZTE | [JSN] |
670156 | LTE_MC_load-Core | Core part: Multicarrier Load Distribution of UEs in LTE | Rel-13 | R2 | 100% | RP-152181 | ZTE | [JSN] |
670256 | LTE_MC_load-Perf | Perf. part: Multicarrier Load Distribution of UEs in LTE | Rel-13 | R4 | 100% | RP-161699 | ZTE | [JSN] |
670058 | LTE_WLAN_radio | LTE-WLAN Radio Level Integration and Interworking Enhancement | Rel-13 | R2 | 99% | RP-150510 | Intel | [JSN] |
670158 | LTE_WLAN_radio-Core | Core part: LTE-WLAN Radio Level Integration and Interworking Enhancement | Rel-13 | R2 | 100% | RP-160521 | Intel | [JSN] |
670258 | LTE_WLAN_radio-Perf | Perf. part: LTE-WLAN Radio Level Integration and Interworking Enhancement | Rel-13 | R4 | 100% | RP-160521 | Intel | [JSN] |
710070 | LTE_WLAN_radio-UEConTest | UE Conformance Test Aspects - WLAN/3GPP Radio Level Integration and Interworking Enhancement Interworking | Rel-13 | R5 | 100% | RP-180942 | Intel | [JSN] |
670060 | CSPS_Coord-UTRA | RAN aspects for improvements to CS/PS coordination in UTRAN Shared Network | Rel-13 | R3 | 100% | RP-150500 | Ericsson | [JSN] |
670160 | CSPS_Coord-UTRA-Core | Core part: RAN aspects for improvements to CS/PS coordination in UTRAN Shared Network | Rel-13 | R3 | 100% | RP-150500 | Ericsson | [JSN] |
670061 | LTE_4Rx_AP_DL | LTE DL 4 Rx antenna ports | Rel-13 | R4 | 99% | RP-150427 | Ericsson | [JSN] |
670161 | LTE_4Rx_AP_DL-Core | Core part: LTE DL 4 Rx antenna ports | Rel-13 | R4 | 100% | RP-150427 | Ericsson | [JSN] |
670261 | LTE_4Rx_AP_DL-Perf | Perf. part: LTE DL 4 Rx antenna ports | Rel-13 | R4 | 100% | RP-161237 | Ericsson | [JSN] |
700066 | LTE_4Rx_AP_DL-UEConTest | UE Conformance Test Aspects - LTE DL 4 Rx antenna ports | Rel-13 | R5 | 100% | RP-160078 | Ericsson | [JSN] |
670062 | LTE_AWS_EXT | AWS-Extension Band for LTE | Rel-13 | R4 | 100% | RP-150428 | Ericsson | [JSN] |
670162 | LTE_AWS_EXT-Core | Core part: AWS-Extension Band for LTE | Rel-13 | R4 | 100% | RP-150800 | Ericsson | [JSN] |
670262 | LTE_AWS_EXT-Perf | Perf. part: AWS-Extension Band for LTE | Rel-13 | R4 | 100% | RP-150800 | Ericsson | [JSN] |
700068 | LTE_AWS_EXT-UEConTest | UE Conformance Test Aspects - AWS-Extension Band for LTE (Band 66) | Rel-13 | R5 | 100% | RP-161524 | Ericsson | [JSN] |
670063 | LTE_CA_B5_B7_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-13 | R4 | 100% | RP-150171 | Nokia Networks | [JSN] |
670163 | LTE_CA_B5_B7_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-13 | R4 | 100% | RP-150602 | Nokia Networks | [JSN] |
670263 | LTE_CA_B5_B7_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-13 | R4 | 100% | RP-150602 | Nokia Networks | [JSN] |
670064 | LTE_CA_B3_B5_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-150425 | Samsung | [JSN] |
670164 | LTE_CA_B3_B5_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-150425 | Samsung | [JSN] |
670264 | LTE_CA_B3_B5_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-150425 | Samsung | [JSN] |
670054 | HSDPA_MFTX_enh | Multiflow Enhancements for UTRA | Rel-13 | R2 | 100% | RP-150288 | Nokia | [JSN] |
670154 | HSDPA_MFTX_enh-Core | Core part: Multiflow Enhancements for UTRA | Rel-13 | R2 | 100% | RP-151021 | Nokia | [JSN] |
680044 | mSRVCC | Message interworking during PS to CS SRVCC | Rel-13 | C1 | 100% | CP-150401 | Ivo Sedlacek, Ericsson | [JSN] |
680045 | mSRVCC | CT1 aspects of Message interworking during PS to CS SRVCC | Rel-13 | C1 | 100% | CP-150401 | Ivo Sedlacek, Ericsson | [JSN] |
680046 | mSRVCC | CT3 aspects of Message interworking during PS to CS SRVCC | Rel-13 | C3 | 100% | CP-150401 | Ivo Sedlacek, Ericsson | [JSN] |
690008 | SEW1 | Support of Emergency services over WLAN – phase 1 | Rel-13 | S2 | 100% | SP-150253 | Laurent thiebaut | [JSN] |
680051 | SEW1 | Stage 2 of Support of Emergency services over WLAN - phase 1 | Rel-13 | S2 | 100% | SP-150253 | Laurent thiebaut | [JSN] |
690009 | SEW1-CT | CT aspects of Support of Emergency services over WLAN – phase 1 | Rel-13 | ct | 100% | CP-150571 | Alcatel-Lucent, Jennifer Liu (CT1) | [JSN] |
690022 | SEW1-CT | CT1 aspects of Support of Emergency services over WLAN – phase 1 | Rel-13 | C1 | 100% | CP-150571 | Alcatel-Lucent, Jennifer Liu (CT1) | [JSN] |
690025 | SEW1-CT | CT3 aspects of Support of Emergency services over WLAN – phase 1 | Rel-13 | C3 | 100% | CP-150571 | Alcatel-Lucent, Jennifer Liu (CT1) | [JSN] |
690023 | SEW1-CT | CT4 aspects of Support of Emergency services over WLAN – phase 1 | Rel-13 | C4 | 100% | CP-150571 | Alcatel-Lucent, Jennifer Liu (CT1) | [JSN] |
690036 | SEW1-CT | CT6 aspects of Support of Emergency services over WLAN – phase 1 | Rel-13 | C6 | 100% | CP-150571 | Alcatel-Lucent, Jennifer Liu (CT1) | [JSN] |
660009 | MBMS_enh | MBMS Enhancements | Rel-13 | S2 | 100% | SP-150516 | Nokia Networks, Curt Wong | [JSN] |
660010 | FS_MBMS_enh_TR | MBMS Enhancements TR Phase | Rel-13 | S2 | 100% | SP-150516 | Nokia Networks, Curt Wong | [JSN] |
690046 | MBMS_enh_St2 | MBMS Enhancements | Rel-13 | S2 | 100% | SP-150520 | Nokia Networks, Curt Wong | [JSN] |
700006 | MBMS_enh-CT | CT aspects of MBMS Enhancements | Rel-13 | C3 | 100% | CP-150798 | Nokia Networks, Thomas Belling | [JSN] |
700035 | MBMS_enh-CT | CT3 aspects of MBMS enhancements | Rel-13 | C3 | 100% | CP-150798 | Nokia Networks, Thomas Belling | [JSN] |
700007 | MBMS_enh-CT | CT4 aspects of MBMS enhancements | Rel-13 | C4 | 100% | CP-150798 | Nokia Networks, Thomas Belling | [JSN] |
660011 | MBMS_enh_TS | Deleted (not approved) - MBMS Enhancements - Stage 2 | Rel-13 | S2 | 100% | SP-140883 | Rainer Liebhart | [JSN] |
690002 | EPC_SIG_RACE | EPC Signalling Improvements for race scenarios | Rel-13 | C4 | 100% | CP-150424 | Huawei, Peter Schmitt | [JSN] |
690026 | EPC_SIG_RACE | CT3 aspects for EPC Signalling Improvements for race scenarios | Rel-13 | C3 | 100% | CP-150424 | Huawei, Peter Schmitt | [JSN] |
690027 | EPC_SIG_RACE | CT4 aspects for EPC Signalling Improvements for race scenarios | Rel-13 | C4 | 100% | CP-150424 | Huawei, Peter Schmitt | [JSN] |
700008 | DiaPri | Diameter Message Priority | Rel-13 | C4 | 100% | CP-150613 | Alcatel-Lucent, Jean-Jacques Trottin | [JSN] |
700009 | DiaPri | CT3 aspects of DiaPri | Rel-13 | C3 | 100% | CP-150613 | Intel, Vivek Gupta | [JSN] |
700010 | DiaPri | CT4 aspects of DiaPri | Rel-13 | C4 | 100% | CP-150613 | Alcatel-Lucent, Jean-Jacques Trottin | [JSN] |
710044 | DiaPri | (IETF) Diameter Routing Message Priority (draft-ietf-dime-drmp) | Rel-13 | C4-IETF | 100% | Alcatel-Lucent, Jean-Jacques Trottin | [JSN] | |
680059 | UTRA_EDL_TPC | Downlink TPC Enhancements for UMTS | Rel-13 | R1 | 100% | RP-151044 | Huawei | [JSN] |
680159 | UTRA_EDL_TPC-Core | Core part: Downlink TPC Enhancements for UMTS | Rel-13 | R1,R2,R3 | 100% | RP-151880 | Huawei | [JSN] |
680259 | UTRA_EDL_TPC-Perf | Perf. part: Downlink TPC Enhancements for UMTS | Rel-13 | R4 | 100% | RP-151880 | Huawei | [JSN] |
680060 | LTE_LAA | Licensed-Assisted Access using LTE | Rel-13 | R1 | 99% | RP-151045 | Ericsson | [JSN] |
680160 | LTE_LAA-Core | Core part: Licensed-Assisted Access using LTE | Rel-13 | R1 | 100% | RP-151045 | Ericsson | [JSN] |
680260 | LTE_LAA-Perf | Perf. part: Licensed-Assisted Access using LTE | Rel-13 | R4 | 100% | RP-151045 | Ericsson | [JSN] |
700067 | LTE_LAA-UEConTest | UE Conformance Test Aspects - Licensed-Assisted Access using LTE | Rel-13 | R5 | 100% | RP-162376 | Motorola Mobility | [JSN] |
680061 | LTE_EBF_FDMIMO | Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Rel-13 | R1 | 99% | RP-151085 | Samsung | [JSN] |
680161 | LTE_EBF_FDMIMO-Core | Core part: Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Rel-13 | R1 | 100% | RP-151085 | Samsung | [JSN] |
680261 | LTE_EBF_FDMIMO-Perf | Perf. part: Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Rel-13 | R4 | 100% | RP-151085 | Samsung | [JSN] |
770062 | LTE_EBF_FDMIMO-UEConTest | UE Conformance Test Aspects - Elevation Beamforming/Full-Dimension MIMO for LTE | Rel-13 | R5 | 100% | RP-172651 | Ericsson | [JSN] |
680062 | UTRA_EDL_L23 | L2/L3 Downlink enhancements for UMTS | Rel-13 | R2 | 100% | RP-151043 | Huawei | [JSN] |
680162 | UTRA_EDL_L23-Core | Core part: L2/L3 Downlink enhancements for UMTS | Rel-13 | R2 | 100% | RP-152184 | Huawei | [JSN] |
680064 | LTE_SC_PTM | Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R2 | 100% | RP-151110 | Huawei | [JSN] |
680164 | LTE_SC_PTM-Core | Core part: Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R2 | 100% | RP-151110 | Huawei | [JSN] |
680264 | LTE_SC_PTM-Perf | Perf. part: Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R4 | 100% | RP-151110 | Huawei | [JSN] |
710069 | LTE_SC_PTM-UEConTest | UE Conformance Test Aspects - Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R5 | 100% | RP-161681 | Huawei | [JSN] |
680065 | LTE_dualC_ext | Extension of Dual Connectivity in E-UTRAN | Rel-13 | R3 | 100% | RP-151008 | Samsung | [JSN] |
680165 | LTE_dualC_ext-Core | Core part: Extension of Dual Connectivity in E-UTRAN | Rel-13 | R3 | 100% | RP-151798 | Samsung | [JSN] |
680067 | RSE_UTRA_GUSH | RAN sharing enhancements for UMTS | Rel-13 | R3 | 100% | RP-151086 | Huawei | [JSN] |
680167 | RSE_UTRA_GUSH-Core | Core part: RAN sharing enhancements for UMTS | Rel-13 | R3 | 100% | RP-151251 | Huawei | [JSN] |
680071 | LTE_IM_DLCCH | Interference mitigation for downlink control channels of LTE | Rel-13 | R4 | 99% | RP-151107 | Intel | [JSN] |
680271 | LTE_IM_DLCCH-Perf | Perf. part: Interference mitigation for downlink control channels of LTE | Rel-13 | R4 | 100% | RP-160908 | Intel | [JSN] |
750051 | LTE_IM_DLCCH-UEConTest | UE Conformance Test Aspects - Interference Mitigation for Downlink Control Channels of LTE | Rel-13 | R5 | 100% | RP-180176 | Intel | [JSN] |
690062 | UTRA_NAICS | Network-Assisted Interference Cancellation and Suppression for UMTS | Rel-13 | R1 | 100% | RP-151577 | Huawei | [JSN] |
690162 | UTRA_NAICS-Core | Core part: Network-Assisted Interference Cancellation and Suppression for UMTS | Rel-13 | R1 | 100% | RP-151879 | Huawei | [JSN] |
690064 | DC_HSUPA_CS | Dual Carrier HSUPA Enhancements for UTRAN CS | Rel-13 | R2 | 100% | RP-151607 | Nokia Networks | [JSN] |
690164 | DC_HSUPA_CS-Core | Core part: Dual Carrier HSUPA Enhancements for UTRAN CS | Rel-13 | R2 | 100% | RP-151780 | Nokia Networks | [JSN] |
690065 | LTE_eMDT2 | Further Enhancements of Minimization of Drive Tests for E-UTRAN | Rel-13 | R2 | 100% | RP-151611 | CMCC | [JSN] |
670042 | FS_LTE_eMDT2 | Study on further Enhancements of Minimization of Drive Tests for E-UTRAN | Rel-13 | R2 | 100% | RP-150472 | CMCC | [JSN] |
690165 | LTE_eMDT2-Core | Core part: Further Enhancements of Minimization of Drive Tests for E-UTRAN | Rel-13 | R2 | 100% | RP-151611 | CMCC | [JSN] |
721000 | LTE_eMDT2-UEConTest | UE Conformance Test Aspects – Further Enhancements of Minimization of Drive Tests for E-UTRAN | Rel-13 | R5 | 100% | RP-161071 | Intel | [JSN] |
690066 | LTE_WLAN_radio_legacy | LTE-WLAN RAN Level Integration supporting legacy WLAN | Rel-13 | R2 | 100% | RP-151615 | Alcatel-Lucent | [JSN] |
690166 | LTE_WLAN_radio_legacy-Core | Core part: LTE-WLAN RAN Level Integration supporting legacy WLAN | Rel-13 | R2 | 100% | RP-160608 | Alcatel-Lucent | [JSN] |
690067 | UTRA_LTE_iPos_enh | Indoor Positioning enhancements for UTRA and LTE | Rel-13 | R2 | 100% | RP-151624 | NextNav | [JSN] |
690167 | UTRA_LTE_iPos_enh-Core | Core part: Indoor Positioning enhancements for UTRA and LTE | Rel-13 | R2 | 100% | RP-160332 | NextNav | [JSN] |
690267 | UTRA_LTE_iPos_enh-Perf | Perf. part: Indoor Positioning enhancements for UTRA and LTE | Rel-13 | R4 | 100% | RP-160332 | NextNav | [JSN] |
700011 | UTRA_LTE_iPos_enh-CT | CT aspects of Indoor Positionning | Rel-13 | C4 | 100% | CP-150612 | Ericsson, Jesús de Gregorio | [JSN] |
700053 | UTRA_LTE_iPos_enh-CT | CT4 aspects of Indoor Positionning | Rel-13 | C4 | 100% | CP-150612 | Ericsson, Jesús de Gregorio | [JSN] |
720099 | UTRA_LTE_iPos_enh-UEConTest | UE Conformance Test Aspects – Indoor Positioning Enhancement Support for LTE and UMTS | Rel-13 | R5 | 100% | RP-170233 | NextNav | [JSN] |
680063 | UTRA_SDATA_POWSAV | Power saving enhancements for UMTS | Rel-13 | R2 | 100% | RP-151092 | Ericsson | [JSN] |
680163 | UTRA_SDATA_POWSAV-Core | Core part: Power saving enhancements for UMTS | Rel-13 | R2 | 100% | RP-151998 | Ericsson | [JSN] |
700256 | UTRA_SDATA_POWSAV-Perf | Perf. Part: Power saving enhancements for UMTS | Rel-13 | R4 | 100% | RP-151998 | Ericsson | [JSN] |
680073 | LTE_FDD_700_ARAB | 700MHz E-UTRA FDD Band for Arab Region | Rel-13 | R4 | 100% | RP-151042 | Etisalat | [JSN] |
680173 | LTE_FDD_700_ARAB-Core | Core part: 700MHz E-UTRA FDD Band for Arab Region | Rel-13 | R4 | 100% | RP-151042 | Etisalat | [JSN] |
680273 | LTE_FDD_700_ARAB-Perf | Perf. part: 700MHz E-UTRA FDD Band for Arab Region | Rel-13 | R4 | 100% | RP-151042 | Etisalat | [JSN] |
680075 | LTE_CA_700EU_B20 | European 700 Supplemental Downlink band (738-758 MHz) in E-UTRA and LTE Carrier Aggregation (2DL/1UL) with Band 20 | Rel-13 | R4 | 100% | RP-150861 | TeliaSonera | [JSN] |
680175 | LTE_CA_700EU_B20-Core | Core part: European 700 Supplemental Downlink band (738-758 MHz) in E-UTRA and LTE Carrier Aggregation (2DL/1UL) with Band 20 | Rel-13 | R4 | 100% | RP-151228 | TeliaSonera | [JSN] |
680275 | LTE_CA_700EU_B20-Perf | Perf. part: European 700 Supplemental Downlink band (738-758 MHz) in E-UTRA and LTE Carrier Aggregation (2DL/1UL) with Band 20 | Rel-13 | R4 | 100% | RP-151228 | TeliaSonera | [JSN] |
620063 | SRMMTC | Service Requirements Maintenance for Machine-Type Communications (MTC) | Rel-13 | S1 | 100% | SP-130600 | KPN | [JSN] |
700012 | CIoT | Cellular (Narrowband) Internet of Things | Rel-13 | 100% | [JSN] | |||
700016 | CIoT | Stage 2 of CIoT | Rel-13 | S2 | 100% | SP-150844 | Intel, Puneet Jain | [JSN] |
700046 | CIoT | Security Aspects of CIoT (aka NB-IoT) | Rel-13 | S3 | 100% | SP-150844 | Tim Evans, Vodafone | [JSN] |
700013 | CIoT-CT | CT aspects of CIoT | Rel-13 | C1 | 100% | CP-160292 | Intel, Vivek Gupta | [JSN] |
700014 | CIoT-CT | CT1 aspects of CIoT | Rel-13 | C1 | 100% | CP-160292 | Intel, Vivek Gupta | [JSN] |
700051 | CIoT-CT | CT3 aspects of CIoT | Rel-13 | C3 | 100% | CP-160292 | Intel, Vivek Gupta | [JSN] |
700015 | CIoT-CT | CT4 aspects of CIoT | Rel-13 | C4 | 100% | CP-160292 | Intel, Vivek Gupta | [JSN] |
700052 | CIoT-CT | CT6 aspects of CIoT | Rel-13 | C6 | 100% | CP-160292 | Intel, Vivek Gupta | [JSN] |
720042 | CIoT-CH | Charging Aspects of CIoT | Rel-13 | S5 | 100% | SP-160395 | Gardella, Maryse (Nokia) | [JSN] |
690063 | NB_IOT | RAN aspects of CIoT aka Narrowband Internet of Things (IOT) | Rel-13 | R1 | 100% | RP-151621 | Vodafone | [JSN] |
690163 | NB_IOT-Core | Core part: Narrowband Internet of Things (IOT) | Rel-13 | R1 | 100% | RP-160933 | Vodafone | [JSN] |
700257 | NB_IOT-Perf | Perf. part: Narrowband Internet of Things (IOT) | Rel-13 | R4 | 100% | RP-162134 | Vodafone | [JSN] |
720043 | NB_IOT-OAM | Management for NB-IoT | Rel-13 | S5 | 100% | SP-160396 | Huawei, Kai ZHANG | [JSN] |
710065 | NB_IOT-UEConTest | UE Conformance Test Aspects - Narrowband Internet of Things (NB-IOT) | Rel-13 | R5 | 100% | RP-160047 | CMCC | [JSN] |
690006 | CIoT_EC_GSM | Extended Coverage GSM (EC-GSM) for support of Cellular Internet of Things | Rel-13 | G1,G2 | 69% | GP-151039 | Marteen Sunberg, Ericsson | [JSN] |
700003 | CIoT_EC_GSM-Core | Extended Coverage GSM (EC-GSM) for support of Cellular Internet of Things Core part | Rel-13 | G1,G2 | 100% | GP-151039 | Marteen Sunberg, Ericsson | [JSN] |
700004 | CIoT_EC_GSM_GERAN3new | Test for CIoT_EC_GSM | Rel-13 | G3 | 0% | GP-151149 | Sierra Wireless S.A | [JSN] |
721201 | CIoT_EC_GSM-Perf | Perf. Part: Extended Coverage GSM (EC-GSM) for support of Cellular Internet of Things | Rel-13 | R6 | 100% | RP-160929 | Ericsson | [JSN] |
720097 | CIoT_EC_GSM-MSConTest | MS Conformance Test Aspects - Extended Coverage GSM (EC-GSM) for support of Cellular Internet of Things | Rel-13 | R5 | 100% | RP-160753 | Ericsson | [JSN] |
690005 | eDRX | Extended DRX cycle for Power Consumption | Rel-13 | S2,R2,G2 | 93% | SP-150369 | Miguel Griot | [JSN] |
660008 | FS_eDRX | Study on Extended DRX cycle for Power Consumption Optimization | Rel-13 | S2 | 100% | SP-140881 | Miguel Griot, Qualcomm | [JSN] |
680052 | eDRX | Stage 2 for Extended DRX cycle for Power Consumption | Rel-13 | S2 | 100% | SP-150369 | Miguel Griot | [JSN] |
690010 | eDRX-CT | CT aspects of extended DRX cycle | Rel-13 | ct | 100% | CP-150541 | Catovic, Amer, Qualcomm | [JSN] |
690020 | eDRX-CT | CT1 aspects of extended DRX cycle | Rel-13 | C1 | 100% | CP-150541 | Catovic, Amer, Qualcomm | [JSN] |
690030 | eDRX-CT | CT3 aspects of extended DRX cycle | Rel-13 | C3 | 100% | CP-150541 | Catovic, Amer, Qualcomm | [JSN] |
690021 | eDRX-CT | CT4 aspects of extended DRX cycle | Rel-13 | C4 | 100% | CP-150541 | Catovic, Amer, Qualcomm | [JSN] |
700034 | eDRX-CT | CT6 aspects of extended DRX cycle | Rel-13 | C6 | 100% | CP-150541 | Catovic, Amer, Qualcomm | [JSN] |
670057 | LTE_extDRX | RAN enhancements for extended DRX in LTE | Rel-13 | R2 | 100% | RP-150493 | Qualcomm | [JSN] |
670157 | LTE_extDRX-Core | Core part: RAN enhancements for extended DRX in LTE | Rel-13 | R2 | 100% | RP-151339 | Qualcomm | [JSN] |
710071 | LTE_extDRX-UEConTest | UE Conformance Test Aspects - RAN enhancements for extended DRX in LTE | Rel-13 | R5 | 100% | RP-160602 | Qualcomm | [JSN] |
690001 | eDRX_GSM | Extended DRX (eDRX) for GSM | Rel-13 | G2,G1 | 44% | GPC150624 | John Diachina, Ericsson LM | [JSN] |
700001 | eDRX_GSM-Core | Core Part: Extended DRX (eDRX) for GSM | Rel-13 | G2,G1 | 100% | GPC150624 | John Diachina, Ericsson LM | [JSN] |
700002 | eDRX_GSM_GERAN3new | MS test: Extended DRX (eDRX) for GSM | Rel-13 | G3 | 15% | GP-151148 | Sierra Wireless S.A | [JSN] |
670027 | HLcom | Optimizations to Support High Latency Communications | Rel-13 | S2 | 100% | SP-150030 | Ericsson, Hans Rönneke | [JSN] |
650035 | FS_HLcom | Study on Optimizations to support High Latency communications | Rel-13 | S2 | 100% | SP-140635 | Ericsson | [JSN] |
680005 | HLcom | Optimizations to Support High Latency Communications | Rel-13 | S2 | 100% | SP-150252 | Ericsson, Hans Rönneke | [JSN] |
680015 | HLcom-CT | CT aspects of Optimizations to Support High Latency | Rel-13 | C4 | 100% | CP-150399 | Yong Yang, Ericsson | [JSN] |
650033 | LTE_MTCe2_L1 | Further LTE Physical Layer Enhancements for MTC | Rel-13 | R1,R4,R2 | 99% | RP-141660 | Ericsson | [JSN] |
650133 | LTE_MTCe2_L1-Core | Core part: Further LTE Physical Layer Enhancements for MTC | Rel-13 | R1,R2,R4 | 100% | RP-150492 | Ericsson | [JSN] |
650233 | LTE_MTCe2_L1-Perf | Perf. Part: Further LTE Physical Layer Enhancements for MTC | Rel-13 | R4 | 100% | RP-150492 | Ericsson | [JSN] |
710067 | LTE_MTCe2_L1-UEConTest | UE Conformance Test Aspects - Further LTE Physical Layer Enhancements for MTC | Rel-13 | R5 | 100% | RP-171156 | Ericsson | [JSN] |
690045 | EASE_EC_GSM | EGPRS Access Security Enhancements in relation to Cellular IoT | Rel-13 | S3 | 100% | SP-150462 | Vesa Torvinen, Ericsson | [JSN] |
640050 | GROUPE | Group based Enhancements | Rel-13 | S2,S3 | 100% | SP-140706 | Huawei | [JSN] |
640150 | GROUPE | TR for Group based Enhancements | Rel-13 | S2 | 100% | SP-140706 | Huawei, Wanqiang Zhang | [JSN] |
640250 | GROUPE | Stage 2 for Group based Enhancements | Rel-13 | S2 | 100% | SP-140706 | Huawei | [JSN] |
640350 | GROUPE | TR on Security for Group based Enhancements | Rel-13 | S3 | 100% | SP-140706 | Samsung | [JSN] |
640450 | GROUPE | Security for Group based Enhancements | Rel-13 | S3 | 100% | SP-140706 | Samsung | [JSN] |
680016 | GROUPE-CT | CT aspects of Group based Enhancements | Rel-13 | C4 | 100% | CP-150816 | Peter Schmitt, Huawei | [JSN] |
680028 | GROUPE-CT | CT1 aspects of Group based Enhancements | Rel-13 | C1 | 100% | CP-150816 | Peter Schmitt, Huawei | [JSN] |
680029 | GROUPE-CT | DELETED: CT3 aspects of Group based Enhancements | Rel-13 | C3 | 100% | CP-150816 | Peter Schmitt, Huawei | [JSN] |
680030 | GROUPE-CT | CT4 aspects of Group based Enhancements | Rel-13 | C4 | 100% | CP-150816 | Peter Schmitt, Huawei | [JSN] |
640049 | MONTE | Monitoring Enhancements | Rel-13 | S2,S3 | 100% | SP-140705 | Intel | [JSN] |
640149 | MONTE | TR for Monitoring Enhancements | Rel-13 | S2 | 100% | SP-140705 | Intel, Puneet Jain | [JSN] |
640249 | MONTE | Stage 2 for Monitoring Enhancements | Rel-13 | S2 | 100% | SP-140705 | Intel, Puneet Jain | [JSN] |
640349 | MONTE | TR on Security for Monitoring Enhancements | Rel-13 | S3 | 100% | SP-140705 | Samsung | [JSN] |
640449 | MONTE | Security for Monitoring Enhancements | Rel-13 | S3 | 100% | SP-140705 | Samsung | [JSN] |
690044 | MONTE-CH | Charging aspects of MONTE | Rel-13 | S5 | 100% | SP-150571 | Huawei(Li Li, jasmine.li@huawei.com) | [JSN] |
680011 | MONTE-CT | Monitoring Enhancements CT aspects | Rel-13 | C4 | 100% | CP-150422 | Peter Schmitt, Huawei | [JSN] |
680025 | MONTE-CT | CT1 aspects of Monitoring Enhancements | Rel-13 | C1 | 100% | CP-150422 | Peter Schmitt, Huawei | [JSN] |
680026 | MONTE-CT | CT3 aspects of Monitoring Enhancements | Rel-13 | C3 | 100% | CP-150422 | Peter Schmitt, Huawei | [JSN] |
680027 | MONTE-CT | CT4 aspects of Monitoring Enhancements | Rel-13 | C4 | 100% | CP-150422 | Peter Schmitt, Huawei | [JSN] |
640046 | DECOR | Dedicated Core Networks | Rel-13 | S2 | 100% | SP-150249 | NTT DOCOMO | [JSN] |
640146 | DECOR | TR for Dedicated Core Networks | Rel-13 | S2 | 100% | SP-150249 | NTT DOCOMO | [JSN] |
640246 | DECOR | Stage 2 for Dedicated Core Networks | Rel-13 | S2 | 100% | SP-150249 | NTT DOCOMO | [JSN] |
690004 | DECOR-CT | CT aspects of Dedicated Core Networks | Rel-13 | ct | 100% | CP-150423 | Huawei, Xiaoyan SHI (Sean.shixiaoyan@huawei.com) | [JSN] |
690014 | DECOR-CT | CT1 aspects for Dedicated Core Networks CT aspects | Rel-13 | C1 | 100% | CP-150423 | Huawei | [JSN] |
690013 | DECOR-CT | CT4 aspects for Dedicated Core Networks CT aspects | Rel-13 | C4 | 100% | CP-150423 | [JSN] | |
680066 | DECOR-UTRA_LTE | Dedicated Core Networks RAN Aspects | Rel-13 | R3 | 100% | RP-151048 | Ericsson | [JSN] |
680166 | DECOR-UTRA_LTE-Core | Core part: Dedicated Core Networks | Rel-13 | R3 | 100% | RP-151048 | Ericsson | [JSN] |
610030 | SEES | Service Exposure and Enablement Support | Rel-13 | S1 | 100% | SP-130505 | KPN | [JSN] |
610130 | SEES | TR on Stage 1 for Service Exposure and Enablement Support | Rel-13 | S1 | 100% | SP-130505 | KPN | [JSN] |
610230 | SEES | Stage 1 for Service Exposure and Enablement Support | Rel-13 | S1 | 100% | SP-130505 | KPN | [JSN] |
640048 | AESE | Architecture Enhancements for Service capability Exposure | Rel-13 | S2,S3 | 100% | SP-140704 | Intel | [JSN] |
640148 | AESE | TR for Architecture Enhancements for Service capability Exposure | Rel-13 | S2 | 100% | SP-140704 | Intel, Puneet Jain | [JSN] |
640248 | AESE | Stage 2 for Architecture Enhancements for Service capability Exposure | Rel-13 | S2 | 100% | SP-140704 | Intel, Puneet Jain | [JSN] |
640348 | AESE | TR on Security for Architecture Enhancements for Service capability Exposure | Rel-13 | S3 | 100% | SP-140704 | Samsung | [JSN] |
640448 | AESE | Security for Architecture Enhancements for Service capability Exposure | Rel-13 | S3 | 100% | SP-140704 | Samsung | [JSN] |
680001 | AESE-CT | CT aspects of Architecture Enhancements for Service capability Exposure | Rel-13 | C3 | 100% | CP-150576 | Yizhuang Wu, Huawei | [JSN] |
680023 | AESE-CT | CT3 aspects of Architecture Enhancements for Service capability Exposure | Rel-13 | C3 | 100% | CP-150576 | Yizhuang Wu, Huawei. FCD+3, ES in 642 | [JSN] |
680024 | AESE-CT | CT4 aspects of Architecture Enhancements for Service capability Exposure | Rel-13 | C4 | 100% | CP-150576 | Yizhuang Wu, Huawei | [JSN] |
621000 | LTE_CA_Rel13 | Rel-13 LTE Carrier Aggregation | Rel-13 | R4 | 95% | - | - | [JSN] |
690080 | LTE_CA_B4_B4_B5_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151208 | US Cellular | [JSN] |
690180 | LTE_CA_B4_B4_B5_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151208 | US Cellular | [JSN] |
690280 | LTE_CA_B4_B4_B5_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151208 | US Cellular | [JSN] |
690081 | LTE_CA_B2_B4_B4_B5 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-151210 | US Cellular | [JSN] |
690181 | LTE_CA_B2_B4_B4_B5-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-151210 | US Cellular | [JSN] |
690281 | LTE_CA_B2_B4_B4_B5-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-151210 | US Cellular | [JSN] |
620023 | LTE_CA_B8_B27 | LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 27 | Rel-13 | R4 | 30% | RP-140120 | KT | [JSN] |
620123 | LTE_CA_B8_B27-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 27 | Rel-13 | R4 | 30% | RP-140120 | KT | [JSN] |
620223 | LTE_CA_B8_B27-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 27 | Rel-13 | R4 | 30% | RP-140120 | KT | [JSN] |
620032 | LTE_CA_B3_B8_B27 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) for Band 3, Band 8 and Band 27 | Rel-13 | R4 | 25% | RP-131754 | KT | [JSN] |
620132 | LTE_CA_B3_B8_B27-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) for Band 3, Band 8 and Band 27 | Rel-13 | R4 | 25% | RP-131754 | KT | [JSN] |
620232 | LTE_CA_B3_B8_B27-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) for Band 3, Band 8 and Band 27 | Rel-13 | R4 | 25% | RP-131754 | KT | [JSN] |
630033 | LTE_CA_B7_B22 | LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 22 | Rel-13 | R4 | 100% | RP-140094 | Orange, Ericsson | [JSN] |
630133 | LTE_CA_B7_B22-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 22 | Rel-13 | R4 | 100% | RP-140094 | Orange, Ericsson | [JSN] |
630233 | LTE_CA_B7_B22-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 22 | Rel-13 | R4 | 100% | RP-140094 | Orange, Ericsson | [JSN] |
640022 | LTE_CA_B2_B2_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-141232 | U.S. Cellular | [JSN] |
640122 | LTE_CA_B2_B2_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-141232 | U.S. Cellular | [JSN] |
640222 | LTE_CA_B2_B2_B12-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-141232 | U.S. Cellular | [JSN] |
640025 | LTE_CA_B3_B3_B8 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 8 | Rel-13 | R4 | 100% | RP-140692 | CHTTL | [JSN] |
640125 | LTE_CA_B3_B3_B8-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 8 | Rel-13 | R4 | 100% | RP-150874 | CHTTL | [JSN] |
640225 | LTE_CA_B3_B3_B8-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 8 | Rel-13 | R4 | 100% | RP-150874 | CHTTL | [JSN] |
640032 | LTE_CA_B41_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-140974 | Huawei | [JSN] |
640132 | LTE_CA_B41_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-140974 | Huawei | [JSN] |
640232 | LTE_CA_B41_B42_B42-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-140974 | Huawei | [JSN] |
650037 | LTE_CA_B3_B38 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 38 | Rel-13 | R4 | 100% | RP-141129 | Nokia Networks | [JSN] |
650137 | LTE_CA_B3_B38-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 38 | Rel-13 | R4 | 100% | RP-150717 | Nokia Networks | [JSN] |
650237 | LTE_CA_B3_B38-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 38 | Rel-13 | R4 | 100% | RP-150717 | Nokia Networks | [JSN] |
650038 | LTE_CA_B2_B28 | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 28 | Rel-13 | R4 | 100% | RP-141145 | Huawei | [JSN] |
650138 | LTE_CA_B2_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 28 | Rel-13 | R4 | 100% | RP-141145 | Huawei | [JSN] |
650238 | LTE_CA_B2_B28-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 28 | Rel-13 | R4 | 100% | RP-141145 | Huawei | [JSN] |
650039 | LTE_CA_B4_B28 | LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 28 | Rel-13 | R4 | 100% | RP-141146 | Huawei | [JSN] |
650139 | LTE_CA_B4_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 28 | Rel-13 | R4 | 100% | RP-141146 | Huawei | [JSN] |
650239 | LTE_CA_B4_B28-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 28 | Rel-13 | R4 | 100% | RP-141146 | Huawei | [JSN] |
650040 | LTE_CA_B20_B40 | LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 40 | Rel-13 | R4 | 100% | RP-141168 | Ericsson | [JSN] |
650140 | LTE_CA_B20_B40-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 40 | Rel-13 | R4 | 100% | RP-141168 | Ericsson | [JSN] |
650240 | LTE_CA_B20_B40-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 40 | Rel-13 | R4 | 100% | RP-141168 | Ericsson | [JSN] |
650041 | LTE_CA_B1_B40 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 40 | Rel-13 | R4 | 100% | RP-141312 | KT | [JSN] |
650141 | LTE_CA_B1_B40-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 40 | Rel-13 | R4 | 100% | RP-141312 | KT | [JSN] |
650241 | LTE_CA_B1_B40-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 40 | Rel-13 | R4 | 100% | RP-141312 | KT | [JSN] |
650042 | LTE_CA_B3_B40 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-141674 | KT | [JSN] |
650142 | LTE_CA_B3_B40-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-150832 | KT | [JSN] |
650242 | LTE_CA_B3_B40-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-150832 | KT | [JSN] |
650043 | LTE_CA_B20_B31 | LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 31 | Rel-13 | R4 | 100% | RP-141336 | Huawei | [JSN] |
650143 | LTE_CA_B20_B31-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 31 | Rel-13 | R4 | 100% | RP-142007 | Huawei | [JSN] |
650243 | LTE_CA_B20_B31-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 20 and Band 31 | Rel-13 | R4 | 100% | RP-142007 | Huawei | [JSN] |
650044 | LTE_CA_B3_B31 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 31 | Rel-13 | R4 | 100% | RP-141337 | Huawei | [JSN] |
650144 | LTE_CA_B3_B31-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 31 | Rel-13 | R4 | 100% | RP-150318 | Huawei | [JSN] |
650244 | LTE_CA_B3_B31-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 31 | Rel-13 | R4 | 100% | RP-150318 | Huawei | [JSN] |
650045 | LTE_CA_B5_B40 | LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-141675 | SK Telecom | [JSN] |
650145 | LTE_CA_B5_B40-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-150285 | SK Telecom | [JSN] |
650245 | LTE_CA_B5_B40-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-150285 | SK Telecom | [JSN] |
650047 | LTE_CA_C_B42_3DL | LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-141677 | CATT | [JSN] |
650147 | LTE_CA_C_B42_3DL-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-151027 | CATT | [JSN] |
650247 | LTE_CA_C_B42_3DL-Perf | Perf. Part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-151027 | CATT | [JSN] |
650049 | LTE_CA_B8_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-141290 | China Mobile | [JSN] |
650149 | LTE_CA_B8_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-141845 | China Mobile | [JSN] |
650249 | LTE_CA_B8_B41_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-141845 | China Mobile | [JSN] |
650051 | LTE_CA_B38_B40_B40 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 38, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-141655 | Samsung | [JSN] |
650151 | LTE_CA_B38_B40_B40-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 38, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-141655 | Samsung | [JSN] |
650251 | LTE_CA_B38_B40_B40-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 38, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-141655 | Samsung | [JSN] |
650053 | LTE_CA_B2_B5_B29 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-141667 | Huawei | [JSN] |
650153 | LTE_CA_B2_B5_B29-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-141667 | Huawei | [JSN] |
650253 | LTE_CA_B2_B5_B29-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-141667 | Huawei | [JSN] |
660072 | LTE_CA_enh_b5C | LTE Carrier Aggregation Enhancement Beyond 5 Carriers | Rel-13 | 100% | RP-142286 | Nokia Networks | [JSN] | |
660172 | LTE_CA_enh_b5C-Core | Core part: LTE Carrier Aggregation Enhancement Beyond 5 Carriers | Rel-13 | R1 | 100% | RP-151984 | Nokia Networks | [JSN] |
660272 | LTE_CA_enh_b5C-Perf | Perf. part: LTE Carrier Aggregation Enhancement Beyond 5 Carriers | Rel-13 | R4 | 100% | RP-151984 | Nokia Networks | [JSN] |
730074 | LTE_CA_enh_b5C_PUCCH-UEConTest | UE Conformance Test Aspects - LTE Carrier Aggregation Enhancement Beyond 5 Carriers: PUCCH on Scell | Rel-13 | R5 | 100% | RP-192558 | Huawei | [JSN] |
660080 | HSUPA_DB_MC | HSPA Dual-Band UL carrier aggregation | Rel-13 | R4 | 100% | RP-142237 | Qualcomm | [JSN] |
660180 | HSUPA_DB_MC-Core | Core part: HSPA Dual-Band UL carrier aggregation | Rel-13 | R4 | 100% | RP-151852 | Qualcomm | [JSN] |
660280 | HSUPA_DB_MC-Perf | Perf. part: HSPA Dual-Band UL carrier aggregation | Rel-13 | R4 | 100% | RP-151852 | Qualcomm | [JSN] |
660081 | LTE_CA_B25_B26 | LTE Advanced inter-band Carrier Aggregation of Band 25 and Band 26 | Rel-13 | R4 | 100% | RP-142020 | Sprint | [JSN] |
660181 | LTE_CA_B25_B26-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 25 and Band 26 | Rel-13 | R4 | 100% | RP-150115 | Sprint | [JSN] |
660281 | LTE_CA_B25_B26-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 25 and Band 26 | Rel-13 | R4 | 100% | RP-150115 | Sprint | [JSN] |
660082 | LTE_CA_B3_B41 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 41 | Rel-13 | R4 | 100% | RP-142239 | China Telecom | [JSN] |
660182 | LTE_CA_B3_B41-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 41 | Rel-13 | R4 | 100% | RP-151446 | China Telecom | [JSN] |
660282 | LTE_CA_B3_B41-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 41 | Rel-13 | R4 | 100% | RP-151446 | China Telecom | [JSN] |
660083 | LTE_CA_B1_B3_B3 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 3 | Rel-13 | R4 | 100% | RP-141777 | China Unicom | [JSN] |
660183 | LTE_CA_B1_B3_B3-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 3 | Rel-13 | R4 | 100% | RP-141777 | China Unicom | [JSN] |
660283 | LTE_CA_B1_B3_B3-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 3 | Rel-13 | R4 | 100% | RP-141777 | China Unicom | [JSN] |
660084 | LTE_CA_B1_B19_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 28 | Rel-13 | R4 | 100% | RP-141791 | NTT DOCOMO | [JSN] |
660184 | LTE_CA_B1_B19_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 28 | Rel-13 | R4 | 100% | RP-150639 | NTT DOCOMO | [JSN] |
660284 | LTE_CA_B1_B19_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 28 | Rel-13 | R4 | 100% | RP-150639 | NTT DOCOMO | [JSN] |
660085 | LTE_CA_B21_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-141792 | NTT DOCOMO | [JSN] |
660185 | LTE_CA_B21_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150640 | NTT DOCOMO | [JSN] |
660285 | LTE_CA_B21_B42_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150640 | NTT DOCOMO | [JSN] |
660086 | LTE_CA_B7_B40_B40 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-141802 | ZTE | [JSN] |
660186 | LTE_CA_B7_B40_B40-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-150614 | ZTE | [JSN] |
660286 | LTE_CA_B7_B40_B40-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-150614 | ZTE | [JSN] |
660087 | LTE_CA_B1_B8_B28 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-141826 | Softbank Mobile | [JSN] |
660187 | LTE_CA_B1_B8_B28-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-150447 | Softbank Mobile | [JSN] |
660287 | LTE_CA_B1_B8_B28-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-150447 | Softbank Mobile | [JSN] |
660088 | LTE_CA_B3_B7_B7_Bwset | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-13 | R4 | 100% | RP-141881 | Ericsson | [JSN] |
660188 | LTE_CA_B3_B7_B7_Bwset-Core | Core part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-13 | R4 | 100% | RP-141881 | Ericsson | [JSN] |
660288 | LTE_CA_B3_B7_B7_BWset-Perf | Perf. Part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-13 | R4 | 100% | RP-141881 | Ericsson | [JSN] |
660089 | LTE_CA_B7_B7_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-141882 | Ericsson | [JSN] |
660189 | LTE_CA_B7_B7_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-141882 | Ericsson | [JSN] |
660289 | LTE_CA_B7_B7_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-141882 | Ericsson | [JSN] |
660090 | LTE_CA_B1_B3_B40 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-141946 | KT | [JSN] |
660190 | LTE_CA_B1_B3_B40-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-151258 | KT | [JSN] |
660290 | LTE_CA_B1_B3_B40-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 40 | Rel-13 | R4 | 100% | RP-151258 | KT | [JSN] |
660091 | LTE_CA_B1_B8_B40 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-141947 | KT | [JSN] |
660191 | LTE_CA_B1_B8_B40-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151259 | KT | [JSN] |
660291 | LTE_CA_B1_B8_B40-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151259 | KT | [JSN] |
660092 | LTE_CA_B3_B8_B40 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-141949 | KT | [JSN] |
660192 | LTE_CA_B3_B8_B40-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151261 | KT | [JSN] |
660292 | LTE_CA_B3_B8_B40-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151261 | KT | [JSN] |
660093 | LTE_CA_B3_B7_B8 | LTE Advanced 3 Band Carrier Aggregation (3DL) of Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-142013 | Ericsson | [JSN] |
660193 | LTE_CA_B3_B7_B8-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL) of Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-142013 | Ericsson | [JSN] |
660293 | LTE_CA_B3_B7_B8-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL) of Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-142013 | Ericsson | [JSN] |
660094 | LTE_CA_B1_B3_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 28 | Rel-13 | R4 | 100% | RP-142038 | Nokia Networks | [JSN] |
660194 | LTE_CA_B1_B3_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 28 | Rel-13 | R4 | 100% | RP-150719 | Nokia Networks | [JSN] |
660294 | LTE_CA_B1_B3_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 28 | Rel-13 | R4 | 100% | RP-150719 | Nokia Networks | [JSN] |
660095 | LTE_CA_B3_B8_B28 | LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-142193 | Softbank Mobile | [JSN] |
660195 | LTE_CA_B3_B8_B28-Core | Core part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-142193 | Softbank Mobile | [JSN] |
660295 | LTE_CA_B3_B8_B28-Perf | Perf. part:LTE Advanced 3 band Carrier Aggregation (3DL/1UL) of Band 3, Band 8 and Band 28 | Rel-13 | R4 | 40% | RP-142193 | Softbank Mobile | [JSN] |
660096 | LTE_CA_B8_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-142194 | Softbank Mobile | [JSN] |
660196 | LTE_CA_B8_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-142194 | Softbank Mobile | [JSN] |
660296 | LTE_CA_B8_B42_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 8, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-142194 | Softbank Mobile | [JSN] |
660097 | LTE_CA_B28_B40_B40 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-142206 | Huawei | [JSN] |
660197 | LTE_CA_B28_B40_B40-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-150676 | Huawei | [JSN] |
660297 | LTE_CA_B28_B40_B40-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-150676 | Huawei | [JSN] |
660098 | LTE_CA_B3_B40_B40 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-142207 | Huawei | [JSN] |
660198 | LTE_CA_B3_B40_B40-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151071 | Huawei | [JSN] |
660298 | LTE_CA_B3_B40_B40-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151071 | Huawei | [JSN] |
660099 | LTE_CA_B1_B7_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-142208 | Huawei | [JSN] |
660199 | LTE_CA_B1_B7_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-150234 | Huawei | [JSN] |
660299 | LTE_CA_B1_B7_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-150234 | Huawei | [JSN] |
661000 | LTE_CA_B1_B3_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 7 | Rel-13 | R4 | 100% | RP-142209 | Huawei | [JSN] |
661100 | LTE_CA_B1_B3_B7-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 7 | Rel-13 | R4 | 100% | RP-142209 | Huawei | [JSN] |
661200 | LTE_CA_B1_B3_B7-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 7 | Rel-13 | R4 | 100% | RP-142209 | Huawei | [JSN] |
661001 | LTE_CA_B3_B3_B5 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-142238 | Intel | [JSN] |
661101 | LTE_CA_B3_B3_B5-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-142238 | Intel | [JSN] |
661201 | LTE_CA_B3_B3_B5-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 5 | Rel-13 | R4 | 100% | RP-142238 | Intel | [JSN] |
661002 | LTE_CA_B3_B7_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-142244 | Ericsson | [JSN] |
661102 | LTE_CA_B3_B7_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-142244 | Ericsson | [JSN] |
661202 | LTE_CA_B3_B7_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-142244 | Ericsson | [JSN] |
661003 | LTE_CA_B2_B2_B12_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-142198 | AT&T | [JSN] |
661103 | LTE_CA_B2_B2_B12_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-150449 | AT&T | [JSN] |
661203 | LTE_CA_B2_B2_B12_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-150449 | AT&T | [JSN] |
661004 | LTE_CA_B2_B2_B5_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-142199 | AT&T | [JSN] |
661104 | LTE_CA_B2_B2_B5_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-150448 | AT&T | [JSN] |
661204 | LTE_CA_B2_B2_B5_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-150448 | AT&T | [JSN] |
661005 | LTE_CA_B2_B2_B29_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2 Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-142200 | AT&T | [JSN] |
661105 | LTE_CA_B2_B2_B29_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2 Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-150450 | AT&T | [JSN] |
661205 | LTE_CA_B2_B2_B29_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2 Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-150450 | AT&T | [JSN] |
661006 | LTE_CA_B2_B4_B12_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-142201 | AT&T | [JSN] |
661106 | LTE_CA_B2_B4_B12_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-150452 | AT&T | [JSN] |
661206 | LTE_CA_B2_B4_B12_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-150452 | AT&T | [JSN] |
661007 | LTE_CA_B2_B4_B5_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-142202 | AT&T | [JSN] |
661107 | LTE_CA_B2_B4_B5_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-150451 | AT&T | [JSN] |
661207 | LTE_CA_B2_B4_B5_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-150451 | AT&T | [JSN] |
661008 | LTE_CA_B2_B4_B29_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-142203 | AT&T | [JSN] |
661108 | LTE_CA_B2_B4_B29_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-150453 | AT&T | [JSN] |
661208 | LTE_CA_B2_B4_B29_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-150453 | AT&T | [JSN] |
661009 | LTE_CA_B25_B41_B41_B41 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 25, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-142204 | Alcatel-Lucent | [JSN] |
661109 | LTE_CA_B25_B41_B41_B41-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 25, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-142204 | Alcatel-Lucent | [JSN] |
661209 | LTE_CA_B25_B41_B41_B41-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 25, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-142204 | Alcatel-Lucent | [JSN] |
661010 | LTE_CA_2UL_R13-A1 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 in REL-13 | Rel-13 | R4 | 100% | RP-141935 | Huawei | [JSN] |
661110 | LTE_CA_2UL_R13-A1-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 in REL-13 | Rel-13 | R4 | 100% | RP-150678 | Huawei | [JSN] |
661210 | LTE_CA_2UL_R13-A1-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 in REL-13 | Rel-13 | R4 | 100% | RP-150678 | Huawei | [JSN] |
661011 | LTE_CA_2UL_R13-A2 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 in REL-13 | Rel-13 | R4 | 100% | RP-141975 | Qualcomm | [JSN] |
661111 | LTE_CA_2UL_R13-A2-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 in REL-13 | Rel-13 | R4 | 100% | RP-150408 | Qualcomm | [JSN] |
661211 | LTE_CA_2UL_R13-A2-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 in REL-13 | Rel-13 | R4 | 100% | RP-150408 | Qualcomm | [JSN] |
661012 | LTE_CA_2UL_R13-A3 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 in REL-13 | Rel-13 | R4 | 100% | RP-142010 | Ericsson | [JSN] |
661112 | LTE_CA_2UL_R13-A3-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 in REL-13 | Rel-13 | R4 | 100% | RP-150409 | Ericsson | [JSN] |
661212 | LTE_CA_2UL_R13-A3-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 in REL-13 | Rel-13 | R4 | 100% | RP-150409 | Ericsson | [JSN] |
661013 | LTE_CA_NC_B41_4DL | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 4 DL | Rel-13 | R4 | 100% | RP-142022 | Alcatel-Lucent | [JSN] |
661113 | LTE_CA_NC_B41_4DL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 4 DL | Rel-13 | R4 | 100% | RP-142022 | Alcatel-Lucent | [JSN] |
661213 | LTE_CA_NC_B41_4DL-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 4 DL | Rel-13 | R4 | 100% | RP-142022 | Alcatel-Lucent | [JSN] |
670065 | LTE_CA_B1_B3_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 42 | Rel-13 | R4 | 100% | RP-150121 | NTT DOCOMO, INC. | [JSN] |
670165 | LTE_CA_B1_B3_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 42 | Rel-13 | R4 | 100% | RP-150641 | NTT DOCOMO, INC. | [JSN] |
670265 | LTE_CA_B1_B3_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 42 | Rel-13 | R4 | 100% | RP-150641 | NTT DOCOMO, INC. | [JSN] |
670066 | LTE_CA_B1_B19_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150122 | NTT DOCOMO, INC. | [JSN] |
670166 | LTE_CA_B1_B19_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150642 | NTT DOCOMO, INC. | [JSN] |
670266 | LTE_CA_B1_B19_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150642 | NTT DOCOMO, INC. | [JSN] |
670067 | LTE_CA_B1_B21_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150123 | NTT DOCOMO, INC. | [JSN] |
670167 | LTE_CA_B1_B21_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150643 | NTT DOCOMO, INC. | [JSN] |
670267 | LTE_CA_B1_B21_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150643 | NTT DOCOMO, INC. | [JSN] |
670068 | LTE_CA_B3_B19_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150124 | NTT DOCOMO, INC. | [JSN] |
670168 | LTE_CA_B3_B19_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150644 | NTT DOCOMO, INC. | [JSN] |
670268 | LTE_CA_B3_B19_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150644 | NTT DOCOMO, INC. | [JSN] |
670069 | LTE_CA_B19_B21_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150125 | NTT DOCOMO, INC. | [JSN] |
670169 | LTE_CA_B19_B21_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150645 | NTT DOCOMO, INC. | [JSN] |
670269 | LTE_CA_B19_B21_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150645 | NTT DOCOMO, INC. | [JSN] |
670070 | LTE_CA_B4_B4_B7_BWset | Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150429 | Rogers Communications | [JSN] |
670170 | LTE_CA_B4_B4_B7_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150429 | Rogers Communications | [JSN] |
670270 | LTE_CA_B4_B4_B7_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150429 | Rogers Communications | [JSN] |
670071 | LTE_CA_B4_B7_B12_BWset | Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150430 | Rogers Communications | [JSN] |
670171 | LTE_CA_B4_B7_B12_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150430 | Rogers Communications | [JSN] |
670271 | LTE_CA_B4_B7_B12_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150430 | Rogers Communications | [JSN] |
670072 | LTE_CA_B2_B7_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150431 | Rogers Communications | [JSN] |
670172 | LTE_CA_B2_B7_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150431 | Rogers Communications | [JSN] |
670272 | LTE_CA_B2_B7_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150431 | Rogers Communications | [JSN] |
670073 | LTE_CA_B2_B4_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150432 | Rogers Communications | [JSN] |
670173 | LTE_CA_B2_B4_B7-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150432 | Rogers Communications | [JSN] |
670273 | LTE_CA_B2_B4_B7-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 7 | Rel-13 | R4 | 100% | RP-150432 | Rogers Communications | [JSN] |
670074 | LTE_CA_B7_B20_B38 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 20 and Band 38 | Rel-13 | R4 | 100% | RP-150433 | Nokia Networks | [JSN] |
670174 | LTE_CA_B7_B20_B38-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 20 and Band 38 | Rel-13 | R4 | 100% | RP-150433 | Nokia Networks | [JSN] |
670274 | LTE_CA_B7_B20_B38-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 7, Band 20 and Band 38 | Rel-13 | R4 | 100% | RP-150433 | Nokia Networks | [JSN] |
670075 | LTE_CA_B2_B4_B4_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150073 | Nokia Networks | [JSN] |
670175 | LTE_CA_B2_B4_B4_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150660 | Nokia Networks | [JSN] |
670275 | LTE_CA_B2_B4_B4_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150660 | Nokia Networks | [JSN] |
670076 | LTE_CA_B2_B2_B4_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150074 | Nokia Networks | [JSN] |
670176 | LTE_CA_B2_B2_B4_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150659 | Nokia Networks | [JSN] |
670276 | LTE_CA_B2_B2_B4_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150659 | Nokia Networks | [JSN] |
670077 | LTE_CA_B2_B2_B4_B4 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 4 | Rel-13 | R4 | 100% | RP-150075 | Nokia Networks | [JSN] |
670177 | LTE_CA_B2_B2_B4_B4-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 4 | Rel-13 | R4 | 100% | RP-150658 | Nokia Networks | [JSN] |
670277 | LTE_CA_B2_B2_B4_B4-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 4 | Rel-13 | R4 | 100% | RP-150658 | Nokia Networks | [JSN] |
670078 | LTE_CA_B1_B3_B5_B40 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-150434 | SK Telecom | [JSN] |
670178 | LTE_CA_B1_B3_B5_B40-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-151216 | SK Telecom | [JSN] |
670278 | LTE_CA_B1_B3_B5_B40-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 5 and Band 40 | Rel-13 | R4 | 100% | RP-151216 | SK Telecom | [JSN] |
670079 | LTE_CA_B1_B3_B7_B8 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-150435 | Nokia Networks | [JSN] |
670179 | LTE_CA_B1_B3_B7_B8-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-150435 | Nokia Networks | [JSN] |
670279 | LTE_CA_B1_B3_B7_B8-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 7 and Band 8 | Rel-13 | R4 | 100% | RP-150435 | Nokia Networks | [JSN] |
670080 | LTE_CA_B2_B4_B5_B29 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-150436 | Huawei | [JSN] |
670180 | LTE_CA_B2_B4_B5_B29-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-150436 | Huawei | [JSN] |
670280 | LTE_CA_B2_B4_B5_B29-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 29 | Rel-13 | R4 | 100% | RP-150436 | Huawei | [JSN] |
670081 | LTE_CA_2UL_FDD_TDD | LTE Advanced dual uplink inter-band Carrier Aggregation FDD-TDD | Rel-13 | R4 | 100% | RP-150064 | KDDI | [JSN] |
670181 | LTE_CA_2UL_FDD_TDD-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation FDD-TDD | Rel-13 | R4 | 100% | RP-150064 | KDDI | [JSN] |
670281 | LTE_CA_2UL_FDD_TDD-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation FDD-TDD | Rel-13 | R4 | 100% | RP-150064 | KDDI | [JSN] |
670082 | LTE_CA_2UL_R13-A4 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 | Rel-13 | R4 | 100% | RP-150410 | Nokia Networks | [JSN] |
670182 | LTE_CA_2UL_R13-A4-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 in REL-13 | Rel-13 | R4 | 100% | RP-150616 | Nokia Networks | [JSN] |
670282 | LTE_CA_2UL_R13-A4-Perf | Perf. Part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 in REL-13 | Rel-13 | R4 | 100% | RP-150616 | Nokia Networks | [JSN] |
670083 | LTE_CA_3DL_2UL | LTE Advanced 3DL/2UL inter-band Carrier Aggregation | Rel-13 | R4 | 100% | RP-150479 | Nokia Corporation | [JSN] |
670183 | LTE_CA_3DL_2UL-Core | Core part:LTE Advanced 3DL/2UL inter-band Carrier Aggregation | Rel-13 | R4 | 100% | RP-151230 | Nokia Corporation | [JSN] |
670283 | LTE_CA_3DL_2UL-Perf | Perf. part:LTE Advanced 3DL/2UL inter-band Carrier Aggregation | Rel-13 | R4 | 100% | RP-151230 | Nokia Corporation | [JSN] |
670084 | LTE_CA_NC_B42_3DL | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-150246 | Huawei | [JSN] |
670184 | LTE_CA_NC_B42_3DL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-150246 | Huawei | [JSN] |
670284 | LTE_CA_NC_B42_3DL-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 3DL | Rel-13 | R4 | 100% | RP-150246 | Huawei | [JSN] |
670085 | LTE_CA_C_B8 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 8 | Rel-13 | R4 | 100% | RP-150437 | CMCC | [JSN] |
670185 | LTE_CA_C_B8-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 8 | Rel-13 | R4 | 100% | RP-151177 | CMCC | [JSN] |
670285 | LTE_CA_C_B8-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 8 | Rel-13 | R4 | 100% | RP-151177 | CMCC | [JSN] |
670086 | LTE_CA_C_B42_4DL | LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-150438 | CATT | [JSN] |
670186 | LTE_CA_C_B42_4DL-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-150438 | CATT | [JSN] |
670286 | LTE_CA_C_B42_4DL-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-150438 | CATT | [JSN] |
680077 | LTE_CA_B1_B8_B11 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 11 | Rel-13 | R4 | 100% | RP-150609 | Softbank Mobile | [JSN] |
680177 | LTE_CA_B1_B8_B11-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 11 | Rel-13 | R4 | 100% | RP-150609 | Softbank Mobile | [JSN] |
680277 | LTE_CA_B1_B8_B11-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 8 and Band 11 | Rel-13 | R4 | 100% | RP-150609 | Softbank Mobile | [JSN] |
680078 | LTE_CA_B3_B20_B32 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 20 and Band 32 | Rel-13 | R4 | 90% | RP-150864 | Ericsson | [JSN] |
680178 | LTE_CA_B3_B20_B32-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 20 and Band 32 | Rel-14 | R4 | 90% | RP-150864 | Ericsson | [JSN] |
680278 | LTE_CA_B3_B20_B32-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 20 and Band 32 | Rel-14 | R4 | 90% | RP-150864 | Ericsson | [JSN] |
680079 | LTE_CA_B7_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151012 | Huawei | [JSN] |
680179 | LTE_CA_B7_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151012 | Huawei | [JSN] |
680279 | LTE_CA_B7_B42_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151012 | Huawei | [JSN] |
680080 | LTE_CA_B20_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 20, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151013 | Huawei | [JSN] |
680180 | LTE_CA_B20_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 20, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151013 | Huawei | [JSN] |
680280 | LTE_CA_B20_B42_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 20, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151013 | Huawei | [JSN] |
680081 | LTE_CA_B3_B7_B38 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 38 | Rel-13 | R4 | 100% | RP-151014 | Nokia Networks | [JSN] |
680181 | LTE_CA_B3_B7_B38-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 38 | Rel-13 | R4 | 100% | RP-151014 | Nokia Networks | [JSN] |
680281 | LTE_CA_B3_B7_B38-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 38 | Rel-13 | R4 | 100% | RP-151014 | Nokia Networks | [JSN] |
680082 | LTE_CA_B28_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151111 | KDDI | [JSN] |
680182 | LTE_CA_B28_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151111 | KDDI | [JSN] |
680282 | LTE_CA_B28_B41_B41-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151111 | KDDI | [JSN] |
680083 | LTE_CA_B28_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151112 | KDDI | [JSN] |
680183 | LTE_CA_B28_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151158 | KDDI | [JSN] |
680283 | LTE_CA_B28_B42_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 28, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151158 | KDDI | [JSN] |
680085 | LTE_CA_B2_B4_B7_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150628 | Rogers Communications | [JSN] |
680185 | LTE_CA_B2_B4_B7_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150628 | Rogers Communications | [JSN] |
680285 | LTE_CA_B2_B4_B7_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 7 and Band 12 | Rel-13 | R4 | 100% | RP-150628 | Rogers Communications | [JSN] |
680086 | LTE_CA_B1_B3_B19_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150632 | NTT DOCOMO, INC. | [JSN] |
680186 | LTE_CA_B1_B3_B19_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150632 | NTT DOCOMO, INC. | [JSN] |
680286 | LTE_CA_B1_B3_B19_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 19 and Band 42 | Rel-13 | R4 | 100% | RP-150632 | NTT DOCOMO, INC. | [JSN] |
680087 | LTE_CA_B1_B3_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150633 | NTT DOCOMO, INC. | [JSN] |
680187 | LTE_CA_B1_B3_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150633 | NTT DOCOMO, INC. | [JSN] |
680287 | LTE_CA_B1_B3_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150633 | NTT DOCOMO, INC. | [JSN] |
680088 | LTE_CA_B1_B19_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150634 | NTT DOCOMO, INC. | [JSN] |
680188 | LTE_CA_B1_B19_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150634 | NTT DOCOMO, INC. | [JSN] |
680288 | LTE_CA_B1_B19_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150634 | NTT DOCOMO, INC. | [JSN] |
680089 | LTE_CA_B3_B19_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150635 | NTT DOCOMO, INC. | [JSN] |
680189 | LTE_CA_B3_B19_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150635 | NTT DOCOMO, INC. | [JSN] |
680289 | LTE_CA_B3_B19_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150635 | NTT DOCOMO, INC. | [JSN] |
680090 | LTE_CA_B1_B19_B21_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150636 | NTT DOCOMO, INC. | [JSN] |
680190 | LTE_CA_B1_B19_B21_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150636 | NTT DOCOMO, INC. | [JSN] |
680290 | LTE_CA_B1_B19_B21_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 19, Band 21 and Band 42 | Rel-13 | R4 | 100% | RP-150636 | NTT DOCOMO, INC. | [JSN] |
680091 | LTE_CA_B1_B21_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150637 | NTT DOCOMO, INC. | [JSN] |
680191 | LTE_CA_B1_B21_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150637 | NTT DOCOMO, INC. | [JSN] |
680291 | LTE_CA_B1_B21_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150637 | NTT DOCOMO, INC. | [JSN] |
680092 | LTE_CA_B19_B21_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150638 | NTT DOCOMO, INC. | [JSN] |
680192 | LTE_CA_B19_B21_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150638 | NTT DOCOMO, INC. | [JSN] |
680292 | LTE_CA_B19_B21_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150638 | NTT DOCOMO, INC. | [JSN] |
680093 | LTE_CA_B2_B4_B5_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-150728 | U.S. Cellular | [JSN] |
680193 | LTE_CA_B2_B4_B5_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-150728 | U.S. Cellular | [JSN] |
680293 | LTE_CA_B2_B4_B5_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 4, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-150728 | U.S. Cellular | [JSN] |
680094 | LTE_CA_B2_B2_B4_B5 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-150731 | U.S. Cellular | [JSN] |
680194 | LTE_CA_B2_B2_B4_B5-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-150731 | U.S. Cellular | [JSN] |
680294 | LTE_CA_B2_B2_B4_B5-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 4 and Band 5 | Rel-13 | R4 | 100% | RP-150731 | U.S. Cellular | [JSN] |
680095 | LTE_CA_B2_B2_B12_B12 | LTE Advanced 4-Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-150732 | U.S. Cellular | [JSN] |
680195 | LTE_CA_B2_B2_B12_B12-Core | Core part:LTE Advanced 4-Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-150732 | U.S. Cellular | [JSN] |
680295 | LTE_CA_B2_B2_B12_B12-Perf | Perf. part:LTE Advanced 4-Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-150732 | U.S. Cellular | [JSN] |
680096 | LTE_CA_B4_B4_B5_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-151015 | AT&T | [JSN] |
680196 | LTE_CA_B4_B4_B5_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-151015 | AT&T | [JSN] |
680296 | LTE_CA_B4_B4_B5_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 5 and Band 30 | Rel-13 | R4 | 100% | RP-151015 | AT&T | [JSN] |
680097 | LTE_CA_B4_B4_B12_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-151016 | AT&T | [JSN] |
680197 | LTE_CA_B4_B4_B12_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-151016 | AT&T | [JSN] |
680297 | LTE_CA_B4_B4_B12_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 12 and Band 30 | Rel-13 | R4 | 100% | RP-151016 | AT&T | [JSN] |
680098 | LTE_CA_B4_B4_B29_B30 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-151017 | AT&T | [JSN] |
680198 | LTE_CA_B4_B4_B29_B30-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-151017 | AT&T | [JSN] |
680298 | LTE_CA_B4_B4_B29_B30-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 4, Band 4, Band 29 and Band 30 | Rel-13 | R4 | 100% | RP-151017 | AT&T | [JSN] |
681000 | LTE_CA_B2_B2_B5_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151018 | U.S. Cellular | [JSN] |
681100 | LTE_CA_B2_B2_B5_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151018 | U.S. Cellular | [JSN] |
681200 | LTE_CA_B2_B2_B5_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 2, Band 5 and Band 12 | Rel-13 | R4 | 100% | RP-151018 | U.S. Cellular | [JSN] |
681001 | LTE_CA_B2_B5_B12_B12 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 5, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-151019 | U.S. Cellular | [JSN] |
681101 | LTE_CA_B2_B5_B12_B12-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 5, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-151019 | U.S. Cellular | [JSN] |
681201 | LTE_CA_B2_B5_B12_B12-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 2, Band 5, Band 12 and Band 12 | Rel-13 | R4 | 100% | RP-151019 | U.S. Cellular | [JSN] |
681002 | LTE_CA_3DL_2UL_inter_intra | LTE Advanced 3DL/2UL mixed intra- and inter-band Carrier Aggregation | Rel-14 | R4 | 100% | RP-150817 | Nokia Networks | [JSN] |
681102 | LTE_CA_3DL_2UL_inter_intra-Core | Core part:LTE Advanced 3DL/2UL mixed intra- and inter-band Carrier Aggregation | Rel-13 | R4 | 100% | RP151576 | Nokia Networks | [JSN] |
681202 | LTE_CA_3DL_2UL_inter_intra-Perf | Perf. part:LTE Advanced 3DL/2UL mixed intra- and inter-band Carrier Aggregation | Rel-13 | R4 | 100% | RP151576 | Nokia Networks | [JSN] |
681003 | LTE_CA_C_B5 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151035 | Intel | [JSN] |
681103 | LTE_CA_C_B5-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151035 | Intel | [JSN] |
681203 | LTE_CA_C_B5-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151035 | Intel | [JSN] |
681004 | LTE_CA_NC_B4_BWset | Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-13 | R4 | 100% | RP-151034 | Nokia Networks | [JSN] |
681104 | LTE_CA_NC_B4_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-13 | R4 | 100% | RP-151034 | Nokia Networks | [JSN] |
681204 | LTE_CA_NC_B4_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-13 | R4 | 100% | RP-151034 | Nokia Networks | [JSN] |
681005 | LTE_CA_NC_B5 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151036 | Intel | [JSN] |
681105 | LTE_CA_NC_B5-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151036 | Intel | [JSN] |
681205 | LTE_CA_NC_B5-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 5 | Rel-13 | R4 | 100% | RP-151036 | Intel | [JSN] |
681006 | LTE_CA_NC_B42_4DL | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-151102 | Huawei | [JSN] |
681106 | LTE_CA_NC_B42_4DL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-151102 | Huawei | [JSN] |
681206 | LTE_CA_NC_B42_4DL-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 for 4DL | Rel-13 | R4 | 100% | RP-151102 | Huawei | [JSN] |
680074 | LTE_CA_B2_B12_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-150585 | Nokia Networks | [JSN] |
680174 | LTE_CA_B2_B12_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-150585 | Nokia Networks | [JSN] |
680274 | LTE_CA_B2_B12_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-13 | R4 | 100% | RP-150585 | Nokia Networks | [JSN] |
680076 | LTE_CA_B4_B12_BWset2 | Additional bandwidth combination set 2 for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150947 | Nokia Networks | [JSN] |
680176 | LTE_CA_B4_B12_BWset2-Core | Core part: Additional bandwidth combination set 2 for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150947 | Nokia Networks | [JSN] |
680276 | LTE_CA_B4_B12_BWset2-Perf | Perf. part: Additional bandwidth combination set 2 for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-13 | R4 | 100% | RP-150947 | Nokia Networks | [JSN] |
680072 | LTE_TDD_1447MHz_China | Introduction of 1447-1467MHz Band for TD-LTE in China | Rel-13 | R4 | 100% | RP-151037 | Huawei | [JSN] |
680172 | LTE_TDD_1447MHz_China-Core | Core part: Introduction of 1447-1467MHz Band for TD-LTE in China | Rel-13 | R4 | 100% | RP-151037 | Huawei | [JSN] |
680272 | LTE_TDD_1447MHz_China-Perf | Perf. part: Introduction of 1447-1467MHz Band for TD-LTE in China | Rel-13 | R4 | 100% | RP-151037 | Huawei | [JSN] |
710068 | LTE_TDD_1447MHz_China-UEConTest | UE Conformance Test Aspects - Introduction of 1447-1467MHz Band for TD-LTE in China | Rel-13 | R5 | 100% | RP-161679 | Huawei | [JSN] |
680084 | LTE_CA_B41_B41_B42_B42 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 41, Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-150627 | ZTE | [JSN] |
680184 | LTE_CA_B41_B41_B42_B42-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 41, Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151562 | ZTE | [JSN] |
680284 | LTE_CA_B41_B41_B42_B42-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 41, Band 41, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151562 | ZTE | [JSN] |
690073 | LTE_CA_B5_B38 | LTE Advanced inter-band Carrier Aggregation for Band 5 and Band 38 | Rel-13 | R4 | 100% | RP-151367 | Huawei | [JSN] |
690173 | LTE_CA_B5_B38-Core | Core part:LTE Advanced inter-band Carrier Aggregation for Band 5 and Band 38 | Rel-13 | R4 | 100% | RP-151367 | Huawei | [JSN] |
690273 | LTE_CA_B5_B38-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation for Band 5 and Band 38 | Rel-13 | R4 | 100% | RP-151367 | Huawei | [JSN] |
690074 | LTE_CA_B1_B11_B18 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 11 and Band 18 | Rel-13 | R4 | 100% | RP-151156 | KDDI | [JSN] |
690174 | LTE_CA_B1_B11_B18-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 11 and Band 18 | Rel-13 | R4 | 100% | RP-151156 | KDDI | [JSN] |
690274 | LTE_CA_B1_B11_B18-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 11 and Band 18 | Rel-13 | R4 | 100% | RP-151156 | KDDI | [JSN] |
690075 | LTE_CA_B5_B40_B40 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 5, Band 40, and Band 40 | Rel-13 | R4 | 100% | RP-151200 | ZTE | [JSN] |
690175 | LTE_CA_B5_B40_B40-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 5, Band 40, and Band 40 | Rel-13 | R4 | 100% | RP-151200 | ZTE | [JSN] |
690275 | LTE_CA_B5_B40_B40-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 5, Band 40, and Band 40 | Rel-13 | R4 | 100% | RP-151200 | ZTE | [JSN] |
690076 | LTE_CA_B3_B41_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 41 and Band 42 | Rel-13 | R4 | 100% | RP-151365 | Huawei | [JSN] |
690176 | LTE_CA_B3_B41_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 41 and Band 42 | Rel-13 | R4 | 100% | RP-151365 | Huawei | [JSN] |
690276 | LTE_CA_B3_B41_B42-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 41 and Band 42 | Rel-13 | R4 | 100% | RP-151365 | Huawei | [JSN] |
690077 | LTE_CA_B3_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 41, and Band 41 | Rel-13 | R4 | 100% | RP-151448 | ZTE | [JSN] |
690177 | LTE_CA_B3_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 41, and Band 41 | Rel-13 | R4 | 100% | RP-151448 | ZTE | [JSN] |
690277 | LTE_CA_B3_B41_B41-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 41, and Band 41 | Rel-13 | R4 | 100% | RP-151448 | ZTE | [JSN] |
690078 | LTE_CA_B39_B41_B41_B41 | LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151175 | CMCC | [JSN] |
690178 | LTE_CA_B39_B41_B41_B41-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151175 | CMCC | [JSN] |
690278 | LTE_CA_B39_B41_B41_B41-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 41, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151175 | CMCC | [JSN] |
690079 | LTE_CA_B39_B39_B41_B41 | LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151176 | CMCC | [JSN] |
690179 | LTE_CA_B39_B39_B41_B41-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151176 | CMCC | [JSN] |
690279 | LTE_CA_B39_B39_B41_B41-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL1UL) of Band 39, Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151176 | CMCC | [JSN] |
690082 | LTE_CA_B1_B3_B8_B40 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151262 | KT | [JSN] |
690182 | LTE_CA_B1_B3_B8_B40-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151262 | KT | [JSN] |
690282 | LTE_CA_B1_B3_B8_B40-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 1, Band 3, Band 8 and Band 40 | Rel-13 | R4 | 100% | RP-151262 | KT | [JSN] |
690083 | LTE_CA_B3_B28_B40_B40 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 3, Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151363 | Huawei | [JSN] |
690183 | LTE_CA_B3_B28_B40_B40-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 3, Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151363 | Huawei | [JSN] |
690283 | LTE_CA_B3_B28_B40_B40-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 3, Band 28, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151363 | Huawei | [JSN] |
690084 | LTE_CA_B28_B40_B40_B40 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 28, Band 40, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151364 | Huawei | [JSN] |
690184 | LTE_CA_B28_B40_B40_B40-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 28, Band 40, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151364 | Huawei | [JSN] |
690284 | LTE_CA_B28_B40_B40_B40-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) for Band 28, Band 40, Band 40 and Band 40 | Rel-13 | R4 | 100% | RP-151364 | Huawei | [JSN] |
690085 | LTE_CA_B3_B7_B7_B28 | LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151511 | Telstra | [JSN] |
690185 | LTE_CA_B3_B7_B7_B28-Core | Core part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151511 | Telstra | [JSN] |
690285 | LTE_CA_B3_B7_B7_B28-Perf | Perf. part:LTE Advanced 4 Band Carrier Aggregation (4DL/1UL) of Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151511 | Telstra | [JSN] |
690089 | LTE_CA_B1_B3_B19_B42_B42 | LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151159 | NTT DOCOMO | [JSN] |
690189 | LTE_CA_B1_B3_B19_B42_B42-Core | Core part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151159 | NTT DOCOMO | [JSN] |
690289 | LTE_CA_B1_B3_B19_B42_B42-Perf | Perf. part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 19, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151159 | NTT DOCOMO | [JSN] |
690090 | LTE_CA_B1_B19_B21_B42_B42 | LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151160 | NTT DOCOMO | [JSN] |
690190 | LTE_CA_B1_B19_B21_B42_B42-Core | Core part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151160 | NTT DOCOMO | [JSN] |
690290 | LTE_CA_B1_B19_B21_B42_B42-Perf | Perf. part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 19, Band 21, Band 42 and Band 42 | Rel-13 | R4 | 100% | RP-151160 | NTT DOCOMO | [JSN] |
690091 | LTE_CA_B1_B3_B7_B7_B28 | LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151512 | Telstra | [JSN] |
690191 | LTE_CA_B1_B3_B7_B7_B28-Core | Core part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-160141 | Telstra | [JSN] |
690291 | LTE_CA_B1_B3_B7_B7_B28-Perf | Perf. part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 1, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-160141 | Telstra | [JSN] |
690092 | LTE_CA_B3_B3_B7_B7_B28 | LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 3, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151513 | Telstra | [JSN] |
690192 | LTE_CA_B3_B3_B7_B7_B28-Core | Core part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 3, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151513 | Telstra | [JSN] |
690292 | LTE_CA_B3_B3_B7_B7_B28-Perf | Perf. part:LTE Advanced 5 Band Carrier Aggregation (5DL/1UL) of Band 3, Band 3, Band 7, Band 7 and Band 28 | Rel-13 | R4 | 100% | RP-151513 | Telstra | [JSN] |
690093 | LTE_CA_3DL3UL_B39_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151402 | CATT | [JSN] |
690193 | LTE_CA_3DL3UL_B39_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151402 | CATT | [JSN] |
690293 | LTE_CA_3DL3UL_B39_B41_B41-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 41 and Band 41 | Rel-13 | R4 | 100% | RP-151402 | CATT | [JSN] |
690094 | LTE_CA_3DL3UL_B39_B39_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 39 and Band 41 | Rel-13 | R4 | 100% | RP-151403 | CATT | [JSN] |
690194 | LTE_CA_3DL3UL_B39_B39_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 39 and Band 41 | Rel-13 | R4 | 100% | RP-151403 | CATT | [JSN] |
690294 | LTE_CA_3DL3UL_B39_B39_B41-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/3UL) of Band 39, Band 39 and Band 41 | Rel-13 | R4 | 100% | RP-151403 | CATT | [JSN] |
690095 | LTE_CA_NC_B7_BWset | Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-13 | R4 | 100% | RP-151462 | Huawei | [JSN] |
690195 | LTE_CA_NC_B7_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-13 | R4 | 100% | RP-151462 | Huawei | [JSN] |
690295 | LTE_CA_NC_B7_BWset-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-13 | R4 | 100% | RP-151462 | Huawei | [JSN] |
700065 | LTE_CA_Rel13-UEConTest | UE Conformance Test Aspects - Rel-13 LTE CA configurations | Rel-13 | R5 | 100% | RP-161553 | Ericsson | [JSN] |
610034 | TEI13 | (Small) Technical Enhancements and Improvements for Rel-13 | Rel-13 | SP,CP,RP,GP | 100% | - | - | [JSN] |
710001 | TEI13_Test | (Small) Test Technical Enhancements and Improvements for Rel-13 | Rel-13 | SP,CP,RP,GP | 100% | - | - | [JSN] |
699999 | DUMMY | Awaiting formal work item | Rel-13 | SP,CP,RP,GP | 100% | [JSN] | ||
690007 | SEC13 | (Small) Security Enhancements and Improvements for Rel-13 | Rel-13 | S3 | 100% | - | - | [JSN] |
620012 | FS_uPoD | Study on Power saving for Machine-Type Communications (MTC) devices | Rel-13 | G2,G1 | 100% | GP-131136 | China Mobile | [JSN] |
640001 | FS_IoT_LC | Study on Cellular system support for ultra Low Complexity and low throughput Internet of Things | Rel-13 | G1,G2 | 100% | GP-150354 | Vodafone | [JSN] |
670029 | FS_AE_CIoT | Study on architecture enhancements of cellular systems for ultra low complexity and low throughput Internet of Things | Rel-13 | S2 | 100% | SP-150167 | puneet.jain@intel.com | [JSN] |
670036 | FS_BEST_MTC_Sec | Study on Battery Efficient Security for very low Throughput Machine Type Communication Devices | Rel-13 | S3 | 100% | SP-150171 | Barry, Aguibou, VODAFONE Group Plc | [JSN] |
650013 | FS_UTRA_SDATA | Study on Small data transmission enhancements for UMTS | Rel-13 | R1,R3 | 100% | RP-141861 | Ericsson | [JSN] |
570034 | FS_ACDC | Study on Application specific Congestion control for Data Communication | Rel-13 | S1 | 100% | SP-130415 | NTT DOCOMO | [JSN] |
610031 | FS_eICBD | Study on enhancements for Infrastructure based data Communication Between Devices | Rel-13 | S1 | 100% | SP-130418 | KPN | [JSN] |
600046 | FS_IOPS | Study on Isolated E-UTRAN Operation for Public Safety | Rel-13 | S1 | 100% | SP-130596 | General Dynamics | [JSN] |
660059 | FS_IOPS_St2 | Study on architecture enhancements for Public Safety | Rel-13 | S2 | 100% | SP-140714 | [JSN] | |
670095 | FS_IOPS_Sec | Study on Security Aspects of Isolated E-UTRAN Operation for Public Safety | Rel-13 | S3 | 100% | SP-150074 | Paul Piggin, General Dynamics UK | [JSN] |
610033 | FS_CSIPTO | (SA66: on hold) Study on Co-ordinated packet data network gateway (P-GW) change for SIPTO | Rel-13 | S1 | 100% | SP-130417 | Intel | [JSN] |
620069 | FS_FMSS | Study on Flexible Mobile Service Steering | Rel-13 | S1 | 100% | SP-130597 | China Mobile | [JSN] |
620070 | FS_ECIP | Study on Enhanced Calling Information Presentation | Rel-13 | S1 | 100% | SP-130598 | China Mobile | [JSN] |
630017 | FS_GUSH | Study on RAN Sharing Enhancements on GERAN and UTRAN | Rel-13 | S1 | 100% | SP-140073 | Telefónica | [JSN] |
520035 | FS_UMONC_sas | Study on Usage Monitoring Enhancements for Service, Application and Subscriber Group | Rel-13 | S2 | 100% | SP-140403 | China Telecom | [JSN] |
520335 | - | Deleted - SA1 part of Study on Usage Monitoring Control PCC Enhancement | - | S1 | 100% | SP-120554 | ZTE | [JSN] |
520135 | FS_UMONC_sas | SA2 part of Study on Usage Monitoring Control PCC Enhancement | Rel-13 | S2 | 100% | SP-150029 | China Telecom | [JSN] |
520235 | - | Deleted - SA5 part of Study on Usage Monitoring Control enhancement | - | S5 | 100% | SP-120554 | Huawei | [JSN] |
500034 | FS_SSO_Int_Sec | Study on Security aspects of Integration of Single Sign-On (SSO) frameworks with 3GPP networks | Rel-13 | S3 | 100% | SP-150368 | Ericsson | [JSN] |
610043 | FS_SPI | Study on Subscriber Privacy Impact in 3GPP | Rel-13 | S3 | 100% | SP-130399 | China Unicom | [JSN] |
610045 | FS_D_MLB_SON_OAM | Study on Enhancements of OAM aspects of Distributed Mobility Load Balancing (MLB) SON function | Rel-13 | S5 | 100% | SP-130430 | Cisco | [JSN] |
620059 | FS_OAM_AP_Itf-N | Study on Application and Partitioning of Itf-N | Rel-13 | S5 | 100% | SP-130681 | China Mobile | [JSN] |
620060 | FS_REVOLTE_IMS_CH | Study on Charging aspects on Roaming End-to-end scenarios with VoLTE IMS and interconnecting networks | Rel-13 | S5 | 100% | SP-130609 | Deutsche Telekom | [JSN] |
640054 | FS_OAM_VIRNET | Study on Network Management of Virtualized Networks | Rel-13 | S5 | 100% | SP-140398 | China Mobile, Huawei | [JSN] |
590010 | FS_Red_UCe | Study on Review of dedicated 3GPP UICC features | Rel-13 | C6 | 100% | CP-130168 | BlackBerry | [JSN] |
490006 | FS_Energy_BTS | Study on Solutions for GSM/EDGE BTS Energy Saving | Rel-13 | G1,G2 | 100% | GP-101638 | Nokia Networks | [JSN] |
590034 | FS_DOMIMO | Study on Downlink MIMO | Rel-13 | G1,G2 | 100% | GP-130288 | Nokia Networks | [JSN] |
640017 | FS_LTE_MIMO_OTA_ATF | Study on MIMO OTA antenna test function for LTE | Rel-13 | R4 | 100% | RP-141325 | Keysight | [JSN] |
620013 | FS_UL_MU_MIMO | Stopped at 20% - Study on UpLink MultiUser Multiple-Input Multiple-Output (UL MU-MIMO) | Rel-13 | G1,G2 | 100% | GP-131131 | Huawei | [JSN] |
570022 | FS_LTE_1980_2170_Korea | Study on LTE FDD in the bands 1980-2010 MHz and 2170-2200 MHz | Rel-13 | R4 | 100% | RP-151855 | KT | [JSN] |
600020 | FS_LCSenh_LTE | Study on Positioning enhancements for E-UTRA | Rel-13 | R4 | 100% | RP-130680 | Huawei | [JSN] |
620045 | FS_MultiRAT_JC | Study on Multi-RAT joint coordination | Rel-13 | R4 | 100% | RP-150417 | China Mobile | [JSN] |
640016 | FS_LTE_AWS_EXT | Study on Advanced Wireless Services (AWS) - Extension band for LTE | Rel-13 | R4 | 100% | RP-141037 | Qualcomm | [JSN] |
640018 | FS_UTRA_LTE_iPos_enh | Study on Indoor Positioning Enhancements for UTRA and LTE | Rel-13 | R1,R4 | 100% | RP-141102 | NextNav | [JSN] |
650014 | FS_UTRA_EDL | Study on Downlink enhancements for UMTS | Rel-13 | R2,R1 | 100% | RP-150224 | Huawei | [JSN] |
650015 | FS_LTE_EBF_FDMIMO | Study on Elevation Beamforming/Full-Dimension (FD) MIMO for LTE | Rel-13 | R1 | 100% | RP-150930 | Nokia Networks (DL), Samsung (UL) | [JSN] |
650016 | FS_LTE_LAA | Study on Licensed-Assisted Access using LTE | Rel-13 | R1,R2,R4 | 100% | RP-141817 | Ericsson, Huawei | [JSN] |
660027 | FS_EPC_SIG_RACE | Study on EPC Signalling Improvement for Race Scenarios | Rel-13 | C4 | 100% | CP-140997 | Huawei | [JSN] |
660057 | FS_VE_3MS | Study on Video Enhancements in 3GPP Multimedia Services | Rel-13 | S4 | 100% | SP-140741 | Ye-Kui Wang, Qualcomm Incorporated | [JSN] |
660063 | FS_LTE_TDD_add_config | Study on possible additional configuration for LTE TDD | Rel-13 | R4 | 100% | RP-150652 | NTT DOCOMO, Hideaki Takahashi | [JSN] |
660064 | FS_UTRA_NAICS | Study on Network-Assisted Interference Cancellation and Suppression for UMTS | Rel-13 | R1 | 100% | RP-150174 | Huawei | [JSN] |
660065 | FS_LTE_MUTX_NAIC | Study on Enhanced Multiuser Transmissions and Network Assisted Interference Cancellation for LTE | Rel-13 | R1 | 0% | RP-142315 | MediaTek | [JSN] |
660066 | FS_LTE_SC_PTM | Study on Support of single-cell point-to-multipoint transmission in LTE | Rel-13 | R4 | 100% | RP-150177 | Jeff GAO | [JSN] |
660067 | FS_LTE_dualC_ext | Study on Extension of Dual Connectivity in E-UTRAN | Rel-13 | R3 | 100% | RP-150170 | Samsung | [JSN] |
660068 | FS_LTE_SC_enh2_hilayer | Study on further enhancements of small cell higher layer aspects for LTE | Rel-13 | R3 | 100% | RP-142283 | Huawei | [JSN] |
660069 | FS_RSE_UTRA_GUSH | Study on RAN sharing enhancements for UMTS | Rel-13 | R3 | 100% | RP-150686 | Huawei | [JSN] |
660070 | FS_LTE_4Rx_AP_DL | Study on LTE DL 4 Rx antenna ports | Rel-13 | R4 | 100% | RP-150457 | Ericsson | [JSN] |
660071 | FS_LTE_high_speed | Study on performance enhancements for high speed scenario in LTE | Rel-13 | R4 | 100% | RP-150159 | NTTDoCoMo | [JSN] |
660061 | FS_MUIC_LTE | Study on Enhanced Multiuser Transmissions and Network | Rel-13 | R1 | 0% | RP-142315 | Pei-Kai Liao | [JSN] |
670040 | FS_LTE_flex_duplex_reg | Study on regulatory aspects for flexible duplex for E-UTRAN | Rel-13 | RP | 100% | RP-150470 | LG Electronics Inc. | [JSN] |
670043 | FS_LTE_MUST | Study on Downlink Multiuser Superposition Transmission for LTE | Rel-13 | R1 | 100% | RP-151100 | Mediatek | [JSN] |
670044 | FS_LTE_meas_gap | Study on Measurement gap enhancement for LTE | Rel-13 | R4 | 100% | RP-150515 | [JSN] | |
670087 | FS_SEW | Study on Phase 1 of the Support of Emergency services over WLAN | Rel-13 | S2 | 100% | SP-150251 | Laurent Thiebaut, Alcatel Lucent | [JSN] |
670093 | FS_EASE_IoT | Study on EGPRS Access Security Enhancements with relation to cellular IoT | Rel-13 | S3 | 100% | SP-150145 | Vesa Torvinen, Ericsson | [JSN] |
680013 | FS_SCCAS_RES | Study on SCC AS Restoration | Rel-13 | C4 | 100% | CP-150398 | Hao Zhang,, China Mobile | [JSN] |
680018 | FS_eSDU | Study on S6a/S6d Shared Data Update | Rel-13 | C4 | 100% | CP-150400 | Ulrich Wiehe, Nokia Networks | [JSN] |
680055 | FS_LTE_NW_SYNC | Study on Network Assistance for Network Synchronization in LTE | Rel-14 | R3 | 100% | RP-151252 | Huawei | [JSN] |
680056 | FS_LTE_CA_B20_B28 | Study onLTE Advanced inter-band Carrier Aggregation of Band 20 and Band 28 | Rel-13 | R4 | 100% | RP-151515 | TeliaSonera | [JSN] |
690003 | FS_DBPU | Study on Impacts of the Diameter Base Protocol Specification Update | Rel-13 | C4 | 100% | CP-150575 | Huawei, Peter Schmitt | [JSN] |
690061 | FS_LTE_AWS_3_4 | Study on new AWS-3/4 Band for LTE | Rel-13 | R4 | 100% | RP-151626 | Dish Network | [JSN] |
720087 | FS_LTE_LAA_multinode_test | Study on multi-node testing for LAA | Rel-13 | R4 | 100% | RP-162144 | Huawei | [JSN] |
560435 | FS_OAM_NGMN_NGCOR | Stopped - Study on Compliance of 3GPP SA5 specifications to the NGMN NGCOR | Rel-13 | S5 | 100% | SP-140787 | Huawei | [JSN] |
490030 | SIPTO_SC | SIPTO Service Continuity of IP Data Session | Rel-12 | S1 | 100% | SP-100589 | Vodafone | [JSN] |
490130 | SIPTO_SC-SA1 | Stage 1 for SIPTO Service Continuity of IP Data Session | Rel-12 | S1 | 100% | SP-100589 | Vodafone | [JSN] |
500031 | MOSAP | Interworking between Mobile Operators using the Evolved Packet System and Data Application Providers | Rel-12 | S1,S2 | 100% | SP-120427 | Cisco | [JSN] |
500131 | MOSAP-SA1 | Stage 1 for MOSAP | Rel-12 | S1 | 100% | SP-120427 | Cisco | [JSN] |
520025 | MOSAP-SA2TR | TR on Stage 2 for MOSAP | Rel-12 | S2 | 100% | SP-120427 | Intel | [JSN] |
520026 | MOSAP-SA2Del | Deleted - Stage 2 for MOSAP | Rel-12 | S2 | 100% | SP-120427 | Intel | [JSN] |
520027 | INIPUI | IMS Network-Independent Public User Identities | Rel-12 | S1 | 100% | SP-120425 | Vodafone | [JSN] |
520127 | INIPUI-SA1 | Stage 1 for IMS Network-Independent Public User Identities | Rel-12 | S1 | 100% | SP-120425 | Vodafone | [JSN] |
530043 | SMURFs | Service and Media Reachability for Users over Restrictive Firewalls | Rel-12 | S1 | 100% | SP-110653 | Vodafone | [JSN] |
530143 | SMURFs-SA1 | Stage 1 for Service and Media Reachability for Users over Restrictive Firewalls | Rel-12 | S1 | 100% | SP-110653 | Vodafone | [JSN] |
550024 | IPXSNAT | Advanced IP Interconnection of Services (IPXS) for national interconnect | Rel-12 | S1 | 100% | SP-120428 | KPN | [JSN] |
550124 | IPXSNAT-SA1 | Stage 1 for Advanced IP Interconnection of Services (IPXS) for national interconnect | Rel-12 | S1 | 100% | SP-120428 | KPN | [JSN] |
550025 | SSO_Int | Integration of Single Sign-On (SSO) frameworks with 3GPP networks | Rel-12 | S1 | 100% | SP-120184 | InterDigital | [JSN] |
550125 | SSO_Int-SA1 | Stage 1 for Integration of Single Sign-On (SSO) frameworks with 3GPP networks | Rel-12 | S1 | 100% | SP-120184 | InterDigital | [JSN] |
560019 | ECTB | Explicit Communication Transfer Blind (ECT Blind) service interactions | Rel-12 | S1 | 100% | SP-120301 | Orange | [JSN] |
560119 | ECTB-SA1 | Stage 1 for Explicit Communication Transfer Blind (ECT Blind) service interactions | Rel-12 | S1 | 100% | SP-120301 | Orange | [JSN] |
570027 | IMSSat | IMS access via Digital Video Broadcast - Return Channel via Satellite (DVB-RCS2) | Rel-12 | S1 | 100% | SP-120543 | KPN | [JSN] |
570127 | IMSSat-SA1 | Stage 1 for IMS access via DVB-RCS2 | Rel-12 | S1 | 100% | SP-120543 | KPN | [JSN] |
580060 | SEQ_FA | Sequential Flexible Alerting | Rel-12 | S1 | 100% | SP-120895 | Orange | [JSN] |
580160 | SEQ_FA | Stage 1 for Sequential Flexible Alerting | Rel-12 | S1 | 100% | SP-120895 | Orange | [JSN] |
580061 | LangInfo | Language and Modality Information for communications | Rel-12 | S1 | 100% | SP-130108 | Orange | [JSN] |
580161 | LangInfo-SA1 | Stage 1 for Language and Modality Information for communications | Rel-12 | S1 | 100% | SP-130108 | Orange | [JSN] |
590040 | ESID | Emergency Session Identification | Rel-12 | S1 | 100% | SP-130126 | Telecom Italia | [JSN] |
590140 | ESID-SA1 | Stage 1 for Emergency Session Identification | Rel-12 | S1 | 100% | SP-130126 | Telecom Italia | [JSN] |
590041 | ASAC | Deleted - Application and Service Access Control | Rel-12 | S1 | 100% | SP-130124 | NTT DOCOMO | [JSN] |
590141 | ASAC-SA1del | Deleted - Stage 1 for Application and Service Access Control | Rel-12 | S1 | 100% | SP-130124 | NTT DOCOMO | [JSN] |
590042 | PMOC | Prevention of Mobile-Originating signalling and/or data traffic of UE in Connected mode | Rel-12 | S1 | 100% | SP-130111 | NTT DOCOMO | [JSN] |
590142 | PMOC-SA1 | Stage 1 for Prevention of Mobile-Originating signalling and/or data traffic of UE in Connected mode | Rel-12 | S1 | 100% | SP-130111 | NTT DOCOMO | [JSN] |
500028 | LIMONET | LIPA Mobility and SIPTO at the Local Network | Rel-12 | S2,C4,C1,R3 | 100% | SP-120926 | Huawei | [JSN] |
500128 | LIMONET-SA3 | TR on Stage 2 for LIPA Mobility and SIPTO at the Local Network | Rel-12 | S2 | 100% | SP-120926 | Huawei | [JSN] |
500328 | LIMONET-SIPTO | BB1: SIPTO at the Local Network | Rel-12 | S2 | 100% | SP-120926 | Huawei | [JSN] |
501328 | LIMONET-SIPTO-SA2 | Stage 2 for SIPTO at the Local Network | Rel-12 | S2 | 100% | SP-120926 | Huawei | [JSN] |
530015 | LIMONET-SIPTO | Stage 3 CN aspects of SIPTO at the Local Network | Rel-12 | C4,C1 | 100% | CP-130274 | Huawei | [JSN] |
530115 | LIMONET-SIPTO-CT4 | CT4 part of Stage 3 CN aspects of SIPTO at the Local Network | Rel-12 | C4 | 100% | CP-130274 | Huawei | [JSN] |
530215 | LIMONET-SIPTO-CT1 | CT1 part of Stage 3 CN aspects of SIPTO at the Local Network | Rel-12 | C1 | 100% | CP-130274 | Huawei | [JSN] |
590020 | LIMONET-RAN | RAN aspects for SIPTO at the Local Network | Rel-12 | R3 | 100% | RP-130372 | Huawei | [JSN] |
590120 | LIMONET-RAN-Core | Core part: RAN aspects for SIPTO at the Local Network | Rel-12 | R3 | 100% | RP-130372 | Huawei | [JSN] |
501228 | LIMONET-LIPA | Deleted - BB2: Stand-alone L-GW and associated Mobility for LIPA and SIPTO at the Local Network | Rel-12 | S2 | 100% | SP-120926 | Huawei | [JSN] |
500228 | LIMONET-LIPA-del1 | Deleted - Stage 2 for stand-alone L-GW and associated Mobility for LIPA and SIPTO at the Local Network | Rel-12 | S2 | 100% | SP-120926 | Huawei | [JSN] |
530016 | LIMONET-LIPA-del2 | Deleted - Stage 3 CN aspects of LIPA Mobility | Rel-12 | C1,C4 | 100% | CP-110820 | Huawei | [JSN] |
530116 | LIMONET-LIPA-del3 | Deleted - CT1 part of CN aspects of LIPA Mobility | Rel-12 | C1 | 100% | CP-110820 | Huawei | [JSN] |
530216 | LIMONET-LIPA-del4 | Deleted - CT4 part of CN aspects of LIPA Mobility | Rel-12 | C4 | 100% | CP-110820 | Huawei | [JSN] |
510049 | OPIIS | Operator Policies for IP Interface Selection | Rel-12 | S2,C1 | 100% | SP-120738 | LG Electronics | [JSN] |
510149 | OPIIS | TR on Stage 2 for Operator Policies for IP Interface Selection | Rel-12 | S2 | 100% | SP-120738 | LG Electronics | [JSN] |
510249 | OPIIS | Stage 2 for Operator Policies for IP Interface Selection | Rel-12 | S2 | 100% | SP-120738 | LG Electronics | [JSN] |
600047 | OPIIS-CT | Stage 3 for Operator Policies for IP Interface Selection | Rel-12 | C1 | 100% | CP-130215 | LG Electronics | [JSN] |
520029 | SMSMI | Short Message Service (SMS) submit and delivery without MSISDN in IMS | Rel-12 | S2,C1,C4 | 100% | SP-120321 | Nokia Siemens Networks | [JSN] |
520129 | SMSMI-SA2TR | TR on Stage 2 for SMS submit and delivery without MSISDN in IMS | Rel-12 | S2 | 100% | SP-120321 | Nokia Siemens Networks | [JSN] |
520229 | SMSMI-SA2 | Stage 2 for SMS submit and delivery without MSISDN in IMS | Rel-12 | S2 | 100% | SP-120321 | Nokia Siemens Networks | [JSN] |
590013 | SMSMI-CT | Stage 3 for SMS submit and delivery without MSISDN in IMS | Rel-12 | C1,C4 | 100% | CP-130090 | NSN | [JSN] |
590113 | SMSMI-CT | CT1 part of Stage 3 for SMS submit and delivery without MSISDN in IMS | Rel-12 | C1 | 100% | CP-130090 | NSN | [JSN] |
590213 | SMSMI-CT | CT4 part of Stage 3 for SMS submit and delivery without MSISDN in IMS | Rel-12 | C4 | 100% | CP-130090 | NSN | [JSN] |
530042 | IMS_TELEP | IMS-based Telepresence | Rel-12 | S1,C1,C3,C4,IETF | 93% | SP-110588 | Orange | [JSN] |
530142 | IMS_TELEP | Stage 1 for IMS-based Telepresence | Rel-12 | S1 | 100% | SP-110588 | Orange | [JSN] |
580001 | IMS_TELEP | CT part for IMS Telepresence (Stage 2/3) | Rel-12 | C1,C3,C4,IETF | 93% | CP-140624 | Huawei | [JSN] |
580002 | IMS_TELEP | TR on CT part of IMS Telepresence (Stage 2/3) | Rel-12 | C1 | 100% | CP-140624 | Huawei | [JSN] |
580003 | IMS_TELEP | CT1 part of IMS Telepresence (Stage 3) | Rel-12 | C1 | 100% | CP-140624 | Huawei | [JSN] |
641001 | IMS_TELEP | (IETF) Session Description Protocol (SDP) Offer/Answer Procedures For Stream Control Transmission Protocol (SCTP) over Datagram Transport Layer Security (DTLS) | Rel-12 | C1-IETF | 90% | CP-140624 | christer.holmberg@ericsson.com | [JSN] |
641002 | IMS_TELEP | (IETF) Framework for Telepresence Multi-Streams (draft-ietf-clue-framework) | Rel-12 | C1-IETF | 90% | CP-140624 | christer.holmberg@ericsson.com | [JSN] |
641003 | IMS_TELEP | (IETF) CLUE Protocol data channel (draft-ietf-clue-datachannel) | Rel-12 | C1-IETF | 90% | CP-140624 | christer.holmberg@ericsson.com | [JSN] |
641004 | IMS_TELEP | (IETF) Session Signaling for Controlling Multiple Streams for Telepresence (CLUE) (draft-ietf-clue-signaling) | Rel-12 | C1-IETF | 90% | CP-140624 | christer.holmberg@ericsson.com | [JSN] |
641005 | IMS_TELEP | (IETF) An XML Schema for the CLUE data model (draft-ietf-clue-data-model-schema) | Rel-12 | C1-IETF | 90% | CP-140624 | christer.holmberg@ericsson.com | [JSN] |
580004 | IMS_TELEP | CT3 part of IMS Telepresence (Stage 3) | Rel-12 | C3 | 100% | CP-140624 | Huawei | [JSN] |
610011 | IMS_TELEP | CT4 part of IMS Telepresence (Stage 2/3) | Rel-12 | C4 | 100% | CP-140624 | Huawei | [JSN] |
560020 | GCSE_LTE | Group Communication System Enablers for LTE | Rel-12 | S1,S2,S3,C3,C4,R3,C1 | 100% | SP-140433 | Nokia Networks | [JSN] |
560120 | GCSE_LTE | Stage 1 for Group Communication System Enablers for LTE | Rel-12 | S1 | 100% | SP-140433 | Nokia Networks | [JSN] |
590037 | GCSE_LTE | TR on Architecture enhancements to support Group Communication System Enablers for LTE | Rel-12 | S2 | 100% | SP-140433 | Nokia Networks | [JSN] |
590038 | GCSE_LTE | Stage 2 for Group Communication System Enablers for LTE | Rel-12 | S2 | 100% | SP-140433 | Nokia Networks | [JSN] |
610135 | GCSE_LTE | TR on Security for Group Communication System Enablers for LTE (Stage 2) | Rel-12 | S3 | 100% | SP-140433 | Nokia Networks | [JSN] |
610035 | GCSE_LTE | Security for Group Communication System Enablers for LTE (Stage 2) | Rel-12 | S3 | 100% | SP-140433 | Nokia Networks | [JSN] |
640010 | GCSE_LTE-CT | CT aspects of Group Communication System Enablers for LTE | Rel-12 | C3,C4,C1 | 100% | CP-140559 | Nokia Networks | [JSN] |
640110 | GCSE_LTE-CT | CT3 part of Group Communication System Enablers for LTE | Rel-12 | C3 | 100% | CP-140559 | Nokia Networks | [JSN] |
640210 | GCSE_LTE-CT | CT4 part of Group Communication System Enablers for LTE | Rel-12 | C4 | 100% | CP-140559 | Nokia Networks | [JSN] |
650008 | GCSE_LTE-CT | CT1 part of Group Communication System Enablers for LTE | Rel-12 | C1 | 100% | CP-140559 | Nokia Networks | [JSN] |
640037 | GCSE_LTE-MBMS_CM | Group Call eMBMS congestion management for LTE | Rel-12 | R3 | 100% | RP-141035 | Alcatel-Lucent | [JSN] |
640137 | GCSE_LTE-MBMS_CM-Core | Core part: Group Call eMBMS congestion management for LTE | Rel-12 | R3 | 100% | RP-141035 | Alcatel-Lucent | [JSN] |
560022 | MTCe | Machine-Type and other mobile data applications Communications enhancements | Rel-12 | 98% | SP-130327 | Intel | [JSN] | |
560021 | MTCe-SIMSE | Stage 1 for Support for Interworking with M2M Service Enablement | Rel-12 | S1 | 100% | SP-120436 | KPN | [JSN] |
570030 | MTCe-SRM | Stage 1 for Machine-Type and other mobile data applications Communications – Service Requirement Maintenance | Rel-12 | S1 | 100% | SP-130105 | KPN | [JSN] |
560722 | MTCe-SA3TR | TR on Security aspects of Machine-Type Communications | Rel-12 | S3 | 100% | SP-130327 | Samsung | [JSN] |
560522 | MTCe-SA3 | Security and Privacy aspects for Machine-Type and other mobile data applications Communications enhancements (Stage 2) | Rel-12 | S3 | 100% | SP-130327 | Samsung | [JSN] |
560122 | MTCe-SDDTE | BB1: Small Data and Device Triggering Enhancements (SDDTE) | Rel-12 | S2,C4,C3 | 100% | SP-120450 | Intel | [JSN] |
560622 | MTCe-SDDTE | TR on Stage 2 BB1: Small Data and Device Triggering Enhancements | Rel-12 | S2 | 100% | SP-120450 | Intel | [JSN] |
562122 | MTCe-SDDTE | Stage 2 for BB1: Small Data and Device Triggering Enhancements | Rel-12 | S2 | 100% | SP-120450 | Intel | [JSN] |
630001 | MTCe-SDDTE-CT | Stage 3 for BB1: Small Data and Device Triggering Enhancements | Rel-12 | C4,C3 | 100% | CP-140489 | Huawei | [JSN] |
630101 | MTCe-SDDTE-CT | CT4 part of Stage 3 for BB1: Small Data and Device Triggering Enhancement | Rel-12 | C4 | 100% | CP-140489 | Huawei | [JSN] |
630201 | MTCe-SDDTE-CT | CT3 part of Stage 3 for BB1: Small Data and Device Triggering Enhancement | Rel-12 | C3 | 100% | CP-140489 | Huawei | [JSN] |
560222 | MTCe-MONTE | Deleted - BB2: Monitoring Enhancements (MONTE) | Rel-12 | S2 | 100% | SP-120438 | Intel | [JSN] |
560322 | MTCe-UEPCOP | BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | 93% | SP-120442 | Ericsson | [JSN] | |
561622 | MTCe-UEPCOP | TR on Stage 2 BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | S2 | 100% | SP-120442 | Ericsson | [JSN] |
562322 | MTCe-UEPCOP | Stage 2 for BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | S2 | 100% | SP-120442 | Ericsson | [JSN] |
620007 | MTCe-UEPCOP-CT | Stage 3 for BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | 100% | CP-130714 | Ericsson | [JSN] | |
620107 | MTCe-UEPCOP-CT1 | CT1 part of Stage 3 for BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | C1 | 100% | CP-130714 | Ericsson | [JSN] |
620207 | MTCe-UEPCOP-CT4 | Deleted - CT4 part of Stage 3 for BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | C4 | 100% | CP-130714 | Ericsson | [JSN] |
620307 | MTCe-UEPCOP-CT6 | CT6 part of Stage 3 for BB3: UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | C6 | 100% | CP-130714 | Ericsson | [JSN] |
690068 | MTCe-UEPCOP-UEConTest | UE Conformance Test Aspects - UE Power Consumptions Optimizations (UEPCOP) | Rel-12 | R5 | 100% | RP-151161 | Ericsson | [JSN] |
650009 | MTCe-UEPCOP-GERAN | Support of Power Saving Mode in GERAN | Rel-12 | G1 | 100% | GP-140628 | Ericsson | [JSN] |
700005 | MTCe-UEPCOP_GERAN3new | Testing of Support of Power Saving Mode in GERAN | Rel-12 | G3 | 10% | GP-151186 | Ericsson | [JSN] |
560422 | MTCe-GROUP | Deleted - BB4: Group based MTC feature (GROUP) | Rel-12 | S2 | 100% | SP-120267 | KPN | [JSN] |
620043 | MTCe-RAN | RAN enhancements for Machine-Type and other mobile data applications Communications | Rel-12 | R2,R3 | 100% | RP-140752 | ZTE | [JSN] |
620143 | MTCe-RAN-Core | Core part: RAN enhancements for Machine-Type and other mobile data applications Communications | Rel-12 | R2,R3 | 100% | RP-140752 | ZTE | [JSN] |
600012 | LC_MTC_LTE | Low cost & enhanced coverage MTC UE for LTE | Rel-12 | R1,R2,R4 | 100% | RP-130848 | Vodafone | [JSN] |
600112 | LC_MTC_LTE-Core | Core part: Low cost & enhanced coverage MTC UE for LTE | Rel-12 | R1,R2,R4 | 100% | RP-140522 | Vodafone | [JSN] |
600212 | LC_MTC_LTE-Perf | Perf. part: Low cost & enhanced coverage MTC UE for LTE | Rel-12 | R4 | 100% | RP-150940 | Vodafone | [JSN] |
670048 | LC_MTC_LTE-UEConTest | UE Conformance Test Aspects - Low cost & enhanced coverage MTC UE for LTE | Rel-12 | R5 | 100% | RP-160069 | Ericsson | [JSN] |
560024 | P4C | Policy and Charging Control for supporting fixed broadband access networks | Rel-12 | S2,S1,S5,C3,C1,C4 | 100% | SP-120443 | Huawei | [JSN] |
570031 | P4C-FMC | Stage 1 for Policy and Charging Support for Fixed Mobile Convergence | Rel-12 | S1 | 100% | SP-120542 | Huawei | [JSN] |
560124 | P4C-F | BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO (Non Seamless WLAN Offload) traffic from 3GPP UEs in fixed broadband access networks (P4C-F) | Rel-12 | S2,S5,C3,C1,C4 | 100% | SP-120275 | Huawei | [JSN] |
560724 | P4C-F-SA2TR | TR on Stage 2 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks (P4C-F) | Rel-12 | S2 | 100% | SP-120275 | Huawei | [JSN] |
562124 | P4C-F-SA2 | Stage 2 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks (P4C-F) | Rel-12 | S2 | 100% | SP-120275 | Huawei | [JSN] |
610012 | P4C-F-CT3 | Stage 3 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks | Rel-12 | C3,C1,C4 | 100% | CP-130776 | Huawei | [JSN] |
610112 | P4C-F-CT3 | CT3 part of Stage 3 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks | Rel-12 | C3 | 100% | CP-130776 | Huawei | [JSN] |
620009 | P4C-F-CT3 | CT1 part of Stage 3 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks | Rel-12 | C1 | 100% | CP-130776 | Huawei | [JSN] |
620010 | P4C-F-CT3 | CT4 part of Stage 3 for BB1: Policy and Charging Control for supporting traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks | Rel-12 | C4 | 100% | CP-130776 | Huawei | [JSN] |
600042 | P4C-F-CH_P | Policy and Charging Enforcement Function (PCEF) based Charging for traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks (Stage 2/3) | Rel-12 | S5 | 100% | SP-130261 | Alcatel-Lucent | [JSN] |
600043 | P4C-F-CH_T | Traffic Detection Function (TDF) based Charging for traffic from fixed terminals and NSWO traffic from 3GPP UEs in fixed broadband access networks (Stage 2/3) | Rel-12 | S5 | 100% | SP-130262 | Openet Telecom | [JSN] |
560224 | P4C-TI | BB2: Policy and Charging Control for 3GPP UEs connected to BroadBand Forum access network as Trusted network in Interworking scenario (P4C-TI) | Rel-12 | S2 | 100% | SP-120444 | Alcatel-Lucent | [JSN] |
560824 | P4C-TI-SA2TR | TR on Stage 2 for BB2: Policy and Charging Control for 3GPP UEs connected to BroadBand Forum access network as Trusted network in Interworking scenario (P4C-TI) | Rel-12 | S2 | 100% | SP-120444 | Alcatel-Lucent | [JSN] |
562224 | P4C-TI-SA2 | Stage 2 for BB2: Policy and Charging Control for 3GPP UEs connected to BroadBand Forum access network as Trusted network in Interworking scenario (P4C-TI) | Rel-12 | S2 | 100% | SP-120444 | Alcatel-Lucent | [JSN] |
560324 | P4C-S2bc | Deleted - BB3: Policy and Charging Control for 3GPP UEs connected to fixed broadband access network via S2b and S2c reference points for EPC routed traffic (P4C-S2bc) | Rel-12 | S2 | 100% | SP-120445 | ZTE | [JSN] |
560424 | P4C-HeNB | Deleted - BB4: Policy and Charging Control for EPC routed traffic over fixed broadband access networks of 3GPP UEs connected via H(e)NB in convergent scenarios (P4C-HeNB) | Rel-12 | S2 | 100% | SP-120278 | NEC | [JSN] |
560524 | P4C-FL2 | Deleted - BB5: Policy and Charging Control for supporting Layer 2 traffic in fixed broadband access network (P4C-FL2) | Rel-12 | S2 | 100% | SP-120279 | Huawei | [JSN] |
560624 | P4C-TC | Deleted - BB6: Policy and Charging Control for 3GPP UEs connected to fixed broadband access networks via S2a reference point for EPC routed traffic in convergence (P4C-TC) | Rel-12 | S2 | 100% | SP-120280 | ZTE | [JSN] |
560025 | BusTI | IMS Business Trunking for IP-PBX in Static Mode of Operation | Rel-12 | S2,S1,C1,C3 | 100% | SP-120862 | Deutsche Telekom | [JSN] |
560325 | BusTI-SA1 | Stage 1 for IMS Business Trunking for IP-PBX in Static Mode of Operation | Rel-12 | S1 | 100% | SP-120862 | Deutsche Telekom | [JSN] |
560125 | BusTI-SATR | TR on IMS Business Trunking for IP-PBX in Static Mode of Operation | Rel-12 | S2,S1 | 100% | SP-120862 | Deutsche Telekom | [JSN] |
560225 | BusTI-SA2 | Stage 2 for IMS Business Trunking for IP-PBX in Static Mode of Operation | Rel-12 | S2 | 100% | SP-120862 | Deutsche Telekom | [JSN] |
610007 | BusTI-CT | CT aspects of IMS Business Trunking for IP-PBX in Static Mode of Operation (Stage 3) | Rel-12 | C1,C3 | 100% | CP-140197 | Deutsche Telekom | [JSN] |
610107 | BusTI-CT | CT1 part of CT aspects of IMS Business Trunking for IP-PBX in Static Mode of Operation (Stage 3) | Rel-12 | C1 | 100% | CP-140197 | Deutsche Telekom | [JSN] |
610207 | BusTI-CT | CT3 part of CT aspects of IMS Business Trunking for IP-PBX in Static Mode of Operation (Stage 3) | Rel-12 | C3 | 100% | CP-140197 | Deutsche Telekom | [JSN] |
560026 | WLAN_NS | WLAN Network Selection for 3GPP Terminals | Rel-12 | S2,S1,S3,C1 | 100% | SP-120847 | Intel | [JSN] |
560126 | WLAN_NS-SATR | TR on Stage 2 for WLAN Network Selection for 3GPP Terminals | Rel-12 | S2,S1 | 100% | SP-120847 | Intel | [JSN] |
560226 | WLAN_NS-SA2 | Stage 2 for WLAN Network Selection for 3GPP Terminals | Rel-12 | S2 | 100% | SP-120847 | Intel | [JSN] |
580055 | WLAN_Nsdel | Deleted - TR on Security Aspects of WLAN Network Selection for 3GPP Terminals | Rel-12 | S3 | 100% | SP-120847 | Huawei | [JSN] |
620005 | WLAN_NS-CT | CT aspects of WLAN Network Selection for 3GPP Terminals (Stage 3) | Rel-12 | C1 | 100% | CP-130712 | Qualcomm | [JSN] |
570028 | IMS_RegCon | Deleted - IMS Registration Control | Rel-12 | S1,S2,C1,C4 | 100% | SP-120735 | China Mobile | [JSN] |
570128 | IMS_RegCon-del1 | Deleted - Stage 1 for IMS Registration Control | Rel-12 | S1 | 100% | SP-120735 | China Mobile | [JSN] |
580056 | IMS_RegCon-del2 | Deleted - Stage 2 for IMS Registration Control | Rel-12 | S2 | 100% | SP-120735 | China Mobile | [JSN] |
600016 | IMS_RegCon-CT | Deleted - CT aspects of IMS registration control | Rel-12 | C1,C4 | 100% | CP-130217 | China Mobile | [JSN] |
600116 | IMS_RegCon-CT1 | Deleted - CT1 aspects of CT aspects of IMS registration control (Stage 2/3) | Rel-12 | C1 | 100% | CP-130217 | China Mobile | [JSN] |
600216 | IMS_RegCon-CT4 | Deleted - CT4 aspects of CT aspects of IMS registration control (Stage 3) | Rel-12 | C4 | 100% | CP-130217 | China Mobile | [JSN] |
580059 | ProSe | Proximity-based Services | Rel-12 | 100% | SP-140574 | Qualcomm | [JSN] | |
580159 | ProSe-SA1 | Stage 1 for Proximity-based Services | Rel-12 | S1 | 100% | SP-140574 | Qualcomm | [JSN] |
580259 | ProSe-SA2TR | TR on Stage 2 for Proximity-based Services | Rel-12 | S2 | 100% | SP-140574 | Qualcomm | [JSN] |
580359 | ProSe-SA2 | Stage 2 for Proximity-based Services | Rel-12 | S2 | 100% | SP-140574 | Qualcomm | [JSN] |
590036 | ProSe-SA3 | Security for Proximity-based Services | Rel-12 | S3 | 100% | SP-140574 | Qualcomm | [JSN] |
651104 | ProSe | (IETF) Security for Proximity-based Services (ietf-avtcore-srtp-aes-gcm) | Rel-12 | S3-IETF | 100% | SP-140574 | Atle Monrad | [JSN] |
640039 | ProSe-CH | Charging Aspects of Proximity-based Services | Rel-12 | S5 | 100% | SP-140401 | Qualcomm | [JSN] |
640139 | ProSe-CH-SA5TR | Study on Charging support for ProSe one-to-many Direct Communication for Public Safety use | Rel-12 | S5 | 100% | SP-140401 | Qualcomm | [JSN] |
640239 | ProSe-CH-SA5 | Specification of Charging Aspects of Proximity-based Services | Rel-12 | S5 | 100% | SP-140401 | Qualcomm | [JSN] |
630006 | ProSe-CT | CT aspects of Proximity-based Services (Stage 3) | Rel-12 | 100% | CP-140290 | Qualcomm | [JSN] | |
630106 | ProSe-CT | CT1 part of CT aspects of Proximity-based Services | Rel-12 | C1 | 100% | CP-140290 | Qualcomm | [JSN] |
630206 | ProSe-CT | CT3 part of CT aspects of Proximity-based Services | Rel-12 | C3 | 100% | CP-140290 | Qualcomm | [JSN] |
630306 | ProSe-CT | CT4 part of CT aspects of Proximity-based Services | Rel-12 | C4 | 100% | CP-140290 | Qualcomm | [JSN] |
630406 | ProSe-CT | CT6 part of CT aspects of Proximity-based Services | Rel-12 | C6 | 100% | CP-140290 | Qualcomm | [JSN] |
630030 | LTE_D2D_Prox | LTE Device to Device Proximity Services | Rel-12 | 100% | RP-140955 | Qualcomm | [JSN] | |
630130 | LTE_D2D_Prox-Core | Core part: LTE Device to Device Proximity Services | Rel-12 | R1,R2,R4 | 100% | RP-142043 | Qualcomm | [JSN] |
630230 | LTE_D2D_Prox-Perf | Perf. part: LTE Device to Device Proximity Services | Rel-12 | R4 | 100% | RP-142043 | Qualcomm | [JSN] |
670046 | LTE_D2D_Prox-UEConTest | UE Conformance Test Aspects – LTE Device-to-Device Proximity Services | Rel-12 | R5 | 100% | RP-160382 | Qualcomm | [JSN] |
580062 | IMS_WebRTC | Web Real Time Communication access to IMS | Rel-12 | S1,S2,S3 | 96% | SP-130707 | China Mobile | [JSN] |
580162 | IMS_WebRTC | Stage 1 for Web Real Time Communication access to IMS | Rel-12 | S1 | 100% | SP-130707 | China Mobile | [JSN] |
600040 | IMS_WebRTC | TR on Stage 2 for Web Real Time Communication access to IMS | Rel-12 | S2 | 100% | SP-130707 | China Mobile | [JSN] |
600041 | IMS_WebRTC | Stage 2 for Web Real Time Communication access to IMS | Rel-12 | S2 | 100% | SP-130707 | China Mobile | [JSN] |
631001 | IMS_WebRTC | (IETF) Web Real Time Communication access to IMS (draft-ietf-rtcweb-overview) | Rel-12 | C1-IETF | 90% | SP-130707 | Uwe Rauschenbach | [JSN] |
880055 | IMS_WebRTC | (IETF) WebRTC Data Channel Establishment Protocol (draft-ietf-rtcweb-data-protocol) | Rel-12 | C1-IETF | 90% | CP-140192 | [JSN] | |
620067 | IMS_WebRTC | TR on Security for Web Real Time Communication access to IMS | Rel-12 | S3 | 100% | SP-130707 | Ericsson | [JSN] |
610036 | IMS_WebRTC | Security for Web Real Time Communication access to IMS | Rel-12 | S3 | 100% | SP-130707 | Ericsson | [JSN] |
630003 | IMS_WebRTC-CT | CT aspects of Web Real Time Communication (WebRTC) Access to IMS | Rel-12 | C1,C4,IETF | 97% | CP-140192 | China Mobile | [JSN] |
870070 | IMS_WebRTC-CT | (IETF) Trickle ICE: Incremental Provisioning of Candidates for the Interactive Connectivity Establishment (ICE) Protocol (draft-ietf-ice-trickle) | Rel-12 | C1-IETF | 90% | [JSN] | ||
870071 | IMS_WebRTC-CT | (IETF) Trickle ICE: Incremental Provisioning of Candidates for the Interactive Connectivity Establishment (ICE) Protocol (draft-ietf-ice-trickle) | Rel-12 | C1-IETF | 90% | [JSN] | ||
630103 | IMS_WebRTC-CT1 | CT1 part of CT aspects of Web Real Time Communication (WebRTC) Access to IMS | Rel-12 | C1 | 100% | CP-140192 | China Mobile | [JSN] |
641006 | IMS_WebRTC-data | (IETF) Web Real Time Communication access to IMS (draft-ietf-rtcweb-data-channel) | Rel-12 | C1-IETF | 90% | CP-140192 | christer.holmberg@ericsson.com | [JSN] |
641007 | IMS_WebRTC-stun | (IETF) Web Real Time Communication access to IMS (draft-ietf-rtcweb-stun-consent-freshness) | Rel-12 | C1-IETF | 100% | CP-140192 | christer.holmberg@ericsson.com | [JSN] |
651001 | IMS_WebRTC-yusef | Deleted - (IETF) Web Real Time Communication access to IMS (draft-ietf-sipcore-sip-authn) | Rel-12 | C1-IETF | 100% | CP-140192 | christer.holmberg@ericsson.com | [JSN] |
870067 | IMS_WebRTC-yusef | (IETF) Third-Party Token-based Authentication and Authorization for Session Initiation Protocol (SIP) (draft-ietf-sipcore-sip-token-authnz) | Rel-12 | C1-IETF | 80% | [JSN] | ||
660031 | IMS_WebRTC-holmb | Deleted - (IETF) Web Real Time Communication access to IMS (draft-holmberg-sipcore-auth-id) | Rel-12 | C1-IETF | 100% | CP-140192 | christer.holmberg@ericsson.com | [JSN] |
630203 | IMS_WebRTC-CT4 | CT4 part of CT aspects of Web Real Time Communication (WebRTC) Access to IMS | Rel-12 | C4 | 100% | CP-140192 | China Mobile | [JSN] |
580063 | UMONC | Usage Monitoring Control PCC enhancement | Rel-12 | S2,C3 | 100% | SP-120928 | ZTE | [JSN] |
580163 | UMONC | Stage 2 for Usage Monitoring Control PCC enhancement | Rel-12 | S2 | 100% | SP-120928 | ZTE | [JSN] |
600048 | UMONC-CT3 | CT3 aspects of Usage Monitoring Control PCC enhancement (Stage 3) | Rel-12 | C3 | 100% | CP-130396 | ZTE | [JSN] |
590039 | ABC | Application Based Charging | Rel-12 | S2,S5,C3 | 100% | SP-130328 | Allot | [JSN] |
590139 | ABC-SA2 | Stage 2 for Application Based Charging | Rel-12 | S2 | 100% | SP-130328 | Allot | [JSN] |
600011 | ABC-CT5 | Charging for Application Based Charging | Rel-12 | S5 | 100% | SP-130328 | Openet Telecom | [JSN] |
600049 | ABC-CT3 | CT3 aspects of Application Based Charging (Stage 3) | Rel-12 | C3 | 100% | CP-130353 | Allot | [JSN] |
610038 | eSaMOG | Enhanced S2a Mobility Over trusted WLAN access to EPC | Rel-12 | S2,C1,C4 | 100% | SP-130391 | ZTE | [JSN] |
610138 | eSaMOG-SA2 | Stage 2 for Enhanced S2a Mobility Over trusted WLAN access to EPC | Rel-12 | S2 | 100% | SP-130391 | ZTE | [JSN] |
610009 | eSaMOG-St3 | Stage 3 for Enhanced S2a Mobility Over trusted WLAN access to EPC | Rel-12 | C1,C4 | 100% | CP-130715 | ZTE | [JSN] |
610109 | eSaMOG-St3 | CT1 part of Stage 3 for Enhanced S2a Mobility Over trusted WLAN access to EPC | Rel-12 | C1 | 100% | CP-130715 | ZTE | [JSN] |
610209 | eSaMOG-St3 | CT4 part of Stage 3 for Enhanced S2a Mobility Over trusted WLAN access to EPC | Rel-12 | C4 | 100% | CP-130715 | ZTE | [JSN] |
610039 | WORM | Optimized Offloading to WLAN in 3GPP-RAT Mobility | Rel-12 | S2,C1 | 100% | SP-130392 | BlackBerry | [JSN] |
610139 | WORM-SA2 | Stage 2 for Optimized Offloading to WLAN in 3GPP-RAT Mobility | Rel-12 | S2 | 100% | SP-130392 | BlackBerry | [JSN] |
620003 | WORM-CT | CT aspects of Optimized Offloading to WLAN in 3GPP-RAT Mobility (Stage 3) | Rel-12 | C1 | 100% | CP-140109 | Intel | [JSN] |
610040 | NETLOC_TWAN | Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case | Rel-12 | S2,C3,C1,C4 | 100% | SP-130393 | Alcatel-Lucent | [JSN] |
610140 | NETLOC_TWAN-SA2 | Stage 2 for Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case | Rel-12 | S2 | 100% | SP-130393 | Alcatel-Lucent | [JSN] |
620008 | NETLOC_TWAN-CT | CT aspects of Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case (Stage 3) | Rel-12 | C3,C1,C4 | 100% | CP-130810 | China Telecom | [JSN] |
620108 | NETLOC_TWAN-CT | CT3 part of Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case | Rel-12 | C3 | 100% | CP-130810 | China Telecom | [JSN] |
620208 | NETLOC_TWAN-CT | CT1 part of Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case | Rel-12 | C1 | 100% | CP-130810 | China Telecom | [JSN] |
620308 | NETLOC_TWAN-CT | CT4 part of Network-provided Location information for IMS Trusted WLAN Access Network (TWAN) case | Rel-12 | C4 | 100% | CP-130810 | China Telecom | [JSN] |
620061 | CNO_ULI | Core Network Overload - User Location Information reporting improvement | Rel-12 | S2,C3,C4,S5 | 100% | SP-130717 | Alcatel-Lucent | [JSN] |
620161 | CNO_ULI-SA2 | Stage 2 for Core Network Overload - User Location Information reporting improvement | Rel-12 | S2 | 100% | SP-130717 | Alcatel-Lucent | [JSN] |
650017 | CNO_ULI-CH | Charging aspects of Core Network Overload – User Location Information reporting improvements | Rel-12 | S5 | 100% | SP-140541 | Alcatel-Lucent | [JSN] |
630004 | CNO_ULI-CT | CT aspects of Core Network Overload – User Location Information reporting improvements | Rel-12 | C3,C4 | 100% | CP-140093 | Alcatel-Lucent | [JSN] |
630104 | CNO_ULI-CT | CT3 part of CT aspects of Core Network Overload – User Location Information reporting improvements | Rel-12 | C3 | 100% | CP-140093 | Alcatel-Lucent | [JSN] |
630204 | CNO_ULI-CT | CT4 part of CT aspects of Core Network Overload – User Location Information reporting improvements | Rel-12 | C4 | 100% | CP-140093 | Alcatel-Lucent | [JSN] |
560028 | SEC12 | Rel-12 Security small Enhancements | Rel-12 | S3 | 100% | - | - | [JSN] |
510054 | PWS_Sec | Security aspects of Public Warning System | Rel-12 | S3,S1 | 100% | SP-140299 | ST-Ericsson | [JSN] |
560029 | PWS_Sec-SA1 | Stage 1 for Protection against false PWS Warning Notifications | Rel-12 | S1 | 100% | SP-120433 | Vodafone | [JSN] |
510354 | PWS_Sec-SA3TR | TR on SA3 part for Security aspects of Public Warning System | Rel-12 | S3 | 100% | SP-140299 | ST-Ericsson | [JSN] |
511354 | PWS_Sec-del1 | Deleted - SA3 part for Security aspects of Public Warning System | Rel-12 | S3 | 100% | SP-140299 | ST-Ericsson | [JSN] |
510154 | PWS_Sec-del2 | Deleted - Stage 1 for Security aspects of Public Warning System | Rel-12 | S1 | 100% | SP-120434 | ST-Ericsson | [JSN] |
510254 | PWS_Sec-del3 | Deleted - Stage 2 for Security aspects of Public Warning System | Rel-12 | S2 | 100% | SP-120434 | ST-Ericsson | [JSN] |
510454 | PWS_Sec-del4 | Deleted - CT1 part for Security aspects of Public Warning System | Rel-12 | C1 | 100% | SP-120434 | ST-Ericsson | [JSN] |
510554 | PWS_Sec-del5 | Deleted - RAN2 part for Security aspects of Public Warning System | Rel-12 | R2 | 100% | SP-120434 | ST-Ericsson | [JSN] |
520031 | Web_GBA | Security enhancements for usage of Generic Bootstrapping Architecture (GBA) from the browser (Stage 2) | Rel-12 | S3 | 100% | SP-120890 | Nokia | [JSN] |
560030 | eMEDIASEC | Extended IMS media plane security features | Rel-12 | S3,C4,C1,C3,IETF | 97% | SP-120447 | Vodafone | [JSN] |
560130 | eMEDIASEC-SA3 | SA3 part of Extended IMS media plane security features (Stage 2) | Rel-12 | S3 | 100% | SP-120447 | Vodafone | [JSN] |
611003 | eMEDIASECSA3IETF | (IETF) SA3 part of Extended IMS media plane security features (RFC 7345) | Rel-12 | S3-IETF | 100% | SP-120447 | christer.holmberg@ericsson.com | [JSN] |
580005 | eMEDIASEC-CT | CT aspects of Extended IMS media plane security features (Stage 2/3) | Rel-12 | C4,C1,C3,IETF | 95% | CP-130597 | Alcatel-Lucent | [JSN] |
600051 | eMEDIASEC-CT | TR on Extended IMS media plane security features and TCP related NAT traversal support; IMS H.248 profiles aspects | Rel-12 | C4 | 100% | CP-130597 | Alcatel-Lucent | [JSN] |
580006 | eMEDIASEC-CT | CT4 part of CT aspects of Extended IMS media plane security features | Rel-12 | C4 | 100% | CP-130597 | Alcatel-Lucent | [JSN] |
621001 | eMEDIASEC-CT | (IETF) CT4 part of Extended IMS media plane security features (RFC 7345) | Rel-12 | C4-IETF | 100% | CP-130597 | christer.holmberg@ericsson.com | [JSN] |
641009 | eMEDIASEC-CT | (IETF) CT4 part of Extended IMS media plane security features (draft-schwarz-mmusic-sdp-for-gw) | Rel-12 | C4-IETF | 0% | CP-130597 | christer.holmberg@ericsson.com | [JSN] |
580007 | eMEDIASEC-CT | CT1 part of CT aspects of Extended IMS media plane security features | Rel-12 | C1 | 100% | CP-130597 | Alcatel-Lucent | [JSN] |
621002 | eMEDIASEC-CT | (IETF) CT1 part of Extended IMS media plane security features (RFC 7345) | Rel-12 | C1-IETF | 100% | CP-130597 | christer.holmberg@ericsson.com | [JSN] |
580008 | eMEDIASEC-CT | CT3 part of CT aspects of Extended IMS media plane security features | Rel-12 | C3 | 100% | CP-130597 | Alcatel-Lucent | [JSN] |
570032 | LI12 | Lawful Interception in the 3GPP Rel-12 | Rel-12 | S3 | 100% | SP-130650 | PIDS, Alcatel-Lucent | [JSN] |
580064 | TURAN | Tunneling of UE Services over Restrictive Access Networks (Stage 2/3) | Rel-12 | S3,C1 | 100% | SP-130245 | Acme Packet | [JSN] |
580164 | TURAN-SA3 | SA3 part of Tunneling of UE Services over Restrictive Access Networks (Stage 2/3) | Rel-12 | S3 | 100% | SP-130245 | Acme Packet | [JSN] |
600050 | TURAN-CT | CT aspects of Tunneling of UE Services over Restrictive Access Networks (Stage 3) | Rel-12 | C1 | 100% | CP-130716 | Huawei | [JSN] |
620065 | STAS | Specification of the TUAK Algorithm Set | Rel-12 | S3 | 100% | SP-140814 | Vodafone | [JSN] |
470030 | EVS_codec | Codec for Enhanced Voice Services | Rel-12 | S4,S1,C4,C1,C3 | 100% | SP-140151 | Huawei | [JSN] |
470031 | EVS_codec-SA1 | Stage 1 for Codec for Enhanced Voice Services | Rel-12 | S1 | 100% | SP-140007 | Huawei | [JSN] |
470032 | EVS_codec-SA4 | Stage 2/3 for Codec for Enhanced Voice Services | Rel-12 | S4 | 100% | SP-140151 | Huawei | [JSN] |
470132 | EVS_codec-SA4TR | TR on Performance characterization of Codec for Enhanced Voice Services | Rel-12 | S4 | 100% | SP-140151 | Huawei | [JSN] |
650005 | EVS_codec-CT | CT impacts of codec for Enhanced Voice Services | Rel-12 | C4,C1,C3 | 100% | CP-140800 | Nokia Networks | [JSN] |
650105 | EVS_codec-CT | CT4 part of CT impacts of codec for Enhanced Voice Services | Rel-12 | C4 | 100% | CP-140800 | Nokia Networks | [JSN] |
650205 | EVS_codec-CT | CT1 part of CT impacts of codec for Enhanced Voice Services | Rel-12 | C1 | 100% | CP-140800 | Nokia Networks | [JSN] |
650305 | EVS_codec-CT | CT3 part of CT impacts of codec for Enhanced Voice Services | Rel-12 | C3 | 100% | CP-140800 | Nokia Networks | [JSN] |
670050 | EVS_codec-UEConTest | UE Conformance Test Aspects - Codec for Enhanced Voice Services (EVS) | Rel-12 | R5 | 100% | RP-150836 | Ericsson | [JSN] |
560040 | CVO | Coordination of Video Orientation | Rel-12 | S4,C4,C1,C3 | 100% | SP-120228 | Ericsson | [JSN] |
560140 | CVO-SA4 | SA4 part of Coordination of Video Orientation | Rel-12 | S4 | 100% | SP-120228 | Ericsson | [JSN] |
600006 | CVO-CT | CT aspects of Coordination of Video Orientation | Rel-12 | C4,C1,C3 | 100% | CP-130393 | Ericsson | [JSN] |
600106 | CVO-CT | CT4 part of CT aspects of Coordination of Video Orientation | Rel-12 | C4 | 100% | CP-130393 | Ericsson | [JSN] |
600206 | CVO-CT | CT1 part of CT aspects of Coordination of Video Orientation | Rel-12 | C1 | 100% | CP-130393 | Ericsson | [JSN] |
600306 | CVO-CT | CT3 part of CT aspects of Coordination of Video Orientation | Rel-12 | C3 | 100% | CP-130393 | Ericsson | [JSN] |
570033 | HEVC | High Efficiency Video Coding | Rel-12 | S4,IETF | 100% | SP-130569 | Qualcomm | [JSN] |
570133 | HEVC-SA4TR | TR on Evaluation of High Efficiency Video Coding for 3GPP Services | Rel-12 | S4 | 100% | SP-130569 | Qualcomm | [JSN] |
570233 | HEVC-SA4 | High Efficiency Video Coding in 3GPP services PSS, MBMS, DASH, MMS, MTSI, IMS Messaging and Presence | Rel-12 | S4 | 100% | SP-130569 | Qualcomm | [JSN] |
631002 | HEVC-SA4IETF | (IETF) High Efficiency Video Coding | Rel-12 | S4-IETF | 100% | SP-130569 | Thomas Stockhammer, Qualcomm Incorporated | [JSN] |
580065 | M3DV_Ext | Mobile stereoscopic 3D services extensions | Rel-12 | S4 | 100% | SP-120768 | Huawei | [JSN] |
580066 | IMS_SDE | IMS-based Streaming and Download Delivery Enhancements | Rel-12 | S4 | 100% | SP-120767 | Intel | [JSN] |
580166 | IMS_SDE-SA4TR | TR on IMS-based Streaming and Download Delivery Enhancements | Rel-12 | S4 | 100% | SP-120767 | Intel | [JSN] |
580266 | IMS_SDE-SA4 | Specification on IMS-based Streaming and Download Delivery Enhancements | Rel-12 | S4 | 100% | SP-120767 | Intel | [JSN] |
580067 | ART_LTE | Acoustic Requirements and Test methods for IMS-based conversational speech services over LTE | Rel-12 | S4 | 100% | SP-120769 | Qualcomm | [JSN] |
580167 | ART_LTE-NBWB | Acoustic Requirements and Test methods for IMS-based conversational speech services over LTE - NarrowBand and WideBand aspects | Rel-12 | S4 | 100% | SP-120771 | Sony Mobile Communications | [JSN] |
580267 | ART_LTE-UED | Acoustic Requirements and Test methods for IMS-based conversational speech services over LTE - UE Delay aspects | Rel-12 | S4 | 100% | SP-120770 | AT&T, Orange | [JSN] |
580367 | ART_LTE-SUPER | Acoustic Requirements and Test methods for IMS-based conversational speech services over LTE - Super wideband and fullband aspects | Rel-12 | S4 | 100% | SP-120772 | Sony Mobile Communications | [JSN] |
590043 | MI | MBMS Improvements | Rel-12 | S4 | 100% | SP-130024 | Ericsson | [JSN] |
590343 | MI-EMOTR | TR on Enhanced MBMS Operation | Rel-12 | S4 | 100% | SP-140212 | Huawei | [JSN] |
590143 | MI-EMO | Enhanced MBMS Operation | Rel-12 | S4 | 100% | SP-140212 | Huawei | [JSN] |
590443 | MI-MooDTR | TR on MBMS operation on Demand | Rel-12 | S4 | 100% | SP-130026 | Qualcomm | [JSN] |
590243 | MI-MooD | MBMS operation on Demand | Rel-12 | S4 | 100% | SP-130026 | Qualcomm | [JSN] |
590044 | E2EMTSI | End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | S4 | 100% | SP-140600 | Ericsson | [JSN] |
670098 | E2EMTSI | S4 aspects of End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | S4 | 100% | SP-140600 | Ericsson | [JSN] |
600007 | E2EMTSI-CT | CT aspects of End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | C3,C1,C4 | 100% | CP-130397 | Ericsson | [JSN] |
600107 | E2EMTSI-CT | CT3 part of CT aspects of End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | C3 | 100% | CP-130397 | Ericsson | [JSN] |
600207 | E2EMTSI-CT | CT1 part of CT aspects of End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | C1 | 100% | CP-130397 | Ericsson | [JSN] |
600307 | E2EMTSI-CT | CT4 part of CT aspects of End-to-End Multimedia Telephony Service for IMS (MTSI) extensions | Rel-12 | C4 | 100% | CP-130397 | Ericsson | [JSN] |
620066 | VCEIMP | Video Coding Enhancements in IMS Messaging and Presence | Rel-12 | S4 | 100% | SP-130579 | Ericsson | [JSN] |
640057 | VTRI | Video Telephony Robustness Improvements | Rel-12 | S4 | 100% | SP-140218 | Qualcomm | [JSN] |
560031 | OAM12 | Rel-12 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-12 | S5 | 100% | - | - | [JSN] |
560131 | OAM12-SON | Rel-12 Self-Organizing Networks (SON) - OAM aspects | Rel-12 | S5 | 100% | - | - | [JSN] |
560033 | SON-NM-MUPPET | Multi-vendor Plug and Play eNB connection to the network | Rel-12 | S5 | 100% | SP-120777 | NSN | [JSN] |
560035 | OAM-NGMN_NGCOR | Compliance of 3GPP SA5 specifications to the NGMN Next Generation Converged Operations Requirements (NGCOR) | Rel-12 | S5 | 100% | SP-140321 | Huawei | [JSN] |
560135 | OAM-MODAL | Converged Management Model Alignment (Phase 2) | Rel-12 | S5 | 100% | SP-140322 | NSN | [JSN] |
560335 | OAM-FMSP | 3GPP Fault Management Solution Profile for NGMN NGCOR | Rel-12 | S5 | 100% | SP-120778 | Ericsson | [JSN] |
530050 | OAM-IWLAN | Network Management for 3GPP Interworking WLAN | Rel-12 | S5 | 100% | SP-140542 | China Mobile | [JSN] |
530150 | OAM-IWLAN-SA5P | Performance measurements part Network Management for 3GPP Interworking WLAN | Rel-12 | S5 | 100% | SP-140542 | China Mobile | [JSN] |
530250 | OAM-IWLAN-SA5NM | NIM part Network Management for 3GPP Interworking WLAN | Rel-12 | S5 | 100% | SP-140542 | China Mobile | [JSN] |
580053 | OAM12-NIM | Rel-12 Network Infrastructure Management | Rel-12 | S5 | 100% | - | - | [JSN] |
620056 | OAM-AMI-SA5 | Alarm quality improvements | Rel-12 | S5 | 100% | SP-130611 | TeliaSonera | [JSN] |
630012 | OAM-RPTi-SA5 | Radio Planning Tool (RPT) interface | Rel-12 | S5 | 100% | SP-140026 | Nokia Networks | [JSN] |
580054 | OAM12-PM | Deleted - Rel-12 Performance Management | Rel-12 | S5 | 100% | - | - | [JSN] |
620057 | OAM-SHARE | OAM aspects of Network Sharing | Rel-12 | S5 | 100% | SP-130607 | Orange | [JSN] |
620157 | OAM-SHARE-SA5c | OAM aspects of Network Sharing - Concepts and high-level requirements | Rel-12 | S5 | 100% | SP-130607 | Orange | [JSN] |
620257 | OAM-SHARE-SA5imp | OAM aspects of Network Sharing - Impacts on existing specifications | Rel-12 | S5 | 100% | SP-130607 | Orange | [JSN] |
570037 | CH12 | Rel-12 Charging | Rel-12 | S5 | 100% | - | - | [JSN] |
580051 | SMS-SC-CH | Short Message Service - Service Center (SMS-SC) Offline Charging | Rel-12 | S5 | 100% | SP-140027 | Alcatel-Lucent | [JSN] |
610041 | CHIPS | Charging per IP - Connectivity Access Network (IP-CAN) Session (Stage 2/3) | Rel-12 | S5 | 100% | SP-130642 | Ericsson | [JSN] |
610042 | CHARP | Charging using an Alternative Roaming Provider (Stage 2/3) | Rel-12 | S5 | 100% | SP-130428 | Ericsson | [JSN] |
620058 | CHICS | Charging for IMS centralized service (ICS) control (Stage 2/3) | Rel-12 | S5 | 100% | SP-130610 | NSN | [JSN] |
530018 | EMC_PC | IMS Emergency PSAP Callback (Stage 3) | Rel-12 | C1,C3,IETF | 100% | CP-130218 | Ericsson | [JSN] |
530118 | EMC_PC | CT1 part of IMS Emergency PSAP Callback | Rel-12 | C1 | 100% | CP-130218 | Ericsson | [JSN] |
531004 | EMC_PC | (IETF) CT1 part of IMS Emergency PSAP Callback (RFC 7090) | Rel-12 | C1-IETF | 100% | CP-130218 | christer.holmberg@ericsson.com | [JSN] |
530218 | EMC_PC | CT3 part of IMS Emergency PSAP Callback | Rel-12 | C3 | 100% | CP-130218 | Ericsson | [JSN] |
601001 | EMC_PC | (IETF) CT3 part of IMS Emergency PSAP Callback (RFC 7090) | Rel-12 | C3-IETF | 100% | CP-130218 | christer.holmberg@ericsson.com | [JSN] |
570008 | SAES_WLAN_EPC_intwk | Interworking between a PLMN with WLAN to access the EPC and a PDN (Stage 3) | Rel-12 | C3 | 100% | CP-130395 | Huawei | [JSN] |
580009 | REP_WMD | Reporting Enhancements in Warning Message Delivery (Stage 2/3) | Rel-12 | C1,C4,R3 | 100% | CP-130480 | one2many | [JSN] |
580010 | REP_WMD-CT1 | CT1 part of Reporting Enhancements in Warning Message Delivery (Stage 2) | Rel-12 | C1 | 100% | CP-130480 | one2many | [JSN] |
580011 | REP_WMD-CT4 | CT4 part of Reporting Enhancements in Warning Message Delivery (Stage 2/3) | Rel-12 | C4 | 100% | CP-130480 | one2many | [JSN] |
590021 | REP_WMD-RFR_PWS | Public Warning System - Reset/Failure/Restart in Warning Message Delivery in LTE | Rel-12 | R3 | 100% | RP-130398 | one2many, Huawei | [JSN] |
590121 | REP_WMD-RFR_PWS-Core | Core part: PWS - Reset/Failure/Restart in Warning Message Delivery in LTE | Rel-12 | R3 | 100% | RP-130398 | one2many, Huawei | [JSN] |
580012 | bSRVCC | Single Radio Voice Call Continuity (SRVCC) before ringing (Stage 3) | Rel-12 | C1,C3,R5 | 100% | CP-130219 | NTT DOCOMO | [JSN] |
580112 | bSRVCC | CT1 part of Single Radio Voice Call Continuity (SRVCC) before ringing | Rel-12 | C1 | 100% | CP-130219 | NTT DOCOMO | [JSN] |
600008 | bSRVCC | CT3 part of Single Radio Voice Call Continuity (SRVCC) before ringing | Rel-12 | C3 | 100% | CP-130219 | NTT DOCOMO | [JSN] |
620017 | bSRVCC-UEConTest | Test part: Single Radio Voice Call Continuity (SRVCC) before ringing | Rel-12 | R5 | 100% | RP-131919 | NTT DOCOMO | [JSN] |
580013 | IMSProtoc6 | IMS Stage 3 IETF Protocol Alignment - phase 6 | Rel-12 | C1,C3,IETF | 99% | CP-120905 | Alcatel-Lucent | [JSN] |
580014 | IMSProtoc6 | CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 6 | Rel-12 | C1 | 100% | CP-120905 | Alcatel-Lucent | [JSN] |
601002 | IMSProtoc6 | (IETF) CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 6 (draft-holmberg-sipcore-received-realm) | Rel-12 | C1-IETF | 100% | CP-120905 | christer.holmberg@ericsson.com | [JSN] |
651002 | IMSProtoc6 | Deleted - (IETF) CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 6 (draft-jesske-sipcore-sip-tree-cap-indicators) | Rel-12 | C1-IETF | 100% | CP-120905 | christer.holmberg@ericsson.com | [JSN] |
660038 | IMSProtoc6 | (IETF) CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 6 (draft-ietf-insipid-session-id) | Rel-12 | C1-IETF | 100% | CP-120905 | christer.holmberg@ericsson.com | [JSN] |
580015 | IMSProtoc6 | CT3 part of IMS Stage 3 IETF Protocol Alignment - phase 6 | Rel-12 | C3 | 100% | CP-120905 | Alcatel-Lucent | [JSN] |
611001 | IMSProtoc6 | (IETF) CT3 part of IMS Stage 3 IETF Protocol Alignment - phase 6 (draft-holmberg-sipcore-received-realm) | Rel-12 | C3-IETF | 100% | CP-120905 | christer.holmberg@ericsson.com | [JSN] |
580016 | SAES3 | SAE Protocol Development - Phase 3 | Rel-12 | C1 | 100% | CP-120704 | InterDigital | [JSN] |
580017 | SAES3-CT1 | SAE Protocol Development (Stage 3) - Phase 3 | Rel-12 | C1 | 100% | CP-120704 | InterDigital | [JSN] |
580018 | SAES3-CSFB | CS Fallback in EPS - Phase 3 | Rel-12 | C1 | 100% | CP-120704 | InterDigital | [JSN] |
580019 | SAES3-non3GPP | SAE for support for non-3GPP accesses - Phase 3 | Rel-12 | C1 | 100% | CP-120704 | InterDigital | [JSN] |
580020 | IMS_SSFDD | IM-SSF Application Server Service Data Descriptions (Stage 2/3) | Rel-12 | C4,C1 | 100% | CP-120756 | Huawei | [JSN] |
580021 | IMS_SSFDD | Stage 2 for IM-SSF Application Server Service Data Descriptions | Rel-12 | C1 | 100% | CP-120756 | Huawei | [JSN] |
580022 | IMS_SSFDD | Stage 3 for IM-SSF Application Server Service Data Descriptions | Rel-12 | C4 | 100% | CP-120756 | Huawei | [JSN] |
580023 | Dia_SGSN_SMS | Diameter based interface between SGSN and SMS central functions (Stage 2/3) | Rel-12 | C4,C1 | 100% | CP-130437 | Alcatel-Lucent | [JSN] |
590015 | Dia_SGSN_SMS | Stage 2 for Diameter based interface between SGSN and SMS central functions | Rel-12 | C1 | 100% | CP-130437 | Alcatel-Lucent | [JSN] |
580123 | Dia_SGSN_SMS | Stage 3 for Diameter based interface between SGSN and SMS central functions | Rel-12 | C4 | 100% | CP-130437 | Alcatel-Lucent | [JSN] |
580024 | Dia_SGSN_GMLC | Diameter based interface between SGSN-GMLC (Stage 3) | Rel-12 | C4 | 100% | CP-130598 | Cisco | [JSN] |
590009 | IMS_UApAs | IMS impacts on UICC Application Aspects (Stage 3) | Rel-12 | C6 | 100% | CP-130169 | Giesecke & Devrient | [JSN] |
590012 | eMBMS_Rest | eMBMS restoration procedures | Rel-12 | C4,C3 | 100% | CP-140271 | Alcatel-Lucent | [JSN] |
590112 | eMBMS_Rest | CT4 part of eMBMS restoration procedures | Rel-12 | C4 | 100% | CP-140271 | Alcatel-Lucent | [JSN] |
610006 | eMBMS_Rest | CT3 part of eMBMS restoration procedures | Rel-12 | C3 | 100% | CP-140271 | Alcatel-Lucent | [JSN] |
590014 | eDRVCC | Dual Radio VCC enhancements (Stage 2/3) | Rel-12 | C1,C3.S2 | 100% | CP-130091 | Ericsson | [JSN] |
590114 | eDRVCC | Stage 2 for Dual Radio VCC enhancements | Rel-12 | S2 | 100% | CP-130091 | Ericsson | [JSN] |
590214 | eDRVCC | Stage 3 for Dual Radio VCC enhancements | Rel-12 | C1,C3 | 100% | CP-130091 | Ericsson | [JSN] |
590314 | eDRVCC | CT1 part of Stage 3 for Dual Radio VCC enhancements | Rel-12 | C1 | 100% | CP-130091 | Ericsson | [JSN] |
590414 | eDRVCC | CT3 part of Stage 3 for Dual Radio VCC enhancements | Rel-12 | C3 | 100% | CP-130091 | Ericsson | [JSN] |
600009 | SIS_CT | CT aspects of Signalling of Image Size (Stage 2/3) | Rel-12 | C4,C1,C3 | 100% | CP-130394 | Ericsson | [JSN] |
600109 | SIS_CT | CT4 part of Signalling of Image Size | Rel-12 | C4 | 100% | CP-130394 | Ericsson | [JSN] |
600209 | SIS_CT | CT1 part of CT Aspects of Signalling of Image Size | Rel-12 | C1 | 100% | CP-130394 | Ericsson | [JSN] |
600309 | SIS_CT | CT3 part of CT Aspects of Signalling of Image Size | Rel-12 | C3 | 100% | CP-130394 | Ericsson | [JSN] |
600010 | ICS_IWE | IMS Centralized Services (ICS) InterWorking Enhancement in Mobile Switching Center Server (MSC-S) | Rel-12 | C3 | 100% | CP-130352 | Orange | [JSN] |
610002 | GOCMe | GPRS Tunnelling Protocol for the Control plane (GTP-C) Overload Control Mechanisms | Rel-12 | C4 | 100% | CP-140488 | Cisco | [JSN] |
610004 | PCSCF_RES | Proxy Call Session Control Function (P-CSCF) restoration enhancements (Stage 2/3) | Rel-12 | C4,C3,C1 | 100% | CP-140490 | Ericsson | [JSN] |
610104 | PCSCF_RES | TR on Proxy Call Session Control Function (P-CSCF) restoration enhancements | Rel-12 | C4 | 100% | CP-140490 | Ericsson | [JSN] |
640999 | PCSCF_RES | Common for HSS & PCRF solutions | Rel-12 | C4,C3,C1 | 100% | CP-140490 | Ericsson | [JSN] |
610204 | PCSCF_RES | CT4 part of Common for HSS & PCRF solutions | Rel-12 | C4 | 100% | CP-140490 | Ericsson | [JSN] |
640014 | PCSCF_RES | CT1 part of Common for HSS & PCRF solutions | Rel-12 | C1 | 100% | CP-140490 | Ericsson | [JSN] |
650002 | PCSCF_RES | CT3 part of Common for HSS & PCRF solutions | Rel-12 | C3 | 100% | CP-140490 | Huawei | [JSN] |
640998 | PCSCF_RES | HSS based solution | Rel-12 | C4,C1 | 100% | CP-140490 | Ericsson | [JSN] |
610210 | PCSCF_RES | CT4 part of HSS based solution | Rel-12 | C4 | 100% | CP-140490 | Ericsson | [JSN] |
640114 | PCSCF_RES | CT1 part of HSS based solution | Rel-12 | C1 | 100% | CP-140490 | Ericsson | [JSN] |
640997 | PCSCF_RES | PCRF based solution | Rel-12 | C3,C1 | 100% | CP-140490 | Huawei | [JSN] |
640015 | PCSCF_RES | CT3 part of PCRF based solution | Rel-12 | C3 | 100% | CP-140490 | Huawei | [JSN] |
640214 | PCSCF_RES | CT1 part of PCRF based solution | Rel-12 | C1 | 100% | CP-140490 | Huawei | [JSN] |
610008 | UP6665 | Updating IMS to conform to RFC 6665 (Stage 3) | Rel-12 | C1,C3 | 100% | CP-130717 | BlackBerry | [JSN] |
610108 | UP6665 | CT1 part of Updating IMS to conform to RFC 6665 | Rel-12 | C1 | 100% | CP-130717 | BlackBerry | [JSN] |
610208 | UP6665 | CT3 part of Updating IMS to conform to RFC 6665 | Rel-12 | C3 | 100% | CP-130717 | BlackBerry | [JSN] |
670033 | UP6665 | (IETF) CT1 part of Updating IMS to conform to RFC 6665 (draft-ietf-sipcore-refer-clarifications) | Rel-12 | C1-IETF | 100% | CP-130717 | BlackBerry | [JSN] |
670034 | UP6665 | (IETF) CT1 part of Updating IMS to conform to RFC 6665 (draft-ietf-sipcore-refer-explicit-subscription) | Rel-12 | C1-IETF | 100% | CP-130717 | BlackBerry | [JSN] |
670035 | UP6665 | (IETF) CT1 part of Updating IMS to conform to RFC 6665 (draft-roach-sipcore-6665-clarifications) | Rel-12 | C1-IETF | 100% | CP-130717 | BlackBerry | [JSN] |
620004 | eIODB | IMS Operator Determined Call Barring enhancements (Stage 3) | Rel-12 | C1,C3 | 100% | CP-130711 | Ericsson | [JSN] |
620104 | eIODB | CT1 part of IMS Operator Determined Call Barring enhancements | Rel-12 | C1 | 100% | CP-130711 | Ericsson | [JSN] |
620204 | eIODB | CT3 part of IMS Operator Determined Call Barring enhancements | Rel-12 | C3 | 100% | CP-130711 | Ericsson | [JSN] |
620006 | SINE | Signalling Improvements for Network Efficiency (Stage 3) | Rel-12 | C1 | 100% | CP-130713 | Huawei | [JSN] |
630002 | ICEH248 | Interactive Connectivity Establishment (ICE, IETF RFC 5245) impacts on IMS H.248 profiles | Rel-12 | C4,C3 | 100% | CP-140266 | NSN | [JSN] |
630102 | ICEH248 | CT4 part of ICE impacts on IMS H.248 profiles (Stage 2/3) | Rel-12 | C4 | 100% | CP-140266 | NSN | [JSN] |
630202 | ICEH248 | CT3 part of ICE impacts on IMS H.248 profiles (Stage 2) | Rel-12 | C3 | 100% | CP-140266 | NSN | [JSN] |
630005 | IMS_Corp2 | Transfer of ETSI business trunking specifications | Rel-12 | C1,S1 | 100% | SP-140170 | Alcatel-Lucent | [JSN] |
630105 | IMS_Corp2 | SA1 part of Transfer of ETSI business trunking specifications | Rel-12 | S1 | 100% | SP-140170 | Alcatel-Lucent | [JSN] |
630205 | IMS_Corp2 | CT1 part of Transfer of ETSI business trunking specifications | Rel-12 | C1 | 100% | SP-140170 | Alcatel-Lucent | [JSN] |
630008 | ALTC | Support of ALT-C attribute | Rel-12 | C4,C1,C3 | 100% | CP-140191 | Orange | [JSN] |
630108 | ALTC | CT4 part of Support of ALT-C attribute | Rel-12 | C4 | 100% | CP-140191 | Orange | [JSN] |
630208 | ALTC | CT1 part of Support of ALT-C attribute | Rel-12 | C1 | 100% | CP-140191 | Orange | [JSN] |
630308 | ALTC | CT3 part of Support of ALT-C attribute | Rel-12 | C3 | 100% | CP-140191 | Orange | [JSN] |
640003 | DOCME | Diameter Overload Control Mechanisms | Rel-12 | C4,IETF | 100% | CP-140273 | Orange | [JSN] |
640103 | DOCME | CT4 part of Diameter Overload Control Mechanisms | Rel-12 | C4 | 100% | CP-140273 | Orange | [JSN] |
641010 | DOCME | (IETF) Diameter Overload Control Mechanisms (draft-ietf-dime-ovli) | Rel-12 | C4-IETF | 100% | CP-140273 | christer.holmberg@ericsson.com | [JSN] |
640004 | HISTORY_CT | Impacts of RFC7044 for introduction of the new History-Info header field | Rel-12 | C1,C3 | 100% | CP-140285 | Deutsche Telekom | [JSN] |
640104 | HISTORY_CT | CT1 part of Impacts of RFC7044 for introduction of the new History-Info header field | Rel-12 | C1 | 100% | CP-140285 | Deutsche Telekom | [JSN] |
640204 | HISTORY_CT | CT3 part of Impacts of RFC7044 for introduction of the new History-Info header field | Rel-12 | C3 | 100% | CP-140285 | Deutsche Telekom | [JSN] |
640007 | NNI_RS | Indication of NNI Routeing scenarios in SIP requests | Rel-12 | C1,C3,IETF | 100% | CP-140288 | Ericsson | [JSN] |
640107 | NNI_RS | CT1 part of Indication of NNI Routeing scenarios in SIP requests | Rel-12 | C1 | 100% | CP-140288 | Ericsson | [JSN] |
641008 | NNI_RS | (IETF) CT1 part of Indication of NNI Routeing scenarios in SIP requests (draft-holmberg-dispatch-iotl) | Rel-12 | C1-IETF | 100% | CP-140288 | christer.holmberg@ericsson.com | [JSN] |
640207 | NNI_RS | CT3 part of Indication of NNI Routeing scenarios in SIP requests | Rel-12 | C3 | 100% | CP-140288 | Ericsson | [JSN] |
640008 | USSD_MS | Unstructured Supplementary Service Data (USSD) method selection (Stage 3) | Rel-12 | C1 | 100% | CP-140450 | Ericsson | [JSN] |
640009 | REST_AF_PC | Representational State Transfer (REST) reference point between Application Function (AF) and Protocol Converter (PC) | Rel-12 | C3 | 100% | CP-140451 | Alcatel-Lucent | [JSN] |
640011 | DOCME-PCC | Overload Control for PCC based Diameter applications | Rel-12 | C3,IETF | 100% | CP-140405 | Huawei | [JSN] |
640111 | DOCME-PCC | CT3 part of Overload Control for PCC based Diameter applications | Rel-12 | C3 | 100% | CP-140405 | Huawei | [JSN] |
641011 | DOCME-PCC | (IETF) Overload Control for PCC based Diameter applications | Rel-12 | C3-IETF | 100% | CP-140405 | christer.holmberg@ericsson.com | [JSN] |
650004 | USSI-NET | Network Initiated USSD Simulation Services in IMS | Rel-12 | C1 | 100% | CP-140625 | AT&T | [JSN] |
530002 | RT_ERGSM | Introduction of ER-GSM band for GSM-R | Rel-12 | G1,C1,G3new | 100% | GP-130889 | Kapsch Carriercom, Sierra Wireless | [JSN] |
530102 | RT_ERGSM | GERAN1 part of Introduction of ER-GSM band for GSM-R | Rel-12 | G1 | 100% | GP-130889 | Kapsch Carriercom, Sierra Wireless | [JSN] |
610016 | RT_ERGSM | Test part: Introduction of ER-GSM band for GSM-R | Rel-12 | G3new | 100% | GP-130889 | Kapsch Carriercom, Sierra Wireless | [JSN] |
530202 | RT_ERGSM | CT1 part of Introduction of ER-GSM band for GSM-R | Rel-12 | C1 | 100% | GP-130889 | Kapsch Carriercom, Sierra Wireless | [JSN] |
570002 | DMCG | Downlink Multi Carrier GERAN | Rel-12 | G2,G1,C1,G3new | 91% | GP-140190 | Ericsson | [JSN] |
570102 | DMCG | Core part: Downlink Multi Carrier GERAN | Rel-12 | G2,G1 | 100% | GP-140190 | Ericsson | [JSN] |
570202 | DMCG | CT part: Downlink Multi Carrier GERAN | Rel-12 | C1 | 100% | GP-140190 | Ericsson | [JSN] |
570302 | DMCG-MStest | Test part: Downlink Multi Carrier GERAN | Rel-12 | G3new | 80% | GP-120930 | ST-Ericsson | [JSN] |
590033 | MSRD_VAMOS | Mobile Station Receive Diversity (MSRD) for Voice Services over Adaptive Multi-user channels on One Slot (VAMOS) | Rel-12 | G1,G2,C1,G3new | 100% | GP-130849 | Nokia Networks, Microsoft | [JSN] |
590333 | MSRD_VAMOS | CT1 introduction of MS capability support for MS supporting MSRD for VAMOS | Rel-12 | C1 | 100% | GP-130849 | Nokia Networks, Microsoft | [JSN] |
590133 | MSRD_VAMOS-PerfReq | MSRD for VAMOS - Performance Requirements | Rel-12 | G1,G2 | 100% | GP-130849 | Nokia Networks, Microsoft | [JSN] |
590233 | MSRD_VAMOS-Test | MSRD for VAMOS - MS Conformance Test | Rel-12 | G3new | 100% | GP-130849 | Nokia Networks, Microsoft | [JSN] |
620014 | NewToN | New Training Sequence Codes (TSC) for GERAN | Rel-12 | G1,G2,C1 | 93% | GP-131139 | Ericsson | [JSN] |
620114 | NewToN | GERAN1 part of New Training Sequence Codes (TSC) for GERAN | Rel-12 | G1 | 100% | GP-131139 | Ericsson | [JSN] |
620214 | NewToN | GERAN2 part of New Training Sequence Codes (TSC) for GERAN | Rel-12 | G2 | 80% | GP-131139 | Ericsson | [JSN] |
620314 | NewToN | CT1 part of New Training Sequence Codes (TSC) for GERAN (Stage 3) | Rel-12 | C1 | 100% | GP-131139 | Ericsson | [JSN] |
550016 | HSPA_LTE_measRP_MIMO | Verification of radiated multi-antenna reception performance of UEs in LTE/UMTS | Rel-12 | R4 | 100% | RP-120368 | Vodafone | [JSN] |
550116 | HSPA_LTE_measRP_MIMO-Perf | Perf. Part: Verification of radiated multi-antenna reception performance of UEs in LTE/UMTS | Rel-12 | R4 | 100% | RP-120368 | Vodafone | [JSN] |
570021 | EHNB_enh3 | Further enhancements to H(e)NB mobility - Part 3 (Stage 2/3) | Rel-12 | R3,R2 | 100% | RP-130741 | Alcatel-Lucent | [JSN] |
570121 | EHNB_enh3-Core | Core part: Further enhancements to H(e)NB mobility - Part 3 | Rel-12 | R3,R2 | 100% | RP-130741 | Alcatel-Lucent | [JSN] |
590019 | LCS_BDS | Support for BeiDou Navigation Satellite System (BDS) for UTRA and LTE | Rel-12 | R2,R3,R4,R5 | 100% | RP-130416 | CATR | [JSN] |
590119 | LCS_BDS-UTRA-Core | Core part: Support for BeiDou Navigation Satellite System (BDS) for UTRA | Rel-12 | R2,R3 | 100% | RP-130416 | ZTE | [JSN] |
590219 | LCS_BDS-UTRA-Perf | Perf. part: Support for BeiDou Navigation Satellite System (BDS) for UTRA | Rel-12 | R4 | 100% | RP-130416 | ZTE | [JSN] |
590319 | LCS_BDS-LTE-Core | Core part: Support for BeiDou Navigation Satellite System (BDS) for LTE | Rel-12 | R2 | 100% | RP-130416 | CATR | [JSN] |
590419 | LCS_BDS-LTE-Perf | Perf. part: Support for BeiDou Navigation Satellite System (BDS) for LTE | Rel-12 | R4 | 100% | RP-130416 | ZTE | [JSN] |
640013 | LCS_BDS-UEConTest | Test part: BeiDou Navigation Satellite System (BDS) Positioning Support for LTE and UMTS | Rel-12 | R5 | 100% | RP-140730 | CATT | [JSN] |
620011 | LCS_BDS_GERAN | Support for BeiDou Navigation Satellite System (BDS) for LCS in GERAN | Rel-12 | G2,G1,G3new | 93% | GP-140211 | ZTE | [JSN] |
620111 | LCS_BDS_GERAN | GERAN2 part of Support for BeiDou Navigation Satellite System (BDS) for LCS in GERAN | Rel-12 | G2 | 100% | GP-140211 | ZTE | [JSN] |
620211 | LCS_BDS_GERAN | GERAN1 part of Support for BeiDou Navigation Satellite System (BDS) for LCS in GERAN | Rel-12 | G1 | 100% | GP-140211 | ZTE | [JSN] |
630009 | LCS_BDS_GERAN-GERAN3new | Support for BeiDou Navigation Satellite System (BDS) for LCS in GERAN3new | Rel-12 | G3new | 80% | GP-140244 | CATR | [JSN] |
620311 | LCS_BDS_GERAN-MStest | Deleted - Test part: Support for BeiDou Navigation Satellite System (BDS) for LCS in GERAN | Rel-12 | G3new | 100% | GP-140211 | ZTE | [JSN] |
600019 | BSspec_struc | Deleted - New Base Station specification structure | Rel-12 | R4 | 100% | RP-130851 | Ericsson | [JSN] |
600119 | BSspec_struc-Core | Deleted - Core part: New Base Station specification structure | Rel-12 | R4 | 100% | RP-130851 | Ericsson | [JSN] |
600219 | BSspec_struc-Perf | Deleted - Perf. part: New Base Station specification structure | Rel-12 | R4 | 100% | RP-130851 | Ericsson | [JSN] |
600021 | LTE_UTRA_SDL_BandL | L-band for Supplemental Downlink in E-UTRA and UTRA | Rel-12 | R4,R2,R3 | 100% | RP-140092 | Orange | [JSN] |
600121 | LTE_UTRA_SDL_BandL-Core | Core part: L-band for Supplemental Downlink in E-UTRA and UTRA | Rel-12 | R4,R2,R3 | 100% | RP-140092 | Orange | [JSN] |
600221 | LTE_UTRA_SDL_BandL-Perf | Perf. part: L-band for Supplemental Downlink in E-UTRA and UTRA | Rel-12 | R4 | 100% | RP-140092 | Orange | [JSN] |
670047 | LTE_UTRA_SDL_BandL-UEConTest | UE Conformance Test Aspects - L-band for Supplemental Downlink in E-UTRA and UTRA | Rel-12 | R5 | 100% | RP-150835 | Ericsson | [JSN] |
600027 | LTE_HRPD_SON | LTE-HRPD (High Rate Packet Data in 3GPP2) inter-RAT SON | Rel-12 | R3,S2,C4,G2 | 100% | RP-130831 | China Telecom | [JSN] |
610103 | LTE_HRPD_SON | Stage 2 for LTE-HRPD (High Rate Packet Data in 3GPP2) inter-RAT SON | Rel-12 | S2 | 100% | - | Huawei | [JSN] |
600127 | LTE_HRPD_SON-Core | Core part: LTE-HRPD (High Rate Packet Data in 3GPP2) inter-RAT SON | Rel-12 | R3 | 100% | RP-130831 | China Telecom | [JSN] |
610003 | LTE_HRPD_SON-CT | CT aspects for LTE-HRPD (High Rate Packet Data in 3GPP2) inter-RAT SON (Stage 3) | Rel-12 | C4 | 100% | CP-130434 | Huawei | [JSN] |
610015 | LTE_HRPD_SON-RIM | GERAN aspects for LTE-HRPD inter-RAT SON, RAN Information Management (RIM) - Stage 3 | Rel-12 | G2 | 100% | GP-130817 | Alcatel-Lucent | [JSN] |
620042 | LTE_UTRA_IncMon | Increasing the minimum number of carriers for UE monitoring in UTRA and E-UTRA | Rel-12 | R4,R2 | 99% | RP-132061 | Ericsson | [JSN] |
620142 | LTE_UTRA_IncMon-Core | Core part: Increasing the minimum number of carriers for UE monitoring in UTRA and E-UTRA | Rel-12 | R4,R2 | 100% | RP-132061 | Ericsson | [JSN] |
620242 | LTE_UTRA_IncMon-Perf | Perf. part: Increasing the minimum number of carriers for UE monitoring in UTRA and E-UTRA | Rel-12 | R4 | 100% | RP-132061 | Ericsson | [JSN] |
700064 | LTE_UTRA_IncMon-UEConTest | UE Conformance Test Aspects - Increasing the minimum number of carriers for UE monitoring in UTRA and E-UTRA | Rel-12 | R5 | 100% | RP-171889 | Ericsson | [JSN] |
620048 | UTRA_LTE_WLAN_interw | WLAN/3GPP Radio Interworking | Rel-12 | R2,S2,C1,C4 | 100% | RP-140981 | Intel | [JSN] |
620148 | UTRA_LTE_WLAN_interw-Core | Core part: WLAN/3GPP Radio Interworking | Rel-12 | R2 | 100% | RP-140981 | Intel | [JSN] |
630013 | UTRA_LTE_WLAN_interw-SA2 | SA2 aspects of WLAN/3GPP Radio Interworking | Rel-12 | S2 | 100% | SP-140169 | Alcatel-Lucent | [JSN] |
640006 | UTRA_LTE_WLAN_interw-CT | CT aspects of WLAN/3GPP Radio Interworking (Stage 2/3) | Rel-12 | C1,C4 | 100% | CP-140623 | Alcatel-Lucent | [JSN] |
640106 | UTRA_LTE_WLAN_interw-CT | CT1 part of CT aspects of WLAN/3GPP Radio Interworking (Stage 3) | Rel-12 | C1 | 100% | CP-140623 | Alcatel-Lucent | [JSN] |
650001 | UTRA_LTE_WLAN_interw-CT | CT4 part of CT aspects of WLAN/3GPP Radio Interworking (Stage 2/3) | Rel-12 | C4 | 100% | CP-140623 | Alcatel-Lucent | [JSN] |
660075 | UTRA_LTE_WLAN_interw-UEConTest | UE Conformance Test Aspects – WLAN/3GPP Radio Interworking | Rel-12 | R5 | 100% | RP-151270 | Intel | [JSN] |
551000 | LTE_CA_Rel-12 | Rel-12 LTE Carrier Aggregation | Rel-12 | R4 | 100% | - | - | [JSN] |
530025 | LTE_CA_B1_B7 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 7 | Rel-12 | R4 | 100% | RP-141487 | Ericsson | [JSN] |
530125 | LTE_CA_B1_B7-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 7 | Rel-12 | R4 | 100% | RP-141487 | Ericsson | [JSN] |
530225 | LTE_CA_B1_B7-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 7 | Rel-12 | R4 | 100% | RP-141487 | Ericsson | [JSN] |
530029 | LTE_CA_NC_B25 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-130179 | Sprint | [JSN] |
530129 | LTE_CA_NC_B25-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-130179 | Sprint | [JSN] |
530229 | LTE_CA_NC_B25-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-130179 | Sprint | [JSN] |
550010 | LTE_CA_B3_B5_2UL | Deleted -LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 with 2UL | Rel-12 | R4 | 100% | RP-120867 | SK Telecom | [JSN] |
550110 | LTE_CA_B3_B5_2UL-Core | Deleted - Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 with 2UL | Rel-12 | R4 | 100% | RP-120867 | SK Telecom | [JSN] |
550210 | LTE_CA_B3_B5_2UL-Perf | Deleted - Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 5 with 2UL | Rel-12 | R4 | 100% | RP-120867 | SK Telecom | [JSN] |
670049 | LTE_CA_Rel12_2UL-UEConTest | UE Conformance Test Aspects - Further Rel-12 configurations for LTE Advanced Carrier Aggregation with 2UL | Rel-12 | R5 | 100% | RP-160071 | Ericsson | [JSN] |
550011 | LTE_CA_NC_B3 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131359 | SK Telecom | [JSN] |
550111 | LTE_CA_NC_B3-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131359 | SK Telecom | [JSN] |
550211 | LTE_CA_NC_B3-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131359 | SK Telecom | [JSN] |
560015 | LTE_CA_C_B1 | Deleted - LTE Advanced intra-band contiguous Carrier Aggregation in Band 1 | Rel-12 | R4 | 100% | RP-130298 | KDDI | [JSN] |
560115 | LTE_CA_C_B1-Core | Deleted - Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 1 | Rel-12 | R4 | 100% | RP-120826 | KDDI | [JSN] |
560215 | LTE_CA_C_B1-Perf | Deleted - Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 1 | Rel-12 | R4 | 100% | RP-120826 | KDDI | [JSN] |
560016 | LTE_CA_NC_B4 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-12 | R4 | 100% | RP-131135 | T-Mobile USA | [JSN] |
560116 | LTE_CA_NC_B4-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-12 | R4 | 100% | RP-131135 | T-Mobile USA | [JSN] |
560216 | LTE_CA_NC_B4-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 | Rel-12 | R4 | 100% | RP-131135 | T-Mobile USA | [JSN] |
560017 | LTE_CA_B2_B4 | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 | Rel-12 | R4 | 100% | RP-130175 | T-Mobile USA | [JSN] |
560117 | LTE_CA_B2_B4-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 | Rel-12 | R4 | 100% | RP-130175 | T-Mobile USA | [JSN] |
560217 | LTE_CA_B2_B4-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 | Rel-12 | R4 | 100% | RP-130175 | T-Mobile USA | [JSN] |
570012 | LTE_CA_B23_B29 | LTE Advanced inter-band Carrier Aggregation of Band 23 and Band 29 | Rel-12 | R4 | 100% | RP-130170 | DISH Network | [JSN] |
570112 | LTE_CA_B23_B29-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 23 and Band 29 | Rel-12 | R4 | 100% | RP-130170 | DISH Network | [JSN] |
570212 | LTE_CA_B23_B29-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 23 and Band 29 | Rel-12 | R4 | 100% | RP-130170 | DISH Network | [JSN] |
570013 | LTE_CA_B3_B26 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-130658 | KT | [JSN] |
570113 | LTE_CA_B3_B26-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-130658 | KT | [JSN] |
570213 | LTE_CA_B3_B26-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-130658 | KT | [JSN] |
570014 | LTE_CA_B3_B19 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-130198 | NTT DOCOMO | [JSN] |
570114 | LTE_CA_B3_B19-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-130198 | NTT DOCOMO | [JSN] |
570214 | LTE_CA_B3_B19-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-130198 | NTT DOCOMO | [JSN] |
570015 | LTE_CA_B38_B39 | Deleted -LTE Advanced inter-band Carrier Aggregation of Band 38 and Band 39 | Rel-12 | R4 | 100% | RP-121178 | China Mobile | [JSN] |
570115 | LTE_CA_B38_B39-Core | Deleted - Core part:LTE Advanced inter-band Carrier Aggregation of Band 38 and Band 39 | Rel-12 | R4 | 100% | RP-121178 | China Mobile | [JSN] |
570215 | LTE_CA_B38_B39-Perf | Deleted - Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 38 and Band 39 | Rel-12 | R4 | 100% | RP-121178 | China Mobile | [JSN] |
570016 | LTE_CA_C_B3 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131184 | China Unicom | [JSN] |
570116 | LTE_CA_C_B3-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131184 | China Unicom | [JSN] |
570216 | LTE_CA_C_B3-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 3 | Rel-12 | R4 | 100% | RP-131184 | China Unicom | [JSN] |
570018 | LTE_CA_B1_B8 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 8 | Rel-12 | R4 | 100% | RP-130181 | Softbank Mobile | [JSN] |
570118 | LTE_CA_B1_B8-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 8 | Rel-12 | R4 | 100% | RP-130181 | Softbank Mobile | [JSN] |
570218 | LTE_CA_B1_B8-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 8 | Rel-12 | R4 | 100% | RP-130181 | Softbank Mobile | [JSN] |
570026 | LTE_CA_B3_B28 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 28 | Rel-12 | R4 | 100% | RP-130189 | eAccess | [JSN] |
570126 | LTE_CA_B3_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 28 | Rel-12 | R4 | 100% | RP-130189 | eAccess | [JSN] |
570226 | LTE_CA_B3_B28-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 28 | Rel-12 | R4 | 100% | RP-130189 | eAccess | [JSN] |
580032 | LTE_CA_B1_B26 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 26 | Rel-12 | R4 | 100% | RP-130668 | KDDI | [JSN] |
580132 | LTE_CA_B1_B26-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 26 | Rel-12 | R4 | 100% | RP-130668 | KDDI | [JSN] |
580232 | LTE_CA_B1_B26-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 26 | Rel-12 | R4 | 100% | RP-130668 | KDDI | [JSN] |
580033 | LTE_CA_B39_B41 | LTE Advanced inter-band Carrier Aggregation of Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-130292 | China Mobile | [JSN] |
580133 | LTE_CA_B39_B41-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-130292 | China Mobile | [JSN] |
580233 | LTE_CA_B39_B41-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-130292 | China Mobile | [JSN] |
580034 | LTE_CA_B2_B12 | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-12 | R4 | 100% | RP-140474 | US Cellular | [JSN] |
580134 | LTE_CA_B2_B12-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-12 | R4 | 100% | RP-140474 | US Cellular | [JSN] |
580234 | LTE_CA_B2_B12-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 12 | Rel-12 | R4 | 100% | RP-140474 | US Cellular | [JSN] |
580035 | LTE_CA_NC_B7 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-12 | R4 | 100% | RP-130813 | Ericsson | [JSN] |
580135 | LTE_CA_NC_B7-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-12 | R4 | 100% | RP-130813 | Ericsson | [JSN] |
580235 | LTE_CA_NC_B7-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 7 | Rel-12 | R4 | 100% | RP-130813 | Ericsson | [JSN] |
580036 | LTE_CA_C_B27 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 27 | Rel-12 | R4 | 100% | RP-131679 | NII Holdings | [JSN] |
580136 | LTE_CA_C_B27-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 27 | Rel-12 | R4 | 100% | RP-131679 | NII Holdings | [JSN] |
580236 | LTE_CA_C_B27-Perf | Perf part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 27 | Rel-12 | R4 | 100% | RP-131679 | NII Holdings | [JSN] |
590022 | LTE_CA_B2_B13 | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-130196 | Ericsson | [JSN] |
590122 | LTE_CA_B2_B13-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-130196 | Ericsson | [JSN] |
590222 | LTE_CA_B2_B13-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-130196 | Ericsson | [JSN] |
590024 | LTE_CA_B19_B21 | LTE Advanced inter-band Carrier Aggregation of Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-130197 | NTT DOCOMO | [JSN] |
590124 | LTE_CA_B19_B21-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-130197 | NTT DOCOMO | [JSN] |
590224 | LTE_CA_B19_B21-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-130197 | NTT DOCOMO | [JSN] |
590025 | LTE_CA_B8_B26 | Deleted -LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 26 | Rel-12 | R4 | 100% | RP-130201 | KT | [JSN] |
590125 | LTE_CA_B8_B26-Core | Deleted - Core part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 26 | Rel-12 | R4 | 100% | RP-130201 | KT | [JSN] |
590225 | LTE_CA_B8_B26-Perf | Deleted - Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 26 | Rel-12 | R4 | 100% | RP-130201 | KT | [JSN] |
590029 | LTE_CA_2UL-A1 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 | Rel-12 | R4 | 100% | RP-140475 | Huawei | [JSN] |
590129 | LTE_CA_2UL-A1-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 | Rel-12 | R4 | 100% | RP-141941 | Huawei | [JSN] |
590229 | LTE_CA_2UL-A1-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A1 | Rel-12 | R4 | 100% | RP-141941 | Huawei | [JSN] |
590028 | LTE_CA_2UL-A2 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 | Rel-12 | R4 | 100% | RP-130327 | Qualcomm | [JSN] |
590128 | LTE_CA_2UL-A2-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 | Rel-12 | R4 | 100% | RP-130327 | Qualcomm | [JSN] |
590228 | LTE_CA_2UL-A2-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A2 | Rel-12 | R4 | 100% | RP-130327 | Qualcomm | [JSN] |
590023 | LTE_CA_2UL-A3 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 | Rel-12 | R4 | 100% | RP-140853 | Ericsson | [JSN] |
590123 | LTE_CA_2UL-A3-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 | Rel-12 | R4 | 100% | RP-140853 | Ericsson | [JSN] |
590223 | LTE_CA_2UL-A3-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A3 | Rel-12 | R4 | 100% | RP-140853 | Ericsson | [JSN] |
590031 | LTE_CA_2UL-A4 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 | Rel-12 | R4 | 100% | RP-141160 | Nokia | [JSN] |
590131 | LTE_CA_2UL-A4-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 | Rel-12 | R4 | 100% | RP-141967 | Nokia | [JSN] |
590231 | LTE_CA_2UL-A4-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A4 | Rel-12 | R4 | 100% | RP-141967 | Nokia | [JSN] |
590026 | LTE_CA_2UL-A5 | LTE Advanced dual uplink inter-band Carrier Aggregation Class A5 | Rel-12 | R4 | 100% | RP-141195 | NTT DOCOMO | [JSN] |
590126 | LTE_CA_2UL-A5-Core | Core part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A5 | Rel-12 | R4 | 100% | RP-141195 | NTT DOCOMO | [JSN] |
590226 | LTE_CA_2UL-A5-Perf | Perf. part:LTE Advanced dual uplink inter-band Carrier Aggregation Class A5 | Rel-12 | R4 | 100% | RP-141195 | NTT DOCOMO | [JSN] |
590027 | LTE_CA_C_B39 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 39 | Rel-12 | R4 | 100% | RP-131171 | China Mobile | [JSN] |
590127 | LTE_CA_C_B39-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 39 | Rel-12 | R4 | 100% | RP-131171 | China Mobile | [JSN] |
590227 | LTE_CA_C_B39-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 39 | Rel-12 | R4 | 100% | RP-131171 | China Mobile | [JSN] |
600022 | LTE_CA_NC_2UL | LTE Advanced intra-band non-contiguous Carrier Aggregation: framework requirements for 2UL | Rel-12 | R4 | 100% | RP-140267 | Nokia | [JSN] |
600122 | LTE_CA_NC_2UL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation: framework requirements for 2UL | Rel-12 | R4 | 100% | RP-141962 | Nokia | [JSN] |
600023 | LTE_CA_NC_B41_2UL | Deleted -LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 2UL | Rel-12 | R4 | 100% | RP-131237 | Sprint | [JSN] |
600123 | LTE_CA_NC_B41_2UL-Core | Deleted - Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 2UL | Rel-12 | R4 | 100% | RP-131237 | Sprint | [JSN] |
600223 | LTE_CA_NC_B41_2UL-Perf | Deleted - Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 2UL | Rel-12 | R4 | 100% | RP-131237 | Sprint | [JSN] |
600024 | LTE_CA_NC_B4_2UL | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 for 2UL | Rel-12 | R4 | 100% | RP-131136 | T-Mobile USA | [JSN] |
600124 | LTE_CA_NC_B4_2UL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 for 2UL | Rel-12 | R4 | 100% | RP-141784 | T-Mobile USA | [JSN] |
600224 | LTE_CA_NC_B4_2UL-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 4 for 2UL | Rel-12 | R4 | 100% | RP-141784 | T-Mobile USA | [JSN] |
600025 | LTE_CA_C_B23 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131265 | Dish Network | [JSN] |
600125 | LTE_CA_C_B23-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131265 | Dish Network | [JSN] |
600225 | LTE_CA_C_B23-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131265 | Dish Network | [JSN] |
600026 | LTE_CA_NC_B23 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131700 | Dish Network | [JSN] |
600126 | LTE_CA_NC_B23-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131700 | Dish Network | [JSN] |
600226 | LTE_CA_NC_B23-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 23 | Rel-12 | R4 | 100% | RP-131700 | Dish Network | [JSN] |
600028 | LTE_CA_B12_B25 | LTE Advanced inter-band Carrier Aggregation of Band 12 and Band 25 | Rel-12 | R4 | 100% | RP-131159 | US Cellular | [JSN] |
600128 | LTE_CA_B12_B25-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 12 and Band 25 | Rel-12 | R4 | 100% | RP-131159 | US Cellular | [JSN] |
600228 | LTE_CA_B12_B25-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 12 and Band 25 | Rel-12 | R4 | 100% | RP-131159 | US Cellular | [JSN] |
600029 | LTE_CA_B1_B18_BWset | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 18 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-130669 | KDDI | [JSN] |
600129 | LTE_CA_B1_B18_BWset-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 18 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-130669 | KDDI | [JSN] |
600229 | LTE_CA_B1_B18_BWset-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 18 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-130669 | KDDI | [JSN] |
600030 | LTE_CA_B2_B5 | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-130675 | AT&T | [JSN] |
600130 | LTE_CA_B2_B5-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-130675 | AT&T | [JSN] |
600230 | LTE_CA_B2_B5-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-130675 | AT&T | [JSN] |
600031 | LTE_CA_B2_B5_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-131696 | AT&T | [JSN] |
600131 | LTE_CA_B2_B5_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-131696 | AT&T | [JSN] |
600231 | LTE_CA_B2_B5_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-131696 | AT&T | [JSN] |
600032 | LTE_CA_B2_B17_B30 | Deleted -LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131130 | AT&T | [JSN] |
600132 | LTE_CA_B2_B17_B30-Core | Deleted - Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131130 | AT&T | [JSN] |
600232 | LTE_CA_B2_B17_B30-Perf | Deleted - Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131130 | AT&T | [JSN] |
600033 | LTE_CA_B2_B29_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141212 | AT&T | [JSN] |
600133 | LTE_CA_B2_B29_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141212 | AT&T | [JSN] |
600233 | LTE_CA_B2_B29_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141212 | AT&T | [JSN] |
600034 | LTE_CA_B4_B5_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-141213 | AT&T | [JSN] |
600134 | LTE_CA_B4_B5_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-141213 | AT&T | [JSN] |
600234 | LTE_CA_B4_B5_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 30 | Rel-12 | R4 | 100% | RP-141213 | AT&T | [JSN] |
600035 | LTE_CA_B4_B17_B30 | Deleted -LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131133 | AT&T | [JSN] |
600135 | LTE_CA_B4_B17_B30-Core | Deleted - Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131133 | AT&T | [JSN] |
600235 | LTE_CA_B4_B17_B30-Perf | Deleted - Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 17 and Band 30 | Rel-12 | R4 | 100% | RP-131133 | AT&T | [JSN] |
600036 | LTE_CA_B4_B29_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141215 | AT&T | [JSN] |
600136 | LTE_CA_B4_B29_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141215 | AT&T | [JSN] |
600236 | LTE_CA_B4_B29_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 29 and Band 30 | Rel-12 | R4 | 100% | RP-141215 | AT&T | [JSN] |
600037 | LTE_CA_B2_B4_B13 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141434 | Verizon | [JSN] |
600137 | LTE_CA_B2_B4_B13-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141434 | Verizon | [JSN] |
600237 | LTE_CA_B2_B4_B13-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141434 | Verizon | [JSN] |
600038 | LTE_CA_B2_B2_B13 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-141435 | Verizon | [JSN] |
600138 | LTE_CA_B2_B2_B13-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-141435 | Verizon | [JSN] |
600238 | LTE_CA_B2_B2_B13-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 13 | Rel-12 | R4 | 100% | RP-141435 | Verizon | [JSN] |
600039 | LTE_CA_B4_B4_B13 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141433 | Verizon | [JSN] |
600139 | LTE_CA_B4_B4_B13-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141433 | Verizon | [JSN] |
600239 | LTE_CA_B4_B4_B13-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 13 | Rel-12 | R4 | 100% | RP-141433 | Verizon | [JSN] |
610017 | LTE_CA_B7_B28 | LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 28 | Rel-12 | R4 | 100% | RP-131307 | Huawei | [JSN] |
610117 | LTE_CA_B7_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 28 | Rel-12 | R4 | 100% | RP-131307 | Huawei | [JSN] |
610217 | LTE_CA_B7_B28-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 28 | Rel-12 | R4 | 100% | RP-131307 | Huawei | [JSN] |
610018 | LTE_CA_B5_B25 | LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 25 | Rel-12 | R4 | 100% | RP-131343 | U.S. Cellular | [JSN] |
610118 | LTE_CA_B5_B25-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 25 | Rel-12 | R4 | 100% | RP-131343 | U.S. Cellular | [JSN] |
610218 | LTE_CA_B5_B25-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 25 | Rel-12 | R4 | 100% | RP-131343 | U.S. Cellular | [JSN] |
610019 | LTE_CA_B1_B11 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 11 | Rel-12 | R4 | 100% | RP-131354 | SoftBank Mobile | [JSN] |
610119 | LTE_CA_B1_B11-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 11 | Rel-12 | R4 | 100% | RP-131354 | SoftBank Mobile | [JSN] |
610219 | LTE_CA_B1_B11-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 11 | Rel-12 | R4 | 100% | RP-131354 | SoftBank Mobile | [JSN] |
610020 | LTE_CA_B8_B11 | LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 11 | Rel-12 | R4 | 100% | RP-131355 | SoftBank Mobile | [JSN] |
610120 | LTE_CA_B8_B11-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 11 | Rel-12 | R4 | 100% | RP-131355 | SoftBank Mobile | [JSN] |
610220 | LTE_CA_B8_B11-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 8 and Band 11 | Rel-12 | R4 | 100% | RP-131355 | SoftBank Mobile | [JSN] |
610021 | LTE_CA_B5_B7 | LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-131365 | LG Uplus | [JSN] |
610121 | LTE_CA_B5_B7-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-131365 | LG Uplus | [JSN] |
610221 | LTE_CA_B5_B7-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-131365 | LG Uplus | [JSN] |
610022 | LTE_CA_C_B41_3DL | LTE Advanced intra-band contiguous Carrier Aggregation in Band 41 for 3DL | Rel-12 | R4 | 100% | RP-140100 | Alcatel-Lucent | [JSN] |
610122 | LTE_CA_C_B41_3DL-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 41 for 3DL | Rel-12 | R4 | 100% | RP-140100 | Alcatel-Lucent | [JSN] |
610222 | LTE_CA_C_B41_3DL-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 41 for 3DL | Rel-12 | R4 | 100% | RP-142017 | Alcatel-Lucent | [JSN] |
610023 | LTE_CA_NC_B2 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 2 | Rel-12 | R4 | 100% | RP-131366 | Ericsson | [JSN] |
610123 | LTE_CA_NC_B2-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 2 | Rel-12 | R4 | 100% | RP-131366 | Ericsson | [JSN] |
610223 | LTE_CA_NC_B2-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 2 | Rel-12 | R4 | 100% | RP-131366 | Ericsson | [JSN] |
620018 | LTE_CA_B1_B3 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 3 | Rel-12 | R4 | 100% | RP-132022 | China Unicom | [JSN] |
620118 | LTE_CA_B1_B3-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 3 | Rel-12 | R4 | 100% | RP-132022 | China Unicom | [JSN] |
620218 | LTE_CA_B1_B3-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 3 | Rel-12 | R4 | 100% | RP-132022 | China Unicom | [JSN] |
620019 | LTE_CA_B1_B28 | LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 28 | Rel-12 | R4 | 100% | RP-132028 | KDDI | [JSN] |
620119 | LTE_CA_B1_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 28 | Rel-12 | R4 | 100% | RP-141803 | KDDI | [JSN] |
620219 | LTE_CA_B1_B28-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 1 and Band 28 | Rel-12 | R4 | 100% | RP-141803 | KDDI | [JSN] |
620020 | LTE_CA_B2_B4_BWset | LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-131656 | T-Mobile USA | [JSN] |
620120 | LTE_CA_B2_B4_BWset-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-131656 | T-Mobile USA | [JSN] |
620220 | LTE_CA_B2_B4_BWset-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 - Additional bandwidth combination set | Rel-12 | R4 | 100% | RP-131656 | T-Mobile USA | [JSN] |
620021 | LTE_CA_B4_B27 | LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 27 | Rel-12 | R4 | 100% | RP-140142 | NII Holdings | [JSN] |
620121 | LTE_CA_B4_B27-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 27 | Rel-12 | R4 | 100% | RP-140142 | NII Holdings | [JSN] |
620221 | LTE_CA_B4_B27-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 27 | Rel-12 | R4 | 100% | RP-140142 | NII Holdings | [JSN] |
620022 | LTE_CA_B3_B27 | LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 27 | Rel-12 | R4 | 100% | RP-140119 | KT | [JSN] |
620122 | LTE_CA_B3_B27-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 27 | Rel-12 | R4 | 100% | RP-140119 | KT | [JSN] |
620222 | LTE_CA_B3_B27-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 27 | Rel-12 | R4 | 100% | RP-140119 | KT | [JSN] |
620072 | LTE_CA_B8_B20_BW | LTE Advanced inter-band Carrier Aggregation in Band 8 and Band 20 - Additional channel bandwidth | Rel-12 | R4 | 100% | RP-132118 | Vodafone | [JSN] |
620172 | LTE_CA_B8_B20_BW-Core | Core part:LTE Advanced inter-band Carrier Aggregation in Band 8 and Band 20 - Additional channel bandwidth | Rel-12 | R4 | 100% | RP-132118 | Vodafone | [JSN] |
620272 | LTE_CA_B8_B20_BW-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation in Band 8 and Band 20 - Additional channel bandwidth | Rel-12 | R4 | 100% | RP-132118 | Vodafone | [JSN] |
620024 | LTE_CA_B1_B3_B8 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 8 | Rel-12 | R4 | 100% | RP-141654 | KT | [JSN] |
620124 | LTE_CA_B1_B3_B8-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 8 | Rel-12 | R4 | 100% | RP-141654 | KT | [JSN] |
620224 | LTE_CA_B1_B3_B8-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 8 | Rel-12 | R4 | 100% | RP-141654 | KT | [JSN] |
620025 | LTE_CA_B1_B5_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-141462 | LG Uplus | [JSN] |
620125 | LTE_CA_B1_B5_B7-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-141462 | LG Uplus | [JSN] |
620225 | LTE_CA_B1_B5_B7-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 5 and Band 7 | Rel-12 | R4 | 100% | RP-141462 | LG Uplus | [JSN] |
620026 | LTE_CA_B2_B4_B5 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140186 | U.S. Cellular | [JSN] |
620126 | LTE_CA_B2_B4_B5-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140186 | U.S. Cellular | [JSN] |
620226 | LTE_CA_B2_B4_B5-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140186 | U.S. Cellular | [JSN] |
620027 | LTE_CA_B2_B4_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-140189 | U.S. Cellular | [JSN] |
620127 | LTE_CA_B2_B4_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-140189 | U.S. Cellular | [JSN] |
620227 | LTE_CA_B2_B4_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-140189 | U.S. Cellular | [JSN] |
620028 | LTE_CA_B2_B5_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140190 | U.S. Cellular | [JSN] |
620128 | LTE_CA_B2_B5_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140190 | U.S. Cellular | [JSN] |
620228 | LTE_CA_B2_B5_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140190 | U.S. Cellular | [JSN] |
620029 | LTE_CA_B2_B12_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131654 | AT&T | [JSN] |
620129 | LTE_CA_B2_B12_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131654 | AT&T | [JSN] |
620229 | LTE_CA_B2_B12_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131654 | AT&T | [JSN] |
620030 | LTE_CA_B2_B12_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141211 | AT&T | [JSN] |
620130 | LTE_CA_B2_B12_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141211 | AT&T | [JSN] |
620230 | LTE_CA_B2_B12_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 2, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141211 | AT&T | [JSN] |
620031 | LTE_CA_B3_B7_B20 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141224 | Vodafone | [JSN] |
620131 | LTE_CA_B3_B7_B20-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141224 | Vodafone | [JSN] |
620231 | LTE_CA_B3_B7_B20-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 3, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141224 | Vodafone | [JSN] |
620033 | LTE_CA_B4_B5_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140191 | U.S. Cellular | [JSN] |
620133 | LTE_CA_B4_B5_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140191 | U.S. Cellular | [JSN] |
620233 | LTE_CA_B4_B5_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 5 and Band 12 | Rel-12 | R4 | 100% | RP-140191 | U.S. Cellular | [JSN] |
620034 | LTE_CA_B4_B12_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131655 | AT&T | [JSN] |
620134 | LTE_CA_B4_B12_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131655 | AT&T | [JSN] |
620234 | LTE_CA_B4_B12_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 12 | Rel-12 | R4 | 100% | RP-131655 | AT&T | [JSN] |
620035 | LTE_CA_B4_B12_B30 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141214 | AT&T | [JSN] |
620135 | LTE_CA_B4_B12_B30-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141214 | AT&T | [JSN] |
620235 | LTE_CA_B4_B12_B30-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 4, Band 12 and Band 30 | Rel-12 | R4 | 100% | RP-141214 | AT&T | [JSN] |
620037 | LTE_CA_C_B42 | LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140728 | CATT | [JSN] |
620137 | LTE_CA_C_B42-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140728 | CATT | [JSN] |
620237 | LTE_CA_C_B42-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140728 | CATT | [JSN] |
620036 | LTE_CA_C_B7_BW | LTE Advanced intra-band contiguous Carrier Aggregation in Band 7 - Additional bandwidth combinations | Rel-12 | R4 | 100% | RP-131810 | Orange | [JSN] |
620136 | LTE_CA_C_B7_BW-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 7 - Additional bandwidth combinations | Rel-12 | R4 | 100% | RP-131810 | Orange | [JSN] |
620236 | LTE_CA_C_B7_BW-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 7 - Additional bandwidth combinations | Rel-12 | R4 | 100% | RP-131810 | Orange | [JSN] |
620038 | LTE_CA_NC_B41_3DL | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 3 DL | Rel-12 | R4 | 100% | RP-140101 | Sprint, Alcatel-Lucent | [JSN] |
620138 | LTE_CA_NC_B41_3DL-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 3 DL | Rel-12 | R4 | 100% | RP-140101 | Sprint, Alcatel-Lucent | [JSN] |
620238 | LTE_CA_NC_B41_3DL-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 41 for 3 DL | Rel-12 | R4 | 100% | RP-140101 | Sprint, Alcatel-Lucent | [JSN] |
620039 | LTE_CA_NC_B42 | LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140671 | Huawei | [JSN] |
620139 | LTE_CA_NC_B42-Core | Core part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140671 | Huawei | [JSN] |
620239 | LTE_CA_NC_B42-Perf | Perf. part:LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 42 | Rel-12 | R4 | 100% | RP-140671 | Huawei | [JSN] |
620050 | LTE_CA_B1_B3_B5 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 5 | Rel-12 | R4 | 100% | RP-141454 | SK Telecom | [JSN] |
620150 | LTE_CA_B1_B3_B5-Core | Core part:LTE Advanced 3 Band Carrier Aggregation(3DL/1UL) for Band 1, Band 3 and Band 5 | Rel-12 | R4 | 100% | RP-141454 | SK Telecom | [JSN] |
620250 | LTE_CA_B1_B3_B5-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation(3DL/1UL) for Band 1, Band 3 and Band 5 | Rel-12 | R4 | 100% | RP-141454 | SK Telecom | [JSN] |
620051 | LTE_CA_B1_B3_B20 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 20 | Rel-12 | R4 | 100% | RP-141222 | Vodafone | [JSN] |
620151 | LTE_CA_B1_B3_B20-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 20 | Rel-12 | R4 | 100% | RP-141222 | Vodafone | [JSN] |
620251 | LTE_CA_B1_B3_B20-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 3 and Band 20 | Rel-12 | R4 | 100% | RP-141222 | Vodafone | [JSN] |
620052 | LTE_CA_B1_B7_B20 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141223 | Vodafone | [JSN] |
620152 | LTE_CA_B1_B7_B20-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141223 | Vodafone | [JSN] |
620252 | LTE_CA_B1_B7_B20-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 1, Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-141223 | Vodafone | [JSN] |
620053 | LTE_CA_B7_B8_B20 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 8 and Band 20 | Rel-12 | R4 | 100% | RP-132080 | Vodafone | [JSN] |
620153 | LTE_CA_B7_B8_B20-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 8 and Band 20 | Rel-12 | R4 | 100% | RP-132080 | Vodafone | [JSN] |
620253 | LTE_CA_B7_B8_B20-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) for Band 7, Band 8 and Band 20 | Rel-12 | R4 | 100% | RP-132080 | Vodafone | [JSN] |
630022 | LTE_DL_FDD700_B29_Bwset | Additional bandwidth combinations for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 29 and of Band 4 and Band 29 | Rel-12 | R4 | 100% | RP-140084 | AT&T | [JSN] |
630122 | LTE_DL_FDD700_B29_BWset-Core | Core part: Additional bandwidth combinations for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 29 and of Band 4 and Band 29 | Rel-12 | R4 | 100% | RP-140084 | AT&T | [JSN] |
630023 | LTE_CA_B3_B20_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 20 | Rel-12 | R4 | 100% | RP-140447 | NSN | [JSN] |
630123 | LTE_CA_B3_B20_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 3 and Band 20 | Rel-12 | R4 | 100% | RP-140447 | NSN | [JSN] |
630024 | LTE_CA_B7_B20_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-140448 | NSN | [JSN] |
630124 | LTE_CA_B7_B20_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 7 and Band 20 | Rel-12 | R4 | 100% | RP-140448 | NSN | [JSN] |
630025 | LTE_CA_3DL_FB_BW | Additional bandwidth combinations for LTE Advanced inter-band Carrier Aggregation to support 3DL fallback | Rel-12 | R4 | 100% | RP-140454 | Qualcomm | [JSN] |
630125 | LTE_CA_3DL_FB_BW-Core | Core part: Additional bandwidth combinations for LTE Advanced inter-band Carrier Aggregation to support 3DL fallback | Rel-12 | R4 | 100% | RP-140454 | Qualcomm | [JSN] |
630026 | LTE_CA_B3_B7_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-12 | R4 | 100% | RP-141196 | Nokia Networks | [JSN] |
630126 | LTE_CA_B3_B7_B7-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-12 | R4 | 100% | RP-141196 | Nokia Networks | [JSN] |
630226 | LTE_CA_B3_B7_B7-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 7 and Band 7 | Rel-12 | R4 | 100% | RP-141196 | Nokia Networks | [JSN] |
630027 | LTE_CA_B1_B19_B21 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-141193 | NTT DOCOMO | [JSN] |
630127 | LTE_CA_B1_B19_B21-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-141193 | NTT DOCOMO | [JSN] |
630227 | LTE_CA_B1_B19_B21-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 19 and Band 21 | Rel-12 | R4 | 100% | RP-141193 | NTT DOCOMO | [JSN] |
630028 | LTE_CA_B3_B3_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 7 | Rel-12 | R4 | 100% | RP-141126 | TeliaSonera | [JSN] |
630128 | LTE_CA_B3_B3_B7-Core | Core part: LTE-Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 7 | Rel-12 | R4 | 100% | RP-141126 | TeliaSonera | [JSN] |
630228 | LTE_CA_B3_B3_B7-Perf | Perf. part: LTE-Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 3 and Band 7 | Rel-12 | R4 | 100% | RP-141126 | TeliaSonera | [JSN] |
630029 | LTE_CA_C_B40_3DL | LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-140948 | China Mobile | [JSN] |
630129 | LTE_CA_C_B40_3DL-Core | Core part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-140948 | China Mobile | [JSN] |
630229 | LTE_CA_C_B40_3DL-Perf | Perf. part: LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-140948 | China Mobile | [JSN] |
630035 | LTE_CA_B4_B12_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-141235 | T-Mobile USA | [JSN] |
630135 | LTE_CA_B4_B12_BWset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-141235 | T-Mobile USA | [JSN] |
630235 | LTE_CA_B4_B12_BWset-Perf | Deleted - Perf. part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 4 and Band 12 | Rel-12 | R4 | 100% | RP-141235 | T-Mobile USA | [JSN] |
630036 | LTE_CA_B41_B42 | LTE Advanced inter-band Carrier Aggregation of Band 41 and Band 42 | Rel-12 | R4 | 100% | RP-140450 | Huawei | [JSN] |
630136 | LTE_CA_B41_B42-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 41 and Band 42 | Rel-12 | R4 | 100% | RP-140450 | Huawei | [JSN] |
630236 | LTE_CA_B41_B42-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 41 and Band 42 | Rel-12 | R4 | 100% | RP-140450 | Huawei | [JSN] |
630037 | LTE_CA_B4_B4_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4, and Band 12 | Rel-12 | R4 | 100% | RP-141709 | T-Mobile USA | [JSN] |
630137 | LTE_CA_B4_B4_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4, and Band 12 | Rel-12 | R4 | 100% | RP-141709 | T-Mobile USA | [JSN] |
630237 | LTE_CA_B4_B4_B12-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4, and Band 12 | Rel-12 | R4 | 100% | RP-141709 | T-Mobile USA | [JSN] |
630038 | LTE_CA_B2_B4_B4 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4, and Band 4 | Rel-12 | R4 | 100% | RP-141236 | T-Mobile USA | [JSN] |
630138 | LTE_CA_B2_B4_B4-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4, and Band 4 | Rel-12 | R4 | 100% | RP-141236 | T-Mobile USA | [JSN] |
630238 | LTE_CA_B2_B4_B4-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4, and Band 4 | Rel-12 | R4 | 100% | RP-141236 | T-Mobile USA | [JSN] |
630045 | LTE_CA_NC_B25_BWset | Additional bandwidth combinations for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-140452 | Huawei | [JSN] |
630145 | LTE_CA_NC_B25_BWset-Core | Core part: Additional bandwidth combinations for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-140452 | Huawei | [JSN] |
630245 | LTE_CA_NC_B25_BWset-Perf | Perf. part: Additional bandwidth combinations for LTE Advanced intra-band non-contiguous Carrier Aggregation in Band 25 | Rel-12 | R4 | 100% | RP-140452 | Huawei | [JSN] |
640020 | LTE_CA_B2_B4_Bwset2 | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 | Rel-12 | R4 | 100% | RP-140599 | T-Mobile USA | [JSN] |
640120 | LTE_CA_B2_B4_BWset2-Core | Core part: Additional bandwidth combination set 2 for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 4 | Rel-12 | R4 | 100% | RP-140599 | T-Mobile USA | [JSN] |
640021 | LTE_CA_B2_B5_BWset | Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140642 | AT&T | [JSN] |
640121 | LTE_CA_B2_B5_Bwset-Core | Core part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140642 | AT&T | [JSN] |
640221 | LTE_CA_B2_B5_BWset-Perf | Perf. Part: Additional bandwidth combination set for LTE Advanced inter-band Carrier Aggregation of Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140642 | AT&T | [JSN] |
640027 | LTE_CA_Mult | E-UTRA UE demodulation/Channel State Information (CSI) performance requirements for multiple Carrier Aggregation configurations | Rel-12 | R4 | 100% | RP-141304 | China Mobile | [JSN] |
640127 | LTE_CA_Mult-Perf | Perf. Part: E-UTRA UE demodulation/Channel State Information (CSI) performance requirements for multiple Carrier Aggregation configurations | Rel-12 | R4 | 100% | RP-141304 | China Mobile | [JSN] |
640028 | LTE_CA_B1_B3_B19 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-141004 | NTT DOCOMO | [JSN] |
640128 | LTE_CA_B1_B3_B19-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-141004 | NTT DOCOMO | [JSN] |
640228 | LTE_CA_B1_B3_B19-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 19 | Rel-12 | R4 | 100% | RP-141004 | NTT DOCOMO | [JSN] |
640029 | LTE_CA_B19_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141007 | NTT DOCOMO | [JSN] |
640129 | LTE_CA_B19_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141007 | NTT DOCOMO | [JSN] |
640229 | LTE_CA_B19_B42_B42-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 19, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141007 | NTT DOCOMO | [JSN] |
640030 | LTE_CA_B3_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141005 | NTT DOCOMO | [JSN] |
640130 | LTE_CA_B3_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141005 | NTT DOCOMO | [JSN] |
640230 | LTE_CA_B3_B42_B42-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 3, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141005 | NTT DOCOMO | [JSN] |
640031 | LTE_CA_B1_B42_B42 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141006 | NTT DOCOMO | [JSN] |
640131 | LTE_CA_B1_B42_B42-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141006 | NTT DOCOMO | [JSN] |
640231 | LTE_CA_B1_B42_B42-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 42 and Band 42 | Rel-12 | R4 | 100% | RP-141006 | NTT DOCOMO | [JSN] |
640035 | LTE_CA_C_B40_3DL_BW | Additional bandwidth combination set for LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-141127 | TeliaSonera | [JSN] |
640135 | LTE_CA_C_B40_3DL_BW-Core | Core part: Additional bandwidth combination set for LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-141127 | TeliaSonera | [JSN] |
650054 | LTE_CA_C_B40_3DL_BW-Perf | Perf. part: Additional bandwidth combination set for LTE Advanced intra-band contiguous Carrier Aggregation in Band 40 for 3DL | Rel-12 | R4 | 100% | RP-141127 | TeliaSonera | [JSN] |
650010 | LTE_CA_B18_B28 | LTE Advanced inter-band Carrier Aggregation of Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141611 | KDDI | [JSN] |
650110 | LTE_CA_B18_B28-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141611 | KDDI | [JSN] |
650210 | LTE_CA_B18_B28-Perf | Perf. Part:LTE Advanced inter-band Carrier Aggregation of Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141611 | KDDI | [JSN] |
630034 | LTE_CA_B5_B13 | LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140169 | Intel | [JSN] |
630134 | LTE_CA_B5_B13-Core | Core part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140169 | Intel | [JSN] |
630234 | LTE_CA_B5_B13-Perf | Perf. part:LTE Advanced inter-band Carrier Aggregation of Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140169 | Intel | [JSN] |
630039 | LTE_CA_B2_B2_B5 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140165 | Intel | [JSN] |
630139 | LTE_CA_B2_B2_B5-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140165 | Intel | [JSN] |
630239 | LTE_CA_B2_B2_B5-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 5 | Rel-12 | R4 | 100% | RP-140165 | Intel | [JSN] |
630040 | LTE_CA_B4_B4_B5 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140166 | Intel | [JSN] |
630140 | LTE_CA_B4_B4_B5-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140166 | Intel | [JSN] |
630240 | LTE_CA_B4_B4_B5-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 5 | Rel-12 | R4 | 100% | RP-140166 | Intel | [JSN] |
630041 | LTE_CA_B2_B5_B13 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140167 | Intel | [JSN] |
630141 | LTE_CA_B2_B5_B13-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140167 | Intel | [JSN] |
630241 | LTE_CA_B2_B5_B13-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140167 | Intel | [JSN] |
630042 | LTE_CA_B4_B5_B13 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140168 | Intel | [JSN] |
630142 | LTE_CA_B4_B5_B13-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140168 | Intel | [JSN] |
630242 | LTE_CA_B4_B5_B13-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 5 and Band 13 | Rel-12 | R4 | 100% | RP-140168 | Intel | [JSN] |
630043 | LTE_CA_B1_B3_B26 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-140194 | China Telecom | [JSN] |
630143 | LTE_CA_B1_B3_B26-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-140194 | China Telecom | [JSN] |
630243 | LTE_CA_B1_B3_B26-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 3 and Band 26 | Rel-12 | R4 | 100% | RP-140194 | China Telecom | [JSN] |
630044 | LTE_CA_B1_B18_B28 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141610 | KDDI | [JSN] |
630144 | LTE_CA_B1_B18_B28-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141788 | KDDI | [JSN] |
630244 | LTE_CA_B1_B18_B28-Perf | Perf. part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 18 and Band 28 | Rel-12 | R4 | 100% | RP-141788 | KDDI | [JSN] |
640023 | LTE_CA_B4_B7_B12 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-12 | R4 | 100% | RP-140661 | Rogers Wireless | [JSN] |
640123 | LTE_CA_B4_B7_B12-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-12 | R4 | 100% | RP-140661 | Rogers Wireless | [JSN] |
640223 | LTE_CA_B4_B7_B12-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 7 and Band 12 | Rel-12 | R4 | 100% | RP-140661 | Rogers Wireless | [JSN] |
640024 | LTE_CA_B4_B4_B7 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-12 | R4 | 100% | RP-140662 | Rogers Wireless | [JSN] |
640124 | LTE_CA_B4_B4_B7-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-12 | R4 | 100% | RP-140662 | Rogers Wireless | [JSN] |
640224 | LTE_CA_B4_B4_B7-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 4, Band 4 and Band 7 | Rel-12 | R4 | 100% | RP-140662 | Rogers Wireless | [JSN] |
640026 | LTE_CA_B39_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-140708 | China Mobile | [JSN] |
640126 | LTE_CA_B39_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142301 | China Mobile | [JSN] |
640226 | LTE_CA_B39_B41_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142301 | China Mobile | [JSN] |
640033 | LTE_CA_B1_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-140963 | KDDI | [JSN] |
640133 | LTE_CA_B1_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142297 | KDDI | [JSN] |
640233 | LTE_CA_B1_B41_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 1, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142297 | KDDI | [JSN] |
640034 | LTE_CA_B26_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 26, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-140964 | KDDI | [JSN] |
640134 | LTE_CA_B26_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 26, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142298 | KDDI | [JSN] |
640234 | LTE_CA_B26_B41_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 26, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142298 | KDDI | [JSN] |
650046 | LTE_CA_B25_B41_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 25, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-141673 | Alcatel-Lucent | [JSN] |
650146 | LTE_CA_B25_B41_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 25, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142018 | Alcatel-Lucent | [JSN] |
650246 | LTE_CA_B25_B41_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 25, Band 41 and Band 41 | Rel-12 | R4 | 100% | RP-142018 | Alcatel-Lucent | [JSN] |
650048 | LTE_CA_B39_B39_B41 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-141288 | China Mobile | [JSN] |
650148 | LTE_CA_B39_B39_B41-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-142302 | China Mobile | [JSN] |
650248 | LTE_CA_B39_B39_B41-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 39, Band 39 and Band 41 | Rel-12 | R4 | 100% | RP-142302 | China Mobile | [JSN] |
650050 | LTE_CA_B2_B2_B29 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 29 | Rel-12 | R4 | 100% | RP-141448 | AT&T | [JSN] |
650150 | LTE_CA_B2_B2_B29-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 29 | Rel-12 | R4 | 100% | RP-141448 | AT&T | [JSN] |
650250 | LTE_CA_B2_B2_B29-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 2 and Band 29 | Rel-12 | R4 | 100% | RP-141448 | AT&T | [JSN] |
650052 | LTE_CA_B2_B4_B29 | LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 29 | Rel-12 | R4 | 100% | RP-141668 | Huawei | [JSN] |
650152 | LTE_CA_B2_B4_B29-Core | Core part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 29 | Rel-12 | R4 | 100% | RP-141668 | Huawei | [JSN] |
650252 | LTE_CA_B2_B4_B29-Perf | Perf. Part:LTE Advanced 3 Band Carrier Aggregation (3DL/1UL) of Band 2, Band 4 and Band 29 | Rel-12 | R4 | 100% | RP-141668 | Huawei | [JSN] |
610013 | LTE_CA_Rel12-UEConTest | UE Conformance Test Aspects – Further Rel-12 configurations for LTE Advanced Carrier Aggregation | Rel-12 | R5 | 100% | RP-150077 | Microsoft | [JSN] |
650011 | LTE_CA_Rel12_3DL-UEConTest | UE Conformance Test Aspects – Further Rel-12 configurations for LTE Advanced Carrier Aggregation with 3DL | Rel-12 | R5 | 100% | RP-151821 | Microsoft | [JSN] |
510033 | LTE_CA_HetNet_ICIC | Deleted - Carrier based HetNet ICIC for LTE | Rel-12 | R3,R1,R2 | 100% | RP-121198 | Nokia Siemens Networks | [JSN] |
510133 | LTE_CA_HetNet_ICIC-Core | Deleted - Core part: Carrier based HetNet ICIC for LTE | Rel-12 | R3,R1,R2 | 100% | RP-121198 | Nokia Siemens Networks | [JSN] |
570017 | LTE_WCS_band | LTE in the US Wireless Communications Service (WCS) Band 30 | Rel-12 | R4,R2,R5 | 100% | RP-130843 | AT&T | [JSN] |
570117 | LTE_WCS_band-Core | Core part: LTE in the US Wireless Communications Service (WCS) Band 30 | Rel-12 | R4,R2 | 100% | RP-130843 | AT&T | [JSN] |
570217 | LTE_WCS_band-Perf | Perf. Part: LTE in the US Wireless Communications Service (WCS) Band 30 | Rel-12 | R4 | 100% | RP-130843 | AT&T | [JSN] |
640002 | LTE_WCS_band-UEConTest | Test Part: LTE in the US Wireless Communications Service (WCS) Band 30 | Rel-12 | R5 | 100% | RP-140643 | Ericsson | [JSN] |
570019 | LTE450_Brazil | Introduction of LTE 450 MHz band in Brazil | Rel-12 | R4,R5 | 100% | RP-121414 | Huawei | [JSN] |
570119 | LTE450_Brazil-Core | Core part: Introduction of LTE 450 MHz band in Brazil | Rel-12 | R4 | 100% | RP-121414 | Huawei | [JSN] |
570219 | LTE450_Brazil-Perf | Perf. part: Introduction of LTE 450 MHz band in Brazil | Rel-12 | R4 | 100% | RP-121414 | Huawei | [JSN] |
600005 | LTE450_Brazil-UEConTest | Test part: Introduction of LTE 450 MHz band in Brazil | Rel-12 | R5 | 100% | RP-130646 | Huawei | [JSN] |
570020 | LTE_eDL_MIMO_enh | Further Downlink MIMO Enhancement for LTE Advanced | Rel-12 | R1,R4 | 100% | RP-121416 | Alcatel-Lucent | [JSN] |
570120 | LTE_eDL_MIMO_enh-Core | Core part: Further Downlink MIMO Enhancement for LTE Advanced | Rel-12 | R1 | 100% | RP-121416 | Alcatel-Lucent | [JSN] |
570220 | LTE_eDL_MIMO_enh-Perf | Perf. part: Further Downlink MIMO Enhancement for LTE Advanced | Rel-12 | R4 | 100% | RP-121416 | Alcatel-Lucent | [JSN] |
670045 | LTE_eDL_MIMO_enh-UEConTest | UE Conformance Test Aspects - Further DL MIMO Enhancement for LTE-Advanced | Rel-12 | R5 | 100% | RP-150071 | ZTE | [JSN] |
570025 | LTE_NCT | Deleted - New Carrier Type for LTE | Rel-12 | R1,R2,R4 | 100% | RP-122028 | Ericsson | [JSN] |
570125 | LTE_NCT-Core | Deleted - Core part: New Carrier Type for LTE | Rel-12 | R1,R2,R4 | 100% | RP-122028 | Ericsson | [JSN] |
570225 | LTE_NCT-Perf | Deleted - Perf. part: New Carrier Type for LTE | Rel-12 | R4 | 100% | RP-122028 | Ericsson | [JSN] |
580027 | LTE_TDD_eIMTA | Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Rel-12 | R1,R2,R3,R4 | 99% | RP-121772 | CATT | [JSN] |
580127 | LTE_TDD_eIMTA-Core | Core part: Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Rel-12 | R1,R2,R3,R4 | 100% | RP-121772 | CATT | [JSN] |
580227 | LTE_TDD_eIMTA-Perf | Perf. part: Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Rel-12 | R4 | 100% | RP-121772 | CATT | [JSN] |
690072 | LTE_TDD_eIMTA-UEConTest | UE Conformance Test Aspects - Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Rel-12 | R5 | 100% | RP-151398 | CATT | [JSN] |
580029 | HetNet_eMOB_LTE | HetNet Mobility enhancements for LTE | Rel-12 | R2,R4 | 100% | RP-122007 | Alcatel-Lucent | [JSN] |
580129 | HetNet_eMOB_LTE-Core | Core part: HetNet Mobility enhancements for LTE | Rel-12 | R2,R4 | 100% | RP-122007 | Alcatel-Lucent | [JSN] |
580030 | EHNB_enh2_X2GW | Further enhancements for HeNB mobility-X2-GW | Rel-12 | R3 | 100% | RP-122006 | Alcatel-Lucent | [JSN] |
580130 | EHNB_enh2_X2GW-Core | Core part: Further enhancements for HeNB mobility-X2-GW | Rel-12 | R3 | 100% | RP-122006 | Alcatel-Lucent | [JSN] |
580031 | LTE_UL_8Rx | 8 Rx Antennas for LTE UL | Rel-12 | R4 | 100% | RP-121709 | China Telecom | [JSN] |
580231 | LTE_UL_8Rx-Perf | Perf. part: 8 Rx Antennas for LTE UL | Rel-12 | R4 | 100% | RP-121709 | China Telecom | [JSN] |
600013 | LTE_CA_TDD_FDD | LTE TDD-FDD joint operation including Carrier Aggregation | Rel-12 | R1,R2,R4 | 100% | RP-140465 | Nokia | [JSN] |
600113 | LTE_CA_TDD_FDD-Core | Core part: LTE TDD-FDD joint operation including Carrier Aggregation | Rel-12 | R1,R2,R4 | 100% | RP-140465 | Nokia, China Mobile (for TR) | [JSN] |
600213 | LTE_CA_TDD_FDD-Perf | Perf. part: LTE TDD-FDD joint operation including Carrier Aggregation | Rel-12 | R4 | 100% | RP-140465 | Nokia | [JSN] |
600014 | Cov_Enh_LTE | LTE Coverage Enhancements | Rel-12 | R1,R2,R4,R5 | 100% | RP-130833 | China Telecom | [JSN] |
600114 | Cov_Enh_LTE-Core | Core part: LTE Coverage Enhancements | Rel-12 | R1,R2,R4 | 100% | RP-130833 | China Telecom | [JSN] |
600214 | Cov_Enh_LTE-Perf | Perf. part: LTE Coverage Enhancements | Rel-12 | R4 | 100% | RP-130833 | China Telecom | [JSN] |
650012 | Cov_Enh_LTE-UEConTest | Test part: LTE Coverage Enhancements | Rel-12 | R5 | 100% | RP-141150 | China Telecom | [JSN] |
610024 | MBMS_LTE_OS | Further MBMS operations support for E-UTRAN | Rel-12 | R2,R1,R3,R4 | 100% | RP-140282 | Verizon | [JSN] |
610124 | MBMS_LTE_OS-Core | Core part: Further MBMS operations support for E-UTRAN | Rel-12 | R2,R1,R3,R4 | 100% | RP-140282 | Verizon | [JSN] |
620073 | MBMS_LTE_OS-Perf | Perf. part: Further MBMS operations support for E-UTRAN | Rel-12 | R4 | 100% | RP-140282 | Verizon | [JSN] |
620040 | LTE_SC_enh_dualC | Dual connectivity for LTE | Rel-12 | R2,R1,R3,R4,S2,C4 | 99% | RP-141266 | NTT DOCOMO | [JSN] |
620140 | LTE_SC_enh_dualC-Core | Core part: Dual connectivity for LTE | Rel-12 | R2,R1,R3,R4 | 100% | RP-141797 | NTT DOCOMO, NEC | [JSN] |
620240 | LTE_SC_enh_dualC-Perf | Perf. part: Dual Connectivity for LTE | Rel-12 | R4 | 100% | RP-141797 | NTT DOCOMO | [JSN] |
631000 | LTE_SC_enh_dualC-S2 | SA2 part of Dual connectivity for LTE | Rel-12 | S2 | 100% | - | - | [JSN] |
650006 | LTE_SC_enh_dualC-CT | CT aspects of Dual connectivity for LTE | Rel-12 | C4 | 100% | CP-140493 | Huawei | [JSN] |
680070 | LTE_SC_enh_dualC-UEConTest | UE Conformance Test Aspects - Dual connectivity for LTE | Rel-12 | R5 | 100% | RP-150840 | Ericsson | [JSN] |
620041 | LTE_SC_enh_L1 | E-UTRA Small cell enhancements - Physical layer aspects | Rel-12 | R1,R2,R4 | 100% | RP-141459 | Huawei | [JSN] |
620141 | LTE_SC_enh_L1-Core | Core part: E-UTRA Small cell enhancements - Physical layer aspects | Rel-12 | R1,R2,R4 | 100% | RP-141459 | Huawei | [JSN] |
620241 | LTE_SC_enh_L1-Perf | Perf. part: E-UTRA Small cell enhancements - Physical layer aspects | Rel-12 | R4 | 100% | RP-141459 | Huawei | [JSN] |
680068 | LTE_SC_enh_L1-UEConTest | UE Conformance Test Aspects - E-UTRA Small cell enhancements - Physical layer aspects | Rel-12 | R5 | 100% | RP-160414 | Huawei | [JSN] |
620047 | COMP_LTE_IeNB | Inter-eNB Coordinated Multi-Point (CoMP) for LTE | Rel-12 | R3,R1 | 100% | RP-140983 | Samsung | [JSN] |
620147 | COMP_LTE_IeNB-Core | Core part: Inter-eNB Coordinated Multi-Point (CoMP) for LTE | Rel-12 | R3,R1 | 100% | RP-140983 | Samsung | [JSN] |
630031 | SCM_LTE | Smart Congestion Mitigation in E-UTRAN | Rel-12 | R2,S1,C1 | 100% | RP-140434 | LG Electronics | [JSN] |
630131 | SCM_LTE-Core | Core part: Smart Congestion Mitigation in E-UTRAN | Rel-12 | R2 | 100% | RP-140434 | LG Electronics | [JSN] |
640105 | - | Stage 1 Prioritization of Multimedia Telephony (MMTel) and Mobile Originating-SMS for Access Class Barring (ACB) | Rel-12 | S1 | 100% | CP-140286 | - | [JSN] |
640005 | SCM_LTE-CT | CT aspects of Smart Congestion Mitigation in E-UTRAN (Stage 3) | Rel-12 | C1 | 100% | CP-140286 | LG Electronics | [JSN] |
670051 | SCM_LTE-UEConTest | UE Conformance Test Aspects - Smart Congestion Mitigation in E-UTRAN | Rel-12 | R5 | 100% | RP-150797 | NTT DOCOMO | [JSN] |
630032 | LCS_LTE_RFPMT | Positioning Enhancements for RF Pattern Matching in E-UTRA | Rel-12 | R3,R2 | 100% | RP-140177 | Polaris Wireless | [JSN] |
630132 | LCS_LTE_RFPMT-Core | Core part: Positioning Enhancements for RF Pattern Matching in E-UTRA | Rel-12 | R3,R2 | 100% | RP-140177 | Polaris Wireless | [JSN] |
630046 | LTE_NAICS | Network-Assisted Interference Cancellation and Suppression for LTE | Rel-12 | R1,R2,R4,R3 | 100% | RP-141634 | MediaTek | [JSN] |
630146 | LTE_NAICS-Core | Core part: Network-Assisted Interference Cancellation and Suppression for LTE | Rel-12 | R1,R2,R4,R3 | 100% | RP-141634 | MediaTek | [JSN] |
630246 | LTE_NAICS-Perf | Perf. part: Network-Assisted Interference Cancellation and Suppression for LTE | Rel-12 | R4 | 100% | RP-151297 | MediaTek | [JSN] |
690070 | LTE_NAICS-UEConTest | UE Conformance Test Aspects: Network-Assisted Interference Cancellation and Suppression for LTE | Rel-12 | R5 | 100% | RP-160265 | Mediatek | [JSN] |
630047 | LTE_SUMIMO_RX | Performance requirements of interference cancellation and suppression receiver for SU-MIMO | Rel-12 | R4 | 100% | RP-140520 | Huawei | [JSN] |
630147 | LTE_SUMIMO_RX-Perf | Perf. part: Performance requirements of interference cancellation and suppression receiver for SU-MIMO | Rel-12 | R4 | 100% | RP-140520 | Huawei | [JSN] |
670052 | LTE_SUMIMO_RX-UEConTest | UE Conformance Test Aspects - Performance Requirements of Interference Cancellation and Suppression Receiver for SU-MIMO for E-UTRA | Rel-12 | R5 | 100% | RP-151819 | Huawei | [JSN] |
580028 | LCR_TDD_HSPA_sign_enh | HSPA signalling enhancements for more efficient resource usage for LCR | Rel-12 | R1,R2,R3,R4 | 100% | RP-121984 | CATT | [JSN] |
580128 | LCR_TDD_HSPA_sign_enh-Core | Core part: HSPA signalling enhancements for more efficient resource usage for LCR TDD | Rel-12 | R1,R2,R3 | 100% | RP-121984 | CATT | [JSN] |
580228 | LCR_TDD_HSPA_sign_enh-Perf | Perf. part: HSPA signalling enhancements for more efficient resource usage for LCR TDD | Rel-12 | R4 | 100% | RP-121984 | CATT | [JSN] |
600017 | UTRA_HNB_Pos | HNB Positioning for UTRA | Rel-12 | R3 | 100% | RP-132037 | Alcatel-Lucent | [JSN] |
600117 | UTRA_HNB_Pos-Core | Core part: HNB Positioning for UTRA | Rel-12 | R3 | 100% | RP-132037 | Alcatel-Lucent | [JSN] |
610025 | UTRA_DCHenh | Dedicated Channel (DCH) enhancements for UMTS | Rel-12 | R1,R2,R3,R4 | 100% | RP-140771 | Qualcomm | [JSN] |
610125 | UTRA_DCHenh-Core | Core part: Dedicated Channel (DCH) enhancements for UMTS | Rel-12 | R1,R2,R3,R4 | 100% | RP-140771 | Qualcomm | [JSN] |
610225 | UTRA_DCHenh-Perf | Perf. part: Dedicated Channel (DCH) enhancements for UMTS | Rel-12 | R4 | 100% | RP-140771 | Qualcomm | [JSN] |
670053 | UTRA_DCHenh-UEConTest | UE Conformance Test Aspects - DCH Enhancements for UMTS | Rel-12 | R5 | 100% | RP-160384 | Qualcomm | [JSN] |
610026 | UTRA_HetNet_mob | UMTS Mobility enhancements for heterogeneous networks | Rel-12 | R2,R3,R4 | 100% | RP-132039 | Huawei | [JSN] |
610126 | UTRA_HetNet_mob-Core | Core part: UMTS Mobility enhancements for heterogeneous networks | Rel-12 | R2,R3,R4 | 100% | RP-132039 | Huawei | [JSN] |
610226 | UTRA_HetNet_mob-Perf | Perf. part: UMTS Mobility enhancements for heterogeneous networks | Rel-12 | R4 | 100% | RP-132039 | Huawei | [JSN] |
620054 | UTRA_HetNet_enh | UMTS Heterogeneous Networks enhancements | Rel-12 | R1,R2,R3,R4 | 100% | RP-141701 | Huawei | [JSN] |
620154 | UTRA_HetNet_enh-Core | Core part: Heterogeneous Networks enhancements | Rel-12 | R1 | 100% | RP-141701 | Huawei | [JSN] |
620254 | UTRA_HetNet_enh-Perf | Perf. part: Heterogeneous Networks enhancements | Rel-12 | R4 | 100% | RP-141701 | Huawei | [JSN] |
620055 | UTRA_SIBenh | Enhanced Broadcast of System Information | Rel-12 | R2,R1,R3,R4 | 100% | RP-140131 | Ericsson | [JSN] |
620155 | UTRA_SIBenh-Core | Core part: Enhanced Broadcast of System Information | Rel-12 | R2,R1,R3,R4 | 100% | RP-140131 | Ericsson | [JSN] |
620255 | UTRA_SIBenh-Perf | Perf. part: Enhanced Broadcast of System Information | Rel-12 | R4 | 100% | RP-140131 | Ericsson | [JSN] |
620049 | EDCH_enh | Further Enhanced Uplink (EUL) enhancements | Rel-12 | R2 | 100% | RP-140127 | Ericsson | [JSN] |
620149 | EDCH_enh-Core | Core part: Further Enhanced Uplink (EUL) enhancements | Rel-12 | R2,R1,R3,R4 | 100% | RP-140127 | Ericsson | [JSN] |
620249 | EDCH_enh-Perf | Perf. part: Further Enhanced Uplink (EUL) enhancements | Rel-12 | R4 | 100% | RP-140127 | Ericsson | [JSN] |
560018 | TEI12 | (Small) Technical Enhancements and Improvements for Rel-12 | Rel-12 | SP,CP,RP,GP | 100% | - | - | [JSN] |
660032 | TEI12_IETF | (IETF) (Small) Technical Enhancements and Improvements for Rel-12 (draft-ietf-insipid-session-id) | Rel-12 | C1-IETF | 100% | CP-140815 | Alcatel-Lucent | [JSN] |
610001 | TEI12_Test | Test - (Small) Technical Enhancements and Improvements for Rel-12 | Rel-12 | R5,G3new | 100% | - | - | [JSN] |
470020 | FS_AMTC | Study on Alternatives to E.164 for Machine-Type Communications | Rel-12 | S1 | 100% | SP-100198 | T-Mobile USA | [JSN] |
480032 | FS_MTCe | Study on enhancements for Machine-Type Communications (MTC) | Rel-12 | S1 | 100% | SP-100448 | Huawei | [JSN] |
490035 | FS_SSO_Int | Study on Integration of Single Sign-On (SSO) frameworks with 3GPP networks | Rel-12 | S1 | 100% | SP-100640 | InterDigital | [JSN] |
500035 | FS_CSN | Study on Continuity of Data Sessions to Local Networks | Rel-12 | S1 | 100% | SP-100885 | NEC | [JSN] |
500036 | FS_MODAI | Study on non-MTC Mobile Data Applications Impacts | Rel-12 | S1 | 100% | SP-100889 | Huawei, China Mobile | [JSN] |
530044 | FS_ProSe | Study on Proximity-based Services | Rel-12 | S1 | 100% | SP-110638 | Qualcomm | [JSN] |
540027 | FS_UPCON | Study on User Plane Congestion management | Rel-12 | S1 | 100% | SP-110819 | KDDI | [JSN] |
540028 | FS_RSE | Study on RAN Sharing Enhancements | Rel-12 | S1 | 100% | SP-110820 | NEC | [JSN] |
460025 | FS_U2e | Deleted - Study on UICC/USIM enhancements | Rel-12 | S1 | 100% | SP-090903 | Giesecke & Devrient | [JSN] |
490034 | FS_IMS_P2P_CDS | Study on IMS based Peer-to-Peer Content Distribution Services (Stage 2) | Rel-12 | S2,S1,S3 | 100% | SP-120622 | China Mobile | [JSN] |
490134 | FS_IMS_P2P_CDS | SA1 part of Study on IMS based Peer-to-Peer Content Distribution Services (Stage 2) | Rel-12 | S1 | 100% | SP-120622 | China Mobile | [JSN] |
490234 | FS_IMS_P2P_CDS | SA2 part of Study on IMS based Peer-to-Peer Content Distribution Services (Stage 2) | Rel-12 | S2 | 100% | SP-120622 | China Mobile | [JSN] |
570036 | FS_IMS_P2P_CDS | SA3 part of Study on IMS based Peer-to-Peer Content Distribution Services (Stage 2) | Rel-12 | S3 | 100% | SP-120622 | China Mobile | [JSN] |
490036 | FS_CNO | Study on Core Network Overload solutions | Rel-12 | S2 | 100% | SP-120490 | Huawei | [JSN] |
490136 | FS_CNO | Study on Core Network Overload solutions (Phase 1) | Rel-12 | S2 | 100% | SP-120490 | Huawei | [JSN] |
490236 | FS_CNO | Study on Core Network Overload solutions (Phase 2) | Rel-12 | S2 | 100% | SP-120490 | Huawei | [JSN] |
500037 | FS_SEEE | Study on System Enhancements for Energy Efficiency | Rel-12 | S2 | 100% | SP-100888 | Huawei | [JSN] |
510061 | FS_SaMOG | Study on S2a Mobility based On GTP and WLAN access to EPC | Rel-12 | S2 | 100% | SP-120426 | ZTE | [JSN] |
560037 | FS_WORM | Study on Optimized Offloading to WLAN in 3GPP-RAT Mobility | Rel-12 | S2 | 100% | SP-120261 | BlackBerry | [JSN] |
560038 | FS_ABC | Study on Application Based Charging | Rel-12 | S2 | 100% | SP-120271 | Allot | [JSN] |
410043 | FS_MAPIM | Study on Multi Access PDN connectivity and IP flow Mobility | Rel-12 | S2,S1 | 100% | SP-110452 | Qualcomm | [JSN] |
410143 | FS_MAPIM | SA1 part of Study on Multi Access PDN connectivity and IP flow Mobility | Rel-12 | S1 | 100% | SP-110452 | Qualcomm | [JSN] |
410243 | FS_MAPIM | SA2 part of Study on Multi Access PDN connectivity and IP flow Mobility | Rel-12 | S2 | 100% | SP-110452 | Qualcomm | [JSN] |
560039 | FS_NBIFOM | Deleted - Study on IP Flow Mobility support for S2a and S2b Interfaces | Rel-12 | S2 | 100% | SP-120742 | ZTE | [JSN] |
480043 | FS_eMEDIASEC | Study on Extended IMS Media Plane Security features | Rel-12 | S3 | 100% | SP-100256 | Vodafone | [JSN] |
530047 | FS_Fire | Deleted - Study on Firewall traversal (Stage 2) | Rel-12 | S3 | 100% | SP-120849 | Acme Packet | [JSN] |
550026 | FS_SPOOF | Study on Security on spoofed call detection and prevention (Stage 2) | Rel-12 | S3 | 100% | SP-120030 | China Mobile | [JSN] |
570035 | FS_SECAM | Study on Security Assurance Methodology for 3GPP Network Elements | Rel-12 | S3 | 100% | SP-120654 | Orange | [JSN] |
540033 | FS_IS_DASH | Study on Improved Support for Dynamic Adaptive Streaming over HTTP in 3GPP | Rel-12 | S4 | 100% | SP-140486 | Qualcomm | [JSN] |
610044 | FS_HTML5 | Study on HTML5 for a new presentation layer in 3GPP services | Rel-12 | S4 | 100% | SP-130357 | Samsung | [JSN] |
470050 | FS_OAM_VH | Study on version handling | Rel-12 | S5 | 100% | SP-100082 | Ericsson | [JSN] |
510046 | FS_OAM_HetNet | Study on management of Heterogeneous Networks | Rel-12 | S5 | 100% | SP-130046 | Ericsson | [JSN] |
540032 | FS_OAM_SHARE | Study on OAM aspects of Network Sharing | Rel-12 | S5 | 100% | SP-130044 | Alcatel-Lucent, Huawei | [JSN] |
560032 | FS_SON_NM_CCO | Study on Enhanced Network Management (NM) centralized Coverage and Capacity Optimization | Rel-12 | S5 | 100% | SP-140028 | Ericsson | [JSN] |
560336 | FS_WLAN_OAM | Study on WLAN management | Rel-12 | S5 | 100% | SP-150408 | Intel | [JSN] |
580052 | FS_OAM_AM | Study on Alarm Management | Rel-12 | S5 | 100% | SP-120774 | TeliaSonera | [JSN] |
580025 | FS_NNI_RS | Study on Indication of Network to Network Interface (NNI) Routeing scenarios in SIP requests | Rel-12 | C3 | 100% | CP-130166 | Ericsson | [JSN] |
580026 | FS_DOCME | Study on Diameter Overload Control Mechanisms | Rel-12 | C4 | 100% | CP-120917 | Orange | [JSN] |
590011 | FS_XML_AF_PCRF | Study on XML based access of AF to the PCRF | Rel-12 | C3 | 100% | CP-130167 | Alcatel-Lucent | [JSN] |
610010 | FS_REVOLTE_IMS | Study on Technical aspects on Roaming End-to-end scenarios with VoLTE IMS and other networks | Rel-12 | C3 | 100% | CP-130774 | Deutsche Telekom | [JSN] |
620001 | FS_ISIM_CR | Study on Development of conformance requirements for the IP Multimedia Services Identity Module (ISIM) application support in ME | Rel-12 | C6 | 100% | CP-130812 | Gemalto | [JSN] |
620002 | FS_SHARED_SubData_UPD | Study on Shared Data Update for Multiple Subscribers | Rel-12 | C4 | 100% | CP-130809 | Huawei | [JSN] |
460001 | FS_NIMTC_GERAN | Study on GERAN improvements for Machine-Type Communications | Rel-12 | G1,G2 | 100% | GP-092418 | Ericsson | [JSN] |
520001 | FS_eVAMOS | Study on Voice services over Adaptive Multi-user channels on One Slot (VAMOS) enhancements | Rel-12 | GP,G2,G1 | 100% | GP-110991 | China Mobile, Huawei | [JSN] |
520002 | FS_GERAN_eMDA | Study on GERAN enhancements for Mobile Data Applications | Rel-12 | G2,G1 | 100% | GP-110999 | Huawei | [JSN] |
500016 | FS_LCS_LTE_RFPMT | Study on Inclusion of RF Pattern Matching Technologies as a positioning method in the E-UTRAN | Rel-12 | R4 | 100% | RP-120885 | Polaris Wireless | [JSN] |
530052 | FS_LC_MTC_LTE | Study on Provision of low-cost MTC UEs based on LTE | Rel-12 | R1,R2,R4 | 100% | RP-121441 | Vodafone | [JSN] |
530054 | FS_LTE_mobRelay | Deleted - Study on Mobile Relay for E-UTRA | Rel-12 | R3,R1 | 100% | RP-131375 | CATT | [JSN] |
570023 | FS_LTE_SC_enh_req | Study on Scenarios and Requirements of LTE Small Cell Enhancements for E-UTRA and E-UTRAN | Rel-12 | RP | 100% | RP-121418 | China Mobile | [JSN] |
580041 | FS_LTE_SC_enh_L1 | Study on Small Cell Enhancements for E-UTRA and E-UTRAN – Physical-layer aspects | Rel-12 | R1,R2,R4 | 100% | RP-122032 | Huawei | [JSN] |
580044 | FS_LTE_SC_enh_hilayer | Study on Small Cell Enhancements for E-UTRA and E-UTRAN – Higher-layer aspects | Rel-12 | R2,R3 | 100% | RP-122033 | NTT DOCOMO | [JSN] |
580038 | FS_LTE_D2D_Prox | Study on LTE Device-to-Device Proximity Services - Radio Aspects | Rel-12 | R1,R2,R3,R4 | 100% | RP-122009 | Qualcomm | [JSN] |
580042 | FS_LTE_3D_channel | Study on 3D-channel model for Elevation Beamforming and FD-MIMO studies for LTE | Rel-12 | R1 | 100% | RP-141237 | Nokia Networks | [JSN] |
580046 | FS_Netw_Energy_enh_LTE | Study on Energy Saving Enhancement for E-UTRAN | Rel-12 | R3 | 100% | RP-122035 | China Mobile | [JSN] |
590016 | FS_LTE_FDD_1670_US | Study on Expansion of LTE_FDD_1670_US to include 1670-1680MHz Band for LTE in the US | Rel-13 | R4 | 100% | RP-130202 | LightSquared | [JSN] |
590017 | FS_LTE_CRSIC | Study on Cell-specific Reference Signals (CRS) Interference Mitigation for homogenous deployments for LTE | Rel-12 | R4 | 100% | RP-131840 | Ericsson | [JSN] |
590018 | FS_LTE_NAICS | Study on Network-Assisted Interference Cancellation and Suppression for LTE | Rel-12 | R1,R4 | 100% | RP-130404 | MediaTek | [JSN] |
600015 | FS_COMP_LTE_nibackhaul | Study on Coordinated Multi-Point (CoMP) operation for LTE with Non-Ideal Backhaul | Rel-12 | R1 | 100% | RP-130847 | Samsung | [JSN] |
610028 | FS_LTE_GC | Study on Group Communication for LTE | Rel-12 | R2,R3 | 100% | RP-131382 | Alcatel-Lucent | [JSN] |
610029 | FS_SCM_LTE | Study on Smart Congestion Mitigation in E-UTRAN | Rel-12 | R2 | 100% | RP-132092 | LG Electronics | [JSN] |
620044 | FS_RSE-RAN_LTE | Study on RAN aspects of RAN Sharing Enhancements for LTE | Rel-12 | R3 | 100% | RP-132116 | NEC | [JSN] |
530056 | FS_AAS_BS_LTE_UTRA | Study on RF and EMC requirements for active Antenna Array System (AAS) Base Station | Rel-12 | R4,R1 | 100% | RP-111349 | Huawei | [JSN] |
550020 | FS_LTE_HRPD_SON | Study on LTE-HRPD (High Rate Packet Data in 3GPP2) inter-RAT SON | Rel-12 | R3 | 100% | RP-121982 | China Telecom | [JSN] |
550021 | FS_BS_PIM | Study on Passive InterModulation (PIM) handling for UTRA and LTE Base Stations | Rel-12 | R4,G1 | 100% | RP-120268 | Ericsson | [JSN] |
580045 | FS_UTRA_LTE_WLAN_interw | Study on WLAN/3GPP Radio Interworking | Rel-12 | R2 | 100% | RP-122038 | Intel | [JSN] |
580047 | FS_HSPA_LTE_interworking | Study on RAN Enhancements for UMTS/HSPA and LTE Interworking | Rel-12 | R3 | 100% | RP-122036 | China Unicom | [JSN] |
580048 | FS_UTRA_LTE_NG_SON | Study on Next-Generation SON for UTRA and LTE | Rel-12 | R3 | 100% | RP-122037 | NSN | [JSN] |
580049 | FS_UTRA_LTE_1980_2170_REG1 | Study on 2GHz FDD for UTRA and LTE in Region 1 (1980-2010MHz and 2170-2200MHz Bands) | Rel-12 | R4 | 100% | RP-140505 | DISH Network | [JSN] |
580050 | FS_BSspec_struc | Study on Base Station specification structure | Rel-12 | R4 | 100% | RP-122039 | Ericsson | [JSN] |
590032 | FS_MTCe_RAN | Study on RAN aspects of Machine Type and other mobile data applications Communications enhancements | Rel-12 | R2 | 100% | RP-130396 | ZTE | [JSN] |
570024 | FS_UTRA_HetNet | Study on UMTS heterogeneous networks | Rel-12 | R1,R2,R3 | 100% | RP-121436 | Huawei | [JSN] |
580039 | FS_UTRA_SCAL | Study on Scalable UMTS FDD bandwidth | Rel-12 | R1,R4 | 100% | RP-130221 | China Unicom | [JSN] |
620046 | FS_UTRA_SCAL_FILT | Deleted - Study on Scalable UMTS FDD bandwidth by Filtering | Rel-12 | R1 | 100% | RP-132122 | China Unicom | [JSN] |
580040 | FS_UTRA_DCHenh | Study on Dedicated Channel (DCH) enhancements for UMTS | Rel-12 | R1 | 100% | RP-130216 | Qualcomm | [JSN] |
580043 | FS_EDCH_enh | Study on Further Enhanced Uplink (EUL) enhancements | Rel-12 | R2,R1,R3 | 100% | RP-130347 | Ericsson | [JSN] |
600018 | FS_HNB_warn_area | Study on HNB Emergency Warning Area for UTRA | Rel-12 | R3 | 100% | RP-131258 | Alcatel-Lucent, Ip.access | [JSN] |
610027 | FS_UTRA_SIBenh | Study on Enhanced Broadcast of System Information | Rel-12 | R2,R1 | 100% | RP-131386 | Ericsson | [JSN] |
470051 | IPXS | Advanced IP Interconnection of Services | Rel-11 | S1,S2,C1,C3 | 100% | SP-100876 | Telefónica | [JSN] |
470052 | IPXS | Stage 1 for Advanced IP Interconnection of Services | Rel-11 | S1 | 100% | SP-100876 | Telefónica | [JSN] |
500025 | IPXS | Stage 2 for Advanced IP Interconnection of Services | Rel-11 | S2 | 100% | SP-100876 | Ericsson | [JSN] |
530004 | IPXS | Stage 3 for Advanced IP Interconnection of Services | Rel-11 | C1,C3 | 100% | CP-110646 | Ericsson | [JSN] |
530104 | IPXS | CT1 part of Stage 3 for Advanced IP Interconnection of Services | Rel-11 | C1 | 100% | CP-110646 | Ericsson | [JSN] |
530204 | IPXS | CT3 part of Stage 3 for Advanced IP Interconnection of Services | Rel-11 | C3 | 100% | CP-110646 | Ericsson | [JSN] |
480030 | SIMTC | System Improvements to Machine-Type Communications | Rel-11 | S1,S2,S5,C1,C3,C4,C6,R2,R3,R5 | 100% | SP-120848 | KPN | [JSN] |
480130 | SIMTC | Stage 1 for SIMTC | Rel-11 | S1 | 100% | SP-120848 | KPN | [JSN] |
480230 | SIMTC | TR on Stage 2 for SIMTC | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520021 | SIMTC-Reach | BB1: Stage 2 Reachability Aspects of SIMTC | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520121 | SIMTC-Reach | Deleted - MTC Feature Control (described in TS 22.368, clause 7.1.1 and 23.888, clause 5.7) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520221 | SIMTC-Reach | On-line device trigger | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520321 | SIMTC-Reach | MTC Addressing | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520421 | SIMTC-Reach | Identifiers – especially removal of MSISDN dependencies in the architecture | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520521 | SIMTC-Reach | MSISDN-less / PS-Only | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
540014 | SIMTC-Reach | MTC related interfaces and functional entities to support above features (MTCsp, etc.) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
530006 | SIMTC-ReachCSPS | BB1: Stage 3 (CS+PS) Reachability Aspects of SIMTC | Rel-11 | C1,C3,C4,C6 | 100% | CP-120617 | Ericsson | [JSN] |
530106 | SIMTC-ReachCSPS | CT1 part of Stage 3 BB1: Reachability Aspects of SIMTC | Rel-11 | C1 | 100% | CP-120617 | Ericsson | [JSN] |
530206 | SIMTC-ReachCSPS | CT3 part of Stage 3 BB1: Reachability Aspects of SIMTC | Rel-11 | C3 | 100% | CP-120617 | Ericsson | [JSN] |
530306 | SIMTC-ReachCSPS | CT4 part of Stage 3 BB1: Reachability Aspects of SIMTC | Rel-11 | C4 | 100% | CP-120617 | Ericsson | [JSN] |
530406 | SIMTC-ReachCSPS | CT6 part of Stage 3 BB1: Reachability Aspects of SIMTC | Rel-11 | C6 | 100% | CP-120617 | ST Ericsson | [JSN] |
530005 | SIMTC-CS | Stage 2/3 for CS aspects for SIMTC | Rel-11 | C4,C1,C6 | 100% | CP-120617 | Ericsson | [JSN] |
530105 | SIMTC-CS | Deleted - Stage 2 CS aspects for SIMTC | Rel-11 | C4 | 100% | CP-120617 | Ericsson | [JSN] |
530205 | SIMTC-CS | Stage 3 CS aspects for SIMTC | Rel-11 | C1,C6 | 100% | CP-120617 | Ericsson | [JSN] |
530305 | SIMTC-CS | CT1 part of Stage 3 CS aspects for SIMTC | Rel-11 | C1 | 100% | CP-120617 | Ericsson | [JSN] |
530405 | SIMTC-CS | Deleted - CT6 part of Stage 3 CS aspects for SIMTC | Rel-11 | C6 | 100% | CP-120617 | Ericsson | [JSN] |
560002 | SIMTC-PS_Only | Stage 2/3 for SMS in MME architecture option and related PS-only service subscription | Rel-11 | C1,C4 | 100% | CP-120617 | Ericsson | [JSN] |
560102 | SIMTC-PS_Only | CT1 part of Stage 2/3 for SMS in MME architecture option and related PS-only service subscription | Rel-11 | C1 | 100% | CP-120617 | Ericsson | [JSN] |
560202 | SIMTC-PS_Only | CT4 part of Stage 2/3 for SMS in MME architecture option and related PS-only service subscription | Rel-11 | C4 | 100% | CP-120617 | Ericsson | [JSN] |
530009 | SIMTC-RAN_OC | RAN overload control for Machine-Type Communications | Rel-11 | R2,R3,C1,C6 | 100% | RP-111373 | Huawei | [JSN] |
530109 | SIMTC-RAN_OC-Core | Core part: RAN overload control for Machine-Type Communications | Rel-11 | R2,R3 | 100% | RP-111373 | Huawei | [JSN] |
530209 | SIMTC-RAN_OC | Stage 3 (CS+PS) Extended Access Barring for UTRAN and E-UTRAN | Rel-11 | C1,C6 | 100% | CP-120617 | Ericsson | [JSN] |
530309 | SIMTC-RAN_OC | CT1 part of Stage 3 Extended Access Barring for UTRAN and E-UTRAN | Rel-11 | C1 | 100% | CP-120617 | Ericsson | [JSN] |
530409 | SIMTC-RAN_OC | CT6 part of Stage 3 Extended Access Barring for UTRAN and E-UTRAN | Rel-11 | C6 | 100% | CP-120617 | ST Ericsson | [JSN] |
610014 | SIMTC-UEConTest | Test part: System Improvements for Machine-Type Communications | Rel-11 | R5 | 100% | RP-140077 | Ericsson | [JSN] |
540019 | SIMTC-CH | BB5: Charging of SIMTC (Stage 2/3) | Rel-11 | S5 | 100% | SP-120848 | Ericsson | [JSN] |
520022 | SIMTC-Sig | Deleted - BB2: Stage 2 Signalling Optimizations of SIMTC | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520122 | SIMTC-Sig | Deleted - Effectively maintain connectivity for a large number of MTC Devices (TS 22.368, 7.1.1) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520222 | SIMTC-Sig | Deleted - Small Data Transmissions (TS 22.368, 7.2.5) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
530107 | SIMTC-Sig | Deleted - Stage 3 (CS+PS) Signalling Optimizations of SIMTC | Rel-11 | C1,C6 | 100% | CP-110756 | Ericsson | [JSN] |
530207 | SIMTC-Sig | Deleted - CT1 part of Stage 3 Signalling Optimizations of SIMTC | Rel-11 | C1 | 100% | CP-110756 | Ericsson | [JSN] |
530307 | SIMTC-Sig | Deleted - CT6 part of Stage 3 Signalling Optimizations of SIMTC | Rel-11 | C6 | 100% | CP-110756 | ST Ericsson | [JSN] |
520023 | SIMTC-CN_Pow | Deleted - BB3: Stage 2 CN-based requirements and Power Considerations of SIMTC | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520123 | SIMTC-CN_Pow | Deleted - Charging Requirements (TS 22.368, 7.1.5) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520223 | SIMTC-CN_Pow | Deleted - Lower Power Consumption (TS 22.368, 7.1.1) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
520323 | SIMTC-CN_Pow | Deleted - MTC Monitoring (TS 22.368, 7.2.8) | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
530008 | SIMTC-CN_Pow | Deleted - Stage 3 (CS+PS) CN-based requirements and Power Considerations of SIMTC | Rel-11 | C1,C6 | 100% | CP-110756 | Ericsson | [JSN] |
530108 | SIMTC-CN_Pow | Deleted - CT1 part of Stage 3 CN-based requirements and Power Considerations of SIMTC | Rel-11 | C1 | 100% | CP-110756 | Ericsson | [JSN] |
530208 | SIMTC-CN_Pow | Deleted - CT6 part of Stage 3 CN-based requirements and Power Considerations of SIMTC | Rel-11 | C6 | 100% | CP-110756 | ST Ericsson | [JSN] |
490028 | - | Deleted - TR on Security aspects of Machine-Type Communications | Rel-11 | S3 | 100% | SP-120848 | Samsung | [JSN] |
540119 | SIMTC-Sec | Deleted - BB4: Secure Connection and Privacy of SIMTC | Rel-11 | S3 | 100% | SP-120848 | Samsung | [JSN] |
520124 | SIMTC-Sec | Deleted - Secure Connection MTC Feature (TS 22.368, 7.2.10) | Rel-11 | S3 | 100% | SP-120848 | Samsung | [JSN] |
530058 | SIMTC-Priv | Deleted - MTC Location Privacy | Rel-11 | S3 | 100% | SP-120848 | Samsung | [JSN] |
480330 | SIMTC | Deleted - Stage 2 on SA2 part for System Improvements to Machine-Type Communications | Rel-11 | S2 | 100% | SP-120848 | Intel | [JSN] |
480430 | SIMTC | Deleted - Stage 2 on Security part for System Improvements to Machine-Type Communications | Rel-11 | S3 | 100% | SP-120848 | Samsung | [JSN] |
480031 | USSI | Unstructured Supplementary Service Data (USSD) simulation service in IMS | Rel-11 | S1,C1,C3 | 100% | SP-100408 | Deutsche Telekom | [JSN] |
480131 | USSI | Stage 1 for USSD simulation service in IMS | Rel-11 | S1 | 100% | SP-100408 | Deutsche Telekom | [JSN] |
520003 | USSI | Stage 3 for USSD simulation service in IMS | Rel-11 | C1,C3 | 100% | CP-110534 | Deutsche Telekom | [JSN] |
520103 | USSI | CT1 part of Stage 3 for USSD simulation service in IMS | Rel-11 | C1 | 100% | CP-110534 | Deutsche Telekom | [JSN] |
520203 | USSI | CT3 part of Stage 3 for USSD simulation service in IMS | Rel-11 | C3 | 100% | CP-110534 | Deutsche Telekom | [JSN] |
490031 | QoS_SSL | QoS Control Based on Subscriber Spending Limits | Rel-11 | S1,S2,S5,C3 | 100% | SP-110519 | Vodafone | [JSN] |
490131 | QoS_SSL | Stage 1 for QoS Control Based on Subscriber Spending Limits | Rel-11 | S1 | 100% | SP-110519 | Vodafone | [JSN] |
510043 | QoS_SSL | Stage 2 for QoS Control Based on Subscriber Spending Limits | Rel-11 | S2 | 100% | SP-110519 | Huawei | [JSN] |
500029 | QoS_SSL | Charging for QoS Control Based on Subscriber Spending Limits (Stage 2) | Rel-11 | S5 | 100% | SP-110519 | Nokia Siemens Networks, Huawei | [JSN] |
520004 | QoS_SSL-CT3 | CT3 aspects of QoS Control Based on Subscriber Spending Limits (Stage 3) | Rel-11 | C3 | 100% | CP-120203 | Huawei | [JSN] |
490032 | OSCAR | Optimized Service Charging and Allocation of Resources in IMS whilst Roaming | Rel-11 | S1,S2 | 100% | SP-110347 | Vodafone | [JSN] |
490132 | OSCAR | TR on Stage 2 aspects of Optimized Service Charging and Allocation of Resources in IMS whilst Roaming | Rel-11 | S2 | 100% | SP-110347 | Vodafone | [JSN] |
490232 | OSCAR | Stage 1 for Optimized Service Charging and Allocation of Resources in IMS whilst Roaming | Rel-11 | S1 | 100% | SP-110347 | Vodafone | [JSN] |
490332 | OSCAR | Deleted - Stage 2 for Optimized Service Charging and Allocation of Resources in IMS whilst Roaming | Rel-11 | S2 | 100% | SP-110347 | Vodafone | [JSN] |
530021 | MRB | Inclusion of Media Resource Broker (Stage 2/3) | Rel-11 | C1,C3,IETF | 100% | CP-120277 | AT&T | [JSN] |
530121 | MRB | Stage 2 for Inclusion of Media Resource Broker | Rel-11 | C1 | 100% | CP-120277 | AT&T | [JSN] |
530221 | MRB | Stage 3 for Inclusion of Media Resource Broker | Rel-11 | C1,C3,IETF | 100% | CP-120277 | AT&T | [JSN] |
530321 | MRB | CT1 part of Stage 3 for Inclusion of Media Resource Broker | Rel-11 | C1 | 100% | CP-120277 | AT&T | [JSN] |
531005 | MRB | (IETF) Inclusion of Media Resource Broker [RFC 6917 (was draft-ietf-mediactrl-mrb)] | Rel-11 | C1-IETF | 100% | CP-120277 | Keith Drage | [JSN] |
560003 | MRB | CT3 part of Stage 3 for Inclusion of Media Resource Broker | Rel-11 | C3 | 100% | CP-120277 | AT&T | [JSN] |
500030 | NOVES | Non Voice Emergency Services | Rel-11 | S1,S2 | 100% | SP-100884 | Qualcomm | [JSN] |
500130 | NOVES | Stage 1 for Non Voice Emergency Services | Rel-11 | S1 | 100% | SP-100884 | Qualcomm | [JSN] |
530045 | NOVES-IMSESOM | Stage 2 for Non Voice Emergency Services (Support of IMS Emergency Sessions with Other Media on UTRAN and E-UTRAN) | Rel-11 | S2 | 100% | SP-110644 | Alcatel-Lucent | [JSN] |
510047 | VINE | Support for 3GPP Voice Interworking with Enterprise IP-PBX | Rel-11 | S1,C1 | 100% | SP-110176 | Tatara Systems | [JSN] |
510147 | VINE | Stage 1 for Support for 3GPP Voice Interworking with Enterprise IP-PBX | Rel-11 | S1 | 100% | SP-110176 | Tatara Systems | [JSN] |
530010 | VINE-CT1 | Stage 2/3 for Support for 3GPP Voice Interworking with Enterprise IP-PBX | Rel-11 | C1 | 100% | CP-110641 | Alcatel-Lucent | [JSN] |
520028 | ACR_CS | Anonymous Call Rejection in the CS domain | Rel-11 | S1,C4,C3 | 100% | SP-110421 | Alcatel-Lucent | [JSN] |
520128 | ACR_CS | Stage 1 for Anonymous Call Rejection in the CS domain | Rel-11 | S1 | 100% | SP-110421 | Alcatel-Lucent | [JSN] |
530011 | ACR_CS-CN | Core Network aspects of Anonymous Call Rejection in the CS domain | Rel-11 | C4,C3 | 100% | CP-110587 | Alcatel-Lucent | [JSN] |
530111 | ACR_CS-CN | CT4 part of Core Network aspects of Anonymous Call Rejection in the CS domain (Stage 2/3) | Rel-11 | C4 | 100% | CP-110587 | Alcatel-Lucent | [JSN] |
530211 | ACR_CS-CN | CT3 part of Core Network aspects of Anonymous Call Rejection in the CS domain (Stage 3) | Rel-11 | C3 | 100% | CP-110587 | Alcatel-Lucent | [JSN] |
460026 | BBAI | Support for BroadBand Forum Accesses Interworking | Rel-11 | S2,S1,C1,C3,C4,IETF | 100% | SP-120539 | Ericsson | [JSN] |
460126 | BBAI | Stage 1 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | S1 | 100% | SP-120539 | Ericsson | [JSN] |
470022 | BBAI | TR on Stage 2 for BBAI | Rel-11 | S2 | 100% | SP-120539 | Ericsson | [JSN] |
470023 | BBAI | Stage 2 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | S2 | 100% | SP-120539 | Ericsson | [JSN] |
541001 | BBAI | (IETF) Stage 2 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | S2-IETF | 100% | SP-120539 | Lionel Morand | [JSN] |
530012 | BBAI_BBI-CT | Stage 3 BB I - Core Network impacts: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | C1,C3,C4 | 100% | CP-120419 | Ericsson | [JSN] |
530112 | BBAI_BBI-CT | TR on Stage 3 BB I for BBAI; UE to network protocols | Rel-11 | C1 | 100% | CP-120419 | Ericsson | [JSN] |
550005 | BBAI_BBI-CT | TR on Stage 3 BB I for BBAI; Home (e)Node B – Security Gateway Interface | Rel-11 | C4 | 100% | CP-120419 | Ericsson | [JSN] |
551002 | BBAI_BBI-CT | Deleted - (IETF) on Stage 3 BB I for BBAI; Home (e)Node B – Security Gateway Interface | Rel-11 | C4-IETF | 100% | CP-120419 | Lionel Morand | [JSN] |
530212 | BBAI_BBI-CT | CT1 part of Stage 3 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | C1 | 100% | CP-120419 | Ericsson | [JSN] |
530312 | BBAI_BBI-CT | CT3 part of Stage 3 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | C3 | 100% | CP-120419 | Ericsson | [JSN] |
530412 | BBAI_BBI-CT | CT4 part of Stage 3 BB I: BBF interworking with home routed traffic for WLAN and H(e)NB | Rel-11 | C4 | 100% | CP-120419 | Ericsson | [JSN] |
490026 | BBAI_BBII-CTofldS1 | Stage 1 BB II: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | S1 | 100% | SP-120419 | Ericsson | [JSN] |
470024 | BBAI_BBII-CTofldS2 | Stage 2 BB II: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | S2 | 100% | SP-120419 | Ericsson | [JSN] |
530013 | BBAI_BBII-CT | Stage 3 BB II - Core Network impacts: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | C3,C1,C4 | 100% | CP-120420 | Ericsson | [JSN] |
530113 | BBAI_BBII-CT | TR on Stage 3 BB II for 3GPP System to Fixed Broadband Access Network Interworking; UE to network protocols | Rel-11 | C1 | 100% | CP-120420 | Ericsson | [JSN] |
530213 | BBAI_BBII-CT | CT1 part of Stage 3 BB II: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | C1 | 100% | CP-120420 | Ericsson | [JSN] |
530313 | BBAI_BBII-CT | CT3 part of Stage 3 BB II: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | C3 | 100% | CP-120420 | Ericsson | [JSN] |
530413 | BBAI_BBII-CT | CT4 part of Stage 3 BB II: BBF interworking with offload in access network for WLAN and for H(e)NB | Rel-11 | C4 | 100% | CP-120420 | Ericsson | [JSN] |
490027 | - | Deleted - Stage 1 BB III: BBF convergence and network based mobility | Rel-11 | S1 | 100% | SP-120539 | Huawei | [JSN] |
470025 | - | Deleted - Stage 2 BB III: BBF convergence and network based mobility | Rel-11 | S2 | 100% | SP-120539 | Huawei | [JSN] |
530014 | - | Deleted - Stage 3 BB III - Core Network impacts: BBF convergence and network based mobility | Rel-11 | C3,C1,C4 | 100% | CP-110927 | Huawei | [JSN] |
530114 | - | Deleted - TR on Stage 3 BB III for 3GPP System to Fixed Broadband Access Network Interworking; UE to network protocols | Rel-11 | C1 | 100% | CP-110927 | Huawei | [JSN] |
530214 | - | Deleted - CT1 part of Stage 3 BB III: BBF convergence and network based mobility | Rel-11 | C1 | 100% | CP-110927 | Huawei | [JSN] |
530314 | - | Deleted - CT3 part of Stage 3 BB III: BBF convergence and network based mobility | Rel-11 | C3 | 100% | CP-110927 | Huawei | [JSN] |
530414 | - | Deleted - CT4 part of Stage 3 BB III: BBF convergence and network based mobility | Rel-11 | C4 | 100% | CP-110927 | Huawei | [JSN] |
480035 | eMPS_SRVCC | Single Radio Voice Call Continuity (SRVCC) aspect of enhancements for Multimedia Priority Service | Rel-11 | S2 | 100% | SP-110346 | NTT DoCoMo | [JSN] |
480135 | eMPS_SRVCC | TR on SRVCC for eMPS | Rel-11 | S2 | 100% | SP-110346 | NTT DoCoMo | [JSN] |
480235 | eMPS_SRVCC | Stage 2 on SRVCC for eMPS | Rel-11 | S2 | 100% | SP-110346 | NTT DoCoMo | [JSN] |
500026 | vSRVCC | Single Radio Video Call Continuity for 3G-CS | Rel-11 | S2,C1,C3,C4 | 100% | SP-100704 | Samsung | [JSN] |
500126 | vSRVCC | Stage 2 for Single Radio Video Call Continuity for 3G-CS | Rel-11 | S2 | 100% | SP-100704 | Samsung | [JSN] |
520005 | vSRVCC-CT | CN aspects of Single Radio Video Call Continuity for 3G-CS | Rel-11 | C1,C3,C4 | 100% | CP-120278 | NEC | [JSN] |
520105 | vSRVCC-CT | CT1 aspects of Single Radio Video Call Continuity for 3G-CS | Rel-11 | C1 | 100% | CP-120278 | NEC | [JSN] |
520205 | vSRVCC-CT | CT3 aspects of Single Radio Video Call Continuity for 3G-CS | Rel-11 | C3 | 100% | CP-120278 | NEC | [JSN] |
520305 | vSRVCC-CT | CT4 aspects of Single Radio Video Call Continuity for 3G-CS | Rel-11 | C4 | 100% | CP-120278 | NEC | [JSN] |
480038 | NWK-PL2IMS | Network-provided Location information for IMS (NETLOC) | Rel-11 | S2,S1,S5,C3,C4,C1 | 100% | SP-110631 | T-Mobile | [JSN] |
500027 | NWK-PL2IMS | Stage 1 for Network-provided Location information for IMS | Rel-11 | S1 | 100% | - | [JSN] | |
480138 | NWK-PL2IMS | TR on Stage 2 for Network-provided Location information for IMS | Rel-11 | S2 | 100% | SP-110631 | T-Mobile | [JSN] |
480238 | NWK-PL2IMS | Stage 2 for Network-provided Location information for IMS | Rel-11 | S2 | 100% | SP-110631 | T-Mobile | [JSN] |
490029 | NWK-PL2IMS_CH | Charging for Network-provided Location information for IMS | Rel-11 | S5 | 100% | SP-110700 | Nokia Siemens Networks | [JSN] |
550008 | NWK-PL2IMS-CT | CT aspects of Network-provided Location information for IMS (Stage 3) | Rel-11 | C3,C4,C1 | 100% | CP-120845 | Huawei | [JSN] |
550108 | NWK-PL2IMS-CT | CT3 part of CT aspects of Network-provided Location information for IMS | Rel-11 | C3 | 100% | CP-120845 | Huawei | [JSN] |
550208 | NWK-PL2IMS-CT | CT4 part of CT aspects of Network-provided Location information for IMS | Rel-11 | C4 | 100% | CP-120845 | Huawei | [JSN] |
550308 | NWK-PL2IMS-CT | CT1 part of CT aspects of Network-provided Location information for IMS | Rel-11 | C1 | 100% | CP-120845 | Huawei | [JSN] |
500032 | SAPP | Service Awareness and Privacy Policies | Rel-11 | S2,S1,C3 | 100% | SP-100882 | Allot | [JSN] |
500132 | SAPP | Stage 1 for Service Awareness and Privacy Policies | Rel-11 | S1 | 100% | SP-100882 | Allot | [JSN] |
500232 | SAPP | Stage 2 for Service Awareness and Privacy Policies | Rel-11 | S2 | 100% | SP-100882 | Allot | [JSN] |
510003 | SAPP-CT3 | CT3 part of Service Awareness and Privacy Policies | Rel-11 | C3 | 100% | CP-110136 | Allot | [JSN] |
500033 | VCSG | VPLMN Autonomous CSG Roaming | Rel-11 | S2,C4 | 100% | SP-100706 | Qualcomm | [JSN] |
500133 | VCSG | Stage 2 for VPLMN Autonomous CSG Roaming | Rel-11 | S2 | 100% | SP-100706 | Qualcomm | [JSN] |
530017 | VCSG-St3 | CT aspects of VPLMN Autonomous CSG Roaming | Rel-11 | C4 | 100% | CP-120196 | ZTE | [JSN] |
510048 | DIDA | Data Identification in Access Network Discovery and Selection Function (ANDSF) | Rel-11 | S2,C1 | 100% | SP-110084 | Qualcomm | [JSN] |
510148 | DIDA | TR on Stage 2 for Data Identification in ANDSF | Rel-11 | S2 | 100% | SP-110084 | Qualcomm | [JSN] |
510248 | DIDA | Stage 2 for Data Identification in ANDSF | Rel-11 | S2 | 100% | SP-110084 | Qualcomm | [JSN] |
550003 | DIDA-CT | CT aspects of Data Identification in Access Network Discovery and Selection Function (ANDSF) Stage 3 | Rel-11 | C1 | 100% | CP-120089 | Qualcomm | [JSN] |
510050 | LOBSTER | LOcation-Based Selection of gaTEways foR WLAN | Rel-11 | S2,C4 | 100% | SP-110752 | ZTE | [JSN] |
510150 | LOBSTER | Stage 2 for LOcation-Based Selection of gaTEways foR WLAN | Rel-11 | S2 | 100% | SP-110752 | ZTE | [JSN] |
540010 | LOBSTER-CT | CT aspects of LOcation-Based Selection of gaTEways foR WLAN | Rel-11 | C4 | 100% | CP-120252 | ZTE | [JSN] |
540110 | LOBSTER-CT | CT4 part of CT aspects of LOcation-Based Selection of gaTEways foR WLAN | Rel-11 | C4 | 100% | CP-120252 | ZTE | [JSN] |
540210 | LOBSTER-CT | Deleted - CT1 part of CT aspects of LOcation-Based Selection of gaTEways foR WLAN | Rel-11 | C1 | 100% | CP-120252 | ZTE | [JSN] |
530001 | rSRVCC | Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | S2,C1,C3,C4,G2,R2,R3,R5 | 100% | SP-110475 | Orange | [JSN] |
530101 | rSRVCC | Stage 2 for Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | S2 | 100% | SP-110475 | Orange | [JSN] |
530201 | rSRVCC-CT | CT aspects for Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA (Stage 3) | Rel-11 | C1,C3,C4 | 100% | CP-110726 | Ericsson | [JSN] |
530301 | rSRVCC-CT | CT1 part for Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | C1 | 100% | CP-110726 | Ericsson | [JSN] |
530401 | rSRVCC-CT | CT3 part for Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | C3 | 100% | CP-110726 | Ericsson | [JSN] |
530501 | rSRVCC-CT | CT4 part for Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | C4 | 100% | CP-110726 | Ericsson | [JSN] |
530601 | rSRVCC-GERAN | GERAN aspects of Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA (Stage 3) | Rel-11 | G2 | 100% | GP-111290 | ZTE | [JSN] |
530701 | rSRVCC-RAN_UTRA | UTRAN aspects of Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | R3,R2 | 100% | RP-111334 | Huawei | [JSN] |
530801 | rSRVCC-RAN_UTRA-Core | Core part: UTRAN aspects of Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | R3,R2 | 100% | RP-111334 | Huawei | [JSN] |
640012 | rSRVCC-UEConTest | Test part: Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | R5 | 100% | RP-141786 | Ericsson | [JSN] |
530046 | SaMOG_WLAN | S2a Mobility based On GTP and WLAN access to EPC | Rel-11 | S2,C4,C1,C3,IETF | 100% | SP-110642 | ZTE | [JSN] |
530146 | SaMOG_WLAN | Stage 2 for S2a Mobility based On GTP and WLAN access to EPC | Rel-11 | S2 | 100% | SP-110642 | ZTE | [JSN] |
540011 | SaMOG_WLAN-CN | CN aspects of Mobility based On GTP & PMIPv6 for WLAN access to EPC | Rel-11 | C4,C1,C3,IETF | 100% | CP-110802 | Alcatel-Lucent | [JSN] |
540111 | SaMOG_WLAN-CN | CT4 part of CN aspects of Mobility based On GTP & PMIPv6 for WLAN access to EPC | Rel-11 | C4 | 100% | CP-110802 | Alcatel-Lucent | [JSN] |
561010 | SaMOG_WLAN-CN | Deleted - (IETF) CT4 part of CN aspects of Mobility based On GTP & PMIPv6 for WLAN access to EPC | Rel-11 | C4-IETF | 100% | CP-110802 | Lionel Morand | [JSN] |
540211 | SaMOG_WLAN-CN | Deleted - CT1 part of CN aspects of Mobility based On GTP & PMIPv6 for WLAN access to EPC | Rel-11 | C1 | 100% | CP-110802 | Alcatel-Lucent | [JSN] |
540311 | SaMOG_WLAN-CN | CT3 part of CN aspects of Mobility based On GTP & PMIPv6 for WLAN access to EPC | Rel-11 | C3 | 100% | CP-110802 | Alcatel-Lucent | [JSN] |
540029 | RAVEL | Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | S2,S5,C1,C3 | 100% | SP-110885 | Deutsche Telekom | [JSN] |
540129 | RAVEL | Stage 2 for Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | S2 | 100% | SP-110885 | Deutsche Telekom | [JSN] |
540030 | RAVEL-CH | Charging for Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | S5 | 100% | SP-110886 | Nokia Siemens Networks | [JSN] |
550004 | RAVEL-CT | CT aspects of Roaming Architecture for Voice over IMS with Local Breakout (Stage 3) | Rel-11 | C1,C3 | 100% | CP-120088 | Deutsche Telekom | [JSN] |
550104 | RAVEL-CT | CT1 part of CT aspects of Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | C1 | 100% | CP-120088 | Deutsche Telekom | [JSN] |
550204 | RAVEL-CT | CT3 part of CT aspects of Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | C3 | 100% | CP-120088 | Deutsche Telekom | [JSN] |
560027 | IOC | IMS Overload Control | Rel-11 | S2,C1,C3,IETF | 100% | SP-120273 | Orange, China Mobile | [JSN] |
560127 | IOC | Stage 2 for IMS Overload Control | Rel-11 | S2 | 100% | SP-120273 | Orange, China Mobile | [JSN] |
570007 | IOC | Stage 3 for IMS Overload Control | Rel-11 | C1,C3,IETF | 100% | CP-120561 | Alcatel-Lucent | [JSN] |
570107 | IOC | CT1 part of Stage 3 for IMS Overload Control | Rel-11 | C1 | 100% | CP-120561 | Alcatel-Lucent | [JSN] |
570207 | IOC | CT3 part of Stage 3 for IMS Overload Control | Rel-11 | C3 | 100% | CP-120561 | Alcatel-Lucent | [JSN] |
571001 | IOC | (IETF) CT part of Stage 3 for IMS Overload Control (soc-overload-control) | Rel-11 | C1-IETF,C3-IETF | 100% | CP-120561 | Keith Drage | [JSN] |
571002 | IOC | (IETF) CT part of Stage 3 for IMS Overload Control (soc-overload-rate-control) | Rel-11 | C1-IETF,C3-IETF | 100% | CP-120561 | Keith Drage | [JSN] |
571003 | IOC | (IETF) CT part of Stage 3 for IMS Overload Control (RFC 7200) | Rel-11 | C1-IETF,C3-IETF | 100% | CP-120561 | Keith Drage | [JSN] |
520030 | SEC11 | Rel-11 Security small Enhancements | Rel-11 | S3 | 100% | - | - | [JSN] |
520032 | LI11 | Lawful Interception in the 3GPP Rel-11 | Rel-11 | S3 | 100% | SP-110424 | PIDS, Alcatel-Lucent | [JSN] |
440055 | EEA3_EIA3 | ZUC EEA3 and EIA3 (new Encryption & Integrity EPS security Algorithms) | Rel-11 | S3,R5 | 100% | SP-090457 | CATR | [JSN] |
440155 | EEA3_EIA3 | ZUC EEA3 and EIA3 | Rel-11 | S3 | 100% | SP-090457 | CATR | [JSN] |
560009 | EEA3_EIA3_UEConTest | Conformance Test Aspects – ZUC (EEA3 and EIA3 Encryption & Integrity EPS security Algorithms) | Rel-11 | R5 | 100% | RP-120631 | CATR | [JSN] |
480039 | SPUCI | Specification of Protection against Unsolicited Communication for IMS (produced TR-only) | Rel-11 | S3 | 100% | SP-100428 | NEC | [JSN] |
510053 | HNB_mob_Sec | H(e)NB security features for UE mobility scenarios (Stage 2) | Rel-11 | S3 | 100% | SP-110025 | Huawei | [JSN] |
540012 | GBA-ext | Generic Bootstrapping Architecture (GBA) extensions for re-use of SIP Digest credentials | Rel-11 | S3,C4,C1 | 100% | SP-110884 | Nokia | [JSN] |
540112 | GBA-ext | Stage 2 for GBA extensions for re-use of SIP Digest credentials | Rel-11 | S3 | 100% | SP-110884 | Nokia | [JSN] |
540212 | GBA-ext-St3 | Stage 3 for GBA extensions for re-use of SIP Digest credentials | Rel-11 | C4,C1 | 100% | CP-110804 | Alcatel-Lucent | [JSN] |
540312 | GBA-ext-St3 | CT4 part of Stage 3 for GBA extensions for re-use of SIP Digest credentials | Rel-11 | C4 | 100% | CP-110804 | Alcatel-Lucent | [JSN] |
540412 | GBA-ext-St3 | CT1 part of Stage 3 for GBA extensions for re-use of SIP Digest credentials | Rel-11 | C1 | 100% | CP-110804 | Alcatel-Lucent | [JSN] |
520033 | Ext_ATS | Extensions of Acoustic Test Specifications in TS 26.131 and TS 26.132 | Rel-11 | S4 | 100% | SP-110309 | Orange, Qualcomm | [JSN] |
530048 | EMM | Enhancements to Multimedia: PSS, MMS, and MBMS Enhancements and Performance Improvements | Rel-11 | S4 | 100% | SP-120025 | Qualcomm | [JSN] |
530148 | EMM-EFEC | Enhancement to FEC for MBMS | Rel-11 | S4 | 100% | SP-120182 | Qualcomm | [JSN] |
530248 | EMM-DDE | Download Delivery Enhancements for MBMS | Rel-11 | S4 | 100% | SP-120025 | Qualcomm | [JSN] |
530348 | EMM-IPME | IMS-based PSS and MBMS Streaming Synchronization Enhancements | Rel-11 | S4 | 100% | SP-120025 | InterDigital Communications | [JSN] |
560041 | M3DV | Mobile 3D Video Coding | Rel-11 | S4 | 100% | SP-120229 | Orange | [JSN] |
510051 | OAM11 | Rel-11 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-11 | S5 | 100% | - | - | [JSN] |
510151 | OAM11-NIM | Rel-11 Network Infrastructure Management | Rel-11 | S5 | 100% | - | - | [JSN] |
510056 | OAM-FMC-IRP | IRP framework enhancements to support Management of Converged Networks | Rel-11 | S5 | 100% | SP-120652 | Nokia Siemens Networks, Ericsson | [JSN] |
510251 | OAM11-PM | Rel-11 Performance Management | Rel-11 | S5 | 100% | - | - | [JSN] |
510057 | OAM-ePM-IMS | IMS Performance Management enhancements | Rel-11 | S5 | 100% | SP-110134 | ZTE | [JSN] |
510058 | OAM-ePM-UE | Enhanced Management of UE based network performance measurements | Rel-11 | S5 | 100% | SP-110135 | Huawei, Ericsson, Nokia Siemens Networks | [JSN] |
520034 | OAM-ePM-CN | CN performance measurements enhancement | Rel-11 | S5 | 100% | SP-110275 | China Mobile | [JSN] |
530049 | OAM-CA | Management of Carrier Aggregation for LTE | Rel-11 | S5 | 100% | SP-120776 | Nokia Siemens Networks, Ericsson | [JSN] |
510351 | OAM11-SON | Rel-11 Self-Organizing Networks (SON) - OAM aspects | Rel-11 | S5 | 100% | - | - | [JSN] |
510059 | OAM-SON-UTRAN | UTRAN Self-Organizing Networks (SON) management | Rel-11 | S5 | 100% | SP-120552 | Huawei | [JSN] |
530051 | OAM-SON-LTE_COORD | LTE Self-Organizing Networks (SON) coordination management | Rel-11 | S5 | 100% | SP-110637 | Huawei, Nokia Siemens Networks | [JSN] |
540031 | OAM-IRAT-ESM | Inter-RAT Energy Saving Management | Rel-11 | S5 | 100% | SP-110701 | Nokia Siemens Networks, Huawei | [JSN] |
510052 | CH11 | Rel-11 Charging Management small Enhancements | Rel-11 | S5 | 100% | - | - | [JSN] |
470045 | CH-Rc | Add solutions for Rc - reference point within the Online Charging System (OCS) | Rel-11 | S5 | 100% | SP-110129 | Huawei | [JSN] |
510060 | PEST-CH | Charging for Policy Enhancements for Sponsored Connectivity and Coherent Access to Policy related Data Bases | Rel-11 | S5 | 100% | SP-110126 | Ericsson | [JSN] |
550019 | UCHIMS_AS-SRVCC | Unification of Charging session from SIP AS and SRVCC functions in IMS | Rel-11 | S5 | 100% | SP-120042 | Alcatel-Lucent | [JSN] |
510029 | IOI_IMS_CH | Transit Inter Operator Identifier for IMS Interconnection Charging in multi operator environment | Rel-11 | S5,S1,C1 | 100% | SP-110132 | Deutsche Telekom | [JSN] |
510129 | IOI_IMS_CH | Stage 1 for Transit Inter Operator Identifier for IMS Interconnection Charging in multi operator environment | Rel-11 | S1 | 100% | SP-110132 | Deutsche Telekom | [JSN] |
510229 | IOI_IMS_CH | Stage 2/3 SA5 part of Transit Inter Operator Identifier for IMS Interconnection Charging in multi operator environment | Rel-11 | S5 | 100% | SP-110132 | Deutsche Telekom | [JSN] |
520006 | IOI_IMS_CH | Stage 3 for Transit Inter Operator Identifier for IMS Interconnection Charging in multi operator environment | Rel-11 | C1 | 100% | CP-110440 | Deutsche Telekom | [JSN] |
480011 | UDC_DM | User Data Convergence - Data Model | Rel-11 | C4,S1 | 100% | CP-110384 | Telecom Italia | [JSN] |
480036 | UDC_DM | Stage 1 for UDC Data Model | Rel-11 | S1 | 100% | - | Telecom Italia | [JSN] |
480111 | UDC_DM | TR on User Data Convergence (UDC) Data Model | Rel-11 | C4 | 100% | CP-110384 | Telecom Italia | [JSN] |
480211 | UDC_DM | User Data Convergence (UDC) Data Model | Rel-11 | C4 | 100% | CP-110384 | Telecom Italia | [JSN] |
510004 | HPM_UICC | Definition of the UICC Application for Hosting Party Module | Rel-11 | C6 | 100% | CP-110289 | Gemalto | [JSN] |
520007 | NNI_OI | Usability improvement of Inter-IMS Network to Network Interface (II-NNI) specification for inter-connection by means of Option Item list | Rel-11 | C3 | 100% | CP-110533 | NTT | [JSN] |
520008 | eNR_EPC | enhanced Nodes Restoration for EPC (Stage 2/3) | Rel-11 | C4,C1,C3,IETF | 100% | CP-120449 | ZTE | [JSN] |
520108 | eNR_EPC | CT4 part of enhanced Nodes Restoration for EPC | Rel-11 | C4 | 100% | CP-120449 | ZTE | [JSN] |
581001 | eNR_EPC | (IETF) CT4 part of enhanced Nodes Restoration for EPC (RFC 7077) | Rel-11 | C4-IETF | 100% | CP-120449 | Lionel Morand | [JSN] |
540013 | eNR_EPC | CT1 part of enhanced Nodes Restoration for EPC | Rel-11 | C1 | 100% | CP-120449 | ZTE | [JSN] |
570009 | eNR_EPC | CT3 part of enhanced Nodes Restoration for EPC | Rel-11 | C3 | 100% | CP-120449 | ZTE | [JSN] |
520009 | RLI | Reference Location Information (Stage 3) | Rel-11 | C4,C1 | 100% | CP-110386 | Huawei | [JSN] |
520109 | RLI | CT4 part of Reference Location Information (Stage 3) | Rel-11 | C4 | 100% | CP-110386 | Huawei | [JSN] |
520209 | RLI | CT1 part of Reference Location Information (Stage 3) | Rel-11 | C1 | 100% | CP-110386 | Huawei | [JSN] |
520010 | IMSProtoc5 | IMS Stage 3 IETF Protocol Alignment - phase 5 | Rel-11 | C1,C3,IETF | 99% | CP-110437 | Alcatel-Lucent | [JSN] |
520110 | IMSProtoc5 | CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 5 | Rel-11 | C1 | 100% | CP-110437 | Alcatel-Lucent | [JSN] |
591001 | IMSProtoc5 | (IETF) CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 5 (RFC 7315) | Rel-11 | C1-IETF | 100% | CP-110437 | Roland Jesske | [JSN] |
800113 | IMSProtoc5 | (IETF) A P-Served-User Header Field Parameter for Originating CDIV session case in SIP (draft-ietf-sipcore-originating-cdiv-parameter) --> RFC 8498 | Rel-11 | C1-IETF | 100% | CP-110437 | Roland Jesske | [JSN] |
611002 | IMSProtoc5 | (IETF) CT1 part of IMS Stage 3 IETF Protocol Alignment - phase 5 (RFC 7135) | Rel-11 | C1-IETF | 100% | CP-110437 | Roland Jesske | [JSN] |
520210 | IMSProtoc5 | CT3 part of IMS Stage 3 IETF Protocol Alignment - phase 5 | Rel-11 | C3 | 100% | CP-110437 | Alcatel-Lucent | [JSN] |
581002 | IMSProtoc5 | Deleted - (IETF) CT3 part of IMS Stage 3 IETF Protocol Alignment - phase 5 (avasarala-dispatch-comm-div-notification) | Rel-11 | C3-IETF | 100% | CP-110437 | Andrew Allen | [JSN] |
530003 | SIRIG | Service Identification for RRC Improvements in GERAN (Stage 2/3) | Rel-11 | S2,C4,C3,G2 | 100% | CP-120033 | China Mobile | [JSN] |
560008 | SIRIG | Stage 2 for Service Identification for RRC Improvements in GERAN | Rel-11 | S2 | 100% | - | - | [JSN] |
540018 | SIRIG | CN aspects of Service Identification for RRC Improvements in GERAN | Rel-11 | C4,C3 | 100% | CP-120033 | China Mobile | [JSN] |
540118 | SIRIG | CT4 part of CN aspects of Service Identification for RRC Improvements in GERAN | Rel-11 | C4 | 100% | CP-120033 | China Mobile | [JSN] |
550009 | SIRIG | Deleted - CT3 part of CN aspects of Service Identification for RRC Improvements in GERAN | Rel-11 | C3 | 100% | CP-120033 | China Mobile | [JSN] |
530103 | SIRIG | GERAN2 part of Service Identification for RRC Improvements in GERAN | Rel-11 | G2 | 100% | GP-111876 | China Mobile, Huawei | [JSN] |
530019 | SAES2 | SAE Protocol Development - Phase 2 | Rel-11 | C1 | 100% | CP-110639 | Nokia Siemens Networks | [JSN] |
530119 | SAES2 | SAE Protocol Development (Stage 3) - Phase 2 | Rel-11 | C1 | 100% | CP-110639 | Nokia Siemens Networks | [JSN] |
530219 | SAES2-CSFB | CS Fallback in EPS - Phase 2 | Rel-11 | C1 | 100% | CP-110639 | Nokia Siemens Networks | [JSN] |
530020 | RT_VGCS_Red | GCSMSC and GCR Redundancy for VGCS/VBS (Stage 2/3) | Rel-11 | C1 | 100% | CP-120279 | Nokia Siemens Networks | [JSN] |
530120 | RT_VGCS_Red | CT1 part of GCSMSC and GCR Redundancy for VGCS/VBS | Rel-11 | C1 | 100% | CP-120279 | Nokia Siemens Networks | [JSN] |
530220 | RT_VGCS_Red | Deleted - CT4 part of GCSMSC and GCR Redundancy for VGCS/VBS | Rel-11 | C4 | 100% | CP-120279 | Nokia Siemens Networks | [JSN] |
540015 | GINI | Support of RFC 6140 in IMS | Rel-11 | C1 | 100% | CP-110760 | Deutsche Telekom | [JSN] |
540017 | eMPS_Gateway | Enhancements for Multimedia Priority Service (MPS) – Gateway Control Priority | Rel-11 | C4,C3 | 100% | CP-110806 | Telcordia | [JSN] |
540117 | eMPS_Gateway | CT4 part of Enhancements for Multimedia Priority Service (MPS) – Gateway Control Priority | Rel-11 | C4 | 100% | CP-110806 | Telcordia | [JSN] |
540217 | eMPS_Gateway | CT3 part of Enhancements for Multimedia Priority Service (MPS) – Gateway Control Priority | Rel-11 | C3 | 100% | CP-110806 | Telcordia | [JSN] |
550007 | NNI_timers | Inter-IMS Network to Network Interface (II-NNI) enhancements: SIP timers applicability (Stage 3) | Rel-11 | C3 | 100% | CP-120082 | Telecom Italia | [JSN] |
560005 | ATURI | AT commands for Universal Resource Identifier (URI) support | Rel-11 | C1 | 100% | CP-120275 | Intel | [JSN] |
560006 | PSAN | PS Additional Number (Stage 3) | Rel-11 | C4 | 100% | CP-120253 | Deutsche Telekom | [JSN] |
560007 | GenUG_Sh | Generic IMS User Group Over Sh | Rel-11 | C4 | 100% | CP-120254 | Alcatel-Lucent | [JSN] |
570010 | IODB | IMS Operator Determined Call Barring | Rel-11 | C1,C4 | 100% | CP-120685 | Orange | [JSN] |
570110 | IODB | CT1 part of IMS Operator Determined Call Barring | Rel-11 | C1 | 100% | CP-120685 | Orange | [JSN] |
570210 | IODB | CT4 part of IMS Operator Determined Call Barring | Rel-11 | C4 | 100% | CP-120685 | Orange | [JSN] |
570011 | MMTel_T.38_FAX | Enhanced T.38 FAX support (Stage 3) | Rel-11 | C3,C1,C4 | 100% | CP-120673 | NEC | [JSN] |
570111 | MMTel_T.38_FAX | CT3 part of Enhanced T.38 FAX support | Rel-11 | C3 | 100% | CP-120673 | NEC | [JSN] |
570211 | MMTel_T.38_FAX | CT1 part of Enhanced T.38 FAX support | Rel-11 | C1 | 100% | CP-120673 | NEC | [JSN] |
570311 | MMTel_T.38_FAX | CT4 part of Enhanced T.38 FAX support | Rel-11 | C4 | 100% | CP-120673 | NEC | [JSN] |
540016 | PROTOC_SMS_SGs | Deleted - Enhancement of the Protocols for SMS over SGs (Stage 3) | Rel-11 | C4,C1 | 100% | CP-120034 | Alcatel-Lucent | [JSN] |
540116 | PROTOC_SMS_SGs | Deleted - TR Study on enhancement of protocols for SMS service over SGs | Rel-11 | C4 | 100% | CP-120034 | Alcatel-Lucent | [JSN] |
540216 | PROTOC_SMS_SGs | Deleted - CT4 part of Enhancement of the Protocols for SMS over SGs | Rel-11 | C4 | 100% | CP-120034 | Alcatel-Lucent | [JSN] |
540316 | PROTOC_SMS_SGs | Deleted - CT1 part of Enhancement of the Protocols for SMS over SGs | Rel-11 | C1 | 100% | CP-120034 | Alcatel-Lucent | [JSN] |
510001 | Full_MOCN-GERAN | Full Support of Multi-Operator Core Network by GERAN | Rel-11 | G2,S2,C1 | 100% | GP-121090 | Alcatel-Lucent | [JSN] |
510101 | Full_MOCN-GERAN | GERAN part of Full Support of Multi-Operator Core Network by GERAN | Rel-11 | G2 | 100% | GP-121090 | Alcatel-Lucent | [JSN] |
510201 | Full_MOCN-GERAN | Stage 2 for Full Support of Multi-Operator Core Network by GERAN | Rel-11 | S2 | 100% | SP-110390 | Alcatel-Lucent | [JSN] |
510301 | Full_MOCN-GERAN | CN Stage 3 for Full Support of Multi-Operator Core Network by GERAN | Rel-11 | C1,C4 | 100% | CP-120563 | Alcatel-Lucent | [JSN] |
510401 | Full_MOCN-GERAN | CT1 part of CN Stage 3 for Full Support of Multi-Operator Core Network by GERAN | Rel-11 | C1 | 100% | CP-120563 | Alcatel-Lucent | [JSN] |
560004 | Full_MOCN-GERAN | CT4 part of CN Stage 3 for Full Support of Multi-Operator Core Network by GERAN | Rel-11 | C4 | 100% | CP-120563 | Alcatel-Lucent | [JSN] |
560042 | Full_MOCN-GERAN-GWCN | Stage 2 for Gateway Core Network Sharing for GERAN | Rel-11 | S2 | 100% | SP-120268 | Vodafone | [JSN] |
540003 | MRLA | Medium range/local area requirements for multicarrier BTS | Rel-11 | G1 | 100% | GP-111780 | Ericsson | [JSN] |
540103 | MRLA-Core | Core part: Medium range/local area requirements for multicarrier BTS | Rel-11 | G1 | 100% | GP-111899 | Ericsson | [JSN] |
540203 | MRLA-Perf | Perf. part: Medium range/local area requirements for multicarrier BTS | Rel-11 | G1 | 100% | GP-111782 | Ericsson | [JSN] |
550023 | GDSAC | Domain Specific Access Control in GERAN | Rel-11 | G2 | 100% | GP-120452 | Vodafone | [JSN] |
500020 | e850_UB | Extending 850 MHz Upper Band (814 – 849 MHz) | Rel-11 | R4,R2,R3,R5 | 100% | RP-111396 | Sprint | [JSN] |
500120 | e850_UB-Core | Core part: Extending 850 MHz Upper Band (814 – 849 MHz) | Rel-11 | R4,R2,R3 | 100% | RP-111396 | Sprint | [JSN] |
500220 | e850_UB-Perf | Perf. part: Extending 850 MHz Upper Band (814 – 849 MHz) | Rel-11 | R4 | 100% | RP-111396 | Sprint | [JSN] |
510016 | e850_UB-UEConTest | Test part: Extending 850 MHz Upper Band (814 – 849 MHz) | Rel-11 | R5 | 100% | RP-110377 | Sprint | [JSN] |
530030 | SONenh2_LTE_UTRA | Further Self Optimizing Networks (SON) enhancements | Rel-11 | R3,R2 | 100% | RP-120314 | Nokia Siemens Networks | [JSN] |
530130 | SONenh2_LTE_UTRA-Core | Core part: Further Self Optimizing Networks (SON) enhancements | Rel-11 | R3,R2 | 100% | RP-120314 | Nokia Siemens Networks | [JSN] |
530033 | eMDT_UMTSLTE | Enhancement of Minimization of Drive Tests for E-UTRAN and UTRAN | Rel-11 | R2,R1,R3,R4,R5 | 100% | RP-121204 | MediaTek | [JSN] |
530133 | eMDT_UMTSLTE-Core | Core part: Enhancement of Minimization of Drive Tests for E-UTRAN and UTRAN | Rel-11 | R2,R1,R3,R4 | 100% | RP-121204 | MediaTek | [JSN] |
590001 | eMDT_UMTSLTE-UEConTest | Test part: Enhancement of Minimization of Drive Tests for E-UTRAN and UTRAN | Rel-11 | R5 | 100% | RP-130172 | NTT DoCoMo | [JSN] |
530036 | Netw_Energy_LTE | Network Energy Saving for E-UTRAN | Rel-11 | R3,GP | 100% | RP-120620 | China Mobile | [JSN] |
530136 | Netw_Energy_LTE-Core | Core part: Network Energy Saving for E-UTRAN | Rel-11 | R3 | 100% | RP-120620 | China Mobile | [JSN] |
570001 | - | GERAN part: Network Energy Saving for E-UTRAN | Rel-11 | GP | 100% | GP-121178 | Alcatel-Lucent | [JSN] |
530037 | medBS_class_LTE_MSR | E-UTRA medium range and MSR medium range/local area BS class requirements | Rel-11 | R4,G1 | 100% | RP-111383 | Ericsson | [JSN] |
530137 | medBS_class_LTE_MSR-Core | Core part: E-UTRA medium range and MSR medium range/local area BS class requirements | Rel-11 | R4 | 100% | RP-111383 | Ericsson | [JSN] |
530237 | medBS_class_LTE_MSR-Perf | Perf. part: E-UTRA medium range and MSR medium range/local area BS class requirements | Rel-11 | R4 | 100% | RP-111383 | Ericsson | [JSN] |
540002 | medBS_class_LTE_MSR-GERAN | GERAN part: E-UTRA medium range and MSR medium range/local area BS class requirements | Rel-11 | G1 | 100% | GP-111779 | Ericsson | [JSN] |
550015 | MB_MSR_RF | RF Requirements for Multi-Band and Multi-Standard Radio (MB-MSR) Base Station | Rel-11 | R4,G1 | 100% | RP-120857 | Huawei | [JSN] |
550115 | MB_MSR_RF-Core | Core part: RF Requirements for Multi-Band and Multi-Standard Radio (MB-MSR) Base Station | Rel-11 | R4,G1 | 100% | RP-120857 | Huawei | [JSN] |
550215 | MB_MSR_RF-Perf | Perf. part: RF Requirements for Multi-Band and Multi-Standard Radio (MB-MSR) Base Station | Rel-11 | R4,G1 | 100% | RP-120857 | Huawei | [JSN] |
560013 | EHNB_enh1 | Further enhancements to H(e)NB mobility - Part 1 | Rel-11 | R3,R2 | 100% | RP-121427 | Alcatel-Lucent | [JSN] |
560113 | EHNB_enh1-Core | Core part: Further enhancements to H(e)NB mobility - Part 1 | Rel-11 | R3,R2 | 100% | RP-121427 | Alcatel-Lucent | [JSN] |
560014 | EHNB_enh2 | Further enhancements to H(e)NB mobility - Part 2 | Rel-11 | R3,R2 | 100% | RP-121712 | Alcatel-Lucent | [JSN] |
560114 | EHNB_enh2-Core | Core part: Further enhancements to H(e)NB mobility - Part 2 | Rel-11 | R3,R2 | 100% | RP-121712 | Alcatel-Lucent | [JSN] |
430011 | LCS_LTE-NBPS | Network-Based Positioning Support for LTE | Rel-11 | R2,R1,R3,R4 | 100% | RP-131259 | TruePosition | [JSN] |
430111 | LCS_LTE-NBPS-Core | Core part: Network-Based Positioning Support for LTE | Rel-11 | R2,R1,R3,R4 | 100% | RP-131259 | TruePosition | [JSN] |
430211 | LCS_LTE-NBPS-Perf | Perf. part: Network-Based Positioning Support for LTE | Rel-11 | R4 | 100% | RP-131259 | TruePosition | [JSN] |
480026 | MBMS_LTE_SC | Service continuity improvements for MBMS for LTE | Rel-11 | R2,R3,R5 | 100% | RP-120258 | Huawei | [JSN] |
480126 | MBMS_LTE_SC-Core | Core part: Service continuity improvements for MBMS for LTE | Rel-11 | R2,R3 | 100% | RP-120258 | Huawei | [JSN] |
590002 | MBMS_LTE_SC-UEConTest | Test part: Service continuity improvements for MBMS for LTE | Rel-11 | R5 | 100% | RP-130296 | Ericsson | [JSN] |
510021 | eICIC_enh_LTE | Further Enhanced Non CA-based ICIC for LTE | Rel-11 | R1,R2,R3,R4,R5 | 100% | RP-120860 | China Mobile | [JSN] |
510121 | eICIC_enh_LTE-Core | Core part: Further Enhanced Non CA-based ICIC for LTE | Rel-11 | R1,R2,R3,R4 | 100% | RP-120860 | China Mobile | [JSN] |
510221 | eICIC_enh_LTE-Perf | Perf. part: Further Enhanced Non CA-based ICIC for LTE | Rel-11 | R4 | 100% | RP-120860 | China Mobile | [JSN] |
600001 | eICIC_enh_LTE-UEConTest | Test part: Further Enhanced Non CA-based ICIC for LTE | Rel-11 | R5 | 100% | RP-130649 | ZTE | [JSN] |
510028 | LTE_DL_FDD700 | New Band LTE Downlink FDD 716-728 MHz (Band 29, Carrier Aggregation of Band 2 and Band 29 and of Band 4 and Band 29) | Rel-11 | R4 | 100% | RP-110435 | AT&T | [JSN] |
510128 | LTE_DL_FDD700-Core | Core part: New Band LTE Downlink FDD 716-728 MHz (Band 29), Carrier Aggregation of Band 2 and Band 29 and of Band 4 and Band 29 | Rel-11 | R4 | 100% | RP-110710 | AT&T | [JSN] |
510228 | LTE_DL_FDD700-Perf | Perf. part: New Band LTE Downlink FDD 716-728 MHz (Band 29), Carrier Aggregation of Band 2 and Band 29 and of Band 4 and Band 29 | Rel-11 | R4 | 100% | RP-110435 | AT&T | [JSN] |
510031 | LTE_eDDA | LTE RAN Enhancements for Diverse Data Applications | Rel-11 | R2,R5 | 100% | RP-120256 | BlackBerry | [JSN] |
510131 | LTE_eDDA-Core | Core part: LTE RAN Enhancements for Diverse Data Applications | Rel-11 | R2 | 100% | RP-120256 | BlackBerry | [JSN] |
590003 | LTE_eDDA-UEConTest | Test part: LTE RAN Enhancements for Diverse Data Applications | Rel-11 | R5 | 100% | RP-130338 | BlackBerry | [JSN] |
510032 | LTE_e850_LB | LTE E850 - Lower Band for Region 2 (non-US), Band 27 | Rel-11 | R1,R2,R4,R5 | 100% | RP-120602 | NII Holdings | [JSN] |
510132 | LTE_e850_LB-Core | Core part: LTE E850 - Lower Band for Region 2 (non-US), Band 27 | Rel-11 | R1,R2,R4 | 100% | RP-120602 | NII Holdings | [JSN] |
510232 | LTE_e850_LB-Perf | Perf. part: LTE E850 - Lower Band for Region 2 (non-US), Band 27 | Rel-11 | R4 | 100% | RP-120602 | NII Holdings | [JSN] |
560010 | LTE_e850_LB-UEConTest | Test part: LTE E850 - Lower Band for Region 2 (non-US), Band 27 | Rel-11 | R5 | 100% | RP-120603 | NII Holdings | [JSN] |
520017 | LTE_APAC700 | LTE for 700 MHz Digital Dividend | Rel-11 | R4,R2,R3,R5 | 100% | RP-110875 | Ericsson | [JSN] |
520117 | LTE_APAC700-Core | Core part: LTE for 700 MHz Digital Dividend | Rel-11 | R4,R2,R3 | 100% | RP-110875 | Ericsson | [JSN] |
520217 | LTE_APAC700-Perf | Perf. part: LTE for 700 MHz Digital Dividend | Rel-11 | R4 | 100% | RP-110875 | Ericsson | [JSN] |
560011 | LTE_APAC700-UEConTest | Test part: LTE for 700 MHz Digital Dividend | Rel-11 | R5 | 100% | RP-120600 | Ericsson | [JSN] |
520019 | LTE_Relay2 | Relays for LTE (part 2) | Rel-11 | R4 | 100% | RP-110914 | Ericsson | [JSN] |
520119 | LTE_Relay2-Core | Core part: Relays for LTE (part 2) | Rel-11 | R4 | 100% | RP-110914 | Ericsson | [JSN] |
520219 | LTE_Relay2-Perf | Perf. part: Relays for LTE (part 2) | Rel-11 | R4 | 100% | RP-110914 | Ericsson | [JSN] |
530031 | SPIA_IDC_LTE | Signalling and Procedure for Interference Avoidance for in-device coexistence | Rel-11 | R2,R4 | 100% | RP-111355 | China Mobile | [JSN] |
530131 | SPIA_IDC_LTE-Core | Core part: Signalling and Procedure for Interference Avoidance for in-device coexistence | Rel-11 | R2,R4 | 100% | RP-111355 | China Mobile | [JSN] |
530231 | SPIA_IDC_LTE-Perf | Perf. part: Signalling and Procedure for Interference Avoidance for in-device coexistence | Rel-11 | R4 | 100% | RP-111356 | China Mobile | [JSN] |
530032 | COMP_LTE | Coordinated Multi-Point Operation for LTE | Rel-11 | R1,R2,R3,R4,R5 | 100% | RP-111365 | Huawei, Samsung | [JSN] |
530132 | COMP_LTE_UL-Core | Core part: Coordinated Multi-Point Operation for LTE – Uplink | Rel-11 | R1,R2,R3,R4 | 100% | RP-111365 | Huawei | [JSN] |
530232 | COMP_LTE_UL-Perf | Perf. part: Coordinated Multi-Point Operation for LTE – Uplink | Rel-11 | R4 | 100% | RP-111365 | Huawei | [JSN] |
530332 | COMP_LTE_DL-Core | Core part: Coordinated Multi-Point Operation for LTE – Downlink | Rel-11 | R1,R2,R3,R4 | 100% | RP-111365 | Samsung | [JSN] |
530432 | COMP_LTE_DL-Perf | Perf. part: Coordinated Multi-Point Operation for LTE – Downlink | Rel-11 | R4 | 100% | RP-111365 | Samsung | [JSN] |
590004 | COMP_LTE-UEConTest | Test part: Coordinated Multi-Point Operation for LTE | Rel-11 | R5 | 100% | RP-130376 | Samsung | [JSN] |
540025 | LTE_enh_dl_ctrl | Enhanced downlink control channel(s) for LTE Advanced | Rel-11 | R1,R2,R4,R5 | 100% | RP-120871 | Alcatel-Lucent | [JSN] |
540125 | LTE_enh_dl_ctrl-Core | Core part: Enhanced downlink control channel(s) for LTE Advanced | Rel-11 | R1,R2,R4 | 100% | RP-120871 | Alcatel-Lucent | [JSN] |
540225 | LTE_enh_dl_ctrl-Perf | Perf. part: Enhanced downlink control channel(s) for LTE Advanced | Rel-11 | R4 | 100% | RP-120871 | Alcatel-Lucent | [JSN] |
590005 | LTE_enh_dl_ctrl-UEConTest | Test part: Enhanced downlink control channel(s) for LTE Advanced | Rel-11 | R5 | 100% | RP-130304 | Huawei | [JSN] |
550012 | LTE_B14_PSBB_HPUE | Public Safety Broadband High Power UE for Band 14 for Region 2 | Rel-11 | R4,R5 | 100% | RP-120362 | Motorola Solutions | [JSN] |
550112 | LTE_B14_PSBB_HPUE-Core | Core part: Public Safety Broadband High Power UE for Band 14 for Region 2 | Rel-11 | R4 | 100% | RP-120362 | Motorola Solutions | [JSN] |
590006 | LTE_B14_PSBB_HPUE-UEConTest | Test part: Public Safety Broadband High Power UE for Band 14 for Region 2 | Rel-11 | R5 | 100% | RP-130169 | Motorola Solutions | [JSN] |
550013 | LTE_Interf_Rej | Improved Minimum Performance Requirements for E-UTRA: Interference Rejection | Rel-11 | R4,R5 | 100% | RP-120382 | Renesas Mobile | [JSN] |
550113 | LTE_Interf_Rej-Perf | Perf. part: Improved Minimum Performance Requirements for E-UTRA: Interference Rejection | Rel-11 | R4 | 100% | RP-120382 | Renesas Mobile | [JSN] |
600002 | LTE_Interf_Rej-UEConTest | Test part: Improved Minimum Performance Requirements for E-UTRA: Interference Rejection | Rel-11 | R5 | 100% | RP-140491 | Broadcom | [JSN] |
550014 | LTE_TDD_add_subframe | Additional special subframe configuration for LTE TDD | Rel-11 | R4,R2,R3,R5 | 100% | RP-120384 | China Mobile | [JSN] |
550114 | LTE_TDD_add_subframe-Core | Core part: Additional special subframe configuration for LTE TDD | Rel-11 | R4,R2,R3 | 100% | RP-120384 | China Mobile | [JSN] |
590007 | LTE_TDD_add_subframe-UEConTest | Test part: Additional special subframe configuration for LTE TDD | Rel-11 | R5 | 100% | RP-130305 | Huawei | [JSN] |
580158 | LTE_CA_Rel-11 | Rel-11 LTE Carrier Aggregation | Rel-11 | R1,R2,R3,R4,R5 | 100% | - | - | [JSN] |
510030 | LTE_CA_enh | LTE Carrier Aggregation Enhancements | Rel-11 | R1,R2,R3,R4,R5 | 100% | RP-121999 | Nokia | [JSN] |
510130 | LTE_CA_enh-Core | Core part: LTE Carrier Aggregation Enhancements | Rel-11 | R1,R2,R4,R3 | 100% | RP-121999 | Nokia | [JSN] |
510230 | LTE_CA_enh-Perf | Perf. part: LTE Carrier Aggregation Enhancements | Rel-11 | R4 | 100% | RP-121999 | Nokia | [JSN] |
600003 | LTE_CA_enh-UEConTest | Test part: LTE Carrier Aggregation Enhancements | Rel-11 | R5 | 100% | RP-140619 | Microsoft | [JSN] |
570006 | LTE_CA_intraC_inter_UEConTest | UE Conformance Test Aspects – LTE Advanced Carrier Aggregation of Intra-band contiguous and Inter-band configurations | Rel-11 | R5 | 100% | RP-121814 | Nokia | [JSN] |
580258 | - | Rel-11 inter-band Carrier Aggregation | Rel-11 | R4 | 100% | - | - | [JSN] |
480023 | LTE_CA_B3_B7 | LTE Advanced Carrier Aggregation of Band 3 and Band 7 | Rel-11 | R4 | 100% | RP-120830 | TeliaSonera | [JSN] |
480123 | LTE_CA_B3_B7-Core | Core part: LTE Advanced Carrier Aggregation of Band 3 and Band 7 | Rel-11 | R4 | 100% | RP-120830 | TeliaSonera | [JSN] |
480223 | LTE_CA_B3_B7-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 3 and Band 7 | Rel-11 | R4 | 100% | RP-120830 | TeliaSonera | [JSN] |
500017 | LTE_CA_B4_B17 | LTE Advanced Carrier Aggregation of Band 4 and Band 17 | Rel-11 | R4 | 100% | RP-121458 | AT&T | [JSN] |
500117 | LTE_CA_B4_B17-Core | Core part: LTE Advanced Carrier Aggregation of Band 4 and Band 17 | Rel-11 | R4 | 100% | RP-121458 | AT&T | [JSN] |
500217 | LTE_CA_B4_B17-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 4 and Band 17 | Rel-11 | R4 | 100% | RP-121458 | AT&T | [JSN] |
500018 | LTE_CA_B4_B13 | LTE Advanced Carrier Aggregation of Band 4 and Band 13 | Rel-11 | R4 | 100% | RP-120905 | Ericsson | [JSN] |
500118 | LTE_CA_B4_B13-Core | Core part: LTE Advanced Carrier Aggregation of Band 4 and Band 13 | Rel-11 | R4 | 100% | RP-120905 | Ericsson | [JSN] |
500218 | LTE_CA_B4_B13-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 4 and Band 13 | Rel-11 | R4 | 100% | RP-120905 | Ericsson | [JSN] |
510022 | LTE_CA_B4_B12 | LTE Advanced Carrier Aggregation of Band 4 and Band 12 | Rel-11 | R4,R2 | 100% | RP-120877 | Leap Wireless | [JSN] |
510122 | LTE_CA_B4_B12-Core | Core part: LTE Advanced Carrier Aggregation of Band 4 and Band 12 | Rel-11 | R4,R2 | 100% | RP-120877 | Leap Wireless | [JSN] |
510222 | LTE_CA_B4_B12-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 4 and Band 12 | Rel-11 | R4 | 100% | RP-120877 | Leap Wireless | [JSN] |
510023 | LTE_CA_B5_B12 | LTE Advanced Carrier Aggregation of Band 5 and Band 12 | Rel-11 | R4,R2 | 100% | RP-120221 | US Cellular | [JSN] |
510123 | LTE_CA_B5_B12-Core | Core part: LTE Advanced Carrier Aggregation of Band 5 and Band 12 | Rel-11 | R4,R2 | 100% | RP-120221 | US Cellular | [JSN] |
510223 | LTE_CA_B5_B12-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 5 and Band 12 | Rel-11 | R4 | 100% | RP-120221 | US Cellular | [JSN] |
510024 | LTE_CA_B7_B20 | LTE Advanced Carrier Aggregation of Band 7 and Band 20 | Rel-11 | R4 | 100% | RP-120889 | Huawei | [JSN] |
510124 | LTE_CA_B7_B20-Core | Core part: LTE Advanced Carrier Aggregation of Band 7 and Band 20 | Rel-11 | R4 | 100% | RP-120889 | Huawei | [JSN] |
510224 | LTE_CA_B7_B20-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 7 and Band 20 | Rel-11 | R4 | 100% | RP-120889 | Huawei | [JSN] |
510025 | LTE_CA_B2_B17 | LTE Advanced Carrier Aggregation of Band 2 and Band 17 | Rel-11 | R4 | 100% | RP-110432 | AT&T | [JSN] |
510125 | LTE_CA_B2_B17-Core | Core part: LTE Advanced Carrier Aggregation of Band 2 and Band 17 | Rel-11 | R4 | 100% | RP-110432 | AT&T | [JSN] |
510225 | LTE_CA_B2_B17-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 2 and Band 17 | Rel-11 | R4 | 100% | RP-110432 | AT&T | [JSN] |
510026 | LTE_CA_B4_B5 | LTE Advanced Carrier Aggregation of Band 4 and Band 5 | Rel-11 | R4 | 100% | RP-110433 | AT&T | [JSN] |
510126 | LTE_CA_B4_B5-Core | Core part: LTE Advanced Carrier Aggregation of Band 4 and Band 5 | Rel-11 | R4 | 100% | RP-110433 | AT&T | [JSN] |
510226 | LTE_CA_B4_B5-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 4 and Band 5 | Rel-11 | R4 | 100% | RP-110433 | AT&T | [JSN] |
510027 | LTE_CA_B5_B17 | LTE Advanced Carrier Aggregation of Band 5 and Band 17 | Rel-11 | R4 | 100% | RP-110434 | AT&T | [JSN] |
510127 | LTE_CA_B5_B17-Core | Core part: LTE Advanced Carrier Aggregation of Band 5 and Band 17 | Rel-11 | R4 | 100% | RP-110434 | AT&T | [JSN] |
510227 | LTE_CA_B5_B17-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 5 and Band 17 | Rel-11 | R4 | 100% | RP-110434 | AT&T | [JSN] |
530023 | LTE_CA_B3_B20 | LTE Advanced Carrier Aggregation of Band 3 and Band 20 | Rel-11 | R4 | 100% | RP-120887 | Vodafone | [JSN] |
530123 | LTE_CA_B3_B20-Core | Core part: LTE Advanced Carrier Aggregation of Band 3 and Band 20 | Rel-11 | R4 | 100% | RP-120887 | Vodafone | [JSN] |
530223 | LTE_CA_B3_B20-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 3 and Band 20 | Rel-11 | R4 | 100% | RP-120887 | Vodafone | [JSN] |
530024 | LTE_CA_B8_B20 | LTE Advanced Carrier Aggregation of Band 8 and Band 20 | Rel-11 | R4 | 100% | RP-120888 | Vodafone | [JSN] |
530124 | LTE_CA_B8_B20-Core | Core part: LTE Advanced Carrier Aggregation of Band 8 and Band 20 | Rel-11 | R4 | 100% | RP-120888 | Vodafone | [JSN] |
530224 | LTE_CA_B8_B20-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 8 and Band 20 | Rel-11 | R4 | 100% | RP-120888 | Vodafone | [JSN] |
530026 | LTE_CA_B3_B5 | LTE Advanced Carrier Aggregation of Band 3 and Band 5 | Rel-11 | R4 | 100% | RP-120899 | SK Telecom | [JSN] |
530126 | LTE_CA_B3_B5-Core | Core part: LTE Advanced Carrier Aggregation of Band 3 and Band 5 | Rel-11 | R4 | 100% | RP-120899 | SK Telecom | [JSN] |
530226 | LTE_CA_B3_B5-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 3 and Band 5 | Rel-11 | R4 | 100% | RP-120899 | SK Telecom | [JSN] |
530027 | LTE_CA_B4_B7 | LTE Advanced Carrier Aggregation of Band 4 and Band 7 | Rel-11 | R4 | 100% | RP-121152 | Rogers Wireless | [JSN] |
530127 | LTE_CA_B4_B7-Core | Core part: LTE Advanced Carrier Aggregation of Band 4 and Band 7 | Rel-11 | R4 | 100% | RP-121152 | Rogers Wireless | [JSN] |
530227 | LTE_CA_B4_B7-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 4 and Band 7 | Rel-11 | R4 | 100% | RP-121152 | Rogers Wireless | [JSN] |
540020 | LTE_CA_B11_B18 | LTE Advanced Carrier Aggregation of Band 11 and Band 18 | Rel-11 | R4,R2 | 100% | RP-120898 | KDDI | [JSN] |
540120 | LTE_CA_B11_B18-Core | Core part: LTE Advanced Carrier Aggregation of Band 11 and Band 18 | Rel-11 | R4,R2 | 100% | RP-120898 | KDDI | [JSN] |
540220 | LTE_CA_B11_B18-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 11 and Band 18 | Rel-11 | R4 | 100% | RP-120898 | KDDI | [JSN] |
540021 | LTE_CA_B1_B18 | LTE Advanced Carrier Aggregation of Band 1 and Band 18 | Rel-11 | R4,R2 | 100% | RP-120892 | KDDI | [JSN] |
540121 | LTE_CA_B1_B18-Core | Core part: LTE Advanced Carrier Aggregation of Band 1 and Band 18 | Rel-11 | R4,R2 | 100% | RP-120892 | KDDI | [JSN] |
540221 | LTE_CA_B1_B18-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 1 and Band 18 | Rel-11 | R4 | 100% | RP-120892 | KDDI | [JSN] |
540022 | LTE_CA_B1_B19 | LTE Advanced Carrier Aggregation of Band 1 and Band 19 | Rel-11 | R4,R2 | 100% | RP-120866 | NTT DoCoMo | [JSN] |
540122 | LTE_CA_B1_B19-Core | Core part: LTE Advanced Carrier Aggregation of Band 1 and Band 19 | Rel-11 | R4,R2 | 100% | RP-120866 | NTT DoCoMo | [JSN] |
540222 | LTE_CA_B1_B19-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 1 and Band 19 | Rel-11 | R4 | 100% | RP-120866 | NTT DoCoMo | [JSN] |
540023 | LTE_CA_B1_B21 | LTE Advanced Carrier Aggregation of Band 1 and Band 21 | Rel-11 | R4,R2 | 100% | RP-121173 | NTT DoCoMo | [JSN] |
540123 | LTE_CA_B1_B21-Core | Core part: LTE Advanced Carrier Aggregation of Band 1 and Band 21 | Rel-11 | R4,R2 | 100% | RP-121173 | NTT DoCoMo | [JSN] |
540223 | LTE_CA_B1_B21-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 1 and Band 21 | Rel-11 | R4 | 100% | RP-121173 | NTT DoCoMo | [JSN] |
550018 | LTE_CA_B3_B8 | LTE Advanced Carrier Aggregation of Band 3 and Band 8 | Rel-11 | R4 | 100% | RP-121162 | KT | [JSN] |
550118 | LTE_CA_B3_B8-Core | Core part: LTE Advanced Carrier Aggregation of Band 3 and Band 8 | Rel-11 | R4 | 100% | RP-121162 | KT | [JSN] |
550218 | LTE_CA_B3_B8-Perf | Perf. part: LTE Advanced Carrier Aggregation of Band 3 and Band 8 | Rel-11 | R4 | 100% | RP-121162 | KT | [JSN] |
580358 | - | Rel-11 intra-band Carrier Aggregation | Rel-11 | RP | 100% | - | - | [JSN] |
520015 | LTE_CA_B38 | LTE Advanced Carrier Aggregation in Band 38 | Rel-11 | R4 | 100% | RP-110862 | Huawei | [JSN] |
520115 | LTE_CA_B38-Core | Core part: LTE Advanced Carrier Aggregation in Band 38 | Rel-11 | R4 | 100% | RP-110862 | Huawei | [JSN] |
520215 | LTE_CA_B38-Perf | Perf. part: LTE Advanced Carrier Aggregation in Band 38 | Rel-11 | R4 | 100% | RP-110862 | Huawei | [JSN] |
520016 | LTE_CA_B41 | LTE Advanced Carrier Aggregation in Band 41 | Rel-11 | R4 | 100% | RP-120249 | Clearwire | [JSN] |
520116 | LTE_CA_B41-Core | Core part: LTE Advanced Carrier Aggregation in Band 41 | Rel-11 | R4 | 100% | RP-120249 | Clearwire | [JSN] |
520216 | LTE_CA_B41-Perf | Perf. part: LTE Advanced Carrier Aggregation in Band 41 | Rel-11 | R4 | 100% | RP-120249 | Clearwire | [JSN] |
530028 | LTE_CA_B7 | LTE Advanced Carrier Aggregation in Band 7 | Rel-11 | R4 | 100% | RP-121193 | China Unicom | [JSN] |
530128 | LTE_CA_B7-Core | Core part: LTE Advanced Carrier Aggregation in Band 7 | Rel-11 | R4 | 100% | RP-121193 | China Unicom | [JSN] |
530228 | LTE_CA_B7-Perf | Perf. part: LTE Advanced Carrier Aggregation in Band 7 | Rel-11 | R4 | 100% | RP-121193 | China Unicom | [JSN] |
450016 | UEAnt_FSTest | UE Over The Air (Antenna) conformance testing methodology - Laptop mounted equipment Free Space test | Rel-11 | R4,R5 | 100% | RP-111381 | CATR | [JSN] |
450116 | UEAnt_FSTest-Core | Core part: UE Over The Air (Antenna) conformance testing methodology - Laptop mounted equipment Free Space test | Rel-11 | R4 | 100% | RP-111381 | CATR | [JSN] |
520011 | UEAnt_FSTest-UEConTest | Test part: UE Over The Air (Antenna) conformance testing methodology - Laptop mounted equipment Free Space test | Rel-11 | R5 | 100% | RP-110629 | ZTE | [JSN] |
500019 | 8C_HSDPA | Eight carrier HSDPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-101419 | Ericsson | [JSN] |
500119 | 8C_HSDPA-Core | Core part: Eight carrier HSDPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-101419 | Ericsson | [JSN] |
500219 | 8C_HSDPA-Perf | Perf. part: Eight carrier HSDPA | Rel-11 | R4 | 100% | RP-101419 | Ericsson | [JSN] |
500021 | LCR_TDD_UE_demod_mc | UE demodulation performance requirements under multiple-cell scenario for 1.28Mcps TDD | Rel-11 | R4,R5 | 100% | RP-111244 | China Mobile | [JSN] |
500121 | LCR_TDD_UE_demod_mc-Perf | Perf. part: UE demodulation performance requirements under multiple-cell scenario for 1.28Mcps TDD | Rel-11 | R4 | 100% | RP-111244 | China Mobile | [JSN] |
530038 | LCR_TDD_UE_demod_mc-UEConTest | Test part: UE demodulation performance requirements under multiple-cell scenario for 1.28Mcps TDD | Rel-11 | R5 | 100% | RP-111181 | China Mobile | [JSN] |
500022 | HSPA_UL_TxDiv | Uplink Transmit Diversity for HSPA | Rel-11 | R1,R4,R2,R3,R5 | 100% | RP-120367 | Huawei | [JSN] |
500122 | HSPA_UL_TxDiv-CL-Core | Core part: Uplink Transmit Diversity for HSPA - Closed Loop | Rel-11 | R1,R4,R2,R3 | 100% | RP-120367 | Huawei | [JSN] |
500222 | HSPA_UL_TxDiv-CL-Perf | Perf. part: Uplink Transmit Diversity for HSPA - Closed Loop | Rel-11 | R4 | 100% | RP-120367 | Huawei | [JSN] |
500322 | HSPA_UL_TxDiv-OL-Core | Core part: Uplink Transmit Diversity for HSPA - Open Loop | Rel-11 | R4,R1,R2,R3 | 100% | RP-120367 | Huawei | [JSN] |
500422 | HSPA_UL_TxDiv-OL-Perf | Perf. part: Uplink Transmit Diversity for HSPA - Open Loop | Rel-11 | R4 | 100% | RP-120367 | Huawei | [JSN] |
590008 | HSPA_UL_TxDiv-UEConTest | Test part: Uplink Transmit Diversity for HSPA | Rel-11 | R5 | 100% | RP-130351 | Qualcomm | [JSN] |
510018 | 4C_HSDPA_Config | Introduction of New Configuration for 4C-HSDPA | Rel-11 | R4,R2 | 100% | RP-110308 | Telus Communications | [JSN] |
510118 | 4C_HSDPA_Config-Core | Core part: Introduction of New Configuration for 4C-HSDPA | Rel-11 | R4,R2 | 100% | RP-110308 | Telus Communications | [JSN] |
510218 | 4C_HSDPA_Config-Perf | Perf. part: Introduction of New Configuration for 4C-HSDPA | Rel-11 | R4 | 100% | RP-110308 | Telus Communications | [JSN] |
510019 | NC_4C_HSDPA | Non-contiguous 4C-HSDPA operation | Rel-11 | R4,R2,R3 | 100% | RP-110416 | Ericsson | [JSN] |
510119 | NC_4C_HSDPA-Core | Core part: Non-contiguous 4C-HSDPA operation | Rel-11 | R4,R2,R3 | 100% | RP-110416 | Ericsson | [JSN] |
510219 | NC_4C_HSDPA-Perf | Perf. part: Non-contiguous 4C-HSDPA operation | Rel-11 | R4 | 100% | RP-110416 | Ericsson | [JSN] |
510020 | Cell_FACH_enh | Further Enhancements to CELL_FACH | Rel-11 | R1,R2,R3,R4,R5 | 100% | RP-111321 | Qualcomm | [JSN] |
510120 | Cell_FACH_enh-Core | Core part: Further Enhancements to CELL_FACH | Rel-11 | R2,R1,R3,R4 | 100% | RP-111321 | Qualcomm | [JSN] |
510220 | Cell_FACH_enh-Perf | Perf. part: Further Enhancements to CELL_FACH | Rel-11 | R4 | 100% | RP-111321 | Qualcomm | [JSN] |
600004 | Cell_FACH_enh-UEConTest | Test part: Further Enhancements to CELL_FACH | Rel-11 | R5 | 100% | RP-130644 | Ericsson | [JSN] |
530034 | HSDPA_MFTX | HSDPA Multiflow Data Transmission | Rel-11 | R2,R1,R3,R4,R5 | 100% | RP-111375 | Nokia Siemens Networks | [JSN] |
530134 | HSDPA_MFTX-Core | Core part: HSDPA Multiflow Data Transmission | Rel-11 | R2,R1,R3,R4 | 100% | RP-111375 | Nokia Siemens Networks | [JSN] |
530234 | HSDPA_MFTX-Perf | Perf. part: HSDPA Multiflow Data Transmission | Rel-11 | R4 | 100% | RP-111375 | Nokia Siemens Networks | [JSN] |
620016 | HSDPA_MFTX-UEConTest | Test part: HSDPA Multiflow Data Transmission | Rel-11 | R5 | 100% | RP-131692 | Qualcomm | [JSN] |
530035 | 4Tx_HSDPA | Four Branch MIMO transmission for HSDPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-111393 | Ericsson | [JSN] |
530135 | 4Tx_HSDPA-Core | Core part: Four Branch MIMO transmission for HSDPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-111393 | Ericsson | [JSN] |
530235 | 4Tx_HSDPA-Perf | Perf. part: Four Branch MIMO transmission for HSDPA | Rel-11 | R4 | 100% | RP-111393 | Ericsson | [JSN] |
540009 | MIMO_64QAM_HSUPA | MIMO with 64QAM for HSUPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-121794 | Nokia Siemens Networks | [JSN] |
540109 | MIMO_64QAM_HSUPA-Core | Core part: MIMO with 64QAM for HSUPA | Rel-11 | R1,R2,R3,R4 | 100% | RP-121794 | Nokia Siemens Networks | [JSN] |
540209 | MIMO_64QAM_HSUPA-Perf | Perf. part: MIMO with 64QAM for HSUPA | Rel-11 | R4 | 100% | RP-121794 | Nokia Siemens Networks | [JSN] |
540024 | HSDPA_DB_MC | HSDPA Dual-Band Multi-Carrier combinations | Rel-11 | R4,R2 | 100% | RP-111746 | Ericsson | [JSN] |
540124 | HSDPA_DB_MC-Core | Core part: HSDPA Dual-Band Multi-Carrier combinations | Rel-11 | R4,R2 | 100% | RP-111746 | Ericsson | [JSN] |
540224 | HSDPA_DB_MC-Perf | Perf. part: HSDPA Dual-Band Multi-Carrier combinations | Rel-11 | R4 | 100% | RP-111746 | Ericsson | [JSN] |
620015 | IMS-CCR_Test2 | Split TTCN Test Models for IMS testing in TS 34.229-3 | Rel-11 | R5 | 100% | RP-140440 | Spirent | [JSN] |
480004 | TEI11 | (Small) Technical Enhancements and Improvements for Rel-11 | Rel-11 | SP,CP,RP,GP | 100% | - | - | [JSN] |
560001 | TEI11_Test | Test - (Small) Technical Enhancements and Improvements for Rel-11 | Rel-11 | R5,G3new | 100% | - | - | [JSN] |
571004 | TEI11_IETF | (IETF) (Small) Technical Enhancements and Improvements for Rel-11 (RFC 7077) | Rel-11 | C4-IETF | 100% | - | Lionel Morand | [JSN] |
450047 | FS_IMS_P2P | Study on IMS based Peer-to-Peer Content Distribution Services | Rel-11 | S1,S2 | 100% | SP-090491 | China Mobile | [JSN] |
460024 | FS_NOVES | Study on Non Voice Emergency Services | Rel-11 | S1 | 100% | SP-090897 | Qualcomm | [JSN] |
480033 | FS_VINE | Study on Support for 3GPP Voice Interworking with Enterprise IP-PBX | Rel-11 | S1,S2 | 100% | SP-100411 | Tatara Systems | [JSN] |
490033 | FS_INIPUI | Study on IMS Network-Independent Public User Identities | Rel-11 | S1 | 100% | SP-100652 | Vodafone | [JSN] |
410041 | FS_eIMS | Study on IMS Evolution | Rel-11 | S2 | 100% | SP-100360 | China Mobile | [JSN] |
440047 | FS_PP | Study on Policy solutions and enhancements | Rel-11 | S2,S1 | 100% | SP-090895 | AT&T | [JSN] |
440048 | FS_IP6M | Study on IPv6 Migration | Rel-11 | S2 | 100% | SP-090362 | China Mobile | [JSN] |
460030 | FS_rSRVCC | Study on Single Radio Voice Call Continuity from UTRAN/GERAN to E-UTRAN/HSPA | Rel-11 | S2 | 100% | SP-090806 | Orange | [JSN] |
510044 | FS_RAVEL | Study on Roaming Architecture for Voice over IMS with Local Breakout | Rel-11 | S2 | 100% | SP-110087 | Deutsche Telekom | [JSN] |
380084 | FS_UKM | Study on UTRAN key management enhancements | Rel-11 | S3 | 100% | SP-090283 | Ericsson | [JSN] |
480048 | FS_SSO_APS | Study on Single Sign On (SSO) Application Security for IMS - based on SIP Digest | Rel-11 | S3 | 100% | SP-100639 | Nokia | [JSN] |
520036 | FS_M3DVC | Study on Mobile 3D Video Coding | Rel-11 | S4 | 100% | SP-110310 | Orange | [JSN] |
480047 | FS_ManCon | Study on Management of Converged Networks | Rel-11 | S5 | 100% | SP-100377 | Nokia Siemens Networks | [JSN] |
490039 | FS_UDC_AppUseCase | Study on User Data Convergence (UDC) information model handling and provisioning: Example Use Cases | Rel-11 | S5 | 100% | SP-110127 | Alcatel-Lucent | [JSN] |
510045 | FS_OAM_ES_iRAT | Study on OAM aspects of inter-RAT Energy Saving | Rel-11 | S5 | 100% | SP-110138 | Nokia Siemens Networks | [JSN] |
480015 | FS_UE-CN_ES | Study on impacts on UE-Core Network signalling from Energy Saving | Rel-11 | C1 | 100% | CP-100330 | NEC | [JSN] |
490014 | FS_EPC_NR | Study on EPC Nodes Restoration | Rel-11 | C4 | 100% | CP-100700 | ZTE | [JSN] |
480003 | FS_SPEED | Study on Signal Precoding enhancements for EGPRS2 DL | Rel-11 | G1,G2 | 100% | GP-111281 | Ericsson | [JSN] |
470014 | FS_CoMP_LTE | Study on Coordinated Multi-Point operation for LTE | Rel-11 | R1,R2,R3 | 100% | RP-101425 | Samsung | [JSN] |
480028 | FS_SPIA_IDC | Study on Signalling and procedure for interference avoidance for in-device coexistence | Rel-11 | R2,R4 | 100% | RP-100671 | China Mobile | [JSN] |
510034 | FS_HetNet_eMOB_LTE | Study on HetNet mobility enhancements for LTE | Rel-11 | R2,R1,R3,R4 | 100% | RP-110709 | Alcatel-Lucent | [JSN] |
510037 | FS_LTE_eDL_MIMO_enh | Study on further Downlink MIMO enhancements for LTE-Advanced | Rel-11 | R1 | 100% | RP-111366 | Alcatel-Lucent | [JSN] |
510039 | FS_LTE_TDD_eIMTA | Study on Further Enhancements to LTE TDD for DL-UL Interference Management and Traffic Adaptation | Rel-11 | R1,R4 | 100% | RP-110450 | CATT | [JSN] |
530053 | FS_Cov_Enh_LTE | Study on LTE Coverage Enhancements | Rel-11 | R1,R2 | 100% | RP-120225 | China Telecom | [JSN] |
530055 | FS_enh_perf_UE_LTE | Study on Enhanced performance requirement for LTE UE | Rel-11 | R4,R1 | 100% | RP-111378 | NTT DoCoMo | [JSN] |
550022 | FS_LTE_OTA | Study on Measurements of radio performances for LTE terminals - Total Radiated Power (TRP) and Total Radiated Sensitivity (TRS) test methodology | Rel-11 | R4 | 100% | RP-120412 | CATR | [JSN] |
430020 | FS_HSPA_LTE_measRP_MIMO_multi-antenna | Study on Measurement of Radiated Performance for MIMO and multi-antenna reception for HSPA and LTE terminals | Rel-11 | R4 | 100% | RP-111754 | Vodafone | [JSN] |
440016 | FS_e850 | Study on Extending 850 MHz | Rel-11 | R4 | 100% | RP-090666 | Ericsson | [JSN] |
450015 | FS_NIMTC_RAN | Study on RAN improvements for Machine-Type Communications | Rel-11 | R2,R1,R3,R4 | 100% | RP-100330 | Huawei | [JSN] |
500002 | FS_UE_App_Data_Perf | Study on UE Application Layer Data Throughput Performance | Rel-11 | R5,R4 | 100% | RP-101422 | Spirent | [JSN] |
510036 | FS_EHNB_enh | Study on further enhancements for HNB and HeNB | Rel-11 | R3,R2 | 100% | RP-120373 | Alcatel-Lucent | [JSN] |
510038 | FS_B800_B900_Interf_LTE | Study on Interference analysis between 800~900 MHz bands | Rel-11 | R4 | 100% | RP-111752 | LG Uplus | [JSN] |
520018 | FS_UTRA_LTE_900MHz | Study on UMTS/LTE in 900 MHz band (Japan, Korea) | Rel-11 | R4 | 100% | RP-120617 | NTT DoCoMo | [JSN] |
500014 | FS_UTRA_UL_MIMO | Study on Uplink MIMO | Rel-11 | R1 | 100% | RP-101432 | Qualcomm | [JSN] |
500015 | FS_HSDPA_MP_TX | Study on HSDPA Multipoint Transmission | Rel-11 | R1,R2,R3 | 100% | RP-101439 | Nokia Siemens Networks | [JSN] |
530057 | FS_OTA_phantoms_UTRA | Study on UE Over The Air (OTA) test method with Head and Hand Phantoms | Rel-11 | R4,R5 | 100% | RP-120208 | Nokia | [JSN] |
540026 | FS_LCRTDD_HSPAenh | Study on HSPA feedback and signalling efficiency enhancements for LCR TDD | Rel-11 | R1 | 100% | RP-111766 | TD Tech | [JSN] |
510035 | FS_eUL_TX_LTE | Deleted - Study on Enhanced Uplink Transmission for LTE | Rel-11 | R1 | 100% | RP-120259 | Huawei | [JSN] |
390073 | eMPS | Enhancements for Multimedia Priority Service | Rel-10 | S1,S2,C4,C3,C1 | 100% | SP-080051 | Telcordia | [JSN] |
390074 | ePRIOR-St1 | Stage 1 on enhancements for Multimedia Priority Service | Rel-10 | S1 | 100% | SP-080051 | Telcordia | [JSN] |
460029 | ePRIOR-St2 | Stage 2 on enhancements for Multimedia Priority Service | Rel-10 | S2 | 100% | SP-100647 | Telcordia, NTT DoCoMo | [JSN] |
460329 | ePRIOR-St2 | Stage 2 on eMPS for CSFB | Rel-10 | S2 | 100% | SP-100647 | Telcordia, NTT DoCoMo | [JSN] |
460429 | ePRIOR-St2 | Stage 2 on eMPS for EPS Bearer Service | Rel-10 | S2 | 100% | SP-100647 | Telcordia, NTT DoCoMo | [JSN] |
460529 | ePRIOR-St2 | Stage 2 on eMPS for IMS Aspects | Rel-10 | S2 | 100% | SP-100647 | Telcordia, NTT DoCoMo | [JSN] |
460229 | - | Deleted - TR 23.854 on Stage 2 on enhancements for Multimedia Priority Service | Rel-10 | S2 | 100% | SP-100647 | Telcordia, NTT DoCoMo | [JSN] |
490008 | eMPS-CN | Stage 3 on enhancements for Multimedia Priority Service | Rel-10 | C4,C3,C1 | 100% | CP-100878 | Ericsson | [JSN] |
490108 | eMPS-CN | CT4 part on Stage 3 on enhancements for Multimedia Priority Service | Rel-10 | C4 | 100% | CP-100878 | Ericsson | [JSN] |
490208 | eMPS-CN | CT3 part on Stage 3 on enhancements for Multimedia Priority Service | Rel-10 | C3 | 100% | CP-100878 | Ericsson | [JSN] |
490308 | eMPS-CN | CT1 part on Stage 3 on enhancements for Multimedia Priority Service | Rel-10 | C1 | 100% | CP-100878 | Ericsson | [JSN] |
410030 | NIMTC | Network Improvements for Machine-Type Communications | Rel-10 | S1,S2,S5,C1,C4,C6,G2,R2,R3,R5,G3new | 100% | SP-100863 | KPN | [JSN] |
410031 | NIMTC | Stage 1 for Network Improvements for Machine-Type Communications | Rel-10 | S1 | 100% | SP-100863 | KPN | [JSN] |
450028 | NIMTC | Deleted - TR on Stage 2 for Network Improvements for Machine-Type Communications | Rel-10 | S2 | 100% | SP-100863 | Samsung | [JSN] |
490037 | NIMTC | Stage 2 for Network Improvements for Machine-Type Communications | Rel-10 | S2 | 100% | SP-100863 | Samsung | [JSN] |
460023 | NIMTC | Deleted - Security for Network Improvements for Machine-Type Communications | Rel-10 | S3 | 100% | SP-100863 | Samsung | [JSN] |
510040 | NIMTC-CH | Charging for Network Improvements for Machine-Type Communication | Rel-10 | S5 | 100% | SP-110136 | Ericsson | [JSN] |
480005 | NIMTC-CN | CN part of Stage 3 for Network Improvements for Machine-Type Communications | Rel-10 | C1,C4,C6 | 100% | CP-110442 | Ericsson | [JSN] |
480105 | NIMTC-CN | CT1 part of Stage 3 for Network Improvements for Machine-Type Communications | Rel-10 | C1 | 100% | CP-110442 | Ericsson | [JSN] |
480205 | NIMTC-CN | Deleted - CT3 part of Stage 3 for Network Improvements for Machine-Type Communications | Rel-10 | C3 | 100% | CP-110442 | Ericsson | [JSN] |
480305 | NIMTC-CN | CT4 part of Stage 3 for Network Improvements for Machine-Type Communications | Rel-10 | C4 | 100% | CP-110442 | Ericsson | [JSN] |
510005 | NIMTC-CN | CT6 part of Stage 3 for Network Improvements for Machine-Type Communications | Rel-10 | C6 | 100% | - | Sagem-Orga | [JSN] |
490003 | NIMTC | GERAN part of Network Improvements for Machine-Type Communications (Stage 3) | Rel-10 | G2 | 100% | GP-101647 | Vodafone, Ericsson | [JSN] |
570003 | NIMTC_GERAN-MSTest | MS Conformance Test Aspects for GERAN - Network Improvements for Machine-Type Communications | Rel-10 | G3new | 100% | GP-121141 | ST-Ericsson | [JSN] |
490024 | NIMTC-RAN_overload | RAN mechanisms to avoid CN overload due to Machine-Type Communications | Rel-10 | R2,R3 | 100% | RP-101026 | Huawei | [JSN] |
570004 | NIMTC-UEConTest | UE Conformance Test Aspects - Network Improvements for Machine-Type Communications | Rel-10 | R5 | 100% | RP-121124 | Ericsson | [JSN] |
430035 | MAPCON | Multi Access PDN Connectivity | Rel-10 | S2,C4,C1,C3 | 100% | SP-090659 | Telecom Italia | [JSN] |
430135 | MAPCON | Stage 2 for Multi Access PDN Connectivity | Rel-10 | S2 | 100% | SP-090659 | Telecom Italia | [JSN] |
500004 | MAPCON-St3 | CT aspects of Multi Access PDN Connectivity | Rel-10 | C4,C1,C3 | 100% | CP-100709 | ZTE | [JSN] |
500104 | MAPCON-St3 | CT4 aspects of Multi Access PDN Connectivity | Rel-10 | C4 | 100% | CP-100709 | ZTE | [JSN] |
500204 | MAPCON-St3 | CT1 aspects of Multi Access PDN Connectivity | Rel-10 | C1 | 100% | CP-100709 | ZTE | [JSN] |
500304 | MAPCON-St3 | CT3 aspects of Multi Access PDN Connectivity | Rel-10 | C3 | 100% | CP-100709 | ZTE | [JSN] |
440052 | IMS_SC_eIDT | IMS Service Continuity – Inter Device Transfer enhancements | Rel-10 | S1,S2,C1,IETF | 100% | SP-090452 | Huawei | [JSN] |
440152 | IMS_SC_eIDT | Stage 1 - IMS Service Continuity – Inter Device Transfer enhancements | Rel-10 | S1 | 100% | SP-090452 | Huawei | [JSN] |
450029 | IMS_SC_eIDT | Stage 2 - IMS Inter-UE Transfer enhancements | Rel-10 | S2 | 100% | SP-100167 | Huawei | [JSN] |
470001 | IMS_SC_eIDT | Stage 3 - IMS Inter-UE Transfer enhancements | Rel-10 | C1 | 100% | CP-110285 | Huawei | [JSN] |
521001 | IMS_SC_eIDT | (IETF) Stage 3 - IMS Inter-UE Transfer enhancements | Rel-10 | C1-IETF | 100% | CP-110285 | christer.holmberg@ericsson.com | [JSN] |
450030 | CPM-SMS | IP-Short-Message-Gateway enhancements for CPM-SMS Interworking | Rel-10 | S1,S2,C3 | 100% | SP-090615 | China Mobile | [JSN] |
450031 | CPM-SMS | Stage 1 for CPM-SMS | Rel-10 | S1 | 100% | SP-090615 | China Mobile | [JSN] |
450032 | CPM-SMS | Stage 2 for CPM-SMS | Rel-10 | S2 | 100% | SP-090615 | Orange | [JSN] |
460017 | CPM-SMS | Stage 3 for IP-Short-Message-Gateway enhancements for CPM-SMS Interworking | Rel-10 | C3 | 100% | CP-090859 | Ericsson | [JSN] |
450033 | CCNL | Completion of Communications on Not Logged-in | Rel-10 | S1,C1,C3 | 100% | SP-090493 | Deutsche Telekom | [JSN] |
450034 | CCNL | Stage 1 for Completion of Communications on Not Logged-in | Rel-10 | S1 | 100% | SP-090493 | Deutsche Telekom | [JSN] |
470002 | CCNL | CT1 part of Stage 3 for Completion of Communications on Not Logged-in | Rel-10 | C1 | 100% | CP-100335 | Deutsche Telekom | [JSN] |
480006 | CCNL | CT3 part of Stage 3 for Completion of Communications on Not Logged-in | Rel-10 | C3 | 100% | CP-100335 | Deutsche Telekom | [JSN] |
450035 | LIPA_SIPTO | Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S2,S1,S3,S5,C4,C1 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450037 | LIPA_SIPTO | Stage 1 for Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S1 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450036 | LIPA_SIPTO | TR on Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S2 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450039 | LIPA_SIPTO | Security for Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S3 | 100% | SP-110131 | Huawei, Qualcomm | [JSN] |
450040 | LIPA_SIPTO | OAM&P for Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S5 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
460039 | LIPA_SIPTO | Charging for Local IP Access and Selected Internet IP Traffic Offload | Rel-10 | S5 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450238 | LIPA | Stage 2/3 for Local IP Access | Rel-10 | S2,C4,C1 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450338 | LIPA | Stage 2 for Local IP Access | Rel-10 | S2 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
480008 | LIPA | Stage 3 for Local IP Access | Rel-10 | C4,C1 | 100% | CP-100292 | China Mobile | [JSN] |
480108 | LIPA | CT4 part of Stage 3 for Local IP Access | Rel-10 | C4 | 100% | CP-100292 | China Mobile | [JSN] |
480208 | LIPA | CT1 part of Stage 3 for Local IP Access | Rel-10 | C1 | 100% | CP-100292 | China Mobile | [JSN] |
450038 | SIPTO | Stage 2/3 for SIPTO for macro networks | Rel-10 | S2,C4,C1 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
450138 | SIPTO | Stage 2 for SIPTO for macro networks | Rel-10 | S2 | 100% | SP-110131 | Huawei, China Mobile | [JSN] |
480007 | SIPTO | Stage 3 for SIPTO for macro networks | Rel-10 | C4,C1 | 100% | CP-110091 | Huawei | [JSN] |
480107 | SIPTO | CT4 part of Stage 3 for SIPTO for macro networks | Rel-10 | C4 | 100% | CP-110091 | Huawei | [JSN] |
480207 | SIPTO | CT1 part of Stage 3 for SIPTO for macro networks | Rel-10 | C1 | 100% | CP-110091 | Huawei | [JSN] |
450041 | IFOM | IP Flow Mobility and seamless WLAN offload | Rel-10 | S2,S1,S5,C1,C3 | 100% | SP-100089 | Qualcomm | [JSN] |
450042 | IFOM | Stage 1 for IP Flow Mobility and seamless WLAN offload | Rel-10 | S1 | 100% | SP-100089 | Qualcomm | [JSN] |
450043 | IFOM | Stage 2 for IP Flow Mobility and seamless WLAN offload | Rel-10 | S2 | 100% | SP-100089 | Qualcomm | [JSN] |
470021 | IFOM | Charging for IP Flow Mobility and seamless WLAN offload | Rel-10 | S5 | 100% | SP-100089 | Alcatel-Lucent | [JSN] |
480009 | IFOM-CT | Stage 3 for IP Flow Mobility and seamless WLAN offload | Rel-10 | C1,C3 | 100% | CP-100715 | Qualcomm | [JSN] |
480109 | IFOM-CT | CT1 part of Stage 3 for IP Flow Mobility and seamless WLAN offload | Rel-10 | C1 | 100% | CP-100715 | Qualcomm | [JSN] |
480209 | IFOM-CT | CT3 part of Stage 3 for IP Flow Mobility and seamless WLAN offload | Rel-10 | C3 | 100% | CP-100715 | Qualcomm | [JSN] |
450044 | ECSRA_LAA | Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S2,S4,C4,C3,C1,IETF | 100% | SP-100467 | Qualcomm | [JSN] |
450045 | ECSRA_LAA | TR on Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S2,S4 | 100% | SP-100467 | Qualcomm | [JSN] |
450145 | ECSRA_LAA | SA4 review of TR on Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S4 | 100% | SP-100467 | Qualcomm | [JSN] |
450046 | ECSRA_LAA | Stage 2 for Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S2 | 100% | SP-100467 | Qualcomm | [JSN] |
490038 | ECSRA_LAA | SA4 aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | S4 | 100% | SP-100467 | Qualcomm | [JSN] |
490007 | ECSRA_LAA-CN | CN aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | C4,C3,C1 | 100% | CP-100702 | Ericsson | [JSN] |
490107 | ECSRA_LAA-CN | CT4 part of CN aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | C4 | 100% | CP-100702 | Ericsson | [JSN] |
531006 | ECSRA_LAA-CN | (IETF) CT3, CT4 part of CN aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | C3-IETF,C4-IETF | 100% | CP-100702 | Lionel Morand | [JSN] |
490207 | ECSRA_LAA-CN | CT3 part of CN aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | C3 | 100% | CP-100702 | Ericsson | [JSN] |
490307 | ECSRA_LAA-CN | CT1 part of CN aspects of Enabling Coder Selection and Rate Adaptation for UTRAN and E-UTRAN for Load Adaptive Applications | Rel-10 | C1 | 100% | CP-100702 | Ericsson | [JSN] |
450053 | EHNBF | Extended H(e)NB features | Rel-10 | S1,S2,S3 | 100% | SP-100407 | NEC | [JSN] |
450153 | EHNBF | Stage 1 of Extended H(e)NB features | Rel-10 | S1 | 100% | SP-100407 | NEC | [JSN] |
420034 | EHNB-IMS | IMS aspects of Architecture for Home NodeB | Rel-10 | S2 | 100% | SP-080799 | Alcatel-Lucent | [JSN] |
480034 | EHNBF-Sec | Extended H(e)NB Security features (Stage 2) | Rel-10 | S3 | 100% | SP-100257 | Huawei | [JSN] |
460028 | OMR | Optimal Media Routing | Rel-10 | S2,S5,C3,C1 | 100% | SP-090803 | Alcatel-Lucent | [JSN] |
460128 | OMR | Stage 2 for Optimal Media Routing | Rel-10 | S2 | 100% | SP-090803 | Alcatel-Lucent | [JSN] |
480010 | OMR | Stage 3 for Optimal Media Routing | Rel-10 | C3,C1,C4 | 100% | CP-110134 | Alcatel-Lucent | [JSN] |
480110 | OMR | CT3 part of Stage 3 for Optimal Media Routeing | Rel-10 | C3 | 100% | CP-110134 | Alcatel-Lucent | [JSN] |
480210 | OMR | CT1 part of Stage 3 for Optimal Media Routeing | Rel-10 | C1 | 100% | CP-110134 | Alcatel-Lucent | [JSN] |
480310 | OMR | Deleted - CT4 part of Stage 3 for Optimal Media Routeing | Rel-10 | C4 | 100% | CP-110134 | Alcatel-Lucent | [JSN] |
500013 | OMR | Charging for Optimal Media Routing | Rel-10 | S5 | 100% | SP-100772 | Alcatel-Lucent | [JSN] |
470026 | IESE | IMS Emergency Session Enhancements | Rel-10 | S1,S2,C1 | 100% | SP-100170 | Deutsche Telekom, T-Mobile | [JSN] |
470027 | IESE | Stage 1 for IMS Emergency Session Enhancements | Rel-10 | S1 | 100% | SP-100170 | Deutsche Telekom, T-Mobile | [JSN] |
470028 | IESE | Stage 2 for IMS Emergency Session Enhancements | Rel-10 | S2 | 100% | SP-100170 | Deutsche Telekom, T-Mobile | [JSN] |
500005 | IESE | Stage 3 for IMS Emergency Session Enhancements | Rel-10 | C1 | 100% | CP-100880 | Deutsche Telekom | [JSN] |
480037 | SMOG | S2b Mobility based on GTP | Rel-10 | S2,C4,C3,C1 | 100% | SP-100357 | Alcatel-Lucent | [JSN] |
480137 | SMOG | Stage 2 for S2b Mobility based on GTP | Rel-10 | S2 | 100% | SP-100357 | Alcatel-Lucent | [JSN] |
490009 | SMOG-St3 | Stage 3 for S2b Mobility based on GTP | Rel-10 | C4,C3,C1 | 100% | CP-100644 | Alcatel-Lucent | [JSN] |
490109 | SMOG-St3 | CT4 part of Stage 3 for S2b Mobility based on GTP | Rel-10 | C4 | 100% | CP-100644 | Alcatel-Lucent | [JSN] |
490209 | SMOG-St3 | CT3 part of Stage 3 for S2b Mobility based on GTP | Rel-10 | C3 | 100% | CP-100644 | Alcatel-Lucent | [JSN] |
490309 | SMOG-St3 | CT1 part of Stage 3 for S2b Mobility based on GTP | Rel-10 | C1 | 100% | CP-100644 | Alcatel-Lucent | [JSN] |
500006 | PEST | Policy Enhancements for Sponsored Connectivity and Coherent Access to Policy related Databases | Rel-10 | S2,C3 | 100% | SP-110196 | Qualcomm | [JSN] |
500106 | PEST | Stage 2 for Policy Enhancements for Sponsored Connectivity and Coherent Access to Policy related Databases | Rel-10 | S2 | 100% | SP-110196 | Qualcomm | [JSN] |
500206 | PEST-CT3 | CT3 aspects of Policy Enhancements for Sponsored Connectivity and Coherent Access to Policy related Databases | Rel-10 | C3 | 100% | CP-100860 | ZTE | [JSN] |
470029 | LI10 | Lawful Interception in the 3GPP Rel-10 | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470129 | LI10 | LI for CAT (Customer Alerting Tones) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470229 | LI10 | LI for CRS (Customized Ringing Signal) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470329 | LI10 | LI for EPS enhancements | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470429 | LI10 | LI for VCC (Voice Call Continuity) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470529 | LI10 | LI for MEDIASEC (IMS Media security) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470629 | LI10 | LI for H(e)NB also with Local IP Access and Selected IP Traffic Offload (LIPA, SIPTO) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470729 | LI10 | LI for MBMS enhancements | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470829 | LI10 | LI for LCLS (Local Call Local Switch) | Rel-10 | S3 | 100% | SP-100108 | PIDS, BT | [JSN] |
470033 | OPT_IMS_PSS_MBMS_US | Optimization of IMS based PSS and MBMS User Service | Rel-10 | S4 | 100% | SP-100031 | Ericsson | [JSN] |
470034 | HTTP_SDS | HTTP-based Streaming and Download Services | Rel-10 | S4,IETF | 100% | SP-100032 | Qualcomm | [JSN] |
470134 | HTTP_SDS | HTTP-based Streaming and Download Services in 3GPP | Rel-10 | S4 | 100% | SP-100032 | Qualcomm | [JSN] |
521002 | HTTP_SDS | (IETF) HTTP-based Streaming and Download Services in 3GPP | Rel-10 | S4-IETF | 100% | SP-100032 | - | [JSN] |
480040 | MBS_Enh | PSS and MBMS enhancements | Rel-10 | S4 | 100% | SP-100305 | Ericsson | [JSN] |
480041 | EAAT | Enhancements and Addition of Audio Tests to 26.131 and 26.132 | Rel-10 | S4 | 100% | SP-100306 | Vodafone | [JSN] |
510055 | VCEM | Video Coding Enhancements in MTSI | Rel-10 | S4 | 100% | SP-110050 | Ericsson | [JSN] |
460031 | OAM10 | Rel-10 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-10 | S5,C4 | 100% | - | - | [JSN] |
460032 | OAM10-NIM | Rel-10 Network Infrastructure Management | Rel-10 | S5 | 100% | - | - | [JSN] |
460033 | RAT_NRM_common | Common RAT Network Resource Model (NRM) | Rel-10 | S5 | 100% | SP-100293 | Ericsson | [JSN] |
470035 | OAM-IRP-SS | IRP Solution Set specification organisation improvements | Rel-10 | S5 | 100% | SP-100774 | Nokia Siemens Networks, Huawei | [JSN] |
470036 | OAM-SOA-IRP | Deleted - Service Oriented Architecture (SOA) for IRP continuation from Rel-9 | Rel-10 | S5 | 100% | SP-100076 | Nokia Siemens Networks, Ericsson | [JSN] |
480042 | OAM-NIM-IRP_OPU | IRP Overview, Profiles & Usage Guide | Rel-10 | S5 | 100% | SP-110277 | Nokia Siemens Networks | [JSN] |
510041 | OAM-AC-RCA | Alarm Correlation and Root Cause Analysis | Rel-10 | S5 | 100% | SP-110137 | Ericsson | [JSN] |
510042 | OAM-IM-NMR | Inventory Management Network Resource Model enhancements | Rel-10 | S5 | 100% | SP-110141 | Nokia Siemens Networks | [JSN] |
460034 | OAM10-SON | Rel-10 Self-Organizing Networks (SON) - OAM aspects | Rel-10 | S5 | 100% | - | - | [JSN] |
460035 | LTE-SON-OAM_SO | SON Self-optimization management continuation | Rel-10 | S5 | 100% | SP-110130 | Huawei | [JSN] |
460036 | LTE-SON-OAM_SH | SON Self-healing management | Rel-10 | S5 | 100% | SP-110150 | ZTE | [JSN] |
470037 | OAM-ES | OAM aspects of Energy Saving in Radio Networks | Rel-10 | S5 | 100% | SP-110128 | Nokia Siemens Networks | [JSN] |
470038 | OAM10-SuM | Rel-10 Subscription Management (SuM) evolution | Rel-10 | S5 | 100% | SP-100086 | Ericsson | [JSN] |
470039 | - | Rel-10 Performance Management | Rel-10 | S5,C4 | 100% | - | - | [JSN] |
470040 | OAM-PM-KPI_IMS | Key Performance Indicators (KPIs) for IMS | Rel-10 | S5 | 100% | SP-100083 | China Mobile | [JSN] |
470041 | OAM-PM-KPI_EPC | Key Performance Indicators (KPIs) for EPC | Rel-10 | S5 | 100% | SP-100084 | China Mobile | [JSN] |
470042 | OAM-PM-UE | Management of UE based network performance measurements | Rel-10 | S5,C4 | 100% | SP-100612 | Huawei, Nokia Siemens Networks, Ericsson | [JSN] |
470142 | - | SA5 aspects of Management of UE based network performance measurements | Rel-10 | S5 | 100% | SP-100612 | Huawei, Nokia Siemens Networks, Ericsson | [JSN] |
510006 | - | CN aspects of Management of UE based network performance measurements | Rel-10 | C4 | 100% | - | Nokia Siemens Networks | [JSN] |
470043 | OAM-PM-HeNS | 3G HNB and LTE HeNB Subsystem performance measurements | Rel-10 | S5 | 100% | SP-100081 | China Mobile | [JSN] |
470044 | CH10 | Rel-10 Charging Management small Enhancements | Rel-10 | S5 | 100% | - | - | [JSN] |
440063 | eIWLAN_Mob | IWLAN mobility charging | Rel-10 | S5 | 100% | SP-100090 | Orange | [JSN] |
470046 | eAoC | Advice of Charge (AoC) service support enhancements | Rel-10 | S5,C1 | 100% | SP-100080 | Deutsche Telekom | [JSN] |
470047 | eAoC | SA5 part - AoC enhancements | Rel-10 | S5 | 100% | SP-100080 | Deutsche Telekom | [JSN] |
490010 | eAoC | CT1 part - AoC enhancements (Stage 3) | Rel-10 | C1 | 100% | CP-100645 | Deutsche Telekom | [JSN] |
470003 | IMSProtoc4 | IMS Stage 3 IETF Protocol Alignment - phase 4 | Rel-10 | C1 | 100% | CP-100099 | Alcatel-Lucent | [JSN] |
480012 | eUDC | Enhanced User Data Convergence (UDC) Model | Rel-10 | C4 | 100% | CP-100295 | China Mobile | [JSN] |
480014 | II-NNI2 | Further improvements of II-NNI Stage 3 based on operational feedback and evolution of other specifications | Rel-10 | C3 | 100% | CP-100326 | Orange | [JSN] |
480114 | II-NNI2 | Further improvements of II-NNI Stage 3 | Rel-10 | C3 | 100% | CP-100326 | Orange | [JSN] |
561001 | II-NNI2 | (IETF) Further improvements of II-NNI Stage 3 (RFC 6794) | Rel-10 | C3-IETF | 100% | CP-100326 | Lionel Morand | [JSN] |
561002 | II-NNI2 | (IETF) Further improvements of II-NNI Stage 3 (RFC 6809) | Rel-10 | C3-IETF | 100% | CP-100326 | christer.holmberg@ericsson.com | [JSN] |
480013 | AT_IMS | AT Commands for IMS-configuration | Rel-10 | C1 | 100% | CP-100376 | Ericsson | [JSN] |
490011 | AT_UICC | AT Commands for USIM Application Toolkit (USAT) | Rel-10 | C1 | 100% | CP-100646 | ST-Ericsson | [JSN] |
490012 | CC_IMS_USIM | Communication Control for IMS by USIM (Stage 3) | Rel-10 | C6 | 100% | CP-100647 | Gemalto | [JSN] |
500003 | NNI_DV | Dynamic view of SIP message for Inter-IMS Network to Network Interface (II-NNI) (Stage 3) | Rel-10 | C3 | 100% | CP-100795 | NTT | [JSN] |
500007 | SCWS_L | Introduction of Smart Card Web Server launch functionality | Rel-10 | C6 | 100% | CP-100883 | Telecom Italia | [JSN] |
500008 | USAT_AT | USAT using AT Commands | Rel-10 | C6 | 100% | CP-100884 | Giesecke & Devrient | [JSN] |
500010 | eSRVCC | Single Radio Voice Call Continuity (SRVCC) enhancements (Stage 3) | Rel-10 | C1,C4,IETF | 100% | CP-100881 | China Mobile | [JSN] |
500110 | eSRVCC | CT1 part of Stage 3 for SRVCC enhancements | Rel-10 | C1 | 100% | CP-100881 | China Mobile | [JSN] |
500210 | eSRVCC | CT4 part of Stage 3 for SRVCC enhancements | Rel-10 | C4 | 100% | CP-100881 | China Mobile | [JSN] |
521003 | eSRVCC | (IETF) CT1 part of Stage 3 for SRVCC enhancements (RFC 6809) | Rel-10 | C1-IETF | 100% | CP-100881 | christer.holmberg@ericsson.com | [JSN] |
500011 | aSRVCC | Single Radio Voice Call Continuity (SRVCC) in alerting phase (Stage 3) | Rel-10 | C1,R5 | 100% | CP-110145 | ZTE | [JSN] |
500111 | aSRVCC | CT aspects of Single Radio Voice Call Continuity (SRVCC) in alerting phase (Stage 3) | Rel-10 | C1 | 100% | CP-110145 | ZTE | [JSN] |
570005 | aSRVCC-UEConTest | Conformance test aspects SRVCC in alerting phase | Rel-10 | R5 | 100% | RP-121700 | NTT DoCoMo | [JSN] |
500012 | PCRF_FR | PCRF failure and restoration | Rel-10 | C4,C3 | 100% | CP-100703 | NEC | [JSN] |
500112 | PCRF_FR | CT4 part of PCRF failure and restoration | Rel-10 | C4 | 100% | CP-100703 | NEC | [JSN] |
500212 | PCRF_FR | CT3 part of PCRF failure and restoration | Rel-10 | C3 | 100% | CP-100703 | NEC | [JSN] |
510002 | FoWF | Formalization of WLAN Files | Rel-10 | C1 | 100% | CP-110288 | Deutsche Telekom | [JSN] |
510007 | CIIC_ES | CS and IMS Interworking for CAT service - Early Session model | Rel-10 | C3 | 100% | CP-110283 | ZTE | [JSN] |
510008 | EPC_NR | EPC Node Restoration without Idle mode Signalling Reduction (ISR) activated | Rel-10 | C4 | 100% | CP-110092 | Alcatel-Lucent | [JSN] |
510108 | EPC_NR_ISR | EPC Node Restoration with Idle mode Signalling Reduction (ISR) activated | Rel-10 | C4 | 100% | CP-110287 | NEC | [JSN] |
510009 | MTRF | Mobile Terminating Roaming Forwarding with pre-paging | Rel-10 | C4 | 100% | CP-110093 | Ericsson | [JSN] |
510010 | IMS-UICC-S | UICC access to IMS Specification | Rel-10 | C6,C1 | 100% | CP-110279 | Gemalto | [JSN] |
510110 | IMS-UICC-S | CT6 part of UICC access to IMS Specification | Rel-10 | C6 | 100% | CP-110279 | Gemalto | [JSN] |
510210 | IMS-UICC-S | CT1 part of UICC access to IMS Specification | Rel-10 | C1 | 100% | CP-110279 | Gemalto | [JSN] |
550006 | USIM_R10_Test | Deleted - Testing for Terminal support of Rel-10 USIM, ISIM and USAT features | Rel-10 | C6 | 100% | CP-120396 | Gemalto | [JSN] |
440021 | LCLS-CN | CN aspects of Local Call Local Switch | Rel-10 | C4 | 100% | CP-100867 | Vodafone | [JSN] |
440022 | LCLS-CN | TR on CN aspects of Local Call Local Switch | Rel-10 | C4 | 100% | CP-100867 | Vodafone | [JSN] |
490013 | LCLS-CN | Stage 2/3 for CN aspects of Local Call Local Switch | Rel-10 | C4 | 100% | CP-100867 | Vodafone | [JSN] |
440023 | LCLS-CN | Deleted - CT3 aspects of Local Call Local Switch | Rel-10 | C3 | 100% | CP-090812 | Vodafone | [JSN] |
440024 | LCLS-CN | Deleted - CT1 aspects of Local Call Local Switch | Rel-10 | C1 | 100% | CP-090812 | Vodafone | [JSN] |
430001 | LCLS | Local Call Local Switch | Rel-10 | GP,G2 | 100% | GP-101989 | Huawei | [JSN] |
480002 | TIGHTER | Tightened Link Level Performance Requirements for Single Antenna MS | Rel-10 | G1,G2,C1,G3new | 100% | GP-101083 | Renesas Mobile | [JSN] |
480102 | TIGHTER | CT1 part for TIGHTER | Rel-10 | C1 | 100% | GP-101083 | Renesas Mobile | [JSN] |
480202 | TIGHTER | TIGHTER Performance Requirements | Rel-10 | G1,G2 | 100% | GP-101084 | Renesas Mobile | [JSN] |
480302 | TIGHTER | TIGHTER Testing | Rel-10 | G3new | 100% | GP-101085 | Renesas Mobile | [JSN] |
490001 | MOCN-GERAN | Support of Multi-Operator Core Network by GERAN | Rel-10 | G2,S2,C1 | 100% | GP-101443 | Alcatel-Lucent | [JSN] |
490101 | MOCN-GERAN | Stage 2 for Support of Multi-Operator Core Network by GERAN | Rel-10 | S2 | 100% | GP-101443 | Alcatel-Lucent | [JSN] |
490201 | MOCN-GERAN | CT1 part of Stage 3 for Support of Multi-Operator Core Network by GERAN | Rel-10 | C1 | 100% | GP-101443 | Alcatel-Lucent | [JSN] |
490301 | MOCN-GERAN | GERAN2 part of Stage 3 for Support of Multi-Operator Core Network by GERAN | Rel-10 | G2 | 100% | GP-101443 | Alcatel-Lucent | [JSN] |
490002 | eIurg | Enhancements of Iur-g interface | Rel-10 | G2,R3 | 100% | GP-101758 | China Mobile, ZTE | [JSN] |
490102 | eIurg-GERAN | GERAN part for Enhancements of Iur-g interface (Stage 2/3) | Rel-10 | G2 | 100% | GP-101758 | China Mobile, ZTE | [JSN] |
490021 | eIurg-RAN | Core part: Enhancements of Iur-g interface (Stage 2/3) | Rel-10 | R3 | 100% | RP-101232 | ZTE | [JSN] |
380077 | RANimp-Repeaters1.28TDD | 1.28 Mcps TDD Repeater | Rel-10 | R4 | 100% | RP-071003 | RITT | [JSN] |
450019 | TDD_MC_HSUPA | 1.28 Mcps TDD Multi-carrier HSUPA | Rel-10 | R1,R2,R3,R4 | 100% | RP-090990 | CATR | [JSN] |
460014 | HNB_LCRTDD_RF | 1.28 Mcps TDD Home NodeB RF requirements | Rel-10 | R4 | 100% | RP-100607 | TD Tech | [JSN] |
460114 | HNB_LCRTDD_RF-Core | Core part: 1.28Mcps TDD Home NodeB RF requirements | Rel-10 | R4 | 100% | RP-100607 | TD Tech | [JSN] |
460214 | HNB_LCRTDD_RF-Perf | Perf. part: 1.28Mcps TDD Home NodeB RF requirements | Rel-10 | R4 | 100% | RP-100607 | TD Tech | [JSN] |
470012 | MUMIMO_LCR_TDD | Multi-User Multiple-Input and Multiple-Output (MU-MIMO) for 1.28Mcps TDD | Rel-10 | R1,R2,R3,R4 | 100% | RP-100347 | CATT | [JSN] |
470112 | MUMIMO_LCR_TDD-Core | Core part: MU-MIMO for 1.28Mcps TDD | Rel-10 | R1,R2,R3 | 100% | RP-100347 | CATT | [JSN] |
470212 | MUMIMO_LCR_TDD-Perf | Perf. part: MU-MIMO for 1.28Mcps TDD | Rel-10 | R4 | 100% | RP-100347 | CATT | [JSN] |
450027 | AGNSSPerf_UTRAN | AGNSS Minimum Performance for UTRAN | Rel-10 | R4,R5 | 100% | RP-100363 | Thales | [JSN] |
450127 | AGNSSPerf_UTRAN | AGNSS Minimum Performance Specification Development | Rel-10 | R4 | 100% | RP-100363 | Thales | [JSN] |
480018 | AGNSSPerf_UTRAN | AGNSS test case development for UMTS | Rel-10 | R5 | 100% | RP-101405 | Thales | [JSN] |
460005 | LCS_UMTS_RFPMT | Inclusion of RF Pattern Matching Technologies as positioning method in the UTRAN | Rel-10 | R2,R3 | 100% | RP-091427 | Polaris Wireless | [JSN] |
460105 | LCS_UMTS_RFPMT-Core | Core part: Inclusion of RF Pattern Matching Technologies as positioning method in the UTRAN | Rel-10 | R2,R3 | 100% | RP-091427 | Polaris Wireless | [JSN] |
460015 | 4C_HSDPA | Four carrier HSDPA | Rel-10 | R1,R2,R3,R4,R5 | 100% | RP-100991 | Qualcomm | [JSN] |
460115 | 4C_HSDPA-Core | Core part: Four carrier HSDPA | Rel-10 | R1,R2,R3,R4 | 100% | RP-100991 | Qualcomm | [JSN] |
460215 | 4C_HSDPA-Perf | Perf. part: Four carrier HSDPA | Rel-10 | R4 | 100% | RP-100991 | Qualcomm | [JSN] |
540006 | 4C_HSDPA-UEConTest | Test part: Four carrier HSDPA | Rel-10 | R5 | 100% | RP-111565 | Qualcomm | [JSN] |
470013 | 2ant_UE_LCR_TDD | Performance Requirements for two-antenna 1.28Mcps TDD Type 1 and Type 2 UE receiver | Rel-10 | R4 | 100% | RP-100168 | TD Tech | [JSN] |
470113 | 2ant_UE_LCR_TDD-Core | Core part: Performance Requirements for two-antenna 1.28Mcps TDD Type 1 and Type 2 UE receiver | Rel-10 | R4 | 100% | RP-100168 | TD Tech | [JSN] |
470213 | 2ant_UE_LCR_TDD-Perf | Perf. part: Performance Requirements for two-antenna 1.28Mcps TDD Type 1 and Type 2 UE receiver | Rel-10 | R4 | 100% | RP-100168 | TD Tech | [JSN] |
480020 | ANR_UTRAN | Automatic Neighbour Relation (ANR) for UTRAN | Rel-10 | R3,R2,R5 | 100% | RP-100688 | ZTE | [JSN] |
480120 | ANR_UTRAN-Core | Core part: Automatic Neighbour Relation (ANR) for UTRAN | Rel-10 | R3,R2 | 100% | RP-100688 | ZTE | [JSN] |
530039 | ANR_UTRAN-UEConTest | Test part: Automatic Neighbour Relation (ANR) for UTRAN | Rel-10 | R5 | 100% | RP-120599 | Ericsson | [JSN] |
480021 | DB_DC_HSDPA | Support of New Band Combinations for Dual-Band Dual Cell HSDPA | Rel-10 | R4,R2 | 100% | RP-100657 | AT&T | [JSN] |
480121 | DB_DC_HSDPA-Core | Core part: Support of New Band Combinations for Dual-Band Dual Cell HSDPA | Rel-10 | R4,R2 | 100% | RP-100657 | AT&T | [JSN] |
480221 | DB_DC_HSDPA-Perf | Deleted - Perf. part: Support of New Band Combinations for Dual-Band Dual Cell HSDPA | Rel-10 | R4,R2 | 100% | RP-100657 | AT&T | [JSN] |
480022 | MIMO_HSDPA | MIMO operation with non-MIMO coexistence in HSDPA | Rel-10 | R4,R5 | 100% | RP-100993 | Qualcomm | [JSN] |
490023 | MIMO_HSDPA-Core | Core part: MIMO operation with non-MIMO coexistence in HSDPA | Rel-10 | R4 | 100% | RP-100993 | Qualcomm | [JSN] |
480122 | MIMO_HSDPA-Perf | Perf. part: MIMO operation with non-MIMO coexistence in HSDPA | Rel-10 | R4 | 100% | RP-100993 | Qualcomm | [JSN] |
510017 | MIMO_HSDPA-UEConTest | Test part: MIMO operation with non-MIMO coexistence in HSDPA | Rel-10 | R5 | 100% | RP-110244 | Qualcomm | [JSN] |
490022 | Interf_dset_meas_UMTS | Interfrequency detected set measurements for UMTS | Rel-10 | R2,R4 | 100% | RP-101015 | Nokia | [JSN] |
460007 | LTE_CA | Carrier Aggregation for LTE | Rel-10 | R1,R2,R3,R4,R5 | 100% | RP-100661 | Nokia | [JSN] |
460107 | LTE_CA-Core | Core part: Carrier Aggregation for LTE | Rel-10 | R1,R2,R3,R4 | 100% | RP-100661 | Nokia | [JSN] |
460207 | LTE_CA-Perf | Perf. part: Carrier Aggregation for LTE | Rel-10 | R4 | 100% | RP-100661 | Nokia | [JSN] |
530040 | LTE_CA-UEConTest | Test part: Carrier Aggregation for LTE | Rel-10 | R5 | 100% | RP-121246 | Nokia | [JSN] |
460008 | LTE_eDL_MIMO | Enhanced Downlink Multiple Antenna Transmission for LTE | Rel-10 | R1,R2,R4,R5 | 100% | RP-100196 | NTT DoCoMo | [JSN] |
460108 | LTE_eDL_MIMO-Core | Core part: Enhanced Downlink Multiple Antenna Transmission for LTE | Rel-10 | R1,R2,R4 | 100% | RP-100196 | NTT DoCoMo | [JSN] |
460208 | LTE_eDL_MIMO-Perf | Perf. part: Enhanced Downlink Multiple Antenna Transmission for LTE | Rel-10 | R4 | 100% | RP-091429 | NTT DoCoMo | [JSN] |
560012 | LTE_eDL_MIMO-UEConTest | Test part: Enhanced Downlink Multiple Antenna Transmission for LTE | Rel-10 | R5 | 100% | RP-120612 | ZTE | [JSN] |
460009 | LTE_UL_MIMO | Uplink Multiple Antenna Transmission for LTE | Rel-10 | R1,R2,R4,R5 | 100% | RP-100959 | Huawei | [JSN] |
460109 | LTE_UL_MIMO-Core | Core part: UL multiple antenna transmission for LTE | Rel-10 | R1,R2,R4 | 100% | RP-100959 | Huawei | [JSN] |
460209 | LTE_UL_MIMO-Perf | Perf. part: UL multiple antenna transmission for LTE | Rel-10 | R4 | 100% | RP-100959 | Huawei | [JSN] |
540007 | LTE_UL_MIMO-UEConTest | Test part: UL multiple antenna transmission for LTE | Rel-10 | R5 | 100% | RP-111614 | Huawei | [JSN] |
460013 | LTE_Relay | Relays for LTE | Rel-10 | R1,R2,R4,S2,S3,C4,C6 | 100% | RP-110911 | Ericsson | [JSN] |
460113 | LTE_Relay-Core | Core part: Relays for LTE | Rel-10 | R1,R2,R4 | 100% | RP-110911 | Ericsson | [JSN] |
460213 | LTE_Relay-Perf | Deleted - Perf. part: Relays for LTE | Rel-10 | R4 | 100% | RP-101417 | Ericsson | [JSN] |
520020 | LTE_Relay | Stage 2 for Relays for LTE | Rel-10 | S2 | 100% | - | Vodafone | [JSN] |
500038 | LTE_Relay-Sec | LTE Relay Nodes Security | Rel-10 | S3,C6 | 100% | SP-100733 | Qualcomm | [JSN] |
500238 | LTE_Relay-Sec | TR on LTE Relay Nodes Security | Rel-10 | S3 | 100% | SP-100733 | Qualcomm | [JSN] |
500138 | LTE_Relay-Sec | Security for LTE Relay Nodes (Stage 2) | Rel-10 | S3 | 100% | SP-100733 | Qualcomm | [JSN] |
510011 | LTE_Relay-Sec | CT6 aspects of LTE Relay Node Security | Rel-10 | C6 | 100% | - | [JSN] | |
510012 | LTE_Relay-CN | Core Network Impacts for Relay Nodes | Rel-10 | C4 | 100% | CP-110094 | Vodafone | [JSN] |
470007 | eICIC_LTE | Enhanced Inter-Cell Interference Control (ICIC) for non-Carrier Aggregation (CA) based deployments of heterogeneous networks for LTE | Rel-10 | R1,R2,R3,R4,R5 | 100% | RP-100383 | China Mobile | [JSN] |
470107 | eICIC_LTE-Core | Core part: Enhanced Inter-Cell Interference Control (ICIC) for non-Carrier Aggregation (CA) based deployments of heterogeneous networks for LTE | Rel-10 | R1,R2,R3,R4 | 100% | RP-100383 | China Mobile | [JSN] |
470207 | eICIC_LTE-Perf | Perf. part: Enhanced Inter-Cell Interference Control (ICIC) for non-Carrier Aggregation (CA) based deployments of heterogeneous networks for LTE | Rel-10 | R4 | 100% | RP-100383 | China Mobile | [JSN] |
550001 | eICIC_LTE-UEConTest | Test part: Enhanced Inter-Cell Interference Control (ICIC) for non-Carrier Aggregation (CA) based deployments of heterogeneous networks for LTE | Rel-10 | R5 | 100% | RP-120217 | Qualcomm | [JSN] |
470008 | LTE_TDD_2600_US | LTE TDD in 2600MHz for US | Rel-10 | R4,R2,R3,R5 | 100% | RP-101003 | Clearwire | [JSN] |
470108 | LTE_TDD_2600_US-Core | Core part: LTE TDD in 2600MHz for US | Rel-10 | R4,R2,R3 | 100% | RP-101003 | Clearwire | [JSN] |
470208 | LTE_TDD_2600_US-Perf | Perf. part: LTE TDD in 2600MHz for US | Rel-10 | R4 | 100% | RP-101003 | Clearwire | [JSN] |
480019 | LTE_TDD_2600_US-UEConTest | UE conformance test part: LTE TDD in 2600MHz for US | Rel-10 | R5 | 100% | RP-100615 | Clearwire | [JSN] |
470009 | S_Band_LTE_ATC_MSS | Adding 2 GHz band LTE FDD (Band 23) for Ancillary Terrestrial Component (ATC) of Mobile Satellite Service (MSS) in North America | Rel-10 | R2,R4,R5 | 100% | RP-110775 | DBSD | [JSN] |
470109 | S_Band_LTE_ATC_MSS-Core | Core part: Adding 2 GHz band LTE FDD (Band 23) for ATC of MSS in North America | Rel-10 | R4,R2 | 100% | RP-110775 | DBSD | [JSN] |
470209 | S_Band_LTE_ATC_MSS-Perf | Perf. part: Adding 2 GHz band LTE FDD (Band 23) for ATC of MSS in North America | Rel-10 | R4 | 100% | RP-110775 | DBSD | [JSN] |
520012 | S_Band_LTE_ATC_MSS-UEConTest | Test part: Adding 2 GHz band LTE FDD (Band 23) for ATC of MSS in North America | Rel-10 | R5 | 100% | RP-110623 | DBSD | [JSN] |
470010 | L_Band_LTE_ATC_MSS | Adding L-Band (Band 24) LTE for Ancillary Terrestrial Component (ATC) of Mobile Satellite Service (MSS) in North America | Rel-10 | R4,R2,R5 | 100% | RP-101284 | LightSquared | [JSN] |
470110 | L_Band_LTE_ATC_MSS-Core | Core part: Adding L-Band (Band 24) LTE for ATC of MSS in North America | Rel-10 | R4,R2 | 100% | RP-101284 | LightSquared | [JSN] |
470210 | L_Band_LTE_ATC_MSS-Perf | Perf. part: Adding L-Band (Band 24) LTE for ATC of MSS in North America | Rel-10 | R4 | 100% | RP-101284 | LightSquared | [JSN] |
510015 | L_Band_LTE_ATC_MSS-UEConTest | Test part: Adding L-Band (Band 24) LTE for ATC of MSS in North America | Rel-10 | R5 | 100% | RP-110777 | LightSquared | [JSN] |
470011 | SONenh_LTE | LTE Self Optimizing Networks (SON) enhancements | Rel-10 | R3,R2,R4 | 100% | RP-101004 | Nokia Siemens Networks | [JSN] |
470111 | SONenh_LTE-Core | Core part: LTE Self Optimizing Networks (SON) enhancements | Rel-10 | R3,R2,R4 | 100% | RP-101004 | Nokia Siemens Networks | [JSN] |
480027 | MBMS_LTE_enh | Further enhancements to MBMS for LTE | Rel-10 | R2,R3,R5 | 100% | RP-101244 | Huawei | [JSN] |
480127 | MBMS_LTE_enh-Core | Core part: Further enhancements to MBMS for LTE | Rel-10 | R2,R3 | 100% | RP-101244 | Huawei | [JSN] |
540008 | MBMS_LTE_enh-UEConTest | Test part: Further enhancements to MBMS for LTE | Rel-10 | R5 | 100% | RP-111615 | Huawei | [JSN] |
380173 | RInImp8-UMTSLTE3500 | UMTS/LTE 3500 MHz | Rel-10 | R4,R2,R3,R5 | 100% | RP-091380 | Ericsson | [JSN] |
380073 | RInImp8-UMTSLTE3500 | Core part: UMTS/LTE 3500 MHz | Rel-10 | R4,R2,R3 | 100% | RP-091380 | Ericsson | [JSN] |
420013 | LTE-UEConTest_LTE3500 | Conformance Test Aspects – LTE 3500 | Rel-10 | R5 | 100% | RP-080859 | Ericsson | [JSN] |
420014 | RInImp-UEConTest_UMTS3500 | Conformance Test Aspects – UMTS 3500 | Rel-10 | R5 | 100% | RP-110386 | Ericsson | [JSN] |
460003 | MDT_UMTSLTE | Minimization of Drive Tests for E-UTRAN and UTRAN | Rel-10 | R2,R4,R3,R5 | 100% | RP-100360 | Nokia Siemens Networks | [JSN] |
460103 | MDT_UMTSLTE-Core | Core part: Minimization of Drive Tests for E-UTRAN and UTRAN | Rel-10 | R2,R4,R3 | 100% | RP-100360 | Nokia Siemens Networks | [JSN] |
530041 | MDT_UMTSLTE-UEConTest | Test part: Minimization of Drive Tests for E-UTRAN | Rel-10 | R5 | 100% | RP-120598 | Ericsson | [JSN] |
470005 | HNB_HENB_mob_enh | HNB and HeNB Mobility Enhancements | Rel-10 | R3,R2,R5 | 100% | RP-110183 | Alcatel-Lucent | [JSN] |
470105 | HNB_HENB_mob_enh-Core | Core part: HNB and HeNB Mobility Enhancements | Rel-10 | R3,R2 | 100% | RP-110183 | Alcatel-Lucent | [JSN] |
550002 | HNB_HENB_mob_enh-UEConTest_LTE | Test part: HeNB Mobility Enhancements | Rel-10 | R5 | 100% | RP-120218 | Qualcomm | [JSN] |
480024 | E1900 | Expanded 1900 MHz Band for UTRA and LTE | Rel-10 | R4,R2,R5 | 100% | RP-100676 | Sprint | [JSN] |
480124 | E1900-Core | Core part: Expanded 1900 MHz Band for UTRA and LTE | Rel-10 | R4,R2 | 100% | RP-100676 | Sprint | [JSN] |
480224 | E1900-Perf | Perf. part: Expanded 1900 MHz Band for UTRA and LTE | Rel-10 | R4,R2 | 100% | RP-100676 | Sprint | [JSN] |
520013 | E1900-UEConTest | Test part: Expanded 1900 MHz Band for UTRA and LTE | Rel-10 | R5 | 100% | RP-110712 | Sprint | [JSN] |
480025 | MSR_NC | Multi-Standard Radio Base Station RF requirements for non-contiguous spectrum deployments | Rel-10 | R4,G1 | 100% | RP-101402 | Ericsson | [JSN] |
480125 | MSR_NC-Core | Core part: Multi-Standard Radio BS RF requirements for non-contiguous spectrum deployments | Rel-10 | R4 | 100% | RP-101402 | Ericsson | [JSN] |
480225 | MSR_NC-Perf | Perf. part: Multi-Standard Radio BS RF requirements for non-contiguous spectrum deployments | Rel-10 | R4 | 100% | RP-101402 | Ericsson | [JSN] |
490004 | MSR_NC-GERAN | GERAN part: Multi-Standard Radio BS RF requirements for non-contiguous spectrum deployments | Rel-10 | G1 | 100% | GP-101618 | Ericsson | [JSN] |
490104 | MSR_NC-GERAN | GERAN Core part: Multi-Standard Radio BS RF requirements for non-contiguous spectrum deployments | Rel-10 | G1 | 100% | GP-101618 | Ericsson | [JSN] |
540001 | MSR_NC-GERAN | GERAN BS Test part: Multi-Standard Radio BS RF requirements for non-contiguous spectrum deployments | Rel-10 | G1 | 100% | GP-101618 | Ericsson | [JSN] |
440044 | TEI10 | (Small) Technical Enhancements and Improvements for Rel-10 | Rel-10 | SP,CP,RP,GP | 100% | - | - | [JSN] |
521004 | TEI10_IETF | (IETF) (Small) Technical Enhancements and Improvements for Rel-10 (draft-atarius-dispatch-meid-urn) --> RFC8464 | Rel-10 | C1-IETF | 100% | - | Andrew Allen | [JSN] |
531001 | TEI10_IETF1 | (IETF) (Small) Technical Enhancements and Improvements for Rel-10 (RFC6275) | Rel-10 | C1-IETF | 100% | - | - | [JSN] |
540004 | TEI10_Test | Test - (Small) Technical Enhancements and Improvements for Rel-10 | Rel-10 | R5,G3new | 100% | - | [JSN] | |
350014 | RED | Deleted - Registration in Densely-populated area (RED) | Rel-10 | S1 | 100% | SP-070133 | NTT DoCoMo | [JSN] |
370030 | RED | Deleted - Stage 1 for RED | Rel-10 | S1 | 100% | SP-070133 | NTT DoCoMo | [JSN] |
370031 | RED | Deleted - Stage 2 for RED | Rel-10 | S2 | 100% | SP-070694 | NTT DoCoMo | [JSN] |
380062 | N3GtoNSP | Deleted - Network Selection for non-3GPP Access | Rel-10 | S1,C6 | 100% | SP-070874 | Telefónica O2 | [JSN] |
380162 | N3GtoNSP | Deleted - Stage 1 for N3GtoNSP | Rel-10 | S1 | 100% | SP-070874 | Telefónica O2 | [JSN] |
380262 | N3GtoNSP | Deleted - CT6 issues for N3GtoNSP | Rel-10 | C6 | 100% | SP-070874 | Telefónica O2 | [JSN] |
420025 | GTPchaining | Deleted - GTP-based S8 chaining | Rel-10 | S2 | 100% | SP-080798 | Huawei | [JSN] |
420026 | GTPchaining | Deleted - Stage 2 for GTPchaining | Rel-10 | S2 | 100% | SP-080798 | Huawei | [JSN] |
430017 | RANimp-2mTTI_ULimp | Deleted - UTRAN 2 ms TTI uplink range improvement | Rel-10 | R1,R2,R3,R4 | 100% | RP-090333 | Nokia Siemens Networks | [JSN] |
440043 | eEHNB | Deleted - Enhanced Home NodeB / eNodeB continuation of Rel-9 | Rel-10 | S2 | 100% | - | Alcatel-Lucent | [JSN] |
460010 | FW_CPE_RF | Deleted - Fixed Wireless Customer-Premises Equipment (CPE) RF Requirements | Rel-10 | R4,R5 | 100% | RP-091432 | Verizon Wireless | [JSN] |
460110 | FW_CPE_RF-Core | Deleted - Core part: Fixed Wireless Customer-Premises Equipment (CPE) RF Requirements | Rel-10 | R4 | 100% | RP-091432 | Verizon Wireless | [JSN] |
460210 | FW_CPE_RF-UEConTest | Deleted - Test part: Fixed Wireless Customer-Premises Equipment (CPE) RF Requirements | Rel-10 | R5 | 100% | RP-091432 | Verizon Wireless | [JSN] |
460012 | LTE_LATRED | Deleted - Latency reductions for LTE | Rel-10 | R2,R1 | 100% | RP-091449 | Ericsson | [JSN] |
460112 | LTE_LATRED-Core | Deleted - Core part: Latency reductions for LTE | Rel-10 | R2,R1 | 100% | RP-091449 | Ericsson | [JSN] |
470006 | HNB_IM | Deleted - Enhanced Interference Management for Home NodeBs | Rel-10 | R3 | 100% | RP-100392 | Qualcomm | [JSN] |
470106 | HNB_IM-Core | Deleted - Core part: Enhanced Interference Management for Home NodeBs | Rel-10 | R3 | 100% | RP-100392 | Qualcomm | [JSN] |
370045 | FS_EV_EPS | Study on enhanced voice service requirements for the Evolved Packet System (EPS) | Rel-10 | S1,S4 | 100% | SP-070698 | France Telecom | [JSN] |
370047 | FS_EV_EPS-S1 | Use cases definition and service and system requirements | Rel-10 | S1 | 100% | SP-070698 | France Telecom | [JSN] |
370048 | FS_EV_EPS-S4 | Codec specific part of FS_EV_EPS | Rel-10 | S4 | 100% | SP-070698 | Ericsson | [JSN] |
380083 | FS_IPXS | Study on advanced requirements for IP interconnect | Rel-10 | S1 | 100% | SP-070878 | Telefónica O2 | [JSN] |
410039 | FS_PBS | Study on Personal Broadcast Service | Rel-10 | S1 | 100% | SP-080504 | ETRI | [JSN] |
410040 | FS_LCS_n3GPP | Study on LCS support in SAE for non-3GPP accesses | Rel-10 | S1 | 100% | SP-080648 | SK Telecom | [JSN] |
430030 | FS_Haptics | Study on Haptic Services | Rel-10 | S1 | 100% | SP-090664 | SK Telecom | [JSN] |
370050 | FS_IMS_LBO_ORM | Study on System enhancements for the use of IMS services in Local BreakOut and Optimal Routing of Media | Rel-10 | S2 | 100% | SP-080556 | Telecom Italia, BT | [JSN] |
390055 | FS_IDC | Study on Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-10 | S2 | 100% | SP-080094 | China Mobile | [JSN] |
440049 | FS_eSRVCC | Study on Single Radio Voice Call Continuity enhancements | Rel-10 | S2 | 100% | SP-090363 | China Mobile | [JSN] |
470048 | FS_vSRVCC | Study on Single Radio Video Call Continuity for 3G-CS | Rel-10 | S2 | 100% | SP-100168 | Samsung | [JSN] |
470049 | FS_SMOG | Study on S2b Mobility based on GTP | Rel-10 | S2 | 100% | SP-100169 | Alcatel-Lucent | [JSN] |
430040 | FS_SS_PSS_MBMS | Study on Surround Sound codec extension for PSS and MBMS | Rel-10 | S4 | 100% | SP-090019 | Fraunhofer Gesellschaft | [JSN] |
480044 | FS_IVCS | Study on Improved Video Coding Support | Rel-10 | S4 | 100% | SP-100304 | Nokia, ETRI | [JSN] |
410044 | FS_OAM_Rc | Study on Rc Reference Point Functionalities and Message Flows | Rel-10 | S5 | 100% | SP-080464 | Huawei | [JSN] |
430044 | FS_OAM_ESM | Study on Telecommunication Management; Energy Savings Management | Rel-10 | S5 | 100% | SP-090048 | Orange, Vodafone | [JSN] |
440069 | FS_IDMI_Itf-N | Study on Integration of Device Management Information with Itf-N | Rel-10 | S5 | 100% | SP-100088 | Motorola | [JSN] |
460037 | FS_3GNRM_TMFSID | Study on Alignment of 3GPP Generic NRM IRP and TMF Shared Information Data (SID) model | Rel-10 | S5 | 100% | SP-090759 | Nokia Siemens Networks | [JSN] |
460038 | FS_3G_TMF_FM | Study on Harmonization of 3GPP Alarm IRP and TMF Interface Program (TIP) Fault Management | Rel-10 | S5 | 100% | SP-090760 | Nokia Siemens Networks, Alcatel-Lucent | [JSN] |
480045 | FS_AC_ARCA | Study on Alarm Correlation and Alarm Root Cause Analysis | Rel-10 | S5 | 100% | SP-100775 | Ericsson | [JSN] |
480046 | FS_3G_TMF_PM | Study on Alignment of 3GPP PM IRP and TMF Interface Program (TIP) PM | Rel-10 | S5 | 100% | SP-100291 | Alcatel-Lucent | [JSN] |
450013 | FS_PCRF-FR | Study on Policy and Charging Rules Function (PCRF) failure and restoration | Rel-10 | C3 | 100% | CP-090861 | NEC | [JSN] |
480016 | FS_UDCe | Study on User Data Convergence (UDC) evolution | Rel-10 | C4 | 100% | CP-100296 | Alcatel-Lucent | [JSN] |
480017 | FS_IMS-UICC | Study on UICC access to IMS | Rel-10 | C6 | 100% | CP-100424 | Gemalto | [JSN] |
450014 | FS_UL-TxDiv-HSPA | Study on Uplink Tx Diversity for HSPA | Rel-10 | R4 | 100% | RP-090987 | Qualcomm | [JSN] |
460016 | FS_Energy_UMTS | Study on Solutions for Energy Saving within UTRA Node B | Rel-10 | R1,R3 | 100% | RP-091439 | Vodafone | [JSN] |
470015 | FS_Energy_LTE | Study on Potential solutions for energy saving for E-UTRAN | Rel-10 | R3,R2 | 100% | RP-100674 | China Mobile | [JSN] |
470016 | FS_distr_ant_LCR_TDD | Study on Improvements of distributed antenna for 1.28Mcps TDD | Rel-10 | R1,R2,R3 | 100% | RP-100178 | ZTE | [JSN] |
400037 | FS_UAPSEC | Deleted - Study on Unauthenticated PS Emergency Calls | Rel-10 | S1 | 100% | SP-080320 | Nokia Siemens Networks | [JSN] |
410042 | FS_eIMS_IBCF | Deleted - Study on enhancements to IMS border functions for IMS Interconnection of services | Rel-10 | S2 | 100% | SP-090809 | Starent Networks | [JSN] |
440050 | FS_EPCcharg | Deleted - Study on EPC Charging enhancement | Rel-10 | S5 | 100% | SP-090318 | Nokia Siemens Networks | [JSN] |
450012 | FS_GTP-MIP-IW | Deleted - Study on Interworking Proxy between GTP based and PMIP based interfaces | Rel-10 | C4 | 100% | CP-090517 | NTT DoCoMo | [JSN] |
400035 | EHNB | Enhanced Home NodeB / eNodeB | Rel-9 | S1,S2,S3,S5,C1,C6,R2,R3,R4,R5,GP | 100% | SP-090214 | T-Mobile | [JSN] |
400047 | EHNB | Stage 1 for EHNB | Rel-9 | S1 | 100% | SP-080791 | T-Mobile | [JSN] |
410026 | EHNB | Architecture aspects of EHNB | Rel-9 | S2 | 100% | SP-080636 | T-Mobile | [JSN] |
420035 | EHNB-Sec | Security aspects of Enhanced Home NodeB / eNodeB | Rel-9 | S3 | 100% | SP-080879 | Huawei | [JSN] |
450003 | EHNB-CT1 | CT1 aspects - Support of Home NB and Home eNB enhancements | Rel-9 | C1 | 100% | CP-090741 | Qualcomm | [JSN] |
450004 | EHNB-CT6 | CT6 aspects - Support of Home NB and Home eNB enhancements | Rel-9 | C6 | 100% | CP-090741 | Qualcomm | [JSN] |
420036 | HNB-OAM_GW | 3G HNB Gateway and LTE HeNB Gateway OAM&P | Rel-9 | S5 | 100% | SP-100087 | China Mobile | [JSN] |
430012 | HNB_eHNB-OAM_Type1 | 3G HNB and LTE HeNB OAM&P Type 1 Interface | Rel-9 | S5 | 100% | SP-090208 | Huawei | [JSN] |
440066 | HNB_eHNB-OAM_Type2 | 3G HNB and LTE HeNB OAM&P Type 2 Interface | Rel-9 | S5 | 100% | SP-090315 | Ericsson | [JSN] |
420008 | HeNB-RF_FDD | LTE FDD Home eNodeB RF Requirements | Rel-9 | R4 | 100% | RP-091300 | Motorola | [JSN] |
430005 | HeNB-RF_TDD | LTE TDD Home eNodeB RF Requirements | Rel-9 | R4 | 100% | RP-091386 | China Mobile | [JSN] |
430025 | EHNB-RAN3 | Home NB and Home eNB enhancements - RAN3 aspects | Rel-9 | R3 | 100% | RP-090349 | Alcatel-Lucent | [JSN] |
430026 | EHNB-RAN2 | Home NB and Home eNB enhancements - RAN2 aspects | Rel-9 | R2 | 100% | RP-091392 | Huawei | [JSN] |
490020 | EHNB-UTRA_FDD_UEConTest | Conformance Test Aspects – Home NB enhancements for FDD | Rel-9 | R5 | 100% | RP-111315 | Huawei | [JSN] |
500023 | EHNB-LTE_UEConTest | Conformance Test Aspects – Home eNB enhancements | Rel-9 | R5 | 100% | RP-101191 | Qualcomm | [JSN] |
440001 | EHNB-GERAN | Home NB and Home eNB enhancements - GERAN aspects | Rel-9 | GP | 100% | GP-090975 | Nokia Siemens Networks | [JSN] |
370026 | VAS4SMS | Value-Added Services for Short Message Service | Rel-9 | S1,C4,C1 | 100% | SP-070572 | China Mobile | [JSN] |
370126 | VAS4SMS | Stage 1 for VAS4SMS | Rel-9 | S1 | 100% | SP-070572 | China Mobile | [JSN] |
410011 | VAS4SMS | CT4 aspects of VAS4SMS Interface and Signalling Flow | Rel-9 | C4 | 100% | CP-090813 | China Mobile | [JSN] |
410014 | VAS4SMS | CT1 aspects of VAS4SMS Interface and Signalling Flow | Rel-9 | C1 | 100% | CP-090813 | China Mobile | [JSN] |
370027 | EUI | Definition of End-User Identity | Rel-9 | S1 | 100% | SP-090380 | Nokia Siemens Networks | [JSN] |
410024 | EUI | Stage 1 for Definition of End-User Identity | Rel-9 | S1 | 100% | SP-090380 | Nokia Siemens Networks | [JSN] |
380067 | CRS | Customized Ringing Signal | Rel-9 | S1,C1 | 100% | SP-080502 | SK Telecom, China Mobile | [JSN] |
410025 | CRS | Stage 1 for Customized Ringing Signal | Rel-9 | S1 | 100% | SP-080502 | SK Telecom, China Mobile | [JSN] |
440041 | CRS | Stage 3 for IMS Customized Ringing Signal (CRS) Service | Rel-9 | C1 | 100% | CP-090444 | China Mobile | [JSN] |
380057 | PWS | Public Warning System | Rel-9 | S1,C1,C4,R2,R3,R5 | 100% | SP-070876 | T-Mobile | [JSN] |
380058 | PWS | Stage 1 for Public Warning System | Rel-9 | S1 | 100% | SP-070876 | T-Mobile | [JSN] |
440029 | PWS-St3 | Stage 3 for Public Warning System | Rel-9 | C1,C4 | 100% | CP-090437 | Qualcomm | [JSN] |
440030 | PWS-St3 | CT1 aspects of Stage 3 for Public Warning System | Rel-9 | C1 | 100% | CP-090437 | Qualcomm | [JSN] |
440031 | PWS-St3 | CT4 aspects of Stage 3 for Public Warning System | Rel-9 | C4 | 100% | CP-090437 | Qualcomm | [JSN] |
440005 | PWS-RAN | Public Warning System (PWS) – RAN aspects | Rel-9 | R2,R3 | 100% | RP-090649 | AT&T | [JSN] |
540005 | PWS-RAN_UEConTest | Conformance Test Aspects – Public Warning System (PWS) – RAN aspects for LTE | Rel-9 | R5 | 100% | RP-111564 | Qualcomm | [JSN] |
400031 | PAN_EPNM | Support of Personal Area Networks and Enhancements to Personal Network Management | Rel-9 | S1,C1 | 100% | SP-080430 | Vodafone | [JSN] |
400043 | PAN_EPNM | Stage 1 for Support of Personal Area Networks and Enhancements to Personal Network Management | Rel-9 | S1 | 100% | SP-080430 | Vodafone | [JSN] |
430002 | PAN_EPNM | Stage 2 for Support of Personal Area Networks and Enhancements to Personal Network Management | Rel-9 | C1 | 100% | CP-090435 | Huawei | [JSN] |
430102 | PAN_EPNM | Stage 3 for Support of Personal Area Networks and Enhancements to Personal Network Management | Rel-9 | C1 | 100% | CP-090435 | Huawei | [JSN] |
400032 | eMMTel | Multi-Media Telephony Service enhancements | Rel-9 | S1,S5,C1 | 100% | SP-080503 | France Telecom | [JSN] |
400044 | eMMTel | Stage 1 for eMMTel | Rel-9 | S1 | 100% | SP-080503 | France Telecom | [JSN] |
430031 | eMMTel-SS-CH | Multimedia Telephony (MMTel) Service and Supplementary Services - Online Charging and completion for Offline Charging (all supplementary services) | Rel-9 | S5 | 100% | SP-090196 | Alcatel-Lucent | [JSN] |
430032 | IMSTSS-RTTI-CH | Support of Real-time Transfer of Tariff Information (RTTI) in IMS charging | Rel-9 | S5 | 100% | SP-090306 | Orange | [JSN] |
440032 | eMMTel-CC | Stage 3 - Enhancements for Completion of Communications Supplementary service | Rel-9 | C1 | 100% | CP-090490 | France Telecom | [JSN] |
400034 | UDC | User Data Convergence (UDC) | Rel-9 | S1,S5,C4 | 100% | SP-080448 | Nokia Siemens Networks | [JSN] |
400046 | UDC | Stage 1 for User Data Convergence (UDC) | Rel-9 | S1 | 100% | SP-080448 | Nokia Siemens Networks | [JSN] |
430103 | UDC-CN | Stage 2/3 for User Data Convergence (UDC) Technical Realization | Rel-9 | C4 | 100% | CP-090017 | Ericsson | [JSN] |
430003 | UDC-CN | User Data Convergence (UDC) Technical Realization (Stage 2) | Rel-9 | C4 | 100% | CP-090017 | Ericsson | [JSN] |
450002 | UDC-CN | User Data Convergence (UDC) Protocol Description | Rel-9 | C4 | 100% | CP-090516 | China Mobile, Ericsson | [JSN] |
440060 | UDC-MMAN | User Data Convergence (UDC) Modelling and Management | Rel-9 | S5 | 100% | SP-090309 | T-Mobile, China Mobile, Ericsson | [JSN] |
440062 | UDC-MMAN-MFRM | UDC – Framework for Model Handling and Management | Rel-9 | S5 | 100% | SP-090311 | T-Mobile | [JSN] |
440061 | UDC-MMAN-CBIM | UDC – Common Baseline Information Model | Rel-9 | S5 | 100% | SP-090310 | China Mobile, Ericsson | [JSN] |
410032 | IMS_SCC | IMS Services Centralization and Continuity | Rel-9 | S1,S2,C1 | 100% | SP-080633 | NEC | [JSN] |
410033 | IMS_SCC-IDT | Stage 1 - Inter-Device Transfer – Requirements | Rel-9 | S1 | 100% | SP-080507 | NEC | [JSN] |
410134 | IMS_SCC-SPI | Stage 2/3 for IMS Service Continuity Enhancements: Service, Policy and Interactions | Rel-9 | S2,C1 | 100% | SP-080561 | Huawei | [JSN] |
410034 | IMS_SCC-SPI | Stage 2 for IMS Service Continuity Enhancements: Service, Policy and Interactions | Rel-9 | S2 | 100% | SP-080561 | Huawei | [JSN] |
440034 | IMS_SCC-SPI | Stage 3 for IMS Service Continuity Enhancements: Service, Policy, Interactions and Inter UE Transfer | Rel-9 | C1 | 100% | CP-090440 | Qualcomm | [JSN] |
410135 | IMS_SCC-ICS | Stage 2/3 for IMS Centralized Services | Rel-9 | S2,C1 | 100% | SP-080634 | Alcatel-Lucent | [JSN] |
410035 | IMS_SCC-ICS | Stage 2 for IMS Centralized Services | Rel-9 | S2 | 100% | SP-080634 | Alcatel-Lucent | [JSN] |
440033 | IMS_SCC-ICS | Stage 3 for Enhancements to IMS Centralized Services | Rel-9 | C1 | 100% | CP-090883 | Nokia Siemens Networks | [JSN] |
430004 | IMS_SCC-ICS_I1 | Stage 3 - IMS Centralized Services support via I1 interface | Rel-9 | C1 | 100% | CP-090640 | Huawei | [JSN] |
420020 | SSAC | Service Specific Access Control in EPS | Rel-9 | S1,C1,R5 | 100% | SP-080882 | NTT DoCoMo | [JSN] |
420021 | SSAC | Stage 1 for Service Specific Access Control in EPS | Rel-9 | S1 | 100% | SP-080882 | NTT DoCoMo | [JSN] |
440040 | SSAC | Stage 3 for Service Specific Access Control in EPS | Rel-9 | C1 | 100% | CP-090885 | NTT DoCoMo | [JSN] |
520014 | SSAC_UEConTest | Conformance Test Aspects - Service Specific Access Control | Rel-9 | R5 | 100% | RP-110765 | NTT DoCoMo | [JSN] |
380064 | IMS_EMER_GPRS_EPS | Support for IMS Emergency Calls over GPRS and EPS | Rel-9 | S1,S2,S3,C1,C3,C4,R2,R3,R5,IETF | 100% | SP-080844 | Alcatel-Lucent | [JSN] |
410036 | IMS_EMER_GPRS_EPS | Stage 1 for IMS Emergency Calls over GPRS and EPS | Rel-9 | S1 | 100% | SP-080844 | Alcatel-Lucent | [JSN] |
410037 | IMS_EMER_GPRS_EPS | Stage 2 for IMS Emergency Calls over GPRS and EPS | Rel-9 | S2 | 100% | SP-080844 | Alcatel-Lucent | [JSN] |
420022 | IMS_EMER_GPRS_EPS-Sec | Security aspects for IMS Emergency Calls over GPRS and EPS | Rel-9 | S3 | 100% | SP-080844 | Alcatel-Lucent | [JSN] |
440035 | IMS_EMER_GPRS_EPS | Stage 3 for IMS Emergency Calls over GPRS and EPS | Rel-9 | C1,C3,C4,R5 | 100% | CP-090564 | Alcatel-Lucent | [JSN] |
440036 | IMS_EMER_GPRS_EPSC1 | CT1 aspects - Stage 3 for IMS Emergency Calls over GPRS and EPS | Rel-9 | C1 | 100% | CP-090564 | Alcatel-Lucent | [JSN] |
480029 | IMS_EMER_GPRS_EPS_UEConTest | Conformance Test Aspects - CT1 aspects for IMS Emergency Calls over GPRS and EPS | Rel-9 | R5 | 100% | RP-100567 | Samsung | [JSN] |
440037 | IMS_EMER_GPRS_EPSC3 | CT3 aspects - Stage 3 for IMS Emergency Calls over GPRS and EPS | Rel-9 | C3 | 100% | CP-090564 | Alcatel-Lucent | [JSN] |
440038 | IMS_EMER_GPRS_EPSC4 | CT4 aspects - Stage 3 for IMS Emergency Calls over GPRS and EPS | Rel-9 | C4 | 100% | CP-090564 | Alcatel-Lucent | [JSN] |
420041 | IMS_EMER_LTE | Support for IMS Emergency Calls over LTE | Rel-9 | R2,R3 | 100% | RP-081140 | Alcatel-Lucent | [JSN] |
470017 | IMS_EMER_LTE_UEConTest | Conformance Test Aspects – Support for IMS Emergency Calls over LTE | Rel-9 | R5 | 100% | RP-100118 | Ericsson | [JSN] |
410038 | IMS_EMER_GPRS_EPS-SRVCC | Single Radio Voice Call Continuity (SRVCC) support for IMS Emergency Calls | Rel-9 | S2,C1,C4,C3,IETF | 100% | SP-090099 | China Mobile | [JSN] |
410138 | IMS_EMER_GPRS_EPS-SRVCC | SRVCC support for IMS Emergency Calls | Rel-9 | S2 | 100% | SP-090099 | China Mobile | [JSN] |
460018 | IMS_EMER_GPRS_EPS-SRVCC | CT aspects of SRVCC support for IMS Emergency Calls | Rel-9 | C1,C4,C3,IETF | 100% | CP-090882 | China Mobile | [JSN] |
440027 | IMS_EMER_GPRS_EPS-SRVCC | CT1 aspects of SRVCC support for IMS Emergency Calls | Rel-9 | C1 | 100% | CP-090882 | China Mobile | [JSN] |
440028 | IMS_EMER_GPRS_EPS-SRVCC | CT4 aspects of SRVCC support for IMS Emergency Calls | Rel-9 | C4 | 100% | CP-090882 | China Mobile | [JSN] |
460019 | IMS_EMER_GPRS_EPS-SRVCC | CT3 aspects of SRVCC support for IMS Emergency Calls | Rel-9 | C3 | 100% | CP-090882 | China Mobile | [JSN] |
561003 | IMS_EMER_GPRS_EPS-SRVCC | (IETF) CT3 aspects of SRVCC support for IMS Emergency Calls (RFC 7254) | Rel-9 | C3-IETF | 100% | CP-090882 | Andrew Allen | [JSN] |
430006 | LCS_LTE_EPS | LCS for LTE and EPS | Rel-9 | S2,C1,C4,R2,R1,R3,R4,R5 | 100% | - | - | [JSN] |
400038 | LCS_EPS-CPS | LCS Control Plane Solution for EPS | Rel-9 | S2,C4,C1 | 100% | SP-080445 | Polaris Wireless | [JSN] |
400048 | LCS_EPS-CPS | Stage 2 for LCS Control Plane Solution for EPS | Rel-9 | S2 | 100% | SP-080445 | Polaris Wireless | [JSN] |
440020 | LCS_EPS-CPS | CT4 aspects of Control Plane LCS in the EPC | Rel-9 | C4 | 100% | CP-090811 | Polaris Wireless | [JSN] |
440120 | LCS_EPS-CPS | CT1 aspects of Control Plane LCS in the EPC | Rel-9 | C1 | 100% | CP-090811 | Polaris Wireless | [JSN] |
420006 | LCS_LTE | Positioning Support for LTE | Rel-9 | R2,R1,R3,R4 | 100% | RP-091389 | Qualcomm | [JSN] |
470018 | LCS_LTE_UEConTest | Conformance Test Aspects – Positioning Support for LTE | Rel-9 | R5 | 100% | RP-111209 | Qualcomm | [JSN] |
400039 | MBMS_EPS | MBMS support in EPS | Rel-9 | S2,S3,S5,C3,C4,R2,R3,R4,R5 | 100% | SP-080737 | China Mobile | [JSN] |
400040 | MBMS_EPS | Stage 2 for MBMS support in EPS | Rel-9 | S2 | 100% | SP-080737 | China Mobile | [JSN] |
420023 | MBMS_EPS | Security for MBMS support in EPS | Rel-9 | S3 | 100% | SP-080737 | China Mobile | [JSN] |
430033 | MBMS_EPS | MBMS Charging in EPS | Rel-9 | S5 | 100% | SP-090052 | ZTE | [JSN] |
440025 | MBMS_EPS | CT4 aspects of MBMS support in EPS (Stage 3) | Rel-9 | C4 | 100% | CP-090325 | China Mobile, ZTE | [JSN] |
440026 | MBMS_EPS | CT3 aspects of MBMS support in EPS (Stage 3) | Rel-9 | C3 | 100% | CP-090330 | ZTE, China Mobile | [JSN] |
430007 | MBMS_LTE | MBMS support in LTE | Rel-9 | R2,R3,R4 | 100% | RP-091457 | Huawei | [JSN] |
500024 | MBMS_LTE-UEConTest | Conformance Test Aspects – MBMS support in LTE | Rel-9 | R5 | 100% | RP-101245 | Huawei | [JSN] |
420024 | eANDSF | Access Network Discovery and Selection Function enhancements | Rel-9 | S2,C1 | 100% | SP-080887 | Motorola | [JSN] |
420040 | eANDSF | Stage 2 for Access Network Discovery and Selection Function enhancements | Rel-9 | S2 | 100% | SP-080887 | Motorola | [JSN] |
450006 | eANDSF | CT1 aspects of Access Network Discovery and Selection Function enhancements | Rel-9 | C1 | 100% | CP-090742 | Panasonic | [JSN] |
430034 | MUPSAP | Multiple PDN Connection to the Same APN for PMIP-based Interfaces | Rel-9 | S2,C4,C1 | 100% | SP-090098 | Samsung | [JSN] |
430134 | MUPSAP | Stage 2 for Multiple PDN Connection to the Same APN for PMIP-based Interfaces | Rel-9 | S2 | 100% | SP-090098 | Samsung | [JSN] |
450007 | MUPSAP | CT4 aspects of Multiple PDN Connection to the Same APN for PMIP-based Interfaces | Rel-9 | C4 | 100% | CP-090515 | Samsung | [JSN] |
450008 | MUPSAP | CT1 aspects of Multiple PDN Connection to the Same APN for PMIP-based Interfaces | Rel-9 | C1 | 100% | CP-090515 | Samsung | [JSN] |
450049 | LTEimp-Vocoder | System aspects of vocoder rate adaptation for LTE | Rel-9 | S2,S4,C1,C3,R2,IETF | 100% | SP-090653 | Qualcomm | [JSN] |
450050 | LTEimp-Vocoder | SA2 system aspects of vocoder rate adaptation for LTE | Rel-9 | S2 | 100% | SP-090653 | Qualcomm | [JSN] |
450051 | LTEimp-Vocoder | SA4 system aspects of vocoder rate adaptation for LTE | Rel-9 | S4 | 100% | SP-090653 | Qualcomm | [JSN] |
440013 | LTEimp-Vocoder | Vocoder rate adaptation for LTE | Rel-9 | R2 | 100% | RP-090978 | Alcatel-Lucent | [JSN] |
521005 | LTEimp-Vocoder | (IETF) SA4 system aspects of vocoder rate adaptation for LTE | Rel-9 | S4-IETF | 100% | SP-090653 | Lionel Morand | [JSN] |
521006 | LTEimp-Vocoder | (IETF) CT aspects of vocoder rate adaptation for LTE | Rel-9 | C1-IETF,C3-IETF,C4-IETF | 100% | SP-090653 | Lionel Morand | [JSN] |
33025 | ACCSEC2 | Access Security Enhancements | Rel-9 | S3 | 100% | SP-040865 | Ericsson | [JSN] |
410027 | PUCI | Protection against Unsolicited Communication for IMS (PUCI) | Rel-9 | S3,S1 | 100% | SP-080482 | NEC | [JSN] |
410028 | PUCI | Stage 1 for PUCI | Rel-9 | S1 | 100% | SP-080482 | NEC | [JSN] |
410029 | PUCI | SA3 work on PUCI | Rel-9 | S3 | 100% | SP-080482 | NEC | [JSN] |
430036 | MEDIASEC | IMS Media Plane Security | Rel-9 | S3,C1,C4,C3,IETF | 94% | SP-090128 | Vodafone | [JSN] |
430136 | MEDIASEC | SA3 aspects of IMS Media Plane Security | Rel-9 | S3 | 100% | SP-090128 | Vodafone | [JSN] |
521007 | MEDIASEC | (IETF) SA3, CT1, CT3 aspects of IMS Media Plane Security | Rel-9 | S3-IETF,C1-IETF,C3-IETF | 100% | SP-090128 | Peter Dawes | [JSN] |
870075 | MEDIASEC | (IETF) Security Considerations for WebRTC (draft-ietf-rtcweb-security) | Rel-9 | S3-IETF | 90% | [JSN] | ||
460020 | MEDIASEC_CORE | CN aspects of IMS Media Plane Security | Rel-9 | C1,C4,C3 | 100% | CP-090884 | Vodafone | [JSN] |
450010 | MEDIASEC_CORE | CT1 aspects of IMS Media Plane Security | Rel-9 | C1 | 100% | CP-090884 | Vodafone | [JSN] |
450021 | MEDIASEC_CORE | CT4 aspects of IMS Media Plane Security | Rel-9 | C4 | 100% | CP-090884 | Vodafone | [JSN] |
460021 | MEDIASEC_CORE | CT3 aspects of IMS Media Plane Security | Rel-9 | C3 | 100% | CP-090884 | Vodafone | [JSN] |
440053 | eGBAPush | GBAPush enhancements (Generic push layer) | Rel-9 | S3 | 100% | SP-090282 | Ericsson | [JSN] |
420039 | eGBAPush | SA3 part of eGBAPush (Generic push layer) | Rel-9 | S3 | 100% | SP-090282 | Ericsson | [JSN] |
440054 | GBA-IdM | Extended Identity Management | Rel-9 | S3 | 100% | SP-090284 | Nokia | [JSN] |
440056 | NDS_Backhaul | Network Domain Security (NDS) enhancements to support backhaul security | Rel-9 | S3,IETF | 100% | SP-090286 | Vodafone | [JSN] |
440156 | NDS_Backhaul | SA3 part of Network Domain Security (NDS) enhancements to support backhaul security | Rel-9 | S3 | 100% | SP-090286 | Vodafone | [JSN] |
521008 | NDS_Backhaul | (IETF) SA3 part of Network Domain Security (NDS) enhancements to support backhaul security | Rel-9 | S3-IETF | 100% | SP-090286 | Bengt Sahlin | [JSN] |
440256 | NDS_Backhaul | Deleted - CT4 part of Network Domain Security (NDS) enhancements to support backhaul security | Rel-9 | C4 | 100% | SP-090286 | Vodafone | [JSN] |
440057 | A5/4-GEA4 | 128 bit encryption for GSM and GPRS | Rel-9 | S3,C1,C4,G2,G3new | 100% | SP-090287 | Ericsson | [JSN] |
440157 | A5/4-GEA4 | SA3 part of 128 bit encryption for GSM and GPRS | Rel-9 | S3 | 100% | SP-090287 | Ericsson | [JSN] |
440357 | A5/4-GEA4 | CT1 part of 128 bit encryption for GSM and GPRS | Rel-9 | C1 | 100% | SP-090287 | Ericsson | [JSN] |
440457 | A5/4-GEA4 | CT4 part of 128 bit encryption for GSM and GPRS | Rel-9 | C4 | 100% | SP-090287 | Ericsson | [JSN] |
440557 | A5/4-GEA4 | GERAN2 part of 128 bit encryption for GSM and GPRS | Rel-9 | G2 | 100% | GP-091212 | Ericsson | [JSN] |
440657 | A5/4-GEA4 | GERAN3new (testing) part of 128 bit encryption for GSM and GPRS | Rel-9 | G3new | 100% | GP-091212 | Ericsson | [JSN] |
440257 | A5/4-GEA4 | Deleted - SA2 part of 128 bit encryption for GSM and GPRS | Rel-9 | S2 | 100% | SP-090287 | Ericsson | [JSN] |
420027 | TG | Timed Graphics | Rel-9 | S4 | 100% | SP-080683 | Ericsson | [JSN] |
430037 | M3A | Managing MTSI Media Adaptation | Rel-9 | S4 | 100% | SP-090021 | Samsung | [JSN] |
440046 | PMA | PSS and MBMS Aspects | Rel-9 | S4 | 100% | SP-090261 | Ericsson, Nokia | [JSN] |
430038 | PMA-MBS_Ext | PSS and MBMS extensions | Rel-9 | S4 | 100% | SP-090262 | Ericsson | [JSN] |
430039 | PMA-IVS | Improved Video Support for PSS and MBMS | Rel-9 | S4 | 100% | SP-090263 | Nokia | [JSN] |
430046 | IMS_PSS_MBMS_US_EXT | IMS based PSS and MBMS User Service extensions | Rel-9 | S4 | 100% | SP-090225 | Ericsson | [JSN] |
440051 | SFR | Syndicated Feed Reception within 3GPP environments | Rel-9 | S4 | 100% | SP-090260 | Ericsson | [JSN] |
450048 | DTMR | Distortion Measurement Test Methods and Requirements | Rel-9 | S4 | 100% | SP-090575 | Motorola | [JSN] |
420029 | OAM9 | Rel-9 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-9 | S5 | 100% | - | - | [JSN] |
420030 | OAM9-NIM | Rel-9 Network Infrastructure Management | Rel-9 | S5 | 100% | - | - | [JSN] |
420031 | OAM9-NE_SWM | Software Management for Network Elements | Rel-9 | S5 | 100% | SP-080756 | Huawei, Nokia Siemens Networks | [JSN] |
440064 | - | Service Oriented Architecture (SOA) for IRP | Rel-9 | S5 | 100% | SP-090313 | Ericsson, Nokia Siemens Networks | [JSN] |
440065 | - | IRP SOAP Solution Sets continuation from Rel-8 | Rel-9 | S5 | 100% | SP-090314 | Ericsson | [JSN] |
420032 | OAM9-PM | Rel-9 Performance Management | Rel-9 | S5 | 100% | - | - | [JSN] |
440059 | - | Enhancement of UTRAN Performance Measurements | Rel-9 | S5 | 100% | SP-090308 | China Mobile | [JSN] |
430041 | - | Enhancement of E-UTRAN Performance Measurements | Rel-9 | S5 | 100% | SP-090053 | Motorola, Huawei | [JSN] |
430042 | - | Enhancement of EPC Performance Measurements | Rel-9 | S5 | 100% | SP-090049 | China Mobile | [JSN] |
430043 | OAM9-SON | Rel-9 Self-Organizing Networks (SON) - OAM aspects | Rel-9 | S5 | 100% | - | - | [JSN] |
390007 | - | SON self-optimization management (moved from Rel-8 LTE_SON-OAM) | Rel-9 | S5 | 100% | SP-100091 | Huawei | [JSN] |
440067 | - | Automatic Radio Network Configuration Data Preparation | Rel-9 | S5 | 100% | SP-090869 | Nokia Siemens Networks | [JSN] |
440058 | OAM9-SuM | Rel-9 Subscription Management (SuM) evolution | Rel-9 | S5 | 100% | SP-090307 | Ericsson | [JSN] |
420033 | OAM9-Trace | Deleted - Rel-9 Trace | Rel-9 | S5 | 100% | - | - | [JSN] |
440068 | CH9 | Rel-9 Charging Management small Enhancements | Rel-9 | S5 | 100% | - | - | [JSN] |
400008 | CS-IBCF | CS-IBCF and CS-TrGW definition in 3GPP specifications | Rel-9 | C3,C4 | 100% | CP-090073 | Telecom Italia | [JSN] |
400109 | CS-IBCF | CT3 aspects of CS-IBCF and CS-TrGW definition in 3GPP specifications | Rel-9 | C3 | 100% | CP-090073 | Telecom Italia | [JSN] |
400010 | CS-IBCF | CT4 aspects of CS-IBCF and CS-TrGW definition in 3GPP specifications | Rel-9 | C4 | 100% | CP-090073 | Telecom Italia | [JSN] |
410008 | IMS_IBCF | IMS – Interconnection Border Control Function (IBCF) – Transition Gateway (TrGW); Ix Interface; Stage 3 | Rel-9 | C4,C3 | 100% | CP-090019 | Alcatel-Lucent | [JSN] |
410108 | IMS_IBCF | CT4 part of IMS – Interconnection Border Control Function (IBCF) – Transition Gateway (TrGW); Ix Interface; Stage 3 | Rel-9 | C4 | 100% | CP-090019 | Alcatel-Lucent | [JSN] |
410208 | IMS_IBCF | CT3 part of IMS – Interconnection Border Control Function (IBCF) – Transition Gateway (TrGW); Ix Interface; Stage 3 | Rel-9 | C3 | 100% | CP-090019 | Alcatel-Lucent | [JSN] |
410009 | IMS_AGCF | IMS Application Level Gateway Control Function (ALGCF) – IMS Access Media Gateway (IMA-MGW); Iq Interface; Stage 2 and Stage 3 | Rel-9 | C4 | 100% | CP-090020 | Alcatel-Lucent | [JSN] |
420016 | eCAT | Enhancements of IMS Customized Alerting Tone (CAT) Service | Rel-9 | C1 | 100% | CP-080796 | China Mobile | [JSN] |
420017 | eCAT-SS | Stage 3 for Enhancements of IMS Customized Alerting Tone (CAT) Service | Rel-9 | C1 | 100% | CP-080796 | China Mobile | [JSN] |
440017 | eIMS_RP | Completion of IMS Restoration Procedures | Rel-9 | C3,C4,C1 | 100% | CP-091050 | Ericsson | [JSN] |
440018 | eIMS_RP | CT4 aspects of Completion of IMS Restoration Procedures | Rel-9 | C4 | 100% | CP-091050 | Ericsson | [JSN] |
440019 | eIMS_RP | CT1 aspects of Completion of IMS Restoration Procedures | Rel-9 | C1 | 100% | CP-091050 | Ericsson | [JSN] |
460022 | eIMS_RP | CT3 aspects of Completion of IMS Restoration Procedures | Rel-9 | C3 | 100% | CP-091050 | Ericsson | [JSN] |
440039 | IMSProtoc3 | IMS Stage 3 IETF Protocol Alignment - phase 3 | Rel-9 | C1,IETF | 100% | CP-090491 | Alcatel-Lucent | [JSN] |
440139 | IMSProtoc3 | CT1 aspects of IMS Stage 3 - IETF Protocol Alignment - phase 3 | Rel-9 | C1 | 100% | CP-090491 | Alcatel-Lucent | [JSN] |
521009 | IMSProtoc3 | (IETF) CT1 IMS Stage 3 - IETF Protocol Alignment (RFC 7329) | Rel-9 | C1-IETF | 100% | CP-090491 | christer.holmberg@ericsson.com | [JSN] |
531007 | IMSProtoc3 | (IETF) CT1 IMS Stage 3 - IETF Protocol Alignment (RFC 7044) | Rel-9 | C1-IETF | 100% | CP-090491 | christer.holmberg@ericsson.com | [JSN] |
440070 | II-NNI | Operational description of the Inter-IMS Network to Network Interface (II-NNI) | Rel-9 | C3,IETF | 100% | CP-090331 | Orange | [JSN] |
440170 | II-NNI | Operational description of the Inter-IMS Network to Network Interface | Rel-9 | C3 | 100% | CP-090331 | Orange | [JSN] |
561004 | II-NNI | (IETF) Operational description of the Inter-IMS Network to Network Interface (RFC 7329) | Rel-9 | C3-IETF | 100% | CP-090331 | christer.holmberg@ericsson.com | [JSN] |
561005 | II-NNI | (IETF) Operational description of the Inter-IMS Network to Network Interface (RFC 7316) | Rel-9 | C3-IETF | 100% | CP-090331 | Keith Drage | [JSN] |
561006 | II-NNI | (IETF) Operational description of the Inter-IMS Network to Network Interface | Rel-9 | C3-IETF | 100% | CP-090331 | Roland Jesske | [JSN] |
561007 | II-NNI | (IETF) Operational description of the Inter-IMS Network to Network Interface | Rel-9 | C3-IETF | 100% | CP-090331 | Roland Jesske | [JSN] |
561008 | II-NNI | (IETF) Operational description of the Inter-IMS Network to Network Interface | Rel-9 | C3-IETF | 100% | CP-090331 | Keith Drage | [JSN] |
561009 | II-NNI | Deleted - (IETF) Operational description of the Inter-IMS Network to Network Interface | Rel-9 | C3-IETF | 100% | CP-090331 | Peter Dawes | [JSN] |
591002 | II-NNI | Deleted - (IETF) Operational description of the Inter-IMS Network to Network Interface (avasarala-dispatch-comm-div-notification) | Rel-9 | C3-IETF | 100% | CP-090331 | Andrew Allen | [JSN] |
450005 | EMC2 | Definition of Ml interface for Control Plane LCS (Stage 3) | Rel-9 | C1 | 100% | CP-090746 | Alcatel-Lucent | [JSN] |
450009 | PCC-Enh | PCC enhancements | Rel-9 | C3 | 100% | CP-090744 | Huawei | [JSN] |
460004 | IMS_ConfMO | 3GPP IMS Conferencing Management Object (MO) | Rel-9 | C1 | 100% | - | - | [JSN] |
470004 | ICE_Graphics | In Case of Emergency (ICE) Graphics | Rel-9 | C6 | 100% | CP-100178 | Sagem-Orga | [JSN] |
410023 | RInImp9 | Rel-9 Improvements of the Radio Interface | Rel-9 | RP,GP | 100% | - | - | [JSN] |
410017 | RInImp9-RFLCROTA | LCR TDD UE OTA Performance Requirements | Rel-9 | R4 | 100% | RP-080744 | RITT | [JSN] |
410019 | RInImp9-RFmulti | RF requirements for Multicarrier and Multi-RAT BS | Rel-9 | R4,G1 | 100% | RP-091381 | Ericsson | [JSN] |
420009 | RInImp9-Rfmulti | RAN4 part of RF requirements for Multicarrier and Multi RAT BS | Rel-9 | R4 | 100% | RP-091381 | Ericsson | [JSN] |
420001 | RInImp9-RFmulti-GERAN | GERAN part of RF requirements for Multicarrier and Multi RAT BS | Rel-9 | G1 | 100% | GP-081945 | Ericsson | [JSN] |
420010 | RInImp9-UMTSLTE800 | Extended UMTS/LTE 800 MHz | Rel-9 | R4,R2,R3 | 100% | RP-080884 | NTT DoCoMo | [JSN] |
430009 | RInImp9-UMTSLTE800EU | UMTS/LTE 800 MHz for Europe | Rel-9 | R4,R2,R3 | 100% | RP-090156 | Ericsson | [JSN] |
430010 | RInImp9-LCRTDD350 | Performance requirement for LCR TDD with UE speeds up to 350 km/h | Rel-9 | R4 | 100% | RP-090258 | CATT | [JSN] |
440004 | UMTSLTE1500 | Extended UMTS/LTE 1500 MHz | Rel-9 | R4,R2,R3 | 100% | RP-090470 | NTT DoCoMo | [JSN] |
440006 | - | Rel-9 Improvements of the Radio Interface - UE Conformance Testing | Rel-9 | R5 | 100% | - | - | [JSN] |
440007 | RInImp-UEConTest-UMTSLTE800EU | Conformance Test Aspects – UMTS/LTE in 800 MHz for Europe | Rel-9 | R5 | 100% | RP-090485 | Ericsson | [JSN] |
450017 | UMTSLTE1500_UEConTest | Conformance Test Aspects – Extended UMTS/LTE 1500 MHz | Rel-9 | R5 | 100% | RP-091366 | NTT DoCoMo | [JSN] |
440012 | UEAnt_TDDTest | TDD UE Over The Air (Antenna) conformance testing methodology | Rel-9 | R5 | 100% | RP-090621 | CATR | [JSN] |
470019 | RInImp9-LCRTDD350_UEConTest | Conformance Test Aspects – Performance requirement for LCR TDD with UE speeds up to 350 km/h | Rel-9 | R5 | 100% | RP-100167 | CATT | [JSN] |
450018 | SMSoverIMS_UEConTest | Conformance Test Aspects – SMS over IMS in E-UTRAN | Rel-9 | R5 | 100% | RP-090959 | Alcatel-Lucent | [JSN] |
430013 | - | Rel-9 RAN improvements | Rel-9 | RP | 100% | - | - | [JSN] |
430014 | RANimp-DC_HSUPA | Dual-Cell HSUPA | Rel-9 | R1,R2,R3,R4 | 100% | RP-090014 | Nokia Siemens Networks | [JSN] |
430015 | RANimp-MultiBand_DC_HSDPA | Support for different bands for Dual-Cell HSDPA | Rel-9 | R4,R2,R3 | 100% | RP-090973 | Nokia Siemens Networks | [JSN] |
430016 | RANimp-DC_MIMO | Combination of DC-HSDPA with MIMO | Rel-9 | R1,R2,R3,R4 | 100% | RP-090332 | Ericsson | [JSN] |
430018 | RANimp-TxAA_nonMIMO | Transmit Antenna Array (TxAA) extension for non-MIMO UEs | Rel-9 | R1,R2,R3,R4 | 100% | RP-090013 | Nokia | [JSN] |
440014 | CP_LCRTDD | Cell Portion for 1.28 Mcps TDD | Rel-9 | R3,R1,R4 | 100% | RP-090659 | CATT | [JSN] |
490025 | - | Rel-9 RAN improvements - UE Conformance Testing | Rel-9 | R5 | 100% | - | - | [JSN] |
490019 | RANimp-DC_MIMO_UEConTest | Conformance Test Aspects – Combination of DC-HSDPA with MIMO | Rel-9 | R5 | 100% | RP-101001 | Ericsson | [JSN] |
510014 | RANimp-DC_HSUPA_UEConTest | Conformance Test Aspects – Dual-Cell HSUPA | Rel-9 | R5 | 100% | RP-110116 | Ericsson | [JSN] |
510013 | RANimp-MultiBand_DC_HSDPA_UEConTest | Conformance Test Aspects – Support for different bands for Dual-Cell HSDPA | Rel-9 | R5 | 100% | RP-110115 | Ericsson | [JSN] |
420007 | LTEimp | LTE improvements | Rel-9 | R1,R2,R4,R5 | 100% | - | - | [JSN] |
430019 | LTEimp-Pico_eNB-RF | LTE Pico NodeB RF Requirements | Rel-9 | R4 | 100% | RP-091155 | Huawei | [JSN] |
430029 | LTEimp-eDL | Enhanced Dual-Layer transmission for LTE | Rel-9 | R1,R2,R4 | 100% | RP-091385 | China Mobile | [JSN] |
490018 | LTEimp-eDL_UEConTest | UE Conformance Test Aspects – Enhanced Dual-layer transmission for LTE TDD | Rel-9 | R5 | 100% | RP-100868 | China Mobile | [JSN] |
420011 | SON | Rel-9 Self-Organizing Networks (SON) | Rel-9 | R3,R2 | 100% | RP-090162 | Nokia Siemens Networks | [JSN] |
38002 | AGNSSPTP | AGNSS Performances and Testing Procedures | Rel-9 | G1,G3new | 100% | GP-092342 | Thales | [JSN] |
38003 | AGNSSPTP-Perfreq | AGNSS Minimum Performances | Rel-9 | G1 | 100% | GP-081786 | Thales | [JSN] |
38004 | AGNSSPTP-MStest | AGNSS Testing Procedures | Rel-9 | G3new | 100% | GP-092343 | Thales | [JSN] |
420002 | VAMOS | Voice services over Adaptive Multi-user channels on One Slot | Rel-9 | GP,G1,G2,G3new | 100% | GP-081949 | Nokia Siemens Networks, China Mobile | [JSN] |
420003 | VAMOS | Stage 2 for Voice services over Adaptive Multi-user channels on One Slot | Rel-9 | GP,G1,G2 | 100% | GP-081964 | Nokia Siemens Networks, China Mobile | [JSN] |
420004 | VAMOS | Stage 3 for Voice services over Adaptive Multi-user channels on One Slot | Rel-9 | GP,G1,G2 | 100% | GP-081965 | Nokia Siemens Networks, China Mobile | [JSN] |
420005 | VAMOS | VAMOS Radio Performance Requirements | Rel-9 | GP,G1,G2 | 100% | GP-081966 | Nokia Siemens Networks, China Mobile | [JSN] |
490005 | VAMOS_MStest | VAMOS - MS conformance testing | Rel-9 | G3new | 100% | GP-101604 | BlackBerry | [JSN] |
500001 | VAMOS_BTStest | VAMOS - BTS conformance testing | Rel-9 | G1 | 100% | GP-102005 | Nokia Siemens Networks | [JSN] |
440002 | CEBRO | Cell Broadcast protocol Base Station Controller – Cell Broadcast Centre (BSC-CBC) | Rel-9 | GP,C1 | 100% | GP-091022 | Ericsson | [JSN] |
440102 | CEBRO | GERAN part of Cell Broadcast protocol Base Station Controller – Cell Broadcast Centre | Rel-9 | GP | 100% | GP-091022 | Ericsson | [JSN] |
440202 | CEBRO | CT1 part of Cell Broadcast protocol Base Station Controller – Cell Broadcast Centre | Rel-9 | C1 | 100% | GP-091022 | Ericsson | [JSN] |
440003 | HILT | Hybrid Location | Rel-9 | GP | 100% | GP-091075 | TruePosition | [JSN] |
420099 | TEI9 | (Small) Technical Enhancements and Improvements for Rel-9 | Rel-9 | SP,CP,RP,GP | 100% | - | - | [JSN] |
460002 | TEI9_Test | Test - (Small) Technical Enhancements and Improvements for Rel-9 | Rel-9 | R5,G3new | 100% | - | - | [JSN] |
330017 | ServAl | Deleted - Services Alignment and Migration | Rel-9 | S1 | 100% | SP-070126 | Telefónica O2 | [JSN] |
410001 | - | Deleted - Stage 1 for ServAl | Rel-9 | S1 | 100% | SP-070126 | Telefónica O2 | [JSN] |
380071 | IMS_Comm_GqRx_Harm | Deleted - Harmonization of Gq'/Rx for Common IMS | Rel-9 | S2 | 100% | SP-070822 | Alcatel-Lucent | [JSN] |
380081 | WiMAX_LTE_Mobility | Deleted - Support of WiMAX - LTE Mobility | Rel-9 | R2 | 100% | RP-070511 | Samsung | [JSN] |
380082 | WiMAX_UMTS_Mobility | Deleted - Support of WiMAX - UMTS Mobility | Rel-9 | R2 | 100% | RP-070511 | Intel | [JSN] |
380086 | UICCHS | Deleted - Definition of 3GPP UICC services over the new high-speed interface | Rel-9 | C6 | 100% | CP-070837 | Gemalto | [JSN] |
390040 | SAES_Ph2 | Deleted - SAES Enhancements (non RAN aspects) | Rel-9 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
350028 | SAES_Ph2 | Deleted - Functions and procedures for SAE to support LTE MBMS | Rel-9 | S2 | 100% | - | - | [JSN] |
390041 | SAES_Ph2 | Deleted - CS over EPS | Rel-9 | S2 | 100% | - | - | [JSN] |
390042 | SAES_Ph2 | Deleted - SAE for generic support for non-3GPP accesses | Rel-9 | S2 | 100% | - | - | [JSN] |
390043 | SAES_Ph2 | Deleted - Single Radio Aspects of SAE for Optimized Handover with WiMAX | Rel-9 | S2 | 100% | - | - | [JSN] |
440071 | LI9 | Deleted - Lawful Interception in the 3GPP Rel-9 | Rel-9 | S3 | 100% | SP-090831 | PIDS, Nortel | [JSN] |
400036 | FS_SSAC | Study on Service Specific Access Control in EPS | Rel-9 | S1 | 100% | SP-080319 | NTT DoCoMo | [JSN] |
350052 | FS_CSoPS | Study on CS Domain Services over EPS access | Rel-9 | S2 | 100% | SP-080800 | T-Mobile | [JSN] |
370043 | FS_IMS-eCall | Study on Extended Support of IMS Emergency Calls | Rel-9 | S2 | 100% | SP-070547 | Qualcomm | [JSN] |
320031 | FS_VCCEm | Study on Service Continuity for Emergency Voice Calls | Rel-9 | S2 | 100% | SP-080555 | Nortel | [JSN] |
370053 | FS_UM2M | Study on Security Aspects of Remote Provisioning and Change of Subscription for M2M Equipment | Rel-9 | S3,C6 | 100% | SP-070702 | Ericsson | [JSN] |
360006 | FS_OAM-Maint-Itf-N | Study on System Maintenance over Itf-N | Rel-9 | S5 | 100% | SP-070306 | ZTE | [JSN] |
360007 | FS_OAM-SON-HNB | Study on Self-Organizing Networks (SON) related OAM interfaces for Home NodeB | Rel-9 | S5 | 100% | SP-080461 | Huawei | [JSN] |
390017 | FS_OAM-SON-SH | Study on Self-healing of Self-Organizing Networks (SON) | Rel-9 | S5 | 100% | SP-080076 | ZTE | [JSN] |
400029 | FS_OAM_SOA_IRP | Study on Service Oriented Architecture (SOA) for IRP | Rel-9 | S5 | 100% | SP-080281 | Ericsson | [JSN] |
380079 | FS_RAN-Pathloss | Study on Evaluation of the inclusion of Path Loss Based Technology in the UTRAN | Rel-9 | R4 | 100% | RP-071050 | Polaris Wireless | [JSN] |
390031 | FS_RAN_LTEA | Study on LTE-Advanced | Rel-9 | R1,R2,R3,R4 | 100% | RP-091360 | NTT DoCoMo | [JSN] |
410016 | FS_RAN-HNBLCRTDD | Study on 1.28 Mcps TDD Home NodeB | Rel-9 | R4 | 100% | RP-080767 | TD Tech | [JSN] |
420012 | FS_EUTRAN_mob | Study on E-UTRAN Mobility Evaluation and Enhancement | Rel-9 | R1 | 100% | RP-081137 | Qualcomm | [JSN] |
430021 | FS_NGN_min_drive-tests | Study on Minimization of drive-tests in Next Generation Networks | Rel-9 | R2 | 100% | RP-090341 | Qualcomm | [JSN] |
430027 | FS_eInterfMgmt_HNB | Study on Enhanced Interference Management for HNBs | Rel-9 | R4 | 100% | RP-090361 | Qualcomm | [JSN] |
440015 | FS_eInterfMgmtMchsm_HNB | Study on Enhanced Interference Management Mechanisms for HNBs | Rel-9 | R3 | 100% | RP-090667 | Qualcomm | [JSN] |
320026 | FS_CPSMal | Deleted - Study on Protection against SMS and MMS spam | Rel-9 | S3 | 100% | SP-060446 | Orange | [JSN] |
320005 | SAES | 3GPP System Architecture Evolution Specification - Evolved Packet System (non RAN aspects) | Rel-8 | S1,S2,S3,S5,C1,C3,C4,C6,IETF | 100% | SP-080132 | T-Mobile | [JSN] |
320022 | AIPN-SAE | Requirements for evolution of the 3GPP system architecture | Rel-8 | S1 | 100% | SP-080132 | T-Mobile | [JSN] |
370005 | EPS-ComF | High level and common (for all accesses) functions | Rel-8 | S2,S3,C1,C3,C4 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
350024 | SAES-SA-HLF | Stage 2 for High level functions | Rel-8 | S2 | 100% | SP-080132 | Motorola | [JSN] |
390044 | SAES | Stage 2 Security Architecture | Rel-8 | S3 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
340051 | SAES | Stage 3 (CT1) for SAE impact on services, network functions and capabilities | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340054 | SAES | Stage 3 SAE impact on existing capabilities | Rel-8 | C3 | 100% | CP-080772 | Huawei | [JSN] |
340062 | SAES | Stage 3 (CT4) of SAE impact on existing capabilities | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
340049 | SAES | Stage 2/3 for Network selection procedures | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340023 | SAES-St3-intwk | Stage 3 EPC interworking with external PDNs (SGi) | Rel-8 | C3 | 100% | CP-080772 | Huawei | [JSN] |
340022 | SAES-St3-PCC | Stage 3 PCC within SAE | Rel-8 | C3 | 100% | CP-080576 | Ericsson | [JSN] |
340028 | SAES | Stage 3 for SAE / LTE identities | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
370017 | SAES-DIAM | Unified guidelines for Diameter usage within 3GPP | Rel-8 | C3 | 100% | CP-080055 | Huawei | [JSN] |
350025 | SAES-LTE | SAE for LTE access | Rel-8 | S2,C1,C3,C4 | 100% | SP-080132 | Motorola | [JSN] |
340060 | SAES-LTE | CT4 Stage 3 for protocol between EPCs | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
350042 | SAES-SA-FP_LTE-GTP | SAES-SA-FP_LTE with GTP variant | Rel-8 | S2,C4 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
370006 | SAES-SA-FP_LTE-GTP-St2 | Stage 2 for SAES-SA-FP_LTE with GTP variant | Rel-8 | S2 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
340055 | SAES-SA-FP_LTE-GTP | CT4 Stage 3 for GTP v2 protocol | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
350043 | SAES-SA-FP_LTE-IETF | SAES-SA-FP_LTE with PMIP variant | Rel-8 | S2,C4 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
370007 | SAES-SA-FP_LTE-IETF-St2 | Stage 2 for SAES-SA-FP_LTE with PMIP variant | Rel-8 | S2 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
370018 | SAES-SA-FP_LTE-IETF | CT4 Stage 3 for PMIP protocol within EPC | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
410004 | SAES-SA-FP_LTE-IETF | Mobile IPv4 (MIPv4) based Mobility protocols | Rel-8 | C4 | 100% | CP-090247 | Motorola | [JSN] |
340020 | SAES-LTE | Stage 3 for UE Non-Access-Stratum (NAS) mobility procedures in idle and active mode | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340050 | SAES-LTE | Stage 3 for Session management, bearer control and QoS aspects | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340053 | SAES-LTE | Stage 3 for security aspects of LTE Access | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340025 | SAES-LTE | Stage 3 for QoS mechanisms | Rel-8 | C3 | 100% | CP-080576 | Ericsson | [JSN] |
340026 | SAES-LTE | Stage 3 for EPC - HSS interface | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
350026 | SAES-SA-FP_3GPP | SAE for Interoperation between LTE and legacy cellular PS accesses | Rel-8 | S2,C1,C4 | 100% | SP-080132 | Motorola | [JSN] |
370008 | EPSto2_3G | Stage 2 for Interoperation between LTE and 2G/3G | Rel-8 | S2 | 100% | SP-080132 | Motorola | [JSN] |
380031 | SAES-SA-FP_3GPP | Stage 3 for Inter-system mobility between E-UTRAN and 2G/3G | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340018 | SAES-GPRS_LTE | Stage 2 GPRS enhancements for LTE access | Rel-8 | S2 | 100% | SP-080132 | Vodafone | [JSN] |
390008 | SAES-SA-FP_3GPP | Stage 2 GPRS for EPC (23.060, etc.) | Rel-8 | S2 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
340056 | SAES-SA-FP_3GPP | Stage 3 for EPC - GPRS | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
380032 | SAES-SA-FP_3GPP | Stage 3 for EPC to UTRAN | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
380033 | SAES-SA-FP_3GPP | Stage 3 for EPC to 3GPP2 | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
370009 | EPStoC2k | Stage 2 for Interoperation between LTE and CDMA2000 | Rel-8 | S2 | 100% | SP-080132 | Motorola, Vodafone | [JSN] |
360023 | SAES-SA-FP_3GPP | Stage 3 for Inter-system mobility between E-UTRAN and CDMA2000 | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
340061 | SAES-SA-FP_3GPP | Stage 3 for MME - SGSN signalling free protocol | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
350027 | SAES-SA-FP_n3GPP | SAE for support for non-3GPP accesses | Rel-8 | S2,S3,C1,C4,IETF | 100% | SP-080132 | Motorola | [JSN] |
350044 | SAES-SA-FP_n3GPP-HBMob | Stage 2 for Host-based Mobility aspects | Rel-8 | S2 | 100% | SP-080132 | Motorola | [JSN] |
350045 | SAES-SA-FP_n3GPP-NBMob | Stage 2 for Network-based Mobility aspects | Rel-8 | S2 | 100% | SP-080132 | Motorola | [JSN] |
360022 | SAES-SA-FP_n3GPP | Stage 3 for Mobility management based on DSMIPv6 | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
521011 | SAES-SA-FP_n3GPP | (IETF) Stage 3 for Mobility management based on DSMIPv6 (draft-ietf-mip6-hiopt) | Rel-8 | C1-IETF | 100% | CP-080493 | Mark Jones | [JSN] |
521012 | SAES-SA-FP_n3GPP | (IETF) Stage 3 for Mobility management based on DSMIPv6 (RFC6275) | Rel-8 | C1-IETF | 100% | CP-080493 | - | [JSN] |
390009 | SAES-SA-FP_n3GPP | Stage 3 for Mobility management based on MIP v4 | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
380030 | SAES-SA-FP_n3GPP | Stage 3 for Inter-system mobility between E-UTRAN and non 3GPP accesses | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
360019 | SAES-SA-FP_n3GPP-OptWIMAX | Stage 2 for Optimized Dual-Radio Handover with WiMAX | Rel-8 | S2 | 100% | SP-080132 | Motorola | [JSN] |
390045 | SAES-SA-FP_n3GPP | Stage 2 Security aspects for non-3GPP Access | Rel-8 | S3 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
370010 | SAES-SA-FP_n3GPP | Stage 3 security aspects for DSMIPv6 Access | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
390172 | SAES-SA-FP_n3GPP | Stage 3 security aspects for MIPv4 Access | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
360021 | SAES-SA-FP_n3GPP | Stage 3 for Access to the EPC via non-3GPP access networks | Rel-8 | C1 | 100% | CP-080493 | Nokia Siemens Networks | [JSN] |
370011 | SAES-SA-FP_n3GPP | Stage 3 for interfaces within EPC | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
340057 | SAES-SA-FP_n3GPP | Stage 3 for Interfaces EPC - non-3GPP IP access | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
521013 | SAES-SA-FP_n3GPP | (IETF) Stage 3 for Interfaces EPC - non-3GPP IP access | Rel-8 | C4-IETF | 100% | CP-090247 | Lionel Morand | [JSN] |
340058 | SAES-SA-FP_n3GPP | Stage 3 for AAA/HSS related | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
340059 | SAES-SA-FP_n3GPP | Stage 3 for EPC - AAA interface | Rel-8 | C4 | 100% | CP-090247 | Huawei | [JSN] |
360018 | SAES-SA-FP_n3GPP-OptCDMA | Deleted (already covered) SAES-SA-FP_n3GPP Optimized Handover with CDMA | Rel-8 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
350030 | SAES-SRVCC | Single Radio Voice Call Continuity for 3GPP (SRVCC) | Rel-8 | S2,C1,C4 | 100% | SP-070949 | Nokia Siemens Networks | [JSN] |
350130 | SAES-SRVCC | Stage 2 for 2G/3G SRVCC | Rel-8 | S2 | 100% | SP-070949 | Nokia Siemens Networks | [JSN] |
410005 | SAES-SRVCC | Stage 3 for SRVCC in EPS | Rel-8 | C1 | 100% | CP-080793 | Nokia Siemens Networks | [JSN] |
410006 | SAES-SRVCC | MME to MSC interface for SRVCC | Rel-8 | C4 | 100% | CP-080793 | Nokia Siemens Networks | [JSN] |
360020 | SAES-VCC_1X | Voice Call Continuity for CDMA2000 1X | Rel-8 | S2 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
350031 | SAES-SA_IMS | SAE impacts on IMS | Rel-8 | S2 | 100% | SP-080132 | Nokia Siemens Networks | [JSN] |
390036 | SAES-CSFB | CS Fallback in EPS | Rel-8 | S2,C1,C4 | 100% | SP-080097 | T-Mobile, Vodafone | [JSN] |
400001 | SAES-CSFB | Stage 2 for CS Fallback in EPS | Rel-8 | S2 | 100% | SP-080097 | T-Mobile, Vodafone | [JSN] |
400102 | SAES-CSFB | CT1 part of Stage 3 for CS Fallback in EPS | Rel-8 | C1 | 100% | CP-080791 | NEC | [JSN] |
400003 | SAES-CSFB | CT4 part of Stage 3 for CS Fallback in EPS | Rel-8 | C4 | 100% | CP-080791 | NEC | [JSN] |
390039 | SAES-IMS_LBO | System enhancements for the use of IMS services in local breakout | Rel-8 | S2 | 100% | SP-080090 | Telecom Italia | [JSN] |
390010 | EPC-OAM | EPC Data Definitions | Rel-8 | S5 | 100% | - | - | [JSN] |
380037 | EPC-OAM | EPC Network Resource Model (NRM) Integration Reference Point (IRP) | Rel-8 | S5 | 100% | SP-070737 | Huawei | [JSN] |
390011 | EPC-OAM | Performance measurements for EPC | Rel-8 | S5 | 100% | SP-080061 | China Mobile | [JSN] |
380038 | EPC-CH | EPC Charging | Rel-8 | S5 | 100% | SP-070736 | Nokia Siemens Networks | [JSN] |
400104 | SAES-DEPS | Domain Name System Procedures for Evolved Packet System (DEPS) | Rel-8 | C4 | 100% | CP-080280 | TeliaSonera | [JSN] |
410007 | SAES-MAP2Diam | InterWorking Function (IWF) between MAP based and Diameter based interfaces | Rel-8 | C4 | 100% | CP-080644 | Huawei | [JSN] |
390021 | SAES | CT6 aspects of SAE | Rel-8 | C6 | 100% | CP-080164 | Nokia | [JSN] |
390121 | SAES | Core specification for CT6 aspects of SAE | Rel-8 | C6 | 100% | CP-080164 | Nokia | [JSN] |
420018 | SAES-USIM_LTE-Test | Test interworking of LTE Terminals with the USIM | Rel-8 | C6 | 100% | CP-100598 | Comprion | [JSN] |
490015 | SAES-ISIM_IMS_Test | Test interworking of IP Multimedia Services Identity Module (ISIM) terminals with IP Multimedia Subsystem (IMS) | Rel-8 | C6 | 100% | CP-100602 | Comprion | [JSN] |
390018 | SAES | Issues for CT1 TR 24.801 | Rel-8 | C1 | 100% | CP-080068 | Nokia Siemens Networks | [JSN] |
390019 | SAES | Issues for CT3 TR 29.804 | Rel-8 | C3 | 100% | CP-080068 | Ericsson | [JSN] |
390020 | SAES | Deleted - Issues for CT4 TR 29.803 | Rel-8 | C4 | 100% | CP-080068 | Huawei | [JSN] |
350029 | SAES-SA-FP_LCS | Deleted (covered by 380068): Functions and procedures for SAE to support LCS | Rel-8 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
350032 | SAES-SA-EmCall | Deleted (covered by 380064): SAE aspects of Emergency Calls | Rel-8 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
340019 | SAES-St3 | Deleted - CT aspects of SAES | Rel-8 | C3,C1,C4 | 100% | CP-060674 | - | [JSN] |
350019 | SAES-St3 | Deleted - CT1 aspects of SAES | Rel-8 | C1 | 100% | CP-060674 | - | [JSN] |
340052 | SAES-St3-interop | Deleted - Interoperability | Rel-8 | C1 | 100% | CP-060674 | - | [JSN] |
350020 | SAES | Deleted - CT3 aspects of SAES | Rel-8 | C3 | 100% | CP-060675 | - | [JSN] |
350021 | SAES | Deleted - CT4 aspects of SAES | Rel-8 | C4 | 100% | CP-060676 | - | [JSN] |
340021 | SAES-St3-sig | Deleted - UE to EPC NAS signalling (incl. MBMS and QoS aspects) | Rel-8 | C1 | 100% | CP-060674 | - | [JSN] |
340027 | SAES-St3-prot | Deleted - User and Control plane protocols | Rel-8 | C4 | 100% | CP-060676 | - | [JSN] |
340037 | SAES-non_3GPP | Deleted - Architecture enhancements for non-3GPP accesses | Rel-8 | S2 | 100% | SP-060926 | Motorola | [JSN] |
320030 | SAES-St2 | Deleted - Stage 2 of architecture for the 3GPP System Architecture Evolution | Rel-8 | S2 | 100% | SP-060926 | Vodafone | [JSN] |
350023 | SAES-SA | Deleted - SA aspects of System Architecture Evolution | Rel-8 | S2 | 100% | - | - | [JSN] |
450022 | DSMIPv6_UEConTest | Conformance Test Aspects – Mobility management based on DSMIPv6 (Dual-Stack Mobile IPv6) | Rel-8 | R5 | 100% | RP-090754 | Qualcomm | [JSN] |
370025 | ICSRA | IMS Centralized Service control | Rel-8 | S1,S2,C1,C3,C4,IETF | 100% | SP-070924 | AT&T | [JSN] |
380039 | ICSRA | Stage 1 for ICS Requirement and Architecture | Rel-8 | S1 | 100% | SP-070924 | AT&T | [JSN] |
380040 | ICSRA-St2 | Stage 2 for ICS Requirement and Architecture | Rel-8 | S2 | 100% | SP-070924 | Alcatel-Lucent | [JSN] |
400205 | ICSRA | Stage 3 for ICSRA – Protocol, Addressing, Subscriber Data | Rel-8 | C1,C3,C4,IETF | 100% | CP-091046 | Ericsson | [JSN] |
400005 | ICSRA | CT1 aspects - Stage 3 for ICSRA | Rel-8 | C1 | 100% | CP-091046 | Ericsson | [JSN] |
521014 | ICSRA | (IETF) CT1 aspects - Stage 3 for ICSRA (draft-ietf-salud-alert-info-urns) | Rel-8 | C1-IETF | 100% | CP-091046 | Roland Jesske | [JSN] |
521015 | ICSRA | (IETF) CT1 aspects - Stage 3 for ICSRA (RFC 6871) | Rel-8 | C1-IETF | 100% | CP-091046 | Andrew Allen | [JSN] |
521016 | ICSRA | (IETF) CT1 aspects - Stage 3 for ICSRA (RFC 7195) | Rel-8 | C1-IETF | 100% | CP-091046 | Andrew Allen | [JSN] |
521017 | ICSRA | (IETF) CT1 aspects - Stage 3 for ICSRA (RFC 7006) | Rel-8 | C1-IETF | 100% | CP-091046 | Andrew Allen | [JSN] |
400006 | ICSRA | CT3 aspects - Stage 3 for ICSRA | Rel-8 | C3 | 100% | CP-091046 | Mavenir | [JSN] |
400007 | ICSRA | CT4 aspects - Stage 3 for ICSRA | Rel-8 | C4 | 100% | CP-091046 | Ericsson | [JSN] |
521018 | ICSRA | (IETF) CT4 aspects - Stage 3 for ICSRA (RFC 7254) | Rel-8 | C4-IETF | 100% | CP-091046 | Andrew Allen | [JSN] |
400105 | ICSRA | Deleted - Stage 3 for ICSRA – I1 interface | Rel-8 | C1 | 100% | CP-080492 | Huawei | [JSN] |
370059 | IMSTSS | IMS Multimedia Telephony and Supplementary Services | Rel-8 | S1,S5,C1,C3,C4,IETF | 100% | - | - | [JSN] |
370060 | IMSSS-Gal | General aspects of IMS Sup Services | Rel-8 | S1,C1,C3,C4 | 100% | SP-070691 | Ericsson | [JSN] |
370023 | TISCAPR8 | Service and Capability for Core IMS - inclusion of TISPAN requirements | Rel-8 | S1 | 100% | SP-070691 | Ericsson | [JSN] |
380001 | REDOC_TIS-C1 | Documentation of TISPAN R1 and R2 in CT1 | Rel-8 | C1 | 100% | CP-080213 | Nokia Siemens Networks | [JSN] |
380002 | REDOC_TIS-C3 | Documentation of TISPAN R1 and R2 in CT3 | Rel-8 | C3 | 100% | CP-080213 | Nokia Siemens Networks | [JSN] |
380003 | REDOC_TIS-C4 | Documentation of TISPAN R1 and R2 in CT4 | Rel-8 | C4 | 100% | CP-080213 | Nokia Siemens Networks | [JSN] |
370062 | IMS-MMTel | IMS Multimedia Telephony Service | Rel-8 | S1,S5 | 100% | - | - | [JSN] |
370024 | TMMTEL | Merging TISPAN MMTel [requirements] for Common IMS | Rel-8 | S1 | 100% | SP-070569 | Nokia Siemens Networks | [JSN] |
380041 | MMTel-CH | Multimedia Telephony Service and Supplementary Services (MMTel) offline Charging | Rel-8 | S5 | 100% | SP-080848 | Alcatel-Lucent | [JSN] |
380006 | CCBS_CCNR | Call Completion on Busy Subscriber (CCBS)/Call Completion on Non-Reachable (CCNR) on IMS | Rel-8 | C1,C3,IETF | 100% | CP-080215 | Deutsche Telekom | [JSN] |
380007 | CCBS_CCNR | CT1 part of Stage 3 CCBS_CCNR | Rel-8 | C1 | 100% | CP-080215 | Deutsche Telekom | [JSN] |
380008 | CCBS_CCNR | CT3 part of Stage 3 CCBS_CCNR | Rel-8 | C3 | 100% | CP-080215 | Deutsche Telekom | [JSN] |
521019 | CCBS_CCNR | (IETF) Stage 3 CCBS_CCNR [RFC 6910 (was draft-ietf-bliss-call-completion)] | Rel-8 | C1-IETF,C3-IETF | 100% | CP-080215 | Roland Jesske | [JSN] |
390058 | FA | Flexible Alerting | Rel-8 | S1,C1 | 100% | CP-080219 | Nortel | [JSN] |
390059 | FA | Stage 1 FA | Rel-8 | S1 | 100% | - | Telecom Italia | [JSN] |
390015 | FA | Stage 3 FA | Rel-8 | C1 | 100% | CP-080219 | Nortel | [JSN] |
380009 | CW_IMS | Communication Wait on IMS | Rel-8 | C1,C3,IETF | 100% | CP-080214 | Deutsche Telekom | [JSN] |
380010 | CW_IMS | CT1 part of Stage 3 CW-IMS | Rel-8 | C1 | 100% | CP-080214 | Deutsche Telekom | [JSN] |
521020 | CW_IMS | (IETF) Stage 3 CW-IMS (salud-alert-info-urns) | Rel-8 | C1-IETF | 100% | CP-080214 | Roland Jesske | [JSN] |
380011 | CW_IMS | CT3 part of Stage 3 CW-IMS | Rel-8 | C3 | 100% | CP-080214 | Deutsche Telekom | [JSN] |
370103 | CH8_IMS | IMS Charging | Rel-8 | S5 | 100% | SP-070621 | Alcatel-Lucent | [JSN] |
370003 | CH8_IMS | Add Interconnection Border Control Function (IBCF) to IMS Charging | Rel-8 | S5 | 100% | SP-070621 | Alcatel-Lucent | [JSN] |
380042 | CH8_IMS | Advice of Charge (AoC) support in IMS Charging | Rel-8 | S5 | 100% | SP-070739 | Nokia Siemens Networks | [JSN] |
390035 | CIMS_3GPP2 | 3GPP2 Input to Common IMS | Rel-8 | S1,S2,S3,C1,C3,C4 | 100% | SP-080220 | Nortel | [JSN] |
390050 | CIMS_3GPP2 | Stage 1 CIMS_3GPP2 | Rel-8 | S1 | 100% | SP-080220 | Nortel | [JSN] |
390051 | CIMS_3GPP2 | Stage 2 CIMS_3GPP2 | Rel-8 | S2 | 100% | SP-080220 | Nortel | [JSN] |
390052 | CIMS_3GPP2 | Security CIMS_3GPP2 | Rel-8 | S3 | 100% | SP-080220 | Nortel | [JSN] |
390113 | REDOC_3GPP2 | Stage 3 CIMS_3GPP2 | Rel-8 | C1,C3,C4 | 100% | CP-080795 | Alcatel-Lucent | [JSN] |
390013 | REDOC_3GPP2 | Stage 3 CIMS_3GPP2 (CT1) | Rel-8 | C1 | 100% | CP-080795 | Alcatel-Lucent | [JSN] |
390026 | REDOC_3GPP2 | Stage 3 CIMS_3GPP2 (CT3) | Rel-8 | C3 | 100% | CP-080795 | Alcatel-Lucent | [JSN] |
390027 | REDOC_3GPP2 | Stage 3 CIMS_3GPP2 (CT4) | Rel-8 | C4 | 100% | CP-080795 | Alcatel-Lucent | [JSN] |
350005 | PktCbl | IMS Enhancements for support of Packet Cable access | Rel-8 | S2,S3,C1,C3,C4 | 100% | - | Cablelabs | [JSN] |
350008 | PktCbl-Deploy | IMS Enhancements for Cable Client Types and Deployment Models | Rel-8 | S2,C1 | 100% | SP-070105 | Cablelabs | [JSN] |
350009 | PktCbl-Deploy | Architecture aspects of PktCbl-Deploy | Rel-8 | S2 | 100% | SP-070105 | Cablelabs | [JSN] |
350010 | PktCbl-Deploy | CT1 aspects of PktCbl-Deploy | Rel-8 | C1 | 100% | CP-070122 | Cablelabs | [JSN] |
350011 | PktCbl-Intw | IMS Inter-working aspects in Support of Cable Regulatory requirements | Rel-8 | S2,C1,C3 | 100% | SP-070107 | Cablelabs | [JSN] |
350012 | PktCbl-Intw | Architecture aspects of PktCbl-Interwork | Rel-8 | S2 | 100% | SP-070107 | Cablelabs | [JSN] |
350013 | PktCbl-Intw | CT1,CT3 aspects of PktCbl-Interwork | Rel-8 | C1,C3 | 100% | CP-070575 | Cablelabs | [JSN] |
340008 | PktCbl-Sec | IMS Enhancements for Security Requirements in Support of Cable Deployments | Rel-8 | S3,C1,C3,C4 | 100% | SP-060933 | Cablelabs | [JSN] |
350033 | PktCbl-Sec | SA3 aspects of PktCbl-Sec | Rel-8 | S3 | 100% | SP-060933 | Cablelabs | [JSN] |
350006 | PktCbl-Sec | CT1 aspects of PktCbl-Sec | Rel-8 | C1 | 100% | CP-070124 | Cablelabs | [JSN] |
380029 | PktCbl-Sec | CT3 aspects of PktCbl-Sec | Rel-8 | C3 | 100% | CP-070124 | Cablelabs | [JSN] |
350007 | PktCbl-Sec | CT4 aspects of PktCbl-Sec | Rel-8 | C4 | 100% | CP-070124 | Cablelabs | [JSN] |
360012 | IMS_Corp | IMS System enhancements for corporate network access | Rel-8 | S2,S1,C1,C4,IETF | 100% | SP-080095 | Orange | [JSN] |
390049 | IMS_Corp | SA1 aspects of IMS_Corp | Rel-8 | S1 | 100% | SP-080095 | Telecom Italia | [JSN] |
360014 | IMS_Corp | SA2 aspects of IMS_Corp | Rel-8 | S2 | 100% | SP-080095 | Orange | [JSN] |
390022 | IMS_Corp | CT1 aspects of IMS_Corp | Rel-8 | C1 | 100% | CP-080220 | Alcatel-Lucent | [JSN] |
531002 | IMS_Corp | (IETF) CT1 aspects of IMS_Corp (RFC 7316) | Rel-8 | C1-IETF | 100% | CP-080220 | Keith Drage | [JSN] |
390023 | IMS_Corp | CT4 aspects of IMS_Corp | Rel-8 | C4 | 100% | CP-080220 | Alcatel-Lucent | [JSN] |
380069 | MAINTISP | Maintenance of TISPAN documentation | Rel-8 | S2,C1,C3,C4,IETF | 100% | - | - | [JSN] |
380005 | MAINT_R2 | Maintenance of TISPAN R2 | Rel-8 | C1,C3,C4 | 100% | CP-080229 | Alcatel-Lucent | [JSN] |
521021 | MAINT_R2_IETF | Deleted - (IETF) Maintenance of TISPAN R2 (avasarala-dispatch-comm-div-notification) | Rel-8 | C1-IETF | 100% | CP-080229 | Andrew Allen | [JSN] |
380043 | IMS_Comm_Doc | Documentation of TISPAN NGN R1 and R2 in 3GPP SA2 | Rel-8 | S2 | 100% | SP-070823 | Nokia Siemens Networks | [JSN] |
380044 | IMS_Comm_Mtce8 | Maintenance of TISPAN release 2 common IMS | Rel-8 | S2 | 100% | SP-070916 | Telecom Italia | [JSN] |
390056 | IMS-Cont | IMS Service Continuity | Rel-8 | S2,S1,C1 | 100% | SP-080092 | LG Electronics | [JSN] |
390072 | IMS-Cont | Stage 1 IMS Service Continuity | Rel-8 | S1 | 100% | SP-080092 | LG Electronics | [JSN] |
390057 | IMS-Cont | Stage 2 IMS Service Continuity | Rel-8 | S2 | 100% | SP-080092 | LG Electronics | [JSN] |
400011 | IMS-Cont | Stage 3 IMS Service Continuity | Rel-8 | C1 | 100% | CP-080491 | Huawei | [JSN] |
370078 | IMS-Sec | Security Enhancements for IMS | Rel-8 | S3,C1,C4 | 100% | SP-070496 | Ericsson | [JSN] |
360017 | IMS-Sec | Stage 2 for IMS-Sec | Rel-8 | S3 | 100% | SP-070496 | Ericsson | [JSN] |
390054 | IMS-Sec | CT1 part of Stage 3 for IMS-Sec | Rel-8 | C1 | 100% | - | Ericsson | [JSN] |
390154 | IMS-Sec | CT4 part of Stage 3 for IMS-Sec | Rel-8 | C4 | 100% | - | Ericsson | [JSN] |
380012 | NBA | CT1 part of Network Attachment Subsystem (NASS) Bundled Authentication | Rel-8 | C1 | 100% | CP-070781 | Alcatel-Lucent | [JSN] |
380013 | NBA-CT4 | CT4 part of Network Attachment Subsystem (NASS) Bundled Authentication | Rel-8 | C4 | 100% | CP-070781 | Alcatel-Lucent | [JSN] |
34046 | IMS_PSS_MBMS_US | IMS initiated and controlled PSS and MBMS User Service | Rel-8 | S4,S3,IETF | 100% | SP-080201 | FT, Ericsson | [JSN] |
34146 | IMS_PSS_MBMS_US | SA4, SA3 part of IMS initiated and controlled PSS and MBMS User Service | Rel-8 | S4,S3 | 100% | SP-080201 | FT, Ericsson | [JSN] |
521022 | IMS_PSS_MBMS_US | (IETF) IMS initiated and controlled PSS and MBMS User Service (RFC 6080) | Rel-8 | S4-IETF | 100% | SP-080201 | Ericsson | [JSN] |
713024 | MIW-IMS | Multimedia interworking between IMS and CS networks | Rel-8 | C3,C4 | 100% | CP-070729 | Vodafone | [JSN] |
7013 | MIW-IMS | Stage 1 and 2 defined in earlier Releases | Rel-8 | S2 | 100% | - | Vodafone | [JSN] |
7014 | MIW-IMS-St3C3 | Stage 3 of MW-IMS | Rel-8 | C3 | 100% | CP-070096 | Vodafone | [JSN] |
380021 | MIW-IMS-St3C3_MONA | Stage 3 for MW-IMS, MONA extension | Rel-8 | C3 | 100% | CP-070729 | Vodafone | [JSN] |
380022 | MIW-IMS-St3C4 | Mn interface (MGCF – IM MGW) | Rel-8 | C4 | 100% | CP-070729 | Vodafone | [JSN] |
360029 | IMSProtoc2 | IMS Stage 3 IETF Protocol Alignment - phase 2 | Rel-8 | C1,IETF | 100% | CP-080794 | Alcatel-Lucent | [JSN] |
360129 | IMSProtoc2 | CT1 aspects of IMS Stage 3 IETF Protocol Alignment - phase 2 | Rel-8 | C1 | 100% | CP-080794 | Alcatel-Lucent | [JSN] |
521023 | IMSProtoc2 | (IETF) IMS Stage 3 IETF Protocol Alignment (draft-bakker-sipping-3gpp-ims-xml-body-handling) | Rel-8 | C1-IETF | 100% | CP-080794 | Andrew Allen | [JSN] |
521024 | IMSProtoc2 | (IETF) IMS Stage 3 IETF Protocol Alignment (RFC 6544) | Rel-8 | C1-IETF | 100% | CP-080794 | Keith Drage | [JSN] |
521025 | IMSProtoc2 | (IETF) IMS Stage 3 IETF Protocol Alignment (draft-ietf-salud-alert-info-urns) | Rel-8 | C1-IETF | 100% | CP-080794 | Roland Jesske | [JSN] |
380014 | UUSIW | Interworking between User-to-User Signalling (UUS) and SIP | Rel-8 | C1,C3,IETF | 100% | CP-070782 | Huawei | [JSN] |
380015 | UUSIW | CT1 part of Stage 3 MGCF UUSIW | Rel-8 | C1 | 100% | CP-070782 | Huawei | [JSN] |
521026 | UUSIW | (IETF) Stage 3 MGCF UUSIW (cuss-sip-uui) | Rel-8 | C1-IETF,C3-IETF | 100% | CP-070782 | Roland Jesske | [JSN] |
551001 | UUSIW | (IETF) Stage 3 MGCF UUSIW (cuss-sip-uui-isdn) | Rel-8 | C1-IETF,C3-IETF | 100% | CP-070782 | Keith Drage | [JSN] |
380016 | UUSIW | CT3 part of Stage 3 MGCF UUSIW | Rel-8 | C3 | 100% | CP-070782 | Huawei | [JSN] |
380018 | Overlap | Support of Overlap signalling | Rel-8 | C3,C1,C4 | 100% | CP-070731 | Deutsche Telekom | [JSN] |
380019 | Overlap | Stage 3 Overlap (CT1) | Rel-8 | C1 | 100% | CP-070731 | Deutsche Telekom | [JSN] |
380020 | Overlap | Stage 3 Overlap (CT3) | Rel-8 | C3 | 100% | CP-070731 | Deutsche Telekom | [JSN] |
380120 | Overlap | Stage 3 Overlap (CT4) | Rel-8 | C4 | 100% | CP-070731 | Deutsche Telekom | [JSN] |
380035 | MRFC_TS | AS/MRFC Stage 2 and 3 | Rel-8 | C1,IETF | 100% | CP-070784 | Hewlett-Packard | [JSN] |
380135 | MRFC_TS | AS/MRFC Stage 2 | Rel-8 | C1 | 100% | CP-070784 | Hewlett-Packard | [JSN] |
380235 | MRFC_TS | AS/MRFC Stage 3 | Rel-8 | C1 | 100% | CP-070784 | Hewlett-Packard | [JSN] |
521027 | MRFC_TS | (IETF) AS/MRFC Stage 2 and 3 (RFC 6505) | Rel-8 | C1-IETF | 100% | CP-070784 | Keith Drage | [JSN] |
400012 | IMS_RP | IMS Restoration Procedures | Rel-8 | C4,C1 | 100% | CP-080447 | Ericsson | [JSN] |
400026 | IMS_RP | IMS Restoration Procedures (CT4) | Rel-8 | C4 | 100% | CP-080447 | Ericsson | [JSN] |
400027 | IMS_RP | IMS Restoration Procedures (CT1) | Rel-8 | C1 | 100% | CP-080447 | Ericsson | [JSN] |
410003 | IMS_ASIO | IMS Application Server Service Data Descriptions for AS interoperability | Rel-8 | C4 | 100% | CP-080451 | Alcatel-Lucent | [JSN] |
340030 | IWLANNSP | I-WLAN Network Selection Principle (NSP) | Rel-8 | S1,C1,C6 | 100% | SP-060932 | Telefónica O2 | [JSN] |
390024 | IWLANNSP | Stage 1 for I-WLAN NSP | Rel-8 | S1 | 100% | SP-060932 | Telefónica O2 | [JSN] |
390025 | IWLANNSP | CT1 part of Stage 3 for I-WLAN NSP | Rel-8 | C1 | 100% | CP-080217 | Research In Motion | [JSN] |
390125 | IWLANNSP | CT6 part of Stage 3 for I-WLAN NSP | Rel-8 | C6 | 100% | CP-080217 | Research In Motion | [JSN] |
370049 | IWLAN_Mob | Mobility between 3GPP-WLAN Interworking and 3GPP Systems | Rel-8 | S2,C1 | 100% | SP-070701 | Orange | [JSN] |
380045 | IWLAN_Mob | Stage 2 for Mobility between 3GPP-WLAN Interworking and 3GPP Systems | Rel-8 | S2 | 100% | SP-070701 | Orange | [JSN] |
400013 | IWLAN_Mob | CT1 aspects of Mobility between 3GPP-WLAN Interworking and 3GPP Systems | Rel-8 | C1 | 100% | CP-080320 | Orange | [JSN] |
460006 | IWLAN_Mob_UEConTest | Conformance Test Aspects – Mobility between 3GPP WLAN Interworking and 3GPP Systems | Rel-8 | R5 | 100% | RP-091349 | Qualcomm | [JSN] |
7042 | EVA | Enhancements for Voice Group Call Service (VGCS) Applications (EVA) | Rel-8 | S1,C1,C4,G2 | 100% | SP-070904 | Nortel | [JSN] |
320021 | EVA | SA1 aspects of EVA | Rel-8 | S1 | 100% | SP-070904 | Nortel | [JSN] |
370019 | EVA | VGCS/VBS and GPRS Interactions | Rel-8 | S1 | 100% | SP-070653 | Huawei | [JSN] |
320019 | EVA | CT1 aspects of EVA | Rel-8 | C1 | 100% | CP-060260 | Nortel | [JSN] |
320020 | EVA | CT4 aspects of EVA | Rel-8 | C4 | 100% | CP-060260 | Nortel | [JSN] |
52148 | EVA | GERAN2 aspects of EVA | Rel-8 | G2 | 100% | GP-071855 | Nortel | [JSN] |
31081 | PNM | Personal Network Management | Rel-8 | S1,C1,S3 | 100% | SP-080327 | Vodafone | [JSN] |
7012 | PNM | Stage 1 for PNM | Rel-8 | S1 | 100% | SP-080327 | Vodafone | [JSN] |
350050 | PNM | Stage 2 for PNM | Rel-8 | C1 | 100% | CP-080065 | Vodafone | [JSN] |
350041 | PNM | Stage 3 for PNM | Rel-8 | C1,C4 | 100% | CP-080065 | Vodafone | [JSN] |
350001 | PNM | CT1 aspects of Stage 3 PNM | Rel-8 | C1 | 100% | CP-080065 | Vodafone | [JSN] |
350002 | PNM | Deleted - CT4 aspects of Stage 3 PNM | Rel-8 | C4 | 100% | CP-080065 | Vodafone | [JSN] |
340010 | PNM | Key establishment between a UICC hosting device and a remote device | Rel-8 | S3 | 100% | SP-060839 | Ericsson | [JSN] |
350049 | PNM | Deleted - Actual Requirements of PNM | Rel-8 | C1 | 100% | - | Ericsson | [JSN] |
330005 | EData | eCall Data Transfer | Rel-8 | S1,C1 | 100% | SP-060678 | Airbiquity | [JSN] |
370081 | EData | eData Requirements | Rel-8 | S1 | 100% | SP-060678 | Airbiquity | [JSN] |
400014 | EData | Transfer of data during an emergency call | Rel-8 | C1 | 100% | CP-080316 | T-Mobile | [JSN] |
34042 | eCall_Phase2 | eCall data transfer Phase 2: Comparison of alternative in-band modem solutions and standardization of one in-band modem solution | Rel-8 | S4 | 100% | SP-070756 | Airbiquity | [JSN] |
450001 | eCall_MSTest | eCall Conformance Testing | Rel-8 | G3new | 100% | GP-091098 | Ericsson, Qualcomm | [JSN] |
450023 | UMTS_eCall_UEConTest | Conformance Test Aspects – non-modem procedures of eCall sessions in UTRA | Rel-8 | R5 | 100% | RP-090952 | Ericsson, Qualcomm | [JSN] |
380060 | IPinterc | IP Interconnection of Services | Rel-8 | S1,S2,S5,C3 | 100% | SP-080565 | Telefónica O2 | [JSN] |
380061 | IPinterc | Stage 1 for IPinterc | Rel-8 | S1 | 100% | SP-080565 | Telefónica O2 | [JSN] |
7005 | IMS_NNI | System enhancements for interconnection interfaces between two IMSs | Rel-8 | S2,S5,C3 | 100% | SP-080554 | Telecom Italia | [JSN] |
360024 | IMS_NNI | Stage 2 for IMS_NNI | Rel-8 | S2 | 100% | SP-080554 | Telecom Italia | [JSN] |
360011 | FBI2-IOPSI | IMS inter-operator service interconnection interface | Rel-8 | C3 | 100% | CP-080578 | Telecom Italia | [JSN] |
330011 | FBI2-TISP2-CH | Charging harmonization for NGN between 3GPP and ATIS-TMOC | Rel-8 | S5 | 100% | SP-060545 | Amdocs | [JSN] |
7007 | FBI2-TISP2-c1 | Deleted - Protocol impact of FBI for TISPAN R2 | Rel-8 | C1 | 100% | - | Ericsson | [JSN] |
7006 | FBI2-TISP2-s2 | Deleted (never approved) - Stage 2 of FBI for TISPAN R2 - Rel 8 | Rel-8 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
360025 | SIP_Nc | Support of (G)MSC-S – (G)MSC-S Nc Interface based on the SIP-I protocol | Rel-8 | C4,C3 | 100% | CP-080282 | Vodafone | [JSN] |
410002 | SIP_Nc | Stage 1 for SIP_Nc (covered by Feature IPinterc) | Rel-8 | S1 | 100% | SP-070871 | Telefónica O2 | [JSN] |
360026 | SIP_Nc-St2 | SIP-I based circuit-switched core network; Stage 2 | Rel-8 | C4 | 100% | CP-080282 | Vodafone | [JSN] |
360027 | SIP_Nc-St3C4 | Application of SIP-I Protocols to Circuit Switched (CS) core network architecture; Stage 3 | Rel-8 | C4 | 100% | CP-080282 | Vodafone | [JSN] |
360028 | SIP_Nc-St3C3 | Interworking between the 3GPP CS domain with SIP-I as signalling protocol and other networks | Rel-8 | C3 | 100% | CP-080282 | Nokia Siemens Networks | [JSN] |
370051 | ETWS | Earthquake and Tsunami Warning System | Rel-8 | S1,S2,C1,C4,G2 | 100% | SP-070815 | NTT DoCoMo | [JSN] |
370052 | ETWS | Stage 1 for ETWS | Rel-8 | S1 | 100% | SP-070815 | NTT DoCoMo | [JSN] |
380056 | ETWS | SA2 aspects of ETWS | Rel-8 | S2 | 100% | SP-070815 | NTT DoCoMo | [JSN] |
400015 | ETWS | CT1 aspects of ETWS | Rel-8 | C1 | 100% | CP-080951 | NTT DoCoMo | [JSN] |
410021 | ETWS | CT4 aspects of ETWS | Rel-8 | C4 | 100% | CP-080951 | NTT DoCoMo | [JSN] |
430045 | ETWS | ETWS primary notification message definition in GERAN | Rel-8 | G2 | 100% | SP-090154 | Ericsson | [JSN] |
440011 | ETWS_UMTS_UEConTestFDD | Conformance Test Aspects – UMTS Earthquake and Tsunami Warning System (ETWS) FDD | Rel-8 | R5 | 100% | RP-090467 | NTT DoCoMo | [JSN] |
380059 | ICE | In Case of Emergency numbers storage and easy access on UICC | Rel-8 | S1,C6 | 100% | SP-070944 | Vodafone | [JSN] |
380159 | ICE | Stage 1 for ICE | Rel-8 | S1 | 100% | SP-070944 | Vodafone | [JSN] |
380259 | ICE | CT6 aspects of ICE | Rel-8 | C6 | 100% | SP-070944 | Vodafone | [JSN] |
330006 | LCZR | Local Charging Zone Requirements | Rel-8 | S1 | 100% | SP-060482 | China Mobile | [JSN] |
340029 | CAT | Customized Alerting Tone (CAT) service | Rel-8 | S1,C1,C3,C4 | 100% | SP-070122 | China Mobile | [JSN] |
370028 | CAT | Stage 1 for CAT | Rel-8 | S1 | 100% | SP-070122 | China Mobile | [JSN] |
370029 | TISCMI | TISPAN requirements for customized multimedia information services | Rel-8 | S1 | 100% | SP-070880 | China Mobile | [JSN] |
390014 | CAT-SS | IMS CAT Supplementary Service | Rel-8 | C1,C3 | 100% | CP-080496 | Nortel | [JSN] |
390114 | CAT-SS | IMS CAT SS | Rel-8 | C1 | 100% | CP-080496 | Nortel | [JSN] |
390071 | CAT-SS | CAT solution for voice and video call in CS domain | Rel-8 | C3 | 100% | CP-080496 | Nortel | [JSN] |
410010 | CAT-3G_CS | CAT Service in 3GPP CS domain | Rel-8 | C4,C1 | 100% | CP-080445 | China Mobile | [JSN] |
410110 | CAT-3G_CS | CT4 part of CAT Service in 3GPP CS domain | Rel-8 | C4 | 100% | CP-080445 | China Mobile | [JSN] |
410015 | CAT-3G_CS | CT1 part of CAT Service in 3GPP CS domain | Rel-8 | C1 | 100% | CP-080445 | China Mobile | [JSN] |
340031 | MESSIW | Service-Level Interworking for Messaging Services | Rel-8 | S1,S2,C3,C1 | 100% | SP-070816 | Huawei | [JSN] |
350047 | MESSIW | Stage 1 for MESSIW | Rel-8 | S1 | 100% | SP-070816 | Huawei | [JSN] |
350048 | MESSIW | Stage 2 for MESSIW | Rel-8 | S2 | 100% | SP-070816 | Huawei | [JSN] |
400016 | MESSIW | CT3 part of Stage 3 for MESSIW | Rel-8 | C3 | 100% | CP-080773 | Huawei | [JSN] |
400017 | MESSIW | CT1 part of Stage 3 for MESSIW | Rel-8 | C1 | 100% | CP-080773 | Huawei | [JSN] |
340044 | PRIOR_EMR | Multimedia Priority Service | Rel-8 | S1,C1,C3,C4 | 100% | SP-060780 | Telcordia | [JSN] |
320023 | PRIOR_EMR | Service Requirements for PRIOR | Rel-8 | S1 | 100% | SP-060780 | Telcordia | [JSN] |
340012 | PRIOR_EMR | CT1 part of Stage 3 for PRIOR | Rel-8 | C1 | 100% | CP-070576 | Alcatel-Lucent | [JSN] |
370021 | PRIOR_EMR | CT4 part of Stage 3 for PRIOR | Rel-8 | C4 | 100% | CP-070576 | Alcatel-Lucent | [JSN] |
370020 | PRIOR-EMR | Deleted - Stage 3 for PRIOR | Rel-8 | C3 | 100% | CP-070576 | Alcatel-Lucent | [JSN] |
360010 | OSA8 | Open Service Access (OSA) Rel-8 | Rel-8 | S1,C5 | 100% | SP-070692 | Orange | [JSN] |
360004 | OSA8 | OSA Stage 1 - Service Requirements | Rel-8 | S1 | 100% | - | Orange, AePONA | [JSN] |
370034 | OSA8-IMSReq | OSA Stage 1 - NGN Service Requirement | Rel-8 | S1 | 100% | SP-070692 | Orange | [JSN] |
360005 | OSA8-IMS | Rel-8 OSA Stage 2/3 enhancements | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
370012 | - | Deleted - Ensure Parlay-X composable with identity management frameworks, in particular Liberty Alliance | Rel-8 | C5 | 100% | CP-080429 | Ericsson | [JSN] |
370013 | OSA8-IMS | Parlay-X Content Management web service (store/manage meta-data) | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
370014 | OSA8-IMS | Parlay-X Policy web service | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
370015 | OSA8-IMS | Parlay-X Terminal status web service | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
370016 | - | Deleted - Identify communication format used by a particular application | Rel-8 | C5 | 100% | CP-080429 | Ericsson | [JSN] |
380047 | - | Deleted - Security on User Profile Management - reuse GUP API (22.127 CR 0084 S1-071794) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380048 | - | Deleted - Privacy on Subscriber Identity (Liberty Alliance, OASIS) (22.127 CR 0085 S1-071835) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380049 | - | Deleted - Topology Hiding (22.127 CR 0086 S1-071838) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380050 | - | Deleted - Subscriber event notification (22.127 CR 0087 S1-071836) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380051 | - | Deleted - Event notification (22.127 CR 0088 S1-071762) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380052 | - | Deleted - Access policy (22.127 CR 0089 S1-071763) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380053 | - | Deleted - API usage accounting (22.127 CR 0090 S1-071792) | Rel-8 | C5 | 100% | CP-080429 | Telecom Italia | [JSN] |
380054 | OSA8-IMS | Presence alignment with OMA and IETF (22.127 CR 0092 S1-071764) | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
380055 | - | Deleted - Service identification (22.127 CR 0095 S1-071837) | Rel-8 | C5 | 100% | CP-080429 | Ericsson | [JSN] |
390067 | OSA8-IMS | Framework Enterprise Operator (Service Subscription function) | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
390068 | OSA8-IMS | Mobility Emergency Location | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
390069 | OSA8-IMS | Connectivity Manager SCF | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
390070 | OSA8-IMS | PAM Presence Agent | Rel-8 | C5 | 100% | CP-080429 | Alcatel-Lucent | [JSN] |
360032 | PPACR | Paging Permission with Access Control (PPACR) | Rel-8 | S1,C1 | 100% | SP-070501 | NTT DoCoMo | [JSN] |
370084 | PPACR-S1 | Stage 1 for PPACR | Rel-8 | S1 | 100% | SP-070501 | NTT DoCoMo | [JSN] |
380017 | PPACR-CT1 | Stage 3 for PPACR (CT1) | Rel-8 | C1 | 100% | CP-070783 | NTT DoCoMo | [JSN] |
490017 | PPAC_UEConTest | Conformance Test Aspects – Paging Permission with Access Control (PPAC) | Rel-8 | R5 | 100% | RP-100806 | NTT DoCoMo | [JSN] |
380063 | CHRGMPH | Charging for multi-phases services | Rel-8 | S1 | 99% | SP-080053 | Telecom Italia | [JSN] |
380070 | CHRGMPH-s1 | Stage 1 for CHRGMPH | Rel-8 | S1 | 100% | SP-080053 | Telecom Italia | [JSN] |
380065 | HomeNB | Home NodeB / eNodeB | Rel-8 | S1,C1,C4 | 100% | SP-070952 | Vodafone | [JSN] |
380066 | HomeNB-S1 | Stage 1 for Home NodeB / eNodeB | Rel-8 | S1 | 100% | SP-070952 | Vodafone | [JSN] |
420019 | - | Support of Closed Subscriber Group (CSG) | Rel-8 | C4 | 100% | - | CT#42 | [JSN] |
410012 | HomeNB-LTE | CSG and Idle Mode Mobility for LTE Home eNodeB | Rel-8 | C1 | 100% | CP-080498 | Huawei | [JSN] |
410013 | HomeNB-3G | CSG and Idle Mode Mobility for 3G Home NodeB | Rel-8 | C1 | 100% | CP-080792 | Qualcomm | [JSN] |
390033 | HNB | UTRA HNB | Rel-8 | RP,S5 | 100% | - | - | [JSN] |
400053 | HNB-supp | Support of UTRA HNB | Rel-8 | R2 | 100% | RP-080752 | Huawei | [JSN] |
400054 | HNB-arch | UTRAN Architecture for 3G HNB | Rel-8 | R3 | 100% | RP-080487 | Alcatel-Lucent | [JSN] |
390034 | HNB-RF | FDD Home NodeB RF requirements | Rel-8 | R4 | 100% | RP-080971 | Motorola | [JSN] |
420037 | HNB-3G_OAM | 3G Home NodeB OAM&P Type 1 Management Interface | Rel-8 | S5 | 100% | SP-080708 | Huawei | [JSN] |
430022 | HNB-UEConTest | UTRA HNB – UE Conformance Testing | Rel-8 | R5 | 100% | - | - | [JSN] |
430023 | HNB-UEConTestFDD | Conformance Test Aspects – UTRA HNB (FDD) | Rel-8 | R5 | 100% | RP-090023 | Huawei | [JSN] |
350015 | LI8 | Lawful Interception in the 3GPP Rel-8 | Rel-8 | S3 | 100% | SP-070238 | BMWI, Verizon | [JSN] |
390046 | GBAPush | Generic Bootstrapping Architecture Push Function | Rel-8 | S3,C1,C4 | 100% | SP-080133 | Ericsson | [JSN] |
390146 | GBAPush | SA3 part of GBAPush (33.223) | Rel-8 | S3 | 100% | SP-080133 | Ericsson | [JSN] |
390246 | GBAPush | CT1 part of GBAPush | Rel-8 | C1 | 100% | CP-090112 | Ericsson | [JSN] |
390346 | GBAPush | CT4 part of GBAPush | Rel-8 | C4 | 100% | CP-090112 | Ericsson | [JSN] |
34045 | RETEM_WB_T | Requirements and Test methods for Wideband Terminals | Rel-8 | S4 | 100% | SP-080004 | FT, Ericsson | [JSN] |
34043 | PSS_MBMS_OMTV | Extending PSS and MBMS User Services for optimized Mobile TV | Rel-8 | S4 | 100% | SP-070757 | Ericsson | [JSN] |
400028 | MTSI_eMHI | Encoding formats, transport formats and media description signalling for interworking, QoE, and other enhancements to MTSI-MHI | Rel-8 | S4,C3,C4 | 100% | SP-080443 | Ericsson, Qualcomm | [JSN] |
34041 | MTSI_eMHI-DRASIS | MTSI Video - Dynamic Rate Adaptation/Signalling of Image Size | Rel-8 | S4 | 100% | SP-080246 | Qualcomm, Samsung | [JSN] |
400018 | MTSI_eMHI | CT3 part of Enhancement of interworking between MTSI and CS networks | Rel-8 | C3 | 100% | CP-080774 | Huawei | [JSN] |
400020 | MTSI_eMHI | CT4 part of Enhancement of interworking between MTSI and CS networks | Rel-8 | C4 | 100% | CP-080774 | Huawei | [JSN] |
400019 | MTSI_eMHI | Deleted - CT1 part of Enhancement of interworking between MTSI and CS networks | Rel-8 | C1 | 100% | CP-080774 | Huawei | [JSN] |
340063 | OAM8 | Rel-8 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-8 | S5,C1,C4,IETF | 100% | - | - | [JSN] |
340064 | OAM8-NIM | Rel-8 Network Infrastructure Management | Rel-8 | S5 | 100% | - | - | [JSN] |
35051 | OAM8-NIM | Telecom Management Methodology | Rel-8 | S5 | 100% | SP-070296 | Ericsson | [JSN] |
35053 | OAM8-NIM | Advanced Alarming on Itf-N | Rel-8 | S5 | 100% | SP-070492 | Nokia Siemens Networks | [JSN] |
35056 | OAM8-NIM | CN CS Bearer Transport Network (BTN) relative NRM | Rel-8 | S5 | 100% | SP-070300 | China Mobile | [JSN] |
390016 | OAM8-NIM | Alignment with eTOM and M.3060 architectural concepts | Rel-8 | S5 | 100% | SP-080068 | TeliaSonera | [JSN] |
400030 | OAM8-NIM | IRP SOAP Solution Sets | Rel-8 | S5 | 100% | SP-090148 | Ericsson | [JSN] |
450052 | OAM8-NIM | Create missing specifications for IRP XML definitions | Rel-8 | S5 | 100% | SP-090553 | ZTE | [JSN] |
370002 | OAM8-NIM | Deleted - End point modelling for reference point | Rel-8 | S5 | 100% | SP-070618 | Motorola | [JSN] |
340065 | OAM8-PM | Rel-8 Performance Management | Rel-8 | S5 | 100% | - | - | [JSN] |
35061 | OAM8-PM | IP bearer network Performance measurement definitions | Rel-8 | S5 | 100% | SP-070301 | China Mobile | [JSN] |
360001 | OAM8-PM | HSUPA performance measurements | Rel-8 | S5 | 100% | SP-070835 | China Mobile | [JSN] |
360002 | OAM8-PM | Key Performance Indicators (KPIs) for UMTS and GSM | Rel-8 | S5 | 100% | SP-070299 | China Mobile | [JSN] |
340066 | OAM8-Trace | Rel-8 Trace Management | Rel-8 | C1,C4,IETF | 100% | - | - | [JSN] |
11067 | OAM8-Trace | CT1 part of Service Level Tracing in IMS | Rel-8 | C1 | 100% | CP-080315 | Vodafone | [JSN] |
521028 | OAM8-Trace | (IETF) Service Level Tracing in IMS (draft-ietf-insipid-logme-marking) --> RFC 8497 | Rel-8 | C1-IETF | 100% | CP-080315 | Peter Dawes | [JSN] |
531003 | OAM8-Trace | Deleted - (IETF) Service Level Tracing in IMS (draft-dawes-sipping-debug-event) | Rel-8 | C1-IETF | 100% | CP-080315 | Peter Dawes | [JSN] |
400022 | OAM8-Trace | CT4 part of Service Level Tracing in IMS | Rel-8 | C4 | 100% | CP-080315 | Vodafone | [JSN] |
400021 | OAM8-Trace | Deleted - CT3 part of Service Level Tracing in IMS | Rel-8 | C3 | 100% | CP-080315 | Vodafone | [JSN] |
870081 | OAM8 | (IETF) A Two-Way Active Measurement Protocol (TWAMP) (draft-ietf-ippm-twamp) --> RFC 5357 | Rel-8 | S5-IETF | 100% | - | - | [JSN] |
350016 | CH8 | Rel-8 Charging Management small Enhancements | Rel-8 | S5 | 100% | - | - | [JSN] |
350038 | CH8 | Online charging correlation | Rel-8 | S5 | 100% | SP-070077 | Orange | [JSN] |
360003 | CH8 | SMS online charging | Rel-8 | S5 | 100% | SP-070293 | Vodafone | [JSN] |
410045 | CH8 | Introduce Online Charging from SMS-SC into the SMS Charging Specifications | Rel-8 | S5 | 100% | SP-080463 | Acision | [JSN] |
380046 | CH8 | Deleted - WLAN Offline Charging | Rel-8 | S5 | 100% | SP-070750 | Alcatel-Lucent | [JSN] |
380024 | eMp | Conferencing enhancements for Mp interface | Rel-8 | C4 | 100% | CP-080725 | Huawei | [JSN] |
380025 | eMp | Stage 2 for eMp | Rel-8 | C4 | 100% | CP-080725 | Huawei | [JSN] |
380026 | eMp | Stage 3 for eMp | Rel-8 | C4 | 100% | CP-080725 | Huawei | [JSN] |
320014 | eUPHBOOK | Contact Manager for 3GPP UICC applications | Rel-8 | C6 | 100% | CP-080382 | Gemalto | [JSN] |
320015 | eUPHBOOK-St1 | Requirements for Contact Manager | Rel-8 | C6 | 100% | CP-080382 | Gemalto | [JSN] |
350046 | eUPHBOOK-Ext_Spec | External interface for eUPHBOOK | Rel-8 | C6 | 100% | CP-080382 | Gemalto | [JSN] |
370004 | eUPHBOOK-Int_Spec | Internal interface for eUPHBOOK | Rel-8 | C6 | 100% | CP-080382 | Gemalto | [JSN] |
320016 | eUPHBOOK-St23 | Deleted - Implementation of eUPHBOOK | Rel-8 | C6 | 100% | CP-060355 | Giesecke & Devrient | [JSN] |
20068 | LTE | Rel-8 LTE – 3G Long Term Evolution - Evolved Packet System RAN part | Rel-8 | RP,S5 | 100% | RP-080747 | NTT DoCoMo | [JSN] |
330018 | LTE-Phys | LTE – Physical Layer | Rel-8 | R1 | 100% | RP-080747 | NTT DoCoMo | [JSN] |
330019 | LTE-L23 | LTE – Radio Interface Layer 2 and 3 Protocol Aspect | Rel-8 | R2 | 100% | RP-080747 | Nokia Siemens Networks | [JSN] |
330020 | LTE-interfaces | LTE – eUTRAN Interfaces | Rel-8 | R3 | 100% | RP-080747 | Ericsson | [JSN] |
330021 | LTE-RF | LTE – Evolved UTRA and UTRAN RF Radio Transmission/Reception, System Performance Requirements and Conformance Testing | Rel-8 | R4 | 100% | RP-080747 | Nokia Siemens Networks | [JSN] |
370046 | LTE-Repeaters | LTE – FDD repeaters | Rel-8 | R4 | 100% | RP-070749 | Powerwave Technologies, Andrew Wireless | [JSN] |
390001 | E-UTRAN-OAM | E-UTRAN Data Definitions | Rel-8 | S5 | 100% | - | - | [JSN] |
370001 | E-UTRAN-OAM | Subscriber and Equipment Trace for E-UTRAN and EPC | Rel-8 | S5 | 100% | SP-070617 | Ericsson | [JSN] |
380036 | E-UTRAN-OAM | E-UTRAN Network Resource Model (NRM) Integration Reference Point (IRP) | Rel-8 | S5 | 100% | SP-070738 | Ericsson | [JSN] |
390002 | E-UTRAN-OAM | Performance measurements for E-UTRAN | Rel-8 | S5 | 100% | SP-080062 | Motorola, Huawei | [JSN] |
390003 | E-UTRAN-OAM | Key Performance Indicators (KPIs) for E-UTRAN | Rel-8 | S5 | 100% | SP-080063 | Ericsson | [JSN] |
390004 | LTE_SON-OAM | Self-Organizing Networks (SON) | Rel-8 | S5 | 100% | SP-080275 | Vodafone | [JSN] |
390104 | LTE_SON-OAM | SON Concepts and requirements | Rel-8 | S5 | 100% | SP-080275 | Vodafone | [JSN] |
390005 | LTE_SON-OAM | Self-Establishment of eNBs, including automated Software Management | Rel-8 | S5 | 100% | SP-080849 | Nokia Siemens Networks | [JSN] |
390006 | LTE_SON-OAM | SON Automatic Neighbour Relations (ANR) List Management | Rel-8 | S5 | 100% | SP-080066 | Ericsson | [JSN] |
25029 | LTE-UEConTest | Rel-8 LTE – Terminal Conformance Test Specification | Rel-8 | R5 | 100% | - | - | [JSN] |
25041 | LTE-UEConTest_SIG | 3G LTE – Terminal Protocol Conformance Test Specifications | Rel-8 | R5 | 100% | RP-080647 | NEC, Motorola | [JSN] |
25042 | LTE-UEConTest_RF | LTE – Terminal Radio Transmission and Reception Conformance Test Specifications | Rel-8 | R5 | 100% | RP-080601 | Agilent | [JSN] |
350040 | RInImp8 | Rel-8 Improvements of the Radio Interface | Rel-8 | RP | 100% | - | - | [JSN] |
350034 | RInImp8-UMTS1500 | UMTS 1500 MHz | Rel-8 | R4 | 100% | RP-070078 | NTT DoCoMo | [JSN] |
350035 | RInImp8-UMTS700 | UMTS 700 MHz FDD | Rel-8 | R4 | 100% | RP-070127 | Nokia | [JSN] |
410018 | RInImp9-UMTS1880TDD | UMTS 1880 MHz TDD | Rel-8 | R4 | 100% | RP-080757 | CATT | [JSN] |
380074 | RInImp8-UMTS2300TDD | UMTS 2300 MHz TDD LCR | Rel-8 | R4 | 100% | RP-071016 | CATT | [JSN] |
350037 | RInImp8-2BIC | Further Improved Minimum Performance Requirements for HSDPA UE (FDD) - Two-Branch Interference Cancellation | Rel-8 | R4 | 100% | RP-070254 | AT&T | [JSN] |
370032 | RInImp8-CsHspa | CS Voice Service over HSPA | Rel-8 | R2 | 100% | RP-070765 | Nokia Siemens Networks | [JSN] |
370033 | RInImp8-Hsdpa15codes | Performance requirements for 15 code reception with 16QAM/QPSK (FDD) | Rel-8 | R4 | 100% | RP-070745 | Vodafone | [JSN] |
350036 | RInImp8-UMTS2300 | Deleted - UMTS 2300 MHz FDD/TDD | Rel-8 | R4 | 100% | RP-070128 | AT&T | [JSN] |
25125 | - | Rel-8 Improvements of the Radio Interface - UE Conformance Testing | Rel-8 | R5 | 100% | - | - | [JSN] |
25050 | RInImp8-CsHspa_UEConTest | Conformance Test Aspects – CS Voice Service over HSPA | Rel-8 | R5 | 100% | RP-080160 | Huawei | [JSN] |
400055 | RInImp8-UEConTest_Hsdpa15codes | Conformance Test Aspects – Performance requirements for 15 code reception with 16QAM/QPSK (FDD) | Rel-8 | R5 | 100% | RP-080311 | Ericsson | [JSN] |
370035 | - | Rel-8 RAN improvements | Rel-8 | RP | 100% | - | - | [JSN] |
360013 | RANimp-64QamMimoHsdpa | Combination of 64QAM and MIMO for HSDPA (FDD) | Rel-8 | R1 | 100% | RP-070500 | Ericsson | [JSN] |
370036 | RANimp-UplinkL2dataRates | Improved L2 for uplink | Rel-8 | R2 | 100% | RP-070717 | Ericsson | [JSN] |
370037 | RANimp-UplinkEnhState | Enhanced Uplink for CELL_FACH State in FDD | Rel-8 | R2 | 100% | RP-070677 | Nokia Siemens Networks | [JSN] |
370038 | RANimp-DRX | Enhanced UE Discontinuous Reception (DRX) for FDD | Rel-8 | R2 | 100% | RP-070679 | Nokia | [JSN] |
370039 | RANimp-SrnsReloc | Enhancements for Serving Radio Network Subsystem (SRNS) Relocation Procedure | Rel-8 | R3 | 100% | RP-070759 | Nokia Siemens Networks | [JSN] |
370040 | RANimp-HSPAEvo | Enhancements for FDD HSPA Evolution | Rel-8 | R3,R2 | 100% | RP-080830 | Nokia Siemens Networks | [JSN] |
380075 | RANimp-64Qam1.28TDD | 64QAM for 1.28 Mcps TDD HSDPA | Rel-8 | R1 | 100% | RP-070924 | ZTE | [JSN] |
380076 | RANimp-EnhState1.28TDD | Enhanced CELL_FACH state in 1.28 Mcps TDD | Rel-8 | R2 | 100% | RP-071038 | ZTE | [JSN] |
390028 | RANimp-LCRCPC | Continuous Connectivity for packet data users for 1.28 Mcps TDD | Rel-8 | R1 | 100% | RP-080085 | TD Tech | [JSN] |
390029 | RANimp-HSPAVoIP | HSPA VoIP to WCDMA/GSM CS continuity | Rel-8 | R2 | 100% | RP-080749 | Nokia | [JSN] |
390030 | RANimp-HSDSCH | HS-DSCH Serving Cell Change Enhancements | Rel-8 | R2 | 100% | RP-080227 | Ericsson | [JSN] |
400050 | RANimp-MIMOLCR | MIMO for 1.28 Mcps TDD. Linked to Rel-8 Study on Scope of future HSPA Evolution for 1.28 Mcps TDD (UID_370041) TR 25.824 | Rel-8 | R1,R4 | 100% | RP-080485 | CATT | [JSN] |
400052 | RANimp-DCHSDPA | Dual-Cell HSDPA operation on adjacent carriers | Rel-8 | R1,R4 | 100% | RP-080490 | Ericsson | [JSN] |
25126 | - | Rel-8 RAN improvements - UE Conformance Testing | Rel-8 | R5 | 100% | - | - | [JSN] |
410020 | RANimp-UEConTest_64QamMimoHsdpa | Conformance Test Aspects – Combination of 64QAM and MIMO for HSDPA (FDD) | Rel-8 | R5 | 100% | RP-080759 | Ericsson | [JSN] |
400056 | RANimp-UEConTest_UplinkL2dataRates | Conformance Test Aspects – Improved L2 for uplink | Rel-8 | R5 | 100% | RP-080606 | Ericsson | [JSN] |
440010 | RANimp-UEConTest_ImprovedL2LCRTDD | Conformance Test Aspects – 1.28 Mcps TDD Improved L2 support for high data rates | Rel-8 | R5 | 100% | RP-090491 | CATT | [JSN] |
400057 | RANimp-UEConTest_64Qam1.28TDD | Conformance Test Aspects – 64QAM for 1.28 Mcps TDD HSDPA | Rel-8 | R5 | 100% | RP-080334 | ZTE | [JSN] |
420015 | RANimp-UEConTest_DCHSDPA | Conformance Test Aspects – Dual-Cell HSDPA operation on adjacent carriers | Rel-8 | R5 | 100% | RP-080996 | Qualcomm | [JSN] |
430024 | RANimp-UEConTest_EnhancedRACHCellFACHState | Conformance Test Aspects – Enhanced Uplink for CELL_FACH State in FDD | Rel-8 | R5 | 100% | RP-090152 | Nokia | [JSN] |
430028 | RANimp-UEConTest_ReceiverType3i | Conformance Test Aspects – Receiver Type3i | Rel-8 | R5 | 100% | RP-090010 | Qualcomm | [JSN] |
440009 | RANimp-UEConTest_EnhancedCellFACHStateLCRTDD | Conformance Test Aspects – Enhanced CELL_FACH State in LCR TDD | Rel-8 | R5 | 100% | RP-090490 | CATT | [JSN] |
450024 | RANimp-UEConTest_CPCLCRTDD | Conformance Test Aspects – Continuous Connectivity for packet data users for 1.28 Mcps TDD | Rel-8 | R5 | 100% | RP-090751 | ZTE | [JSN] |
450025 | RANimp-UEConTest_MIMOLCRTDD | Conformance Test Aspects – MIMO for 1.28 Mcps TDD | Rel-8 | R5 | 100% | RP-100120 | ZTE | [JSN] |
450026 | HSDSCH_UEConTest | Conformance Test Aspects – HS-DSCH Serving Cell Change Enhancements | Rel-8 | R5 | 100% | RP-090756 | Qualcomm | [JSN] |
360008 | MBSFN-DOB | 3.84 Mcps TDD MBMS over a Single Frequency Network (MBSFN) Integrated Mobile Broadcast | Rel-8 | R1 | 100% | RP-081124 | Ericsson | [JSN] |
440008 | MBSFN_IMB_UEConTest | Conformance Test Aspects – 3.84 Mcps TDD MBMS over a Single Frequency Network (MBSFN) Integrated Mobile Broadcast | Rel-8 | R5 | 100% | RP-090583 | IPwireless | [JSN] |
50583 | GELTE | GERAN support for GERAN - 3G Long Term Evolution interworking | Rel-8 | GP,G1,C1,G3new | 100% | GP-061757 | Nokia, Nokia Siemens Networks | [JSN] |
51583 | GELTE | G1 part of GERAN support for GERAN - 3G Long Term Evolution interworking | Rel-8 | G1 | 100% | GP-061757 | Nokia, Nokia Siemens Networks | [JSN] |
52583 | GELTE | G2 part of GERAN support for GERAN - 3G Long Term Evolution interworking | Rel-8 | G2 | 100% | GP-061757 | Nokia, Nokia Siemens Networks | [JSN] |
53583 | GELTE | CT1 part of GERAN support for GERAN - 3G Long Term Evolution interworking | Rel-8 | C1 | 100% | GP-061757 | Nokia, Nokia Siemens Networks | [JSN] |
54583 | GELTE | Testing for GERAN support for GERAN - 3G Long Term Evolution interworking | Rel-8 | G3new | 100% | GP-061757 | Renesas Mobile | [JSN] |
55586 | GUTEN | U-TDOA Enhancement | Rel-8 | GP | 100% | GP-070865 | TruePosition | [JSN] |
50587 | GANENH | GAN Enhancements | Rel-8 | GP | 100% | GP-071484 | T-Mobile | [JSN] |
50588 | GANENH-SPEC | Update to GAN specifications | Rel-8 | GP | 100% | GP-071560 | T-Mobile | [JSN] |
53089 | GANENH-MStest | Update TS 51.010 Mobile Station (MS) Conformance Specification for GAN Enhancements | Rel-8 | G3new | 100% | GP-071563 | T-Mobile | [JSN] |
50591 | AoIP | AoIP (A-interface over IP) | Rel-8 | GP,S4,C4,C1,C3 | 100% | GP-081361 | China Mobile, Ericsson | [JSN] |
400041 | AoIP | GERAN aspects of AoIP | Rel-8 | GP | 100% | GP-081362 | China Mobile, Ericsson | [JSN] |
400042 | AoIP-CSoIP | Media Requirements for CS over IP based User Plane | Rel-8 | S4 | 100% | SP-080444 | China Mobile, Ericsson | [JSN] |
400024 | AoIP-CN | Core Network Impacts for A-Interface User Plane over IP | Rel-8 | C4,C1,C3 | 100% | CP-080722 | Ericsson | [JSN] |
400324 | AoIP-CN | CT4 part of Core Network Impacts for A-Interface User Plane over IP | Rel-8 | C4 | 100% | CP-080722 | Ericsson | [JSN] |
400124 | AoIP-CN | CT1 part of Core Network Impacts for A-Interface User Plane over IP | Rel-8 | C1 | 100% | CP-080722 | Ericsson | [JSN] |
400224 | AoIP-CN | CT3 part of Core Network Impacts for A-Interface User Plane over IP | Rel-8 | C3 | 100% | CP-080722 | Ericsson | [JSN] |
51147 | MCBTS | New multicarrier BTS class | Rel-8 | G1 | 100% | GP-071542 | Alcatel-Lucent | [JSN] |
38001 | ANSS | Support for Additional Navigation Satellite Systems (ANSS) for LCS | Rel-8 | S1,G2,R2 | 100% | GP-081784 | Qualcomm | [JSN] |
420038 | ANSS | Stage 1 for ANSS for LCS | Rel-8 | S1 | 100% | - | - | [JSN] |
38101 | ANSS | GERAN2 part of Support for Additional Navigation Satellite Systems (ANSS) for LCS | Rel-8 | G2 | 100% | GP-081784 | Qualcomm | [JSN] |
400051 | RANimp-ANSS | RAN2 part of Support for Additional Navigation Satellite Systems (ANSS) for LCS | Rel-8 | R2 | 100% | RP-080346 | Qualcomm | [JSN] |
51149 | CTLATRED | Conformance testing for the Latency Reductions feature | Rel-8 | G1,G3new | 100% | GP-080367 | Ericsson | [JSN] |
53090 | CTLATRED-MStest | MS conformance testing for the Latency Reductions feature | Rel-8 | G3new | 100% | GP-080368 | Ericsson | [JSN] |
51150 | CTLATRED-BTStest | BTS conformance testing for the Latency Reductions feature | Rel-8 | G1 | 100% | GP-080369 | Ericsson | [JSN] |
53091 | PSHCT-MStest | MS conformance testing of changes introduced by WI "Support of Packet-switched Handover for GERAN A/Gb mode" | Rel-8 | G3new | 100% | GP-080411 | Rohde & Schwarz | [JSN] |
320001 | TEI8 | (Small) Technical Enhancements and Improvements for Rel-8 | Rel-8 | SP,CP,RP,GP | 100% | - | - | [JSN] |
521029 | TEI8_IETF | (IETF) (Small) Technical Enhancements and Improvements for Rel-8 | Rel-8 | C1-IETF | 100% | - | christer.holmberg@ericsson.com | [JSN] |
400025 | TEI8_Test | Test - (Small) Technical Enhancements and Improvements for Rel-8 | Rel-8 | R5,G3new | 100% | - | - | [JSN] |
31067 | AIPN | Deleted - All-IP Network | Rel-8 | S1 | 100% | SP-050181 | NTT DoCoMo | [JSN] |
31068 | AIPN | Deleted - Stage 1 | Rel-8 | S1 | 100% | SP-050181 | NTT DoCoMo | [JSN] |
340032 | LCS4_IWLAN | Deleted - was Rel-7 - LCS for 3GPP Interworking WLAN | Rel-8 | S2 | 100% | SP-060818 | LG Electronics | [JSN] |
330010 | FBI2 | Deleted - never approved- FBI Phase 2 | Rel-8 | S2 | 100% | - | Nokia Siemens Networks | [JSN] |
330007 | BS30 | Deleted -Enhancements to BS30 Bearer service for Videotelephony | Rel-8 | S1 | 100% | SP-060484 | 3 | [JSN] |
370055 | IMS8 | Deleted - IMS Enhancements Rel-8 | Rel-8 | S1 | 100% | - | Telecom Italia | [JSN] |
400023 | eUPHBOOK-Test | Deleted - Contact Manager Conformance Test specifications | Rel-8 | C6 | 100% | CP-080430 | Comprion, Gemalto | [JSN] |
400123 | eUPHBOOK-Test | Deleted - Contact Manager for 3GPP UICC applications test specifications | Rel-8 | C6 | 100% | CP-080430 | Comprion | [JSN] |
400223 | eUPHBOOK-Test | Deleted - Contact Manager API for Java™ Card test specification | Rel-8 | C6 | 100% | CP-080430 | Gemalto | [JSN] |
53092 | SCSAGBCT-MStest | Deleted - MS conformance testing of Support of Conversational Services in A/Gb mode via the PS domain | Rel-8 | G3new | 100% | GP-080330 | Nokia | [JSN] |
7026 | FS_CAT | Study on Customised Alerting Tone (CAT) Requirements | Rel-8 | S1 | 100% | SP-060474 | China Mobile | [JSN] |
7027 | FS_M2M | Study on Facilitating Machine to Machine Communication in GSM and UMTS (M2M) | Rel-8 | S1 | 100% | SP-050527 | Siemens | [JSN] |
31089 | FS_NetComp | Study on Network Composition | Rel-8 | S1 | 100% | SP-060478 | Nokia Siemens Networks | [JSN] |
320024 | FS_IMSconf | Study on Requirements of IMS Multimedia Conferencing | Rel-8 | S1 | 100% | SP-060479 | China Mobile | [JSN] |
320025 | FS_PWS | Study on support of a Public Warning System | Rel-8 | S1 | 100% | SP-080054 | T-Mobile | [JSN] |
330016 | FS_PPAC | Study on Paging Permission with Access Control | Rel-8 | S1 | 100% | SP-060785 | NTT DoCoMo | [JSN] |
340033 | FS_N3GtoNSP | Study on Non-3GPP access Network Selection Principles (NSP) | Rel-8 | S1 | 100% | SP-080318 | Telefónica O2 | [JSN] |
340034 | FS_VAS4SMS | Study on Value Added Services for Short Message Service | Rel-8 | S1 | 100% | SP-060786 | China Mobile | [JSN] |
340035 | FS_SMLSWLAN | Study on Service continuity between mobile and WLAN networks | Rel-8 | S1 | 100% | SP-060936 | NEC | [JSN] |
370086 | FS_ServAl | Study on Services Alignment and Migration | Rel-8 | S1 | 100% | SP-070126 | Telefónica O2 | [JSN] |
32085 | FS_SAE | Study on 3GPP System Architecture Evolution | Rel-8 | S2,S3 | 100% | SP-070163 | Vodafone | [JSN] |
32086 | FS_SAE | Stage 2 Interim conclusion for RAN Work to start | Rel-8 | S2 | 100% | SP-070163 | Vodafone | [JSN] |
32087 | FS_SAE | Stage 2 study on 3GPP architectural development | Rel-8 | S2 | 100% | SP-070163 | Vodafone | [JSN] |
7024 | FS_SAE | Security study for Inter-access mobility between non-3GPP and 3GPP system | Rel-8 | S3 | 100% | SP-070163 | Nokia | [JSN] |
320028 | FS_ISB_ST2 | Study on Stage 2 aspects of IMS Service Brokering | Rel-8 | S2 | 100% | SP-060443 | Telcordia | [JSN] |
7049 | FS_MLTICAST-IMS | Study on IMS utilizing multicast bearer services | Rel-8 | S2 | 100% | SP-060148 | Nokia Siemens Networks | [JSN] |
350051 | FS_MMSC | Study on Multimedia Session Continuity | Rel-8 | S2 | 100% | SP-070818 | LG Electronics | [JSN] |
380034 | FS_ICS | Study on centralized IMS service control | Rel-8 | S2,S1 | 100% | SP-070494 | Ericsson | [JSN] |
370087 | FS_ICS-S1 | Study on centralized IMS services requirements | Rel-8 | S1 | 100% | SP-070494 | NEC | [JSN] |
330012 | FS_IMS_CSC | Study on centralized IMS services control | Rel-8 | S2 | 100% | SP-070494 | Alcatel-Lucent | [JSN] |
380078 | FS_CAT-St2 | Study on Architecture of IMS based Customized Alerting Tone (CAT) | Rel-8 | S2 | 100% | SP-070905 | China Mobile | [JSN] |
380085 | FS_HNB_Sec | Study on Home (e)NodeB Security | Rel-8 | S3 | 100% | SP-070783 | Huawei | [JSN] |
360015 | eCALLIBMS | Study on Transferring of emergency call data – in-band modem solution | Rel-8 | S4 | 100% | SP-060935 | Airbiquity | [JSN] |
35065 | OAM7-NIM-EOSF | Study on Element Operations Systems Function (EOSF) definition | Rel-8 | S5 | 100% | SP-070307 | China Mobile | [JSN] |
35074 | OAM8-NIM-XML | Study on SA5 MTOSI XML Harmonization | Rel-8 | S5 | 100% | SP-070305 | Nortel | [JSN] |
320006 | OAM7-CPS | Study on Common Profile Storage (CPS) Framework of User Data for network services and management | Rel-8 | S5 | 100% | SP-060263 | T-Mobile | [JSN] |
340036 | FS_OAM_LTE_SAE | Study on Management for LTE and SAE | Rel-8 | S5 | 100% | SP-060753 | Ericsson | [JSN] |
350004 | FS_SAEcharg | Study on Charging Aspects of 3GPP System Evolution | Rel-8 | S5 | 100% | SP-070174 | Nokia Siemens Networks | [JSN] |
7048 | MRFC | Study on AS-MRFC media server control protocol | Rel-8 | C1 | 100% | CP-060180 | Hewlett-Packard | [JSN] |
350018 | FS_IMS_RP | Study on IMS Restoration Procedures | Rel-8 | C4 | 100% | CP-070031 | Ericsson | [JSN] |
360030 | FS_IMS_ASIO | Study on IMS Application Server Service Data Descriptions for AS interoperability | Rel-8 | C4 | 100% | CP-070685 | Alcatel-Lucent | [JSN] |
360031 | FS_CAT_VVC_CS | Study on Customized Alerting Tone (CAT) solution for voice and video call in CS domain | Rel-8 | C4 | 100% | CP-070518 | China Mobile | [JSN] |
380023 | FS_MAP2Diam | Study on InterWorking Function between MAP based and Diameter based interfaces | Rel-8 | C4 | 100% | CP-070760 | Huawei | [JSN] |
370041 | FS_RAN-LCRTDDHSPAEvo | Study on Scope of future HSPA Evolution for 1.28 Mcps TDD | Rel-8 | R1 | 100% | RP-070748 | RITT | [JSN] |
370042 | FS_RAN-UplinkSync | Study on Synchronized E-DCH for UTRA FDD | Rel-8 | R1 | 100% | RP-070678 | Nokia Siemens Networks | [JSN] |
360016 | FS_RAN-LTEmob | Study on Improved network controlled mobility between LTE and 3GPP2/mobile WiMAX radio technologies | Rel-8 | R4 | 100% | RP-070511 | Motorola | [JSN] |
350039 | FS_RAN-HNBeNB | Study on 3G Home NodeB/eNodeB | Rel-8 | R4 | 100% | RP-070257 | Motorola | [JSN] |
50589 | AINTIP | Study on A-interface over IP | Rel-8 | GP | 100% | GP-071562 | China Mobile, Ericsson | [JSN] |
50590 | MUROS | Study on Multi-User Reusing-One-Slot | Rel-8 | GP | 100% | GP-072033 | Nokia Siemens Networks | [JSN] |
51148 | WIDER | Study on Optimized Transmit Pulse Shape for Downlink EGPRS2-B | Rel-8 | G1 | 100% | GP-072026 | Research In Motion, Nokia Siemens Networks | [JSN] |
350017 | FS_SM3GWLAN | Deleted - Study on Mobility between 3GPP-WLAN Interworking and 3GPP Systems | Rel-8 | S2 | 100% | SP-070106 | Orange | [JSN] |
370044 | FSSCMobToW | Deleted - equals 340035 -FS on Service continuity between mobile and WLAN networks | Rel-8 | S1 | 100% | SP-070557 | BT | [JSN] |
380068 | FS_LCS_EPS | Deleted - Study on Evaluation of LCS Control Plane Solution for EPS | Rel-8 | S2 | 100% | SP-070819 | SiRF | [JSN] |
380080 | FS_RAN-HSPDSCH | Deleted - Study on HS-PDSCH serving cell change enhancements | Rel-8 | R4 | 100% | RP-071044 | Qualcomm | [JSN] |
390032 | FS_RAN-DCHS | Deleted - Study on Dual-Cell HSDPA operation | Rel-8 | R1 | 100% | RP-080228 | Qualcomm | [JSN] |
732097 | ServID | Identification of Communication Services in IMS | Rel-7 | S2,S1,C1,S5 | 100% | SP-060293 | Ericsson | [JSN] |
32106 | ServID | TR on ServID | Rel-7 | S2 | 100% | SP-060293 | Ericsson | [JSN] |
32107 | ServID | Stage 1,2 of ServID | Rel-7 | S1,S2 | 100% | SP-060293 | Ericsson | [JSN] |
320010 | ServID | Stage 3 of ServID | Rel-7 | C1 | 100% | CP-060259 | Ericsson | [JSN] |
7035 | ServID | Charging of ServID | Rel-7 | S5 | 100% | SP-060293 | Orange | [JSN] |
32116 | GRUU | Supporting Globally Routable User Agent URIs in IMS | Rel-7 | S2,S1,C1 | 100% | SP-050633 | Research In Motion | [JSN] |
7009 | GRUU | Deleted - TR on GRUU | Rel-7 | S2 | 100% | SP-050633 | Research In Motion | [JSN] |
7010 | GRUU | Stage 1,2 of GRUU | Rel-7 | S1,S2 | 100% | SP-050633 | Research In Motion | [JSN] |
320011 | GRUU | Stage 3 of GRUU | Rel-7 | C1 | 100% | CP-060358 | CableLabs | [JSN] |
7038 | MTSI | Multimedia Telephony Service for IMS | Rel-7 | S1,C1,S4 | 100% | SP-060224 | Ericsson | [JSN] |
7039 | MTSI-REQ | Stage 1 of MTSI | Rel-7 | S1 | 100% | SP-060224 | Ericsson | [JSN] |
7037 | MTSI | Stage 3 of MTSI | Rel-7 | C1 | 100% | CP-060257 | Ericsson | [JSN] |
7040 | MTSI-MHI | Media handling and interaction in MTSI | Rel-7 | S4 | 100% | SP-060225 | Ericsson | [JSN] |
690069 | MTSI_FIXED_ACCESS-UEConTest | UE Conformance Test Aspects - Multimedia Telephony Services for IMS (MTSI) over fixed access | Rel-7 | R5 | 100% | RP-151257 | Telecom Italia | [JSN] |
690071 | MTSI_WLAN-UEConTest | UE Conformance Test Aspects – Multimedia Telephony Services for IMS (MTSI) over WLAN | Rel-7 | R5 | 100% | RP-151770 | Ericsson | [JSN] |
7023 | MMTEL | Deleted - duplicates UID7039 - IMS Multimedia Telephony Service | Rel-7 | S1 | 100% | SP-050387 | Ericsson | [JSN] |
350147 | MTSI-UEConTest | Multimedia Telephony Service for IMS (MTSI) - UE Conformance Testing | Rel-7 | R5 | 100% | RP-080605 | Ericsson, Motorola | [JSN] |
377001 | TMMTEL7 | TISPAN requirements for Multimedia Telephony with PSTN/ISDN simulation services | Rel-7 | S1 | 100% | SP-070568 | - | [JSN] |
387001 | MCIMSTR1 | Maintenance of TISPAN release 1 common IMS | Rel-7 | S2 | 100% | SP-070915 | Ericsson | [JSN] |
387002 | MCIMSTR1-S1 | SA1 aspects of MCIMSTR1 | Rel-7 | S1 | 100% | SP-070915 | Telecom Italia | [JSN] |
387003 | MCIMSTR1-S2 | SA2 aspects of MCIMSTR1 | Rel-7 | S2 | 100% | SP-070915 | Ericsson | [JSN] |
380072 | IMS_Comm_Mtce7 | SA1,SA2 part of Maintenance of TISPAN release 1 common IMS | Rel-7 | S2,S1 | 100% | SP-080501 | BT, Ericsson | [JSN] |
380004 | MAINT_R1 | Maintenance of TISPAN R1 | Rel-7 | C1,C3,C4 | 100% | CP-080211 | Alcatel-Lucent | [JSN] |
32045 | EMC1 | PS domain and IMS impacts for supporting IMS Emergency calls (EMC1) | Rel-7 | S2,S1,C1,C4,IETF | 100% | SP-050604 | Siemens | [JSN] |
1314 | EMC1 | Service Requirements for IP-based emergency calls | Rel-7 | S1 | 100% | SP-050604 | Siemens | [JSN] |
32046 | EMC1 | Study on Stage 2 for IMS-level solution | Rel-7 | S2 | 100% | SP-050604 | Siemens | [JSN] |
32080 | EMC1 | Study on Stage 2 for GPRS-level solution | Rel-7 | S2 | 100% | SP-050604 | Siemens | [JSN] |
32100 | EMC1 | Stage 2 Specification Phase - IMS-level | Rel-7 | S2 | 100% | SP-050604 | Siemens | [JSN] |
32101 | EMC1 | Deleted - Stage 2 Specification Phase - GPRS-level | Rel-7 | S2 | 100% | SP-050604 | Siemens | [JSN] |
1653 | EMC1 | Emergency Call Enhancements for IP& PS Based Calls – stage 3 | Rel-7 | C1,C4,IETF | 100% | CP-050529 | Ericsson | [JSN] |
1315 | EMC1 | CT1 IMS aspects to support IMS Emergency sessions | Rel-7 | C1 | 100% | CP-050529 | Ericsson | [JSN] |
521030 | EMC1 | (IETF) CT1 IMS aspects to support IMS Emergency sessions | Rel-7 | C1-IETF | 100% | CP-050529 | Keith Drage | [JSN] |
13028 | EMC1 | Deleted - CT3 IMS aspects to support IMS Emergency sessions | Rel-7 | C3 | 100% | CP-050529 | Ericsson | [JSN] |
13031 | EMC1 | Deleted - CT3 PS domain aspects to support IMS Emergency sessions | Rel-7 | C3 | 100% | CP-050529 | Ericsson | [JSN] |
1646 | EMC1 | CT1 PS domain aspects to support IMS Emergency sessions | Rel-7 | C1 | 100% | CP-050529 | Ericsson | [JSN] |
14026 | EMC1-GPRSc4 | CT4 PS domain aspects to support IMS Emergency sessions | Rel-7 | C4 | 100% | CP-050529 | Ericsson | [JSN] |
11065 | IMSconf | IMS Support of Conferencing | Rel-7 | C1 | 100% | CP-070120 | Alcatel-Lucent | [JSN] |
34033 | VoIMS-PCVoIMS | Performance Characterization of VoIMS over HSDPA\EUL channels | Rel-7 | S4 | 100% | SP-050089 | Alcatel-Lucent | [JSN] |
31062 | WLAN2 | WLAN-UMTS Interworking Phase 2 | Rel-7 | S1,S2 | 100% | SP-030712 | Telenor | [JSN] |
31057 | WLAN2 | Stage 1 on Session Continuity | Rel-7 | S1 | 100% | - | - | [JSN] |
32096 | WLAN2 | Stage 2 on Session Continuity: covered by SAE | Rel-7 | S2 | 100% | - | - | [JSN] |
32110 | WLANPNA | WLAN Interworking – Private Network access from WLAN 3GPP IP Access | Rel-7 | S2,C1,C3,C4 | 100% | SP-050489 | NEC | [JSN] |
32111 | WLANPNA-st2 | WLAN-PNA - Stage 2 | Rel-7 | S2 | 100% | SP-050489 | NEC | [JSN] |
11059 | WLANPNA-st3 | WLAN-PNA - Stage 3 | Rel-7 | C1,C3,C4 | 100% | CP-060256 | NEC | [JSN] |
11064 | WLANPNA-st3 | CT1 aspets for WLAN-PNA | Rel-7 | C1 | 100% | CP-060256 | NEC | [JSN] |
13027 | WLANPNA-st3 | CT3 aspets for WLAN-PNA | Rel-7 | C3 | 100% | CP-060256 | NEC | [JSN] |
14024 | WLANPNA-st3 | Deleted - CT4 aspets for WLAN-PNA | Rel-7 | C4 | 100% | CP-060256 | NEC | [JSN] |
32092 | WLANQOS | Enhancements to support QoS provisioning over 3GPP/WLAN Interworking | Rel-7 | S2,C4,C1 | 100% | SP-050682 | Samsung | [JSN] |
7015 | WLANQOS | Deleted - TR on support of QoS on WLAN | Rel-7 | S2 | 100% | SP-050682 | Samsung | [JSN] |
7016 | WLANQOS | Stage 2 on support of QoS over 3GPP/WLAN interworking | Rel-7 | S2 | 100% | SP-050682 | Samsung | [JSN] |
14028 | WLANQOS | Stage 3 CT4 on support of QoS over 3GPP/WLAN Interworking | Rel-7 | C4 | 100% | CP-060418 | Huawei | [JSN] |
340005 | WLANQOS | Stage 3 CT1 on support of QoS over 3GPP/WLAN Interworking | Rel-7 | C1 | 100% | CP-060418 | Huawei | [JSN] |
32079 | LCS3 | Location Services enhancements | Rel-7 | S1,S2,GP,C4,R2 | 100% | SP-040682 | - | [JSN] |
32093 | LCS3 | Stage 2 for LCS3 (including IMS emergency location aspects) | Rel-7 | S2 | 100% | SP-050119 | SiRF | [JSN] |
50558 | LCS3-LBS | LCS Enhancements related to Location-Based Services | Rel-7 | GP | 100% | GP-050265 | SiRF | [JSN] |
14025 | LCS3-UEPos-LBS | CT4 aspects for LCS UEPos-LBS | Rel-7 | C4 | 100% | CP-050240 | SiRF | [JSN] |
20042 | LCS3-UEPos-Velocity | UE positioning - Velocity | Rel-7 | R2 | 100% | RP-050300 | SiRF | [JSN] |
20012 | LCS3-UEPos-UTDOA | Inclusion of Uplink TDOA UE positioning method in the UTRAN specifications | Rel-7 | R2 | 100% | RP-040387 | TruePosition | [JSN] |
31052 | LCS3-IWLAN | LCS for 3GPP Interworking WLAN | Rel-7 | S1,S2 | 100% | SP-060291 | Telcordia | [JSN] |
32077 | LCS3-IWLAN-FSs1 | FS on 3GPP system to WLAN Interworking with LCS | Rel-7 | S1 | 100% | SP-060291 | Telcordia | [JSN] |
32108 | LCS3-IWLAN-FSs2 | Deleted - Study of work on an LCS architecture for I-WLAN. | Rel-7 | S2 | 100% | SP-060291 | LG Electronics | [JSN] |
340007 | LCS3-IWLAN | Stage 2 for LCS architecture for I-WLAN | Rel-7 | S2 | 100% | SP-060818 | LG Electronics | [JSN] |
20030 | LCS3-UEpos | Deleted - UE positioning Rel-7 | Rel-7 | RP | 100% | - | - | [JSN] |
31084 | MBMSE | MBMS Enhancements | Rel-7 | S1,R1,C3 | 100% | SP-050389 | China Mobile | [JSN] |
340041 | MBMSE | Stage 1 of MBMSE | Rel-7 | S1 | 100% | SP-050389 | China Mobile | [JSN] |
340042 | MBMSE-RANPhysFDD | MBMS FDD Physical layer Enhancements | Rel-7 | R1 | 100% | RP-070226 | Ericsson | [JSN] |
340043 | MBMSE-RANPhysTDD | MBMS TDD Physical layer Enhancements | Rel-7 | R1 | 100% | RP-070241 | IPWireless | [JSN] |
350022 | MBMSE-RANPhysLCRTDD | MBMS Low Chip Rate TDD Physical Layer Enhancement | Rel-7 | R1 | 100% | RP-070253 | RITT | [JSN] |
340046 | MBMSMz | MBMS Mz interface | Rel-7 | C3 | 100% | CP-070109 | Huawei | [JSN] |
400058 | MBMSE_UEConTest | MBMS - UE Conformance Testing | Rel-7 | R5 | 100% | - | - | [JSN] |
25049 | MBMSE-RANPhysTDD_UEConTest | Conformance Test Aspects – MBMS TDD Physical layer Enhancements – MBSFN for HCR and VHCR TDD | Rel-7 | R5 | 100% | RP-080155 | IPWireless | [JSN] |
400059 | MBMSE-RANPhysLCRTDD_UEConTest | Conformance Test Aspects – MBMS LCR TDD Physical Layer Enhancement | Rel-7 | R5 | 100% | RP-080318 | CATT | [JSN] |
400060 | MBMSE-UEConTest_RANPhysFDD | Conformance Test Aspects – MBSFN for FDD | Rel-7 | R5 | 100% | RP-080336 | Huawei | [JSN] |
34038 | MBMSUSE | MBMS User Service Extensions | Rel-7 | S4 | 100% | SP-050838 | Ericsson | [JSN] |
31051 | LCS3-AGNSS | Advanced Global Navigation Satellite System (AGNSS) concept | Rel-7 | S1,S2,GP,R2 | 100% | SP-040681 | Alcatel | [JSN] |
50551 | AGNSS | Stage 1/2 for Towards AGNSS Concept | Rel-7 | S1,S2 | 100% | SP-040681 | Alcatel | [JSN] |
50548 | AGNSS-GP | Towards AGNSS Concept | Rel-7 | GP | 100% | GP-042677 | Alcatel | [JSN] |
20050 | LCS3-GNSS-UTRAN | Global Navigation Satellite System (GNSS) in UTRAN | Rel-7 | R2 | 100% | RP-060211 | France Telecom | [JSN] |
50581 | GAGR | A-GPS Minimum Performance | Rel-7 | G1,G3 | 100% | GP-060834 | Spirent | [JSN] |
31048 | USSD-USIM | Unstructured Supplementary Service Data (USSD) message delivery and transfer to USIM | Rel-7 | S1,C6 | 100% | SP-040104 | Axalto | [JSN] |
31060 | USSD-USIM | Stage 1 for USSD message delivery and transfer to USIM | Rel-7 | S1 | 100% | SP-040104 | Axalto | [JSN] |
43008 | USSD-USIM | Alignment with requirements regarding USSD usage | Rel-7 | C6 | 100% | TP-040069 | Axalto | [JSN] |
31063 | CSICS | Combinational Services | Rel-7 | S1,S2,C1,S4 | 100% | SP-050228 | TeliaSonera | [JSN] |
31064 | CSICS | Stage 1 for CSICS | Rel-7 | S1 | 100% | SP-050228 | TeliaSonera | [JSN] |
32084 | CSICS | Stage 2 for CSICS | Rel-7 | S2 | 100% | SP-050228 | TeliaSonera | [JSN] |
11054 | CSICS | Stage 3 for CSICS CN aspects | Rel-7 | C1 | 100% | CP-060105 | Vodafone | [JSN] |
34031 | CSICS-Codec | Stage 3 for codec aspects | Rel-7 | S4 | 100% | SP-050091 | Ericsson | [JSN] |
31065 | TTCAMEL | CAMEL Trunk Triggers | Rel-7 | S1,C4 | 100% | SP-040743 | Nortel | [JSN] |
31066 | TTCAMEL | Stage 1 for CAMEL Trunk Triggers | Rel-7 | S1 | 100% | SP-040743 | Nortel | [JSN] |
14017 | CamelR7 | CAMEL Trunk Originated Trigger Detection Points | Rel-7 | C4 | 100% | NP-040550 | Nortel | [JSN] |
31088 | ISB | IMS Service Brokering enhancements | Rel-7 | S1 | 100% | SP-050830 | Telcordia | [JSN] |
320027 | ISB-s1 | Stage 1 for ISB | Rel-7 | S1 | 100% | SP-050830 | Telcordia | [JSN] |
11045 | EVGCS | Enhancements of VGCS for public authority officials | Rel-7 | S1,C1,C4,G2 | 100% | SP-040304 | - | [JSN] |
31061 | EVGCS | Stage 1 for Enhancements of VGCS for public authority officials | Rel-7 | S1 | 100% | SP-040304 | Siemens | [JSN] |
11056 | EVGCS | Architecture and protocol aspects | Rel-7 | C1,C4 | 100% | CP-050528 | Siemens | [JSN] |
11062 | EVGCS | CT1 aspects of EVGCS | Rel-7 | C1 | 100% | CP-050528 | Siemens | [JSN] |
14022 | EVGCS | CT4 aspects of EVGCS | Rel-7 | C4 | 100% | CP-050528 | Siemens | [JSN] |
752076 | EVGCS | GERAN2 aspects of EVGCS | Rel-7 | G2 | 100% | GP-071855 | Siemens | [JSN] |
11055 | IVGCS | Improvements of VGCS for parallel use of services | Rel-7 | S1 | 100% | SP-070167 | - | [JSN] |
31070 | IVGCS | Service Requirements for VGCS improvements | Rel-7 | S1 | 100% | SP-070167 | T-Mobile | [JSN] |
32090 | IVGCS | Stage 2 modifications for VGCS improvements | Rel-7 | C1 | 100% | NP-050141 | T-Mobile | [JSN] |
11057 | IVGCS | Protocol aspects | Rel-7 | C1 | 100% | NP-050141 | T-Mobile | [JSN] |
11063 | IVGCS | CT1 aspects of IVGCS | Rel-7 | C1 | 100% | CP-070118 | T-Mobile | [JSN] |
14023 | IVGCS-St3-c4 | Deleted - CT4 aspects of IVGCS | Rel-7 | C4 | 100% | NP-050141 | T-mobile | [JSN] |
31071 | OSA7 | Open Service Access (OSA) Rel-7 | Rel-7 | S1,C5 | 100% | SP-050183 | AePONA | [JSN] |
31172 | OSA7-SB | OSA Service Broker | Rel-7 | S1,C5 | 100% | SP-050183 | AePONA | [JSN] |
31072 | OSA7 | Service Requirements for OSA Service Broker | Rel-7 | S1 | 100% | SP-050183 | AePONA | [JSN] |
43011 | OSA7 | Stage 2 OSA API Service Brokering | Rel-7 | C5 | 100% | CP-070200 | AePONA | [JSN] |
7017 | OSA7 | Stage 3 OSA API Service Brokering | Rel-7 | C5 | 100% | CP-070200 | AePONA | [JSN] |
15039 | OSA7 | Rel-7 OSA Stage 2/3 enhancements | Rel-7 | C5 | 100% | CP-070200 | AePONA | [JSN] |
7018 | OSA7 | Parlay X Message Broadcast Web Service | Rel-7 | C5 | 100% | CP-070200 | ETRI | [JSN] |
7019 | OSA7 | Parlay X Geocoding Web Service | Rel-7 | C5 | 100% | CP-070200 | ETRI | [JSN] |
7020 | OSA7 | Parlay X Application driven QoS Web Service | Rel-7 | C5 | 100% | CP-070200 | BT | [JSN] |
340001 | OSA7 | Parlay-X Device Capabilities and Configuration | Rel-7 | C5 | 100% | CP-070200 | Telenor | [JSN] |
340002 | OSA7 | Parlay-X Multimedia Streaming Session Management Web Service | Rel-7 | C5 | 100% | CP-070200 | Telenor | [JSN] |
340003 | OSA7 | Parlay-X Multimedia Multicast Control Web Service | Rel-7 | C5 | 100% | CP-070200 | ETRI | [JSN] |
340004 | OSA7 | OSA API Conference Call Control SCF | Rel-7 | C5 | 100% | CP-070200 | Ericsson | [JSN] |
31053 | SDoUE | Selective Disabling of UE Capabilities | Rel-7 | S1,S2,C1 | 100% | SP-050182 | Motorola | [JSN] |
32088 | SDoUE-CR | Stage 1 of SDoUE | Rel-7 | S1 | 100% | SP-050182 | Motorola | [JSN] |
32089 | SDoUE-FS | Deleted - TR on different possible architectures | Rel-7 | S2 | 100% | SP-050182 | Vodafone | [JSN] |
7036 | SDoUE | Stage 3 of SDoUE | Rel-7 | C1 | 100% | CP-070121 | Ericsson | [JSN] |
7041 | NSP | Network selection enhancements (NSP) | Rel-7 | S1 | 100% | SP-060220 | O2 | [JSN] |
320012 | NSP-TS | Stage 1 of NSP | Rel-7 | S1 | 100% | SP-060220 | O2 | [JSN] |
320013 | NSP-CR | Procedural aspects of NSP | Rel-7 | C1 | 100% | CP-060357 | Motorola | [JSN] |
25048 | NSP-CR_UEConTest | Network selection enhancements (NSP) - UE Conformance Testing | Rel-7 | R5 | 100% | RP-080135 | Nokia | [JSN] |
32064 | ACBOP | Access Class Barring and Overload Protection | Rel-7 | S2,C1 | 100% | SP-040338 | Vodafone | [JSN] |
32065 | ACBOP | TR on Stage 2 | Rel-7 | S2 | 100% | SP-040338 | NTT DoCoMo | [JSN] |
11048 | ACBOP | Stage 3 CN aspects of ACBOP | Rel-7 | C1 | 100% | - | - | [JSN] |
20010 | ACBOP | Deleted - Potential impact on Iu interface Overload functionality | Rel-7 | RP | 100% | - | - | [JSN] |
20009 | ACBOP | Deleted - Extra ACBOP information in RAN | Rel-7 | RP | 100% | - | - | [JSN] |
50117 | ACBOP | Deleted - Extra ACBOP information in GERAN | Rel-7 | GP | 100% | - | - | [JSN] |
32074 | FBI | System enhancements for Fixed Broadband access to IMS | Rel-7 | S2,S3,S5,C1,C3,C4,IETF | 100% | SP-060145 | - | [JSN] |
7001 | FBI-TIS1 | TISPAN Rel 1 related aspects | Rel-7 | S2,S3,C1,C3,C4,IETF | 100% | - | - | [JSN] |
32075 | - | Stage 2 of FBI for TISPAN R1 | Rel-7 | S2 | 100% | - | - | [JSN] |
11050 | - | Protocol impact of FBI for TISPAN R1 | Rel-7 | S3,C1,C3,C4,IETF | 100% | NP-040618 | Siemens | [JSN] |
521031 | - | (IETF) CT aspects of FBI for TISPAN R1 | Rel-7 | C1-IETF,C3-IETF | 100% | NP-040618 | Roland Jesske | [JSN] |
11060 | - | CT1 aspects of FBI for TISPAN R1 | Rel-7 | C1 | 100% | NP-040618 | Siemens | [JSN] |
13025 | - | CT3 aspects of FBI for TISPAN R1 | Rel-7 | C3 | 100% | NP-040618 | Siemens | [JSN] |
14020 | FBI-TIS1-st3-c4 | CT4 aspects of FBI for TISPAN R1 | Rel-7 | C4 | 100% | NP-040618 | Siemens | [JSN] |
33027 | FBI-ISE | Security Enhancements for FBI | Rel-7 | S3 | 100% | SP-050395 | Ericsson | [JSN] |
7002 | FBI-PCBL | PacketCable Related aspects | Rel-7 | S2,S5,C1 | 100% | SP-060145 | CableLabs | [JSN] |
7003 | - | Stage 1,2 of FBI for PacketCable | Rel-7 | S2 | 100% | SP-060145 | CableLabs | [JSN] |
7004 | - | Protocol impact of FBI for PacketCable | Rel-7 | C1 | 100% | - | - | [JSN] |
7032 | FBI-PCBL-CH | SA5 Charging aspects of FBI for PacketCable | Rel-7 | S5 | 100% | SP-060145 | CableLabs | [JSN] |
32081 | SMSIP | Support of SMS over generic 3GPP IP access | Rel-7 | S2,C4,C1 | 100% | SP-060658 | Huawei | [JSN] |
32094 | - | FS on SMSIP | Rel-7 | S2 | 100% | SP-060658 | Huawei | [JSN] |
32095 | - | Stage 2 for SMSIP | Rel-7 | S2 | 100% | SP-060658 | Huawei | [JSN] |
310001 | SMSIP-St3 | Stage 3 for SMSIP | Rel-7 | C4,C1 | 100% | CP-060697 | Nokia | [JSN] |
310002 | - | CT1 aspects for SMSIP | Rel-7 | C1 | 100% | CP-060697 | Nokia | [JSN] |
310003 | SMSIP-St3-c4 | CT4 aspects for SMSIP | Rel-7 | C4 | 100% | CP-060697 | Nokia | [JSN] |
32082 | PCC | Evolution of Policy Control and Charging | Rel-7 | S2,S5,C3,C1 | 100% | SP-060217 | Nokia | [JSN] |
32102 | - | Deleted - TR for PCC | Rel-7 | S2 | 100% | SP-060217 | Nokia | [JSN] |
32103 | - | Stage 2 for PCC | Rel-7 | S2 | 100% | SP-060217 | Nokia | [JSN] |
32109 | - | Evolution of policy control and flow based bearer level charging | Rel-7 | S2 | 100% | SP-060217 | Nokia | [JSN] |
7033 | PCC-CH | SA5 Charging aspects of PCC | Rel-7 | S5 | 100% | SP-060217 | Orange | [JSN] |
13029 | PCC-Gx | Gx reference point for Policy and Charging Control | Rel-7 | C3 | 100% | CP-060434 | Siemens | [JSN] |
13030 | PCC-Rx | Rx reference point for PCC CT3 aspects | Rel-7 | C3,C1 | 100% | CP-060435 | Ericsson | [JSN] |
310006 | PCC-Rx-c3 | PCC-Rx CT3 aspects | Rel-7 | C3 | 100% | CP-060435 | Ericsson | [JSN] |
7008 | PCC-Rx-Gx-c1 | PCC-Rx CT1 aspects | Rel-7 | C1 | 100% | CP-060435 | Ericsson | [JSN] |
32091 | VCC | Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | S2,S1,S5,C1,C4 | 100% | SP-060292 | Alcatel-Lucent | [JSN] |
32104 | - | TR for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | S2 | 100% | SP-060292 | Alcatel-Lucent | [JSN] |
31085 | - | Stage 1 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | S1 | 100% | SP-060292 | Alcatel-Lucent | [JSN] |
32105 | - | Stage 2 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | S2 | 100% | SP-060292 | Alcatel-Lucent | [JSN] |
35079 | VCC-CH | SA5 Charging for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | S5 | 100% | SP-060292 | Orange | [JSN] |
11058 | - | Stage 3 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | C1,C4 | 100% | CP-070186 | Alcatel-Lucent | [JSN] |
11066 | - | CT1 aspects of Stage 3 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | C1 | 100% | CP-070186 | Alcatel-Lucent | [JSN] |
14027 | VCC-St3-c4 | CT4 aspects of Stage 3 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | C4 | 100% | CP-070186 | Alcatel-Lucent | [JSN] |
13032 | - | Deleted - CT3 aspects of Stage 3 for Voice Call Continuity between CS and IMS (incl. I-WLAN) | Rel-7 | C3 | 100% | CP-070186 | Alcatel-Lucent | [JSN] |
7046 | OPTUNEL | One Tunnel solution for optimization of Packet Data Traffic | Rel-7 | S2 | 100% | SP-060819 | Nokia | [JSN] |
320002 | OPTUNEL-Study | Deleted - Study on Stage 2 for One Tunnel solution | Rel-7 | S2 | 100% | SP-060819 | Nokia | [JSN] |
340013 | OPTUNEL-Guide | One Tunnel Deployment Guideline | Rel-7 | S2 | 100% | SP-060819 | Huawei | [JSN] |
320003 | OPTUNEL-Stage2 | Stage 2 specification for One Tunnel solution | Rel-7 | S2 | 100% | SP-060819 | Nokia | [JSN] |
320029 | CSItermS | CSI Terminating Session handling | Rel-7 | S2,C1 | 100% | SP-060437 | Samsung | [JSN] |
340014 | - | Stage 2 of CStermS | Rel-7 | S2 | 100% | SP-060437 | Samsung | [JSN] |
340015 | - | Stage 3 of CStermS | Rel-7 | C1 | 100% | CP-070239 | Samsung | [JSN] |
340011 | - | Deleted - duplicated with UID 340015 -Stage 3 CSI Terminating Session handling | Rel-7 | C1 | 100% | CP-060647 | Samsung | [JSN] |
33022 | LibSec | Liberty Alliance and 3GPP Security Interworking | Rel-7 | S3 | 100% | SP-050145 | Nokia | [JSN] |
33023 | TrustOP | Trust Requirements for Open Platforms in 3GPP | Rel-7 | S3 | 100% | SP-040863 | Nokia | [JSN] |
33024 | AlgUEA2 | Development of UEA2 and UIA2 | Rel-7 | S3 | 100% | SP-040864 | TeliaSonera | [JSN] |
33026 | LI-7A | Lawful Interception in the 3GPP Rel-7 architecture | Rel-7 | S3 | 100% | SP-050237 | BMWI | [JSN] |
33028 | KeyEstUTerm | Key establishment between a UICC and a terminal | Rel-7 | S3 | 100% | SP-050780 | Gemalto | [JSN] |
330008 | NDSAFTLS | NDS Authentication Framework Extension for Transport Layer Security | Rel-7 | S3 | 100% | SP-060507 | Nokia | [JSN] |
732030 | SEC7 | Security enhancements | Rel-7 | S3,C1,C4 | 100% | - | - | [JSN] |
732031 | SEC7-HSUN | HTTPS connection between a UICC and a NAF | Rel-7 | S3,C1 | 100% | SP-050573 | Gemalto | [JSN] |
732032 | SEC7-2GGBA | 2G GBA: 2G SIM usage in 3GPP GAA framework | Rel-7 | S3 | 100% | SP-050576 | Nokia | [JSN] |
732033 | SEC7-GAA2 | Generic Authentication Architecture usage extensions and optimizations | Rel-7 | S3 | 100% | SP-060429 | Nokia | [JSN] |
32034 | SEC7-NDS-TCAPsec | SS7 TCAP security Gateway | Rel-7 | S3,C4 | 100% | SP-050579 | Siemens | [JSN] |
310004 | SEC7-NDS-TCAPsec-SA3 | SA3 aspects of SEC7-NDS-TCAPsec | Rel-7 | S3 | 100% | SP-050579 | Siemens | [JSN] |
310005 | SEC7-TCAP | TCAPsec Gateway | Rel-7 | C4 | 100% | CP-060170 | Siemens | [JSN] |
711052 | IMSProtoc | IMS Stage 3 IETF Protocol Alignment | Rel-7 | C1 | 100% | CP-060101 | - | [JSN] |
7043 | VGCSFlex | Interoperability between VGCS/VBS and A/Gb flexibility | Rel-7 | C1,C4 | 100% | CP-060102 | Siemens | [JSN] |
7044 | - | CT1 aspects of VGCSFlex | Rel-7 | C1 | 100% | CP-060102 | Siemens | [JSN] |
7045 | VGCSFlex-c4 | CT4 aspects of VGCSFlex | Rel-7 | C4 | 100% | CP-060102 | Siemens | [JSN] |
13023 | DIAMGi | DIAMETER on the GGSN Gi interface | Rel-7 | C3 | 100% | CP-060431 | Vodafone | [JSN] |
13022 | DIAMWi | DIAMETER on the PDG Wi interface | Rel-7 | C3 | 100% | CP-060432 | Vodafone | [JSN] |
13033 | ExtSIPI | Interworking between the 3GPP CS domain with BICC or ISUP as signalling protocol and external SIP-I networks | Rel-7 | C3 | 100% | CP-070101 | Siemens | [JSN] |
340047 | NbIPMux | PDU multiplexing at Nb Interface with IP transport | Rel-7 | C3 | 100% | CP-070105 | Alcatel-Lucent | [JSN] |
14012 | Mp | Mp (MRFC - MRFP) interface | Rel-7 | C4,C1 | 100% | CP-070246 | Ericsson | [JSN] |
11061 | - | CT1 aspects of Mp | Rel-7 | C1 | 100% | CP-070246 | Ericsson | [JSN] |
13026 | - | Deleted - CT3 aspects of Mp | Rel-7 | C3 | 100% | - | Ericsson | [JSN] |
320009 | Mp-PROCc4 | Procedures description | Rel-7 | C4 | 100% | CP-070246 | Huawei | [JSN] |
14021 | Mp-St3c4 | Stage 3 for Mp (MRFC - MRFP) interface | Rel-7 | C4 | 100% | CP-070246 | Ericsson | [JSN] |
340016 | SMSviaH | Routeing of MT-SMS via the HPLMN | Rel-7 | C4,C1 | 100% | CP-070032 | Vodafone | [JSN] |
350003 | MTmovMS | Mobile Termination whilst the MS is moving to another MSC | Rel-7 | C4 | 100% | CP-070334 | Alcatel-Lucent | [JSN] |
743009 | APIJAVA | ISIM API for Java Card | Rel-7 | C6 | 100% | CP-050145 | Sun | [JSN] |
440042 | USIM_API_Test | Rel-7 (U)SIM API Testing (TS 31.213) | Rel-7 | C6 | 100% | CP-090450 | Sagem Orga | [JSN] |
330001 | HSI | High speed interface between the UICC and the ME | Rel-7 | C6 | 100% | CP-070259 | Gemalto | [JSN] |
34030 | VICPer | Video Codec Performance Requirements | Rel-7 | S4 | 100% | SP-040836 | Siemens | [JSN] |
34032 | DIMS | Dynamic and Interactive Multimedia Scenes | Rel-7 | S4 | 100% | SP-050195 | Streamezzo | [JSN] |
34034 | VTCSTI | 3G-324M Video Telephony Call Setup Times Improvements | Rel-7 | S4 | 100% | SP-050404 | Vodafone | [JSN] |
34035 | OMTIMS | Optimizations for Multimedia Telephony over IMS | Rel-7 | S4 | 100% | SP-060226 | Ericsson | [JSN] |
34037 | OMTIMS-CAJMP | Deleted - Characterisation of Adaptive Jitter Management Performance for VoIP Services | Rel-7 | S4 | 100% | SP-050432 | Lucent | [JSN] |
34036 | E2EMSPM | End-to-End Multimedia Services Performance Metrics | Rel-7 | S4 | 100% | SP-050433 | China Mobile | [JSN] |
34039 | PSSe | Packet Switched Streaming Enhancements | Rel-7 | S4 | 100% | SP-060361 | Ericsson | [JSN] |
35041 | OAM7 | Rel-7 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-7 | S5 | 100% | - | Huawei | [JSN] |
35042 | OAM7-NIM | Rel-7 Network Infrastructure Management | Rel-7 | S5 | 100% | - | - | [JSN] |
35044 | - | Enhance NRM to accommodate NGN (IMS as basis of the Next Generation Network) | Rel-7 | S5 | 100% | SP-050302 | Motorola | [JSN] |
35046 | - | Co-operative Element Management interface (CO-OP) (Study + Implementation) | Rel-7 | S5 | 100% | SP-050304 | Motorola | [JSN] |
35047 | - | Network Management (NM) Itf-N performance criteria | Rel-7 | S5 | 100% | SP-050305 | China Mobile | [JSN] |
35048 | - | Delta synchronization between IRP Manager and IRP Agent (Study + Implementation) | Rel-7 | S5 | 100% | SP-050306 | Siemens | [JSN] |
35049 | - | Subscription Management (SuM) IRP Solution Sets | Rel-7 | S5 | 100% | SP-060739 | Ericsson | [JSN] |
35050 | - | Integration Reference Point (IRP) Security Management | Rel-7 | S5 | 100% | SP-050308 | Huawei | [JSN] |
35052 | - | Partial suspension of Itf-N during maintenance/testing (Study + Implementation) | Rel-7 | S5 | 100% | SP-050310 | Siemens | [JSN] |
35054 | - | Deleted - Management of Legacy Equipment | Rel-7 | S5 | 100% | SP-050312 | Siemens | [JSN] |
35055 | - | Deleted - Rules for Vendor Specific Extensions | Rel-7 | S5 | 100% | SP-050313 | Siemens | [JSN] |
35064 | - | Backward and Forward Compatibility of IRP systems | Rel-7 | S5 | 100% | SP-050630 | Ericsson | [JSN] |
35071 | - | Repeater Network Resource Model (NRM) definition | Rel-7 | S5 | 100% | SP-050731 | China Mobile | [JSN] |
35072 | - | UTRAN radio channel power monitoring | Rel-7 | S5 | 100% | SP-050733 | China Mobile | [JSN] |
340009 | - | Notification XML Schema | Rel-7 | S5 | 100% | SP-060754 | Huawei | [JSN] |
35043 | OAM7-PM | Rel-7 Performance Management | Rel-7 | S5 | 100% | - | - | [JSN] |
35057 | - | Performance measurements definition for CN CS | Rel-7 | S5 | 100% | SP-050315 | China Mobile | [JSN] |
35058 | - | Enhancement UTRAN performance measurements definition | Rel-7 | S5 | 100% | SP-050316 | China Mobile | [JSN] |
35059 | - | Add TDD specific counters in Performance measurement | Rel-7 | S5 | 100% | SP-050317 | CATT | [JSN] |
35060 | - | ATM bearer network Performance measurements | Rel-7 | S5 | 100% | SP-050318 | ZTE | [JSN] |
35069 | - | Performance measurements definition for IMS | Rel-7 | S5 | 100% | SP-050631 | China Mobile | [JSN] |
35073 | - | HSDPA performance measurements | Rel-7 | S5 | 100% | SP-060379 | China Mobile | [JSN] |
35039 | OAM7-Trace | Rel-7 Trace Management | Rel-7 | S5 | 100% | SP-050628 | Vodafone | [JSN] |
35040 | - | End-to-end Service Level tracing for IMS | Rel-7 | S5 | 100% | SP-050627 | Vodafone | [JSN] |
35062 | - | Trace record content for UTRAN TDD | Rel-7 | S5 | 100% | SP-050628 | Nokia | [JSN] |
35063 | - | IRP for Subscriber and Equipment Trace Management | Rel-7 | S5 | 100% | SP-050629 | Nokia | [JSN] |
11046 | - | Deleted - SIP enhancements for trace | Rel-7 | C1 | 100% | - | - | [JSN] |
35070 | - | Deleted - duplicated with UID 35063 - IRP for Subscriber and Equipment Trace Management | Rel-7 | S5 | 100% | SP-050629 | Nokia | [JSN] |
320007 | CH7 | Rel-7 Charging Management small Enhancements | Rel-7 | S5 | 100% | - | Orange | [JSN] |
320008 | CH7-IMS-ACP | Alternate Charged Party (ACP) for IMS | Rel-7 | S5 | 100% | SP-060442 | Lucent | [JSN] |
330004 | CH7-PoC | Align 3GPP Charging with OMA PoC Enabler Release 2.0 | Rel-7 | S5 | 100% | SP-060546 | Siemens | [JSN] |
2468 | MIMO | Multiple-Input Multiple-Output (MIMO) antennas | Rel-7 | R1,R5 | 100% | RP-030192 | Alcatel-Lucent | [JSN] |
21006 | MIMO-Phys | MIMO - Physical layer | Rel-7 | R1 | 100% | RP-030192 | Alcatel-Lucent | [JSN] |
22003 | MIMO-L23 | MIMO - Layer 2,3 aspects | Rel-7 | R2 | 100% | RP-030192 | Alcatel-Lucent | [JSN] |
23008 | MIMO-IurIub | MIMO - Iub/Iur Protocol Aspects | Rel-7 | R3 | 100% | RP-030192 | Alcatel-Lucent | [JSN] |
24008 | MIMO-RF | MIMO - RF Radio Transmission/Reception, System Performance Requirements and Conformance Testing | Rel-7 | R4 | 100% | RP-030192 | Alcatel-Lucent | [JSN] |
25036 | MIMO-UEConTest | UE Conformance Testing for Multiple Input Multiple Output antennas (MIMO) | Rel-7 | R5 | 100% | - | Qualcomm | [JSN] |
25037 | MIMO-UEConTest_FDD | Conformance Test Aspects – Multiple Input Multiple Output Antennas (MIMO) for FDD | Rel-7 | R5 | 100% | - | Qualcomm | [JSN] |
20028 | - | Rel-7 Improvements of the Radio Interface | Rel-7 | RP,GP | 100% | - | - | [JSN] |
20060 | RInImp-UMTS1721Ext | Extended UMTS 1.7/2.1 GHz | Rel-7 | R4 | 100% | RP-060180 | Ericsson | [JSN] |
20067 | RInImp-UMTS26VHCRTDD | UMTS 2.6 GHz 7.68 Mcps TDD | Rel-7 | R4 | 100% | RP-060349 | IPWireless | [JSN] |
20021 | RInImp-UMTS2600 | UMTS 2.6 GHz | Rel-7 | R4 | 100% | RP-040397 | Nokia | [JSN] |
20025 | RInImp-UMTS2600TDD | UMTS 2.6 GHz TDD | Rel-7 | R4 | 100% | RP-040553 | IPWireless | [JSN] |
20027 | RInImp-UMTS900 | UMTS 900 MHz | Rel-7 | R4 | 100% | RP-040541 | Nortel | [JSN] |
20043 | RInImp-UMTS1700 | UMTS 1700 MHz | Rel-7 | R4 | 100% | RP-050385 | NTT DoCoMo | [JSN] |
20024 | RInImp-UEAnt | UE Antenna Performance Evaluation Method and Requirements | Rel-7 | R4,GP | 100% | RP-050122 | TeliaSonera | [JSN] |
20045 | RInImp-HSPerf-Type3 | Improved Performance Requirements for HSDPA UE based on Rx Diversity (type 1) & LMMSE equalizer (type 2) | Rel-7 | R4 | 100% | RP-050362 | Cingular | [JSN] |
20062 | RInImp-RxDiv | Additional minimum UE performance requirement for non-HSDPA channels based on type 1 enhanced receiver (Rx Diversity) | Rel-7 | R4 | 100% | - | Qualcomm | [JSN] |
20048 | RInImp-RxDiv-DCH | Additional minimum UE performance requirement for DL physical channels in support of DCH/HS-DSCH operation based on type 1 enhanced receiver (RX-Diversity) | Rel-7 | R4 | 100% | RP-060185 | Cingular | [JSN] |
7028 | RInImp-RxDiv-MBMS | Additional minimum UE performance requirement for downlink physical channels in support of MTCH and MCCH operation based on type 1 enhanced receiver (Rx-Diversity) | Rel-7 | R4 | 100% | RP-060183 | Qualcomm | [JSN] |
7029 | RInImp-RxDiv-EDCH | Additional minimum UE performance requirement for downlink physical channels in support of E-DCH operation based on type 1 enhanced receiver (Rx-Diversity) | Rel-7 | R4 | 100% | RP-060184 | Qualcomm | [JSN] |
20049 | RInImp-Gaming | Deleted Improved support of gaming over HSDPA/EDCH | Rel-7 | R2 | 100% | - | Cingular | [JSN] |
20047 | RInImp-UMTS2600Ext | Deleted (not approved at PCG) - UMTS 2.6 GHz FDD DL External | Rel-7 | R4 | 100% | - | T-mobile | [JSN] |
25025 | - | Rel-7 Improvements of the Radio Interface - UE Conformance Testing | Rel-7 | R5 | 100% | - | - | [JSN] |
25007 | RInImp-UMTS2600_Test | UE Conformance Test for UMTS 2600 MHz | Rel-7 | R5 | 100% | - | Nokia | [JSN] |
25008 | RInImp-UMTS900_Test | UE Conformance Test for UMTS 900 MHz (band VIII) | Rel-7 | R5 | 100% | - | Qualcomm | [JSN] |
25013 | RInImp-HSPerf-Type3_Test | Conformance Test Aspects – Improved Performance of HSDPA Receiver type 3 | Rel-7 | R5 | 100% | - | Motorola | [JSN] |
25020 | RInImp-UEAnt_Test | UE antenna Over The Air (OTA) conformance testing | Rel-7 | R5 | 100% | RP-060486 | Nokia | [JSN] |
25015 | RInImp-InterBand_Test | UE conformance testing for FDD Inter-Band Operation | Rel-7 | R5 | 100% | - | NEC, Motorola | [JSN] |
25028 | RInImp-UEConTest_UMTS1721Ext | Conformance Test Aspects – Extended UMTS 1.7/2.1 GHz | Rel-7 | R5 | 100% | RP-060676 | Motorola | [JSN] |
25039 | RInImp-UEConTest_RxDivEDCH | Conformance Test Aspects – Minimum UE performance requirement for downlink physical channels in support of E-DCH operation based on type 1 enhanced receiver (Rx-Diversity) | Rel-7 | R5 | 100% | RP-070414 | Motorola | [JSN] |
25040 | RInImp-UEConTest_RxDivMBMS | Conformance Test Aspects – Minimum UE performance requirement for downlink physical channels in support of MTCGH and MCCH operation based on type 1 enhanced receiver (Rx-Diversity) | Rel-7 | R5 | 100% | RP-070381 | Ericsson | [JSN] |
20029 | - | Rel-7 RAN improvements | Rel-7 | RP,S5 | 100% | - | - | [JSN] |
20026 | RANimp-RABSE-CodOptLCRTDD | Optimization of channelisation code utilisation for 1.28 Mcps TDD | Rel-7 | R1 | 100% | RP-040552 | UTStarcom | [JSN] |
20031 | RANimp-DelayOpt | Delay optimization for procedures applicable to CS and PS Connections | Rel-7 | R2 | 100% | RP-050386 | Nokia | [JSN] |
20132 | RANimp-IMSRealTime | Improved support of IMS Realtime Services using HSDPA/HSUPA | Rel-7 | R2 | 100% | RP-050160 | Cingular | [JSN] |
20033 | MBMS-RAN-RF-TDD | UE Performance Requirements for MBMS (TDD) | Rel-7 | R4 | 100% | RP-050156 | IPwireless | [JSN] |
20046 | RANimp-CPC | Continuous connectivity for packet data users | Rel-7 | R1 | 100% | RP-050870 | Siemens | [JSN] |
7030 | RANimp-ExtCell | Extended WCDMA Cell Range | Rel-7 | R3 | 100% | RP-060212 | Ericsson | [JSN] |
7031 | RANimp-VHCRTDD-EDCH | 7.68 Mcps TDD Enhanced Uplink | Rel-7 | R1 | 100% | RP-060119 | IPwireless | [JSN] |
330009 | RANimp-EnhState | Enhanced CELL_FACH State in FDD | Rel-7 | R2 | 100% | RP-070245 | Nokia | [JSN] |
340038 | RANimp-64QamDownlink | 64QAM for HSDPA (FDD) | Rel-7 | R1 | 100% | RP-070223 | Ericsson | [JSN] |
340039 | RANimp-L2DataRates | Improved L2 support for high data rates | Rel-7 | R2 | 100% | RP-070242 | Ericsson | [JSN] |
340040 | RANimp-16QamUplink | Introduction of 16QAM in HSUPA (FDD) | Rel-7 | R1 | 100% | RP-060844 | Nokia | [JSN] |
20066 | RANImp-TMA | Interface to control Tower Mounted Amplifiers (TMAs) | Rel-7 | R3,S5 | 100% | RP-060418 | Vodafone | [JSN] |
20166 | - | RAN3 part of Interface to control Tower Mounted Amplifiers (TMAs) | Rel-7 | R3 | 100% | RP-060418 | Vodafone | [JSN] |
340045 | RANImp-TMA-OAM | OAM aspects to Interface to control TMAs | Rel-7 | S5 | 100% | - | Vodafone | [JSN] |
25026 | - | Rel-7 RAN improvements - UE Conformance Testing | Rel-7 | R5 | 100% | - | - | [JSN] |
25021 | RANimp-UEConTest_EDCHTDH | Conformance Test Aspects - 3.84 Mcps and 7.68 Mcps TDD Enhanced Uplink | Rel-7 | R5 | 100% | RP-060484 | IPWireless | [JSN] |
25031 | RANimp-UEConTest_64QamDownlink | Conformance Test Aspects – 64QAM for HSDPA (FDD) | Rel-7 | R5 | 100% | RP-071319 | Ericsson | [JSN] |
25032 | RANimp-UEConTest_16QamUplink | Conformance Test Aspects – 16QAM for HSUPA (FDD) | Rel-7 | R5 | 100% | RP-070022 | Motorola | [JSN] |
25033 | RANimp-UEConTest_L2DataRates | Conformance Test Aspects – Improved L2 support for high data rates | Rel-7 | R5 | 100% | RP-070020 | Ericsson | [JSN] |
25034 | RANimp-UEConTest_CPC | Conformance Test Aspects – Continuous connectivity for packet data users | Rel-7 | R5 | 100% | RP-070023 | Nokia | [JSN] |
25035 | RANimp-UEConTest_EnhancedCellFACHState | Conformance Test Aspects – Enhanced CELL_FACH state in FDD | Rel-7 | R5 | 100% | RP-080730 | Nokia | [JSN] |
20014 | VHCRTDD | 7.68 Mcps TDD option | Rel-7 | R1,R2,R3,R4,R5 | 100% | RP-060119 | IPwireless | [JSN] |
20015 | VHCRTDD-Stage2 | VHCRTDD: Stage 2 | Rel-7 | R1 | 100% | RP-060119 | IPwireless | [JSN] |
20016 | VHCRTDD-Phys | VHCRTDD: Physical Layer | Rel-7 | R1 | 100% | RP-060119 | IPwireless | [JSN] |
20017 | VHCRTDD-L23 | VHCRTDD: Layer 2 and layer 3 protocol aspects | Rel-7 | R2 | 100% | RP-060119 | IPwireless | [JSN] |
20018 | VHCRTDD-IurIub | VHCRTDD: UTRAN Iub/Iur Protocol Aspects | Rel-7 | R3 | 100% | RP-060119 | IPwireless | [JSN] |
20019 | VHCRTDD-RF | VHCRTDD: RF Radio Transmission/ Reception, System Performance Requirements and Conformance Testing | Rel-7 | R4 | 100% | RP-060119 | IPwireless | [JSN] |
25027 | VHCRTDD-UEConTest | Conformance Test Aspects - 7.68 Mcps TDD | Rel-7 | R5 | 100% | RP-060482 | IPWireless | [JSN] |
20035 | EDCHTDD | 3.84 Mcps TDD Enhanced Uplink | Rel-7 | RP | 100% | RP-050100 | IPwireless | [JSN] |
20036 | EDCHTDD-Stage2 | EDCHTDD: Stage 2 | Rel-7 | R2 | 100% | - | IPwireless | [JSN] |
20037 | EDCHTDD-Phys | EDCHTDD: Physical Layer | Rel-7 | R1 | 100% | - | IPwireless | [JSN] |
20038 | EDCHTDD-L23 | EDCHTDD: Layer 2 and 3 Protocol Aspects | Rel-7 | R2 | 100% | - | IPwireless | [JSN] |
20039 | EDCHTDD-IurIub | EDCHTDD: UTRAN Iub/Iur Protocol Aspects | Rel-7 | R3 | 100% | - | Interdigital | [JSN] |
20040 | EDCHTDD-RF | EDCHTDD: RF Radio Transmission/ Reception, System Performance Requirements and Conformance Testing | Rel-7 | R4 | 100% | - | IPwireless | [JSN] |
20055 | LCRTDD-EDCH | 1.28 Mcps TDD Enhanced Uplink | Rel-7 | R1,R2,R3,R4,R5 | 100% | RP-060202 | CATT | [JSN] |
20056 | LCRTDD-EDCH-Phys | 1.28 Mcps TDD Enhanced Uplink: Physical Layer | Rel-7 | R1 | 100% | - | CATT | [JSN] |
20057 | LCRTDD-EDCH-L23 | 1.28 Mcps TDD Enhanced Uplink: Layer 2 and 3 Protocol Aspects | Rel-7 | R2 | 100% | - | CATT | [JSN] |
20058 | LCRTDD-EDCH-IubIur | 1.28 Mcps TDD Enhanced Uplink: UTRAN Iub/Iur Protocol Aspects | Rel-7 | R3 | 100% | - | CATT | [JSN] |
20059 | LCRTDD-EDCH-RF | 1.28 Mcps TDD Enhanced Uplink: RF Radio Transmission/ Reception, System Performance Requirements and Conformance Testing | Rel-7 | R4 | 100% | - | CATT | [JSN] |
350146 | LCRTDD-EDCH-UEConTest | 1.28 Mcps TDD Enhanced Uplink - UE Conformance Testing | Rel-7 | R5 | 100% | RP-070724 | CATT | [JSN] |
490016 | LCRTDD_MB_MF_UEConTest | Conformance Test Aspects – Multiple Band and Multiple Frequency operation for LCR TDD | Rel-7 | R5 | 100% | RP-100805 | CATR | [JSN] |
50118 | APEMR | MS Antenna Performance Evaluation Method and Requirements | Rel-7 | GP | 100% | GP-050284 | TeliaSonera | [JSN] |
50119 | GSM710 | Lower 700 MHz Inclusion in the GERAN Specifications | Rel-7 | GP | 100% | GP-050543 | UTC | [JSN] |
51138 | GSM710-core | Inclusion of the 698 – 746 MHz band into GERAN core specifications | Rel-7 | G1 | 100% | - | - | [JSN] |
53184 | GSM-710-test | Aspects of GSM710 | Rel-7 | G1,G3new | 100% | - | - | [JSN] |
53084 | - | G1 aspects of GSM710 | Rel-7 | G1 | 100% | - | - | [JSN] |
55094 | - | G3 aspects of GSM710 | Rel-7 | G3new | 100% | - | - | [JSN] |
50564 | SCSAGB | Support of Conversational Services in A/Gb mode via the PS domain | Rel-7 | GP | 100% | GP-061501 | Ericsson | [JSN] |
52143 | SCSAGB-MTD | Minimise the transfer delay between the SGSN and the MS | Rel-7 | GP | 100% | GP-061501 | Ericsson | [JSN] |
51137 | SCSAGB-RRM | Definition of radio resource management functionality for Support of Conversational Services in A/Gb mode via the PS domain | Rel-7 | G1 | 100% | GP-061502 | Ericsson | [JSN] |
52144 | SCSAGB-RLCNP | Support of Conversational Services in A/Gb mode via the PS domain – RLC Non-Persistent mode | Rel-7 | G2 | 100% | GP-061503 | Ericsson | [JSN] |
52138 | SCSAGB-RCHS | Deleted- Radio Channel Support | Rel-7 | G2 | 100% | GP-051166 | Ericsson | [JSN] |
52139 | SCSAGB-FLO | Deleted- Modifications to FLO | Rel-7 | G2 | 100% | GP-051165 | Ericsson | [JSN] |
50565 | TGSM810 | Addition of new frequency band to GSM (T-GSM810) | Rel-7 | GP | 100% | GP-050945 | Huawei | [JSN] |
50566 | TGSM810-Core | Changes to core specification | Rel-7 | GP | 100% | GP-050946 | Huawei | [JSN] |
55092 | TGSM810-MStest | Changes to MS testing specification | Rel-7 | G3new | 100% | GP-050947 | Huawei | [JSN] |
53082 | TGSM810-BTStest | Changes to BTS testing specification | Rel-7 | G1 | 100% | GP-050948 | Huawei | [JSN] |
50567 | HODSRDTM | Handover of dedicated and shared resources while in Dual Transfer Mode | Rel-7 | GP | 100% | GP-050979 | Nokia | [JSN] |
55093 | HODSRDTM-G2 | GERAN2 part of Handover of dedicated and shared resources while in Dual Transfer Mode | Rel-7 | G2 | 100% | GP-050979 | Nokia | [JSN] |
55095 | HODSRDTM-MStest | Deleted - MS Conformance Testing | Rel-7 | G3new | 100% | GP-050979 | Nokia | [JSN] |
53083 | HODSRDTM-BTStest | Deleted - BTS conformance testing | Rel-7 | G1 | 100% | GP-050979 | Nokia | [JSN] |
50569 | MSRD2 | Mobile Station Receive Diversity (DARP Phase II) | Rel-7 | GP | 100% | GP-061491 | Nokia | [JSN] |
50571 | MSRD2-PerfReq | Performance Requirements for Mobile Station Receive Diversity, DARP Phase II | Rel-7 | GP | 100% | GP-060115 | Nokia | [JSN] |
50572 | MSRD2-CapSig | Capability signalling of Mobile Station Receive Diversity, DARP Phase II | Rel-7 | GP | 100% | GP-060116 | Nokia | [JSN] |
50573 | MSRD2-TestSc | Test Scenarios for Mobile Station Receive Diversity, DARP Phase II | Rel-7 | GP | 100% | GP-060117 | Nokia | [JSN] |
50570 | MSRD2-Msconf | MS conformance test of DARP Phase II (MSRD) | Rel-7 | GP | 100% | GP-060114 | Nokia | [JSN] |
50579 | GDCDL | Downlink Dual Carrier | Rel-7 | GP | 100% | GP-061331 | Nokia Siemens Networks | [JSN] |
51139 | GDCDL-Stage2 | Downlink Dual Carrier Stage 2 | Rel-7 | G1 | 100% | GP-060484 | Nokia Siemens Networks | [JSN] |
52142 | GDCDL-Stage3 | Downlink Dual Carrier Stage 3 | Rel-7 | G1 | 100% | GP-060485 | Nokia Siemens Networks | [JSN] |
53086 | GDCDL-MStest | Downlink Dual Carrier – MS Conformance Test | Rel-7 | G3new | 100% | GP-060486 | Nokia Siemens Networks | [JSN] |
50580 | GSIGT | Support of SIGTRAN in GERAN | Rel-7 | GP | 100% | GP-060450 | Ericsson | [JSN] |
50582 | LATRED | Latency Reductions | Rel-7 | GP | 100% | GP-061519 | Ericsson | [JSN] |
52145 | LATRED-ACKNAR | Improved Ack/Nack reporting | Rel-7 | G2 | 100% | GP-061520 | Ericsson | [JSN] |
52146 | LATRED-REDTTI | Reduced TTI | Rel-7 | G2 | 100% | GP-061521 | Ericsson | [JSN] |
52147 | GUGAN | PS Handover between GERAN/UTRAN mode and GAN Mode | Rel-7 | G2 | 100% | GP-061349 | Ericsson | [JSN] |
50584 | HUGE | Higher Uplink performance for GERAN Evolution | Rel-7 | GP | 100% | GP-071083 | Nokia Siemens Networks, Ericsson | [JSN] |
51140 | HUGE-Stage2 | Stage 2 for HUGE | Rel-7 | G1 | 100% | GP-061902 | Nokia Siemens Networks, Ericsson | [JSN] |
51141 | HUGE-Layer1 | Layer 1 Support for HUGE | Rel-7 | G1 | 100% | GP-061903 | Nokia Siemens Networks, Ericsson | [JSN] |
52149 | HUGE-Layer23 | Layer 2/3 Support for HUGE | Rel-7 | G2 | 100% | GP-061904 | Nokia Siemens Networks, Ericsson | [JSN] |
51142 | HUGE-Perfreq | Performance requirements for HUGE | Rel-7 | G1 | 100% | GP-061905 | Nokia Siemens Networks, Ericsson | [JSN] |
51143 | HUGE-BTStest | BTS Conformance Test for HUGE | Rel-7 | G1 | 100% | GP-061907 | Nokia Siemens Networks, Ericsson | [JSN] |
53087 | HUGE-Mstest | MS Conformance Test for HUGE | Rel-7 | G3new | 100% | GP-061906 | Nokia Siemens Networks, Ericsson | [JSN] |
50121 | REDHOT | REduced symbol Duration, Higher Order modulation and Turbo coding (RED HOT) for downlink | Rel-7 | GP | 100% | GP-071080 | Ericsson, Nokia Siemens Networks, Marvell | [JSN] |
51144 | REDHOT-Stage2 | Stage 2 for REDHOT | Rel-7 | G1 | 100% | GP-062489 | Ericsson, Nokia Siemens Networks, Marvell | [JSN] |
51145 | REDHOT-Stage3 | Stage 3 for REDHOT | Rel-7 | G1 | 100% | GP-062490 | Ericsson, Nokia Siemens Networks, Marvell | [JSN] |
51146 | REDHOT-BTStest | BTS Conformance Tests for REDHOT | Rel-7 | G1 | 100% | GP-062492 | Ericsson, Nokia Siemens Networks, Marvell | [JSN] |
53088 | REDHOT-Mstest | MS Conformance Tests for REDHOT | Rel-7 | G3new | 100% | GP-062491 | Ericsson, Nokia Siemens Networks, Marvell | [JSN] |
60110 | TEI7 | (Small) Technical Enhancements and Improvements for Rel-7 | Rel-7 | SP,CP,RP,GP | 100% | - | - | [JSN] |
25030 | TEI7_Test | Test - (Small) Technical Enhancements and Improvements for Rel-7 | Rel-7 | R5 | 100% | - | - | [JSN] |
32113 | IMS-EMER | Deleted - PS domain and IMS support for IMS Emergency sessions | Rel-7 | S2 | 100% | SP-050604 | Nokia | [JSN] |
32114 | - | Deleted - IMS aspects to support IMS Emergency sessions | Rel-7 | S2 | 100% | SP-050604 | Nokia | [JSN] |
32115 | - | Deleted - PS domain aspects to support IMS Emergency sessions | Rel-7 | S2 | 100% | SP-050604 | Nokia | [JSN] |
32005 | IMSLocal | Deleted - IMS Local services | Rel-7 | S2 | 99% | - | - | [JSN] |
32019 | - | Deleted - Stage 2 | Rel-7 | S2 | 100% | - | - | [JSN] |
11035 | - | Deleted - Stage 3 for IMS Local services | Rel-7 | C1 | 100% | - | Lucent | [JSN] |
32078 | - | Deleted - IMS Phase 3 | Rel-7 | S2 | 100% | - | - | [JSN] |
701216 | - | Deleted - Improvements of Radio Interface | Rel-7 | RP | 100% | - | - | [JSN] |
14018 | - | Deleted: Generic User Profile Phase 2 | Rel-7 | C4 | 100% | - | - | [JSN] |
42003 | - | Deleted - Stage 3 - Common objects | Rel-7 | C4 | 100% | TP-020275 | - | [JSN] |
31082 | MITE | Study on Multimedia Telephony Capabilities for IMS | Rel-7 | S1 | 100% | SP-050387 | Ericsson | [JSN] |
31050 | BMSU | Study on Behaviour of Multi system UEs | Rel-7 | S1 | 100% | SP-050502 | Qualcomm | [JSN] |
31055 | IRTSD-CS_IMS | Study on Combining CS calls and IMS sessions | Rel-7 | S1 | 100% | SP-040467 | TeliaSonera | [JSN] |
31059 | FS_AIPN | Study on All-IP Network | Rel-7 | S1 | 100% | SP-040303 | NTT DoCoMo | [JSN] |
31075 | VidTel | Study on Videotelephony teleservice | Rel-7 | S1 | 100% | SP-050506 | T-Mobile | [JSN] |
31073 | NetSel | Study on Network Selection Principles | Rel-7 | S1 | 100% | SP-050227 | O2 | [JSN] |
31041 | PRIOR-MM | Study on Multimedia Priority Service | Rel-7 | S1 | 100% | SP-060329 | Telcordia | [JSN] |
31083 | eCALL | Study on Transferring of emergency Call data | Rel-7 | S1 | 100% | SP-050388 | Motorola | [JSN] |
32073 | QoS7 | Study on Enhancement of E2E QoS | Rel-7 | S2 | 100% | SP-040326 | Huawei | [JSN] |
35066 | OAM7-NIM-XML | Study on SOAP/HTTP IRP Solution Sets | Rel-7 | S5 | 100% | SP-050610 | Nortel | [JSN] |
35067 | OAM7-NIM-ICS | Study on Itf-N Implementation Conformance Statement (ICS) template | Rel-7 | S5 | 100% | SP-050609 | China Mobile | [JSN] |
35068 | OAM7-NIM-IM | Study on IRP Information Model | Rel-7 | S5 | 100% | SP-050611 | Motorola | [JSN] |
7034 | BSNbIP | Study on Bandwidth Saving at Nb Interface with IP transport | Rel-7 | C3 | 100% | CP-060438 | Siemens | [JSN] |
14019 | SMS7 | Study on Routeing of MT-SMS via the HPLMN | Rel-7 | C4 | 100% | CP-060701 | Vodafone | [JSN] |
7025 | FS_SEC7-TCAP | Feasibility Study on the TCAPsec Gateway concept | Rel-7 | C4 | 100% | CP-050687 | Siemens | [JSN] |
7050 | FS-M2PA | Study on using M2PA in 3GPP network | Rel-7 | C4 | 100% | CP-060698 | China Mobile | [JSN] |
320018 | NcSIP | Study on Support of (G)MSC-S - (G)MSC-S Nc Interface based on the SIP-I protocol | Rel-7 | C4,C3 | 100% | CP-070034 | Vodafone | [JSN] |
330002 | - | CT4 aspects of NcSIP | Rel-7 | C4 | 100% | CP-070034 | Vodafone | [JSN] |
330003 | - | CT3 aspects of NcSIP | Rel-7 | C3 | 100% | CP-070034 | Ericsson | [JSN] |
20023 | RANFS-Evo | Study on Evolved UTRA and UTRAN | Rel-7 | RP | 100% | RP-040461 | NTT DoCoMo | [JSN] |
20034 | RANFS-HSTrains | Study on Performance Evaluation of the UE behaviour in high speed trains with speeds up to 350 kmph | Rel-7 | R4 | 100% | RP-050146 | Vodafone | [JSN] |
20041 | RANFS-TMA | Study on UTRA Tower Mounted Amplifier (FDD) | Rel-7 | R4 | 100% | RP-050387 | Ericsson | [JSN] |
20044 | RANFS-cont-packet | Study on Continuous connectivity for packet data users | Rel-7 | R1 | 100% | RP-050391 | Siemens | [JSN] |
20051 | RANFS-MBMSImp | Study on Improvement of the Multimedia Broadcast Multicast Service (MBMS) in UTRAN | Rel-7 | R2 | 100% | RP-050746 | LG Electronics | [JSN] |
20052 | SMALLCELLS | Deleted - Study on Performance Improvements in Small Cells using HSDPA/EDCH | Rel-7 | R1,R4 | 100% | RP-050782 | Cingular | [JSN] |
20053 | RANFS-IC | Study on Further Improved Performance Requirements for UMTS/HSDPA UE (FDD) | Rel-7 | R4 | 100% | RP-050880 | Cingular | [JSN] |
20065 | RANFS-HSPAEvo | Study on Scope of future FDD HSPA Evolution | Rel-7 | RP | 100% | RP-060217 | Cingular | [JSN] |
330013 | FSUEPow | Study on Dynamically reconfiguring a FDD UE receiver to reduce power consumption when desired Quality of Service is met | Rel-7 | R4 | 100% | RP-060641 | Nokia | [JSN] |
50568 | FGE | Study on Future GERAN Evolution | Rel-7 | GP | 100% | GP-051052 | Nokia | [JSN] |
50120 | EGAN | Study on GAN Enhancements | Rel-7 | GP | 100% | GP-062298 | T-Mobile | [JSN] |
31054 | IRTSD | Deleted - Study on IMS with real time services deployment | Rel-7 | S1 | 100% | SP-040465 | - | [JSN] |
31077 | PNPAN | Deleted - Covered by SI - Personal Network (PN) and Personal Area Network (PAN) | Rel-7 | S1 | 100% | SP-050386 | Vodafone | [JSN] |
31087 | - | Deleted - Study on Customised Alerting Tone (CAT) Requirements (was duplicated) | Rel-7 | S1 | 100% | SP-050607 | - | [JSN] |
732028 | IMS-SE | Deleted - IMS security extensions (covered by UID33027) | Rel-7 | S3 | 100% | SP-050395 | Ericsson | [JSN] |
32029 | Galileo | Deleted - Study on applicability of GALILEO for LCS | Rel-7 | S2 | 100% | SP-020541 | - | [JSN] |
32058 | - | Deleted - TR on Stage 2 | Rel-7 | S2 | 100% | - | - | [JSN] |
50095 | - | Deleted - GERAN review of the TR | Rel-7 | GP | 100% | - | - | [JSN] |
32076 | IRTSD-IMSCS | Deleted - Study on Stage 2 (IMS services using CS bearers) | Rel-7 | S2 | 100% | SP-040479 | Nortel | [JSN] |
32099 | VoIMS | Deleted - VoIMS bearer related enhancements | Rel-7 | S2 | 100% | - | - | [JSN] |
32098 | - | Deleted - Study on enhancement of radio performance for VoIMS | Rel-7 | S2 | 100% | SP-050351 | Nortel | [JSN] |
32112 | IMS-RT | Deleted - Study on IMS enhancements and optimizations for real time communication. | Rel-7 | S2 | 100% | SP-050492 | Ericsson | [JSN] |
32117 | CSIterm | Deleted - Study on Terminating Session handling | Rel-7 | S2 | 100% | SP-050811 | Samsung | [JSN] |
34040 | - | Deleted eCALLIBMS - Study on Transferring of emergency call data – in-band modem solution (moved to Rel-8) | Rel-7 | S4 | 100% | SP-060935 | Airbiquity | [JSN] |
35045 | OAM-Study | Deleted - Study on IRP usage scenarios | Rel-7 | S5 | 100% | SP-050303 | Lucent | [JSN] |
360009 | RANFS-InterfCanc | Deleted - Study on Interference Cancellation for UTRA FDD UE (covered by UID 20053) | Rel-7 | R4 | 100% | - | - | [JSN] |
50552 | VIDGER | Deleted - Study on enhanced support of Video Telephony | Rel-7 | GP | 100% | GP-042221 | Ericsson | [JSN] |
1216 | - | Rel-6 Improvements of Radio Interface | Rel-6 | R2,R4,R5 | 100% | - | - | [JSN] |
20032 | RInImp-IMSRealTime | Improved support of IMS Realtime Services using HSDPA/EDCH | Rel-6 | R2 | 100% | - | Cingular | [JSN] |
24006 | RInImp-UERecPerf | Improving Receiver Performance Requirements for the FDD UE | Rel-6 | R4 | 100% | - | Intel | [JSN] |
24004 | RInImp-BSClass-FDD | Base station classification for FDD | Rel-6 | R4 | 100% | - | - | [JSN] |
1476 | - | FDD Base station classification | Rel-6 | R4 | 100% | - | Nokia | [JSN] |
24007 | RInImp-UMTS850 | UMTS-850 | Rel-6 | R4 | 100% | - | Cingular | [JSN] |
24009 | RInImp-UMTS800 | DS-CDMA introduction in the 800 MHz band | Rel-6 | R4 | 100% | - | NTT DoCoMo | [JSN] |
24010 | RInImp-UMTS1721 | UMTS 1.7/2.1 GHz | Rel-6 | R4 | 100% | - | Nokia | [JSN] |
25010 | RInImp-UMTS1721_Test | Conformance Test Aspects – UMTS 1.7/2.1 GHz Band | Rel-6 | R5 | 100% | - | Motorola | [JSN] |
24013 | RInImp-HSPerf | Improved Receiver Performance Requirements for HSDPA | Rel-6 | R4,R5 | 100% | - | Nokia | [JSN] |
20011 | RInImp-HSPerf-10code | Improved Minimum Performance Requirements for HSDPA UE categories 7 and 8 | Rel-6 | R4 | 100% | - | Nokia | [JSN] |
25001 | RInImp-HSPerf-10Code_Test | Testing of Improved Minimum Performance for HSDPA | Rel-6 | R5 | 100% | - | Motorola | [JSN] |
24014 | RInImp-HSPerf-RxDiv | Performance Requirements of Receive Diversity for HSDPA | Rel-6 | R4 | 100% | - | NTT DoCoMo | [JSN] |
25002 | RInImp-HSPerf-RxDiv_Test | Testing of Performance of Receiver diversity for HSDPA | Rel-6 | R5 | 100% | - | Motorola | [JSN] |
3 | - | Rel-6 RAN Feasibility Studies | Rel-6 | RP | 100% | - | - | [JSN] |
23007 | RANimp-RRMopt-FSUEMsD | FS of the improved access to UE measurement data for CRNC to support TDD RRM | Rel-6 | R3 | 100% | - | Interdigital | [JSN] |
1506 | RInImp-Rlperf | FS on Radio link performance enhancements | Rel-6 | R1 | 100% | - | Nokia | [JSN] |
21000 | RInImp-IfIsMLCR | FS on Improvement of inter-frequency and inter-system measurements for 1.28 Mcps TDD | Rel-6 | R1 | 100% | - | Samsung | [JSN] |
21003 | RInImp-FSOFDM | FS for the analysis of OFDM for UTRAN enhancement | Rel-6 | R1 | 100% | - | Nortel | [JSN] |
21004 | RInImp-FSUpDTrCh | FS on Uplink Enhancements for Dedicated Transport Channels | Rel-6 | R1 | 100% | - | Nokia | [JSN] |
21005 | RInImp-FSVHCRTDD | FS on Analysis on Higher Chip Rates for UTRA TDD evolutions | Rel-6 | R1 | 100% | - | IPWireless | [JSN] |
24011 | RInImp-FSLoPw | FS on Low Output Powers for general purpose FDD BSs | Rel-6 | R3 | 100% | - | Telefónica | [JSN] |
21007 | RInImp-FSUpEnhTDD | FS on Uplink enhancements for UTRA TDD | Rel-6 | R1 | 100% | - | Interdigital | [JSN] |
24005 | RInImp-UEAnTM2 | FS on UE antenna efficiency test methods performance requirements (2) | Rel-6 | R4 | 100% | - | Allgon | [JSN] |
23006 | RANimp-FSEvo | Deleted - FS on the evolution of the UTRAN architecture | Rel-6 | R3 | 100% | - | Nokia | [JSN] |
20003 | EDCH | FDD Enhanced Uplink | Rel-6 | R2,R1,R3,R4,R5 | 100% | - | Ericsson | [JSN] |
20004 | EDCH-Stage2 | FDD Enhanced Uplink - Stage 2 | Rel-6 | R2 | 100% | - | - | [JSN] |
20005 | EDCH-Phys | FDD Enhanced Uplink - Physical Layer | Rel-6 | R1 | 100% | - | Nokia | [JSN] |
20006 | EDCH-L23 | FDD Enhanced Uplink - Layer 2 and 3 Protocol Aspects | Rel-6 | R2 | 100% | - | Ericsson | [JSN] |
20007 | EDCH-IurIub | FDD Enhanced Uplink - UTRAN Iub/Iur Protocol Aspects | Rel-6 | R3 | 100% | - | Nortel | [JSN] |
20008 | EDCH-RF | FDD Enhanced Uplink - RF Radio Transmission/ Reception, System Performance Requirements and Conformance Testing | Rel-6 | R4 | 100% | - | Ericsson | [JSN] |
25003 | EDCH_Test | Conformance Test Aspects – FDD Enhanced Uplink | Rel-6 | R5 | 100% | - | Ericsson | [JSN] |
9 | - | Rel-6 RAN improvements | Rel-6 | RP,S5 | 100% | - | - | [JSN] |
624 | - | RAB support enhancement | Rel-6 | R2 | 100% | - | Nokia | [JSN] |
21008 | RANimp-RABSE-CodeOptFDD | Optimization of downlink channelisation code utilisation | Rel-6 | R1 | 100% | - | Nortel | [JSN] |
21009 | RANimp-RABSE-CodOptTDD | optimization of channelisation code utilisation for 3.84 Mcps TDD | Rel-6 | R1 | 100% | - | IPWireless | [JSN] |
20013 | RANimp-RABSE-ACKNACK | HS-DPCCH ACK/NACK Enhancement | Rel-6 | R1 | 100% | - | Nokia | [JSN] |
23009 | RANimp-RABSE-IuEnhIMS | Deleted - Iu enhancements for IMS support in RAN | Rel-6 | R3 | 100% | - | Nortel | [JSN] |
23005 | RANimp-RRM1 | Deleted - Improvement of RRM across RNS and RNS/BSS | Rel-6 | R3 | 100% | - | Nokia | [JSN] |
20999 | RANimp-BFE | Beamforming Enhancements | Rel-6 | R1 | 100% | - | Nokia | [JSN] |
23012 | RANimp-RRMopt-UEMsD | Rel-6 RRM optimization for Iur and Iub | Rel-6 | R3 | 100% | - | Ericsson | [JSN] |
23014 | - | Improved access to UE measurement data for CRNC to support TDD RRM | Rel-6 | R3 | 100% | - | Interdigital | [JSN] |
23010 | RANimp-TiltAnt | Remote Control of Electrical Tilting Antennas | Rel-6 | R3,S5 | 100% | - | Vodafone | [JSN] |
23015 | - | Tilting Antenna - RAN aspects | Rel-6 | R3 | 100% | - | Vodafone | [JSN] |
35023 | RANimp-TiltAnt-OAM | OAM&P impacts | Rel-6 | S5 | 100% | S5-048270 | Vodafone | [JSN] |
23011 | RANimp-NACC | Network Assisted Cell Change (NACC) from UTRAN to GERAN - network-side aspects | Rel-6 | R3 | 100% | - | Vodafone | [JSN] |
32023 | LCS2 | Location Services enhancements 2 | Rel-6 | S2,S5,N4,R2,R4,R5,OMA | 100% | SP-030127 | Nokia | [JSN] |
32024 | - | Improvement on Le interface | Rel-6 | S2,OMA | 100% | SP-030127 | Nokia | [JSN] |
32051 | - | Stage 2 for Improvement on Le interface | Rel-6 | S2 | 100% | SP-030127 | Nokia | [JSN] |
32053 | - | Stage 3 - impacts MLP (Mobile Location Protocol) | Rel-6 | OMA | 100% | SP-040232 | OMA | [JSN] |
32001 | - | Enhanced support for anonymity and user privacy | Rel-6 | S2,OMA | 100% | SP-030127 | Nokia | [JSN] |
32047 | - | Stage 2 for Enhanced support for anonymity and user privacy | Rel-6 | S2 | 100% | SP-030127 | Nokia | [JSN] |
32054 | - | Stage 3 - impacts MLP and RLP | Rel-6 | OMA | 100% | SP-040232 | OMA | [JSN] |
32025 | - | Enhanced inter-GMLC interface | Rel-6 | S2,OMA | 100% | SP-030127 | Nokia | [JSN] |
32048 | - | Stage 2 for Enhanced inter-GMLC interface | Rel-6 | S2 | 100% | SP-030127 | Nokia | [JSN] |
32055 | - | Stage 3 - definition of RLP and PCP | Rel-6 | OMA | 100% | SP-040232 | OMA | [JSN] |
32012 | - | Location Services support for IMS public identities | Rel-6 | S2,OMA | 100% | SP-030127 | Nokia | [JSN] |
32049 | - | Stage 2 for Location Services support for IMS public identities | Rel-6 | S2 | 100% | SP-030127 | Nokia | [JSN] |
32056 | - | OMA Stage 3 for Location Services support for IMS public identities - impacts MLP, RLP and PCP | Rel-6 | OMA | 100% | SP-040232 | OMA | [JSN] |
32026 | - | New area event for location service triggering reports | Rel-6 | S2,N4,OMA | 100% | SP-030127 | Nokia | [JSN] |
32050 | - | Stage 2 for New area event for location service triggering reports | Rel-6 | S2 | 100% | SP-030127 | Nokia | [JSN] |
14015 | - | Stage 3 for UE-CN signalling | Rel-6 | N4 | 100% | SP-030127 | Nokia | [JSN] |
32057 | - | Stage 3 for New area event for location service triggering reports - impacts MLP, RLP and PCP | Rel-6 | OMA | 100% | SP-040232 | OMA | [JSN] |
20001 | LCS2-UEpos | UE positioning for Location Services enhancements 2 | Rel-6 | R2,R4,R5 | 100% | - | - | [JSN] |
2475 | LCS-Rel4Pos | Open SMLC-SRNC Interface within the UTRAN to support UTRAN Rel-4 positioning methods | Rel-6 | R2 | 100% | - | Siemens | [JSN] |
24012 | LCS-UEPos-AGPSPerf | A-GPS minimum performance specification | Rel-6 | R4,R5 | 100% | - | AT&T Wireless | [JSN] |
22002 | LCS2-UEpos-FSBlank | Deleted - FS on Enhancements to OTDOA Positioning using advanced blanking methods | Rel-6 | R2 | 100% | - | Cambridge Positioning Systems | [JSN] |
2457 | LCS2-UEpos-enh | Deleted - UE positioning enhancements - other methods | Rel-6 | R2 | 100% | - | Siemens | [JSN] |
35035 | LCS2-CH | LCS charging | Rel-6 | S5 | 100% | SP-040778 | France Telecom | [JSN] |
1571 | SEC16 | Rel-6 Security enhancements | Rel-6 | S3 | 100% | SP-000421 | Vodafone | [JSN] |
2026 | - | Enhanced HE control of security (including positive authentication reporting) | Rel-6 | S3 | 100% | SP-000421 | Vodafone | [JSN] |
2027 | - | Deleted - SEC1 Stage 2 (Enhanced HE control of security) | Rel-6 | S3 | 100% | - | - | [JSN] |
33006 | SEC1-NDS | Rel-6 Network Domain Security | Rel-6 | S3 | 100% | SP-000420 | Telenor | [JSN] |
33007 | SEC1-NDS-IP | Rel-6 IP network layer security (NDS/IP) | Rel-6 | S3 | 100% | SP-000420 | - | [JSN] |
33017 | SEC1-NDS-AF | Network Domain Security; Authentication Framework (NDS/AF) | Rel-6 | S3 | 100% | SP-030108 | Nokia | [JSN] |
33019 | SECGKYV | Key Management of group keys for Voice Group Call Services | Rel-6 | S3 | 100% | SP-030491 | Vodafone | [JSN] |
33020 | MAPSEC | Network Domain Security; MAP application layer security (NDS/MAPsec) | Rel-6 | S3 | 100% | SP-040280 | Vodafone | [JSN] |
32021 | IMS2 | IMS Phase 2 | Rel-6 | S1,S2,S3,S5,NP,R5 | 100% | - | - | [JSN] |
14014 | IMS2-CCR | Enhancements to the Cx and Sh interfaces | Rel-6 | N4 | 100% | NP-030229 | - | [JSN] |
25009 | IMS2_CCR_Test | Conformance Test Aspects – IMS Call Control Rel-6 enhancements | Rel-6 | R5 | 100% | - | Ericsson | [JSN] |
31025 | IMSGM | IMS Group Management | Rel-6 | S1 | 100% | SP-020065 | Nokia | [JSN] |
31026 | - | Stage 1 - TS on IMS group management | Rel-6 | S1 | 100% | - | Nokia | [JSN] |
32036 | - | Stage 2 for IMS Group Management | Rel-6 | S2 | 100% | - | - | [JSN] |
11036 | - | Stage 3 for IMS Group management (e.g. chat) | Rel-6 | N1 | 100% | NP-040494 | Lucent | [JSN] |
11037 | - | IMS Conferencing | Rel-6 | N1 | 100% | - | - | [JSN] |
32037 | - | Stage 2 for IMS Conferencing | Rel-6 | S2 | 100% | - | - | [JSN] |
32038 | - | Stage 3 for IMS Conferencing | Rel-6 | N1 | 100% | NP-040494 | Lucent | [JSN] |
31022 | IMSM | IMS Messaging | Rel-6 | S1 | 100% | SP-020065 | Nokia | [JSN] |
31023 | IMSM-TR | TR on support of messaging in the IMS | Rel-6 | S1 | 100% | SP-020065 | Nokia | [JSN] |
31034 | IMSM-TS | Stage 1 22.340 | Rel-6 | S1 | 100% | SP-020065 | Nokia | [JSN] |
31033 | IMSM-CR | CRs to 22.140 & 22.228 | Rel-6 | S1 | 100% | SP-020065 | Nokia | [JSN] |
32700 | - | Stage 2 for IMS Messaging | Rel-6 | S2 | 100% | - | - | [JSN] |
11039 | - | Stage 3 for IMS Messaging | Rel-6 | N1 | 100% | NP-040494 | Lucent | [JSN] |
60001 | - | SIP/SIMPLE Instant messaging | Rel-6 | OMA | 100% | - | - | [JSN] |
11040 | - | Additional SIP Capabilities support not covered by Rel-5 | Rel-6 | N1 | 100% | - | - | [JSN] |
32041 | - | Stage 2 for add SIP cap (e.g. forking) | Rel-6 | S2 | 100% | - | - | [JSN] |
32042 | - | Stage 3 for Additional SIP Capabilities | Rel-6 | N1 | 100% | NP-040494 | Lucent | [JSN] |
11052 | - | Procedured associated with IMS-ALG | Rel-6 | N1 | 100% | - | - | [JSN] |
11041 | - | Review additional SIP Capabilities against IMS | Rel-6 | N1 | 100% | NP-040494 | Lucent | [JSN] |
2048 | IMS-CCR-IWIP | Interworking between IMS and IP networks | Rel-6 | N3 | 100% | NP-020091 | BT | [JSN] |
13004 | - | Interworking for 3GPP_SIP and IETF_SIP | Rel-6 | N3 | 100% | - | Siemens | [JSN] |
13005 | - | Interworking for IPv6 to IPv4 | Rel-6 | N3 | 100% | - | - | [JSN] |
11044 | - | Interworking for IPv6 to IPv4 (SIP / SDP aspects) | Rel-6 | N1 | 100% | - | - | [JSN] |
11017 | - | stage 3 of interworking with non-IMS IP networks | Rel-6 | N1 | 100% | - | - | [JSN] |
2047 | IMS-CCR-IWCS | Interworking between IMS and CS networks | Rel-6 | N3 | 100% | NP-030292 | Vodafone | [JSN] |
14001 | IMS-CCR-Mn | Mn interface (IM-MGW to MGCF) enhancements (CN4 Part) | Rel-6 | N4 | 100% | - | - | [JSN] |
31036 | - | Study of subscriber and operators relationship in IMS and related ISIM requirements for Rel 6” | Rel-6 | S1 | 100% | - | Nokia | [JSN] |
33012 | SEC1-LI | Lawful Interception in Rel-6 architecture | Rel-6 | S3 | 100% | SP-030106 | Reg TP, Nortel | [JSN] |
31042 | - | IMS Subscription and access scenarios | Rel-6 | S1 | 100% | - | TeliaSonera | [JSN] |
35032 | IMS2-CH | IMS charging | Rel-6 | S5 | 100% | SP-030049 | Ericsson | [JSN] |
11051 | - | IMS Management objects | Rel-6 | N1 | 100% | NP-040494 | - | [JSN] |
32027 | - | Deleted - Stage 2 of IMS Phase 2 | Rel-6 | S2 | 100% | SP-020544 | - | [JSN] |
32063 | PoC | 3GPP Enablers for services like Push to Talk over Cellular (PoC) | Rel-6 | S2,S4,S5 | 100% | SP-030384 | Ericsson | [JSN] |
32068 | - | Feasibility Study on 3GPP Enablers for services like Push to Talk over Cellular (PoC) | Rel-6 | S2 | 100% | SP-030384 | Ericsson | [JSN] |
60002 | - | Dependencies on OMA PoC | Rel-6 | OMA | 100% | - | - | [JSN] |
34029 | - | Selection of one or more PoC codec(s) for PoC | Rel-6 | S4 | 100% | - | - | [JSN] |
35036 | PoC-CH | PoC charging | Rel-6 | S5 | 100% | SP-050032 | Siemens | [JSN] |
32062 | IPv4IMS | Study on Interworking aspects and migration scenarios for IPv4 based IMS Implementations | Rel-6 | S2 | 100% | SP-040327 | Siemens | [JSN] |
11032 | IMSCOOP | Interoperability and Commonality between IMS using different IP-connectivity Networks | Rel-6 | S2 | 100% | - | - | [JSN] |
32028 | - | Stage 2 for Interoperability | Rel-6 | S2 | 100% | SP-020543 | Nokia | [JSN] |
32061 | - | Stage 2 for commonality | Rel-6 | S2 | 100% | SP-020543 | Nokia | [JSN] |
11033 | - | Stage 3 for Interoperability and Commonality between IMS using different IP-connectivity Networks | Rel-6 | N1 | 100% | NP-020572 | Lucent | [JSN] |
1365 | PUSH | Support of Push Services | Rel-6 | S1 | 100% | SP-000669 | NTT Comware | [JSN] |
31004 | - | Stage 1 for Support of Push Services | Rel-6 | S1 | 100% | - | - | [JSN] |
32701 | - | TR 23.976 on Push Architecture | Rel-6 | S2 | 100% | SP-030126 | Research In Motion | [JSN] |
42009 | MMS6 | Rel-6 Multimedia Messaging (MMS) enhancements | Rel-6 | T2,S1,S4,S5,OMA | 100% | TP-030175 | Siemens | [JSN] |
42010 | MMS6-SR | Definition of service requirements for MMS6 | Rel-6 | S1 | 100% | - | - | [JSN] |
31031 | - | Definition of service requirements charging | Rel-6 | S1 | 100% | - | Siemens | [JSN] |
42011 | - | Technical realization of MMS6 | Rel-6 | T2 | 100% | - | Siemens | [JSN] |
42012 | - | OMA dependencies | Rel-6 | OMA | 100% | - | - | [JSN] |
42013 | MMS6-Codec | MMS formats and codecs for MMS6 | Rel-6 | S4 | 100% | - | Nokia | [JSN] |
42014 | - | Handling of private addressing schemes in MMS | Rel-6 | T2 | 100% | TP-030299 | T-Mobile | [JSN] |
35034 | MMS6-CH | MMS charging | Rel-6 | S5 | 100% | SP-040778 | - | [JSN] |
42015 | - | Deleted - FS Multiple MMS Relay/Server Architecture | Rel-6 | T2 | 100% | TP-030301 | Telefónica Móviles | [JSN] |
42005 | MEXE6 | Rel-6 MExE enhancements | Rel-6 | T2 | 100% | - | - | [JSN] |
42006 | MEXE6-ENHANC | MExE Rel-6 Improvements and Investigations | Rel-6 | T2 | 100% | TP-020017 | TTPCom | [JSN] |
42007 | MEXE6-RTIF | MExE Run-Time Independent Framework Feasibility Study | Rel-6 | T2 | 100% | TP-020086 | Nokia Siemens Networks | [JSN] |
2062 | SuM | Subscription Management | Rel-6 | S5 | 100% | SP-040763 | T-Mobile | [JSN] |
2499 | PRESNC | Presence Capability | Rel-6 | S1,S2,S3,S4,N1,N3,N4,OMA | 100% | SP-010064 | Motorola | [JSN] |
2501 | - | Stage 1 for Presence Capability | Rel-6 | S1 | 100% | SP-010064 | Motorola | [JSN] |
2502 | - | Stage 2 for Presence Capability | Rel-6 | S2 | 100% | SP-010517 | Nokia | [JSN] |
2503 | - | Stage 3 for Presence Capability | Rel-6 | N1,N4 | 100% | NP-040492 | Lucent | [JSN] |
13018 | - | Stage 3 (CN3 Part Pk interface) | Rel-6 | N3 | 100% | NP-040492 | Lucent | [JSN] |
34025 | PRESNC-COFIMP | Media Codecs and Formats for IMS Messaging and Presence | Rel-6 | S4 | 100% | SP-030212 | Nokia | [JSN] |
2504 | - | Security aspects of Presence Capability | Rel-6 | S3 | 100% | SP-020514 | Ericsson | [JSN] |
60003 | - | SIMPLE Presence | Rel-6 | OMA | 100% | SP-040232 | - | [JSN] |
50056 | AGbEnFS | Enhanced A/Gb feasibility study | Rel-6 | GP | 100% | GP-022565 | Vodafone | [JSN] |
50057 | AGbEnFS-FS | Feasibility study on A/Gb enhancements | Rel-6 | G2 | 100% | GP-022565 | Vodafone | [JSN] |
50080 | - | Requirements for the support of conversational services | Rel-6 | GP | 100% | - | - | [JSN] |
50084 | - | Identification of the different building blocks for the provision of conversational services on the existing A/Gb protocol stack | Rel-6 | GP | 100% | - | - | [JSN] |
50093 | - | Outline of impact and feasibility of these building blocks and their different solutions | Rel-6 | GP | 100% | - | - | [JSN] |
50081 | - | Impact on 3GPP architecture and requirement to co-ordinatge with other TSGs (CN, SA) | Rel-6 | GP | 100% | - | - | [JSN] |
50082 | - | Standardisation effort | Rel-6 | GP | 100% | - | - | [JSN] |
50083 | - | Dependency to other features of Enhanced A/Gb feasibility study | Rel-6 | GP | 100% | - | - | [JSN] |
50063 | FLOGER | Flexible Layer One for GERAN | Rel-6 | GP,S3 | 100% | GP-021018 | Nokia | [JSN] |
50064 | FLOGER-Real | Realisation of a Flexible Layer One | Rel-6 | GP | 100% | GP-021019 | Nokia | [JSN] |
50065 | - | Technical Report on Realisation of a Flexible Layer One | Rel-6 | GP | 100% | GP-021019 | Nokia | [JSN] |
51002 | - | Architecture in 45.001 and 43.051 | Rel-6 | G1 | 100% | GP-021019 | Nokia | [JSN] |
51003 | - | Multiplexing in 45.002 | Rel-6 | G1 | 100% | GP-021019 | Nokia | [JSN] |
51004 | - | Channel Coding in 45.003 for Realisation of a Flexible Layer One | Rel-6 | G1 | 100% | GP-021019 | Nokia | [JSN] |
51005 | - | Performance Requirements in 45.005 for Realisation of a Flexible Layer One | Rel-6 | G1 | 100% | GP-021019 | Nokia | [JSN] |
51006 | - | Radio subsystem link control in 45.008 for Realisation of a Flexible Layer One | Rel-6 | G1 | 100% | GP-021019 | Nokia | [JSN] |
52071 | - | Requirements in 44.004 | Rel-6 | G2 | 100% | GP-021019 | Nokia | [JSN] |
52072 | FLOGER-SigPro | Signalling and protocol support for a Flexible Layer One | Rel-6 | G2 | 100% | GP-021020 | Nokia | [JSN] |
52073 | - | Modifications to RLC/MAC in 44.060 and 44.160 | Rel-6 | G2 | 100% | GP-021020 | Nokia | [JSN] |
52074 | - | Modifications to RRC in 44.118 and 44.018 | Rel-6 | G2 | 100% | GP-021020 | Nokia | [JSN] |
52075 | FLOGER-SecFLO | Security for a Flexible Layer One | Rel-6 | S3,G2 | 100% | GP-021021 | Nokia | [JSN] |
52076 | - | Ciphering in 44.060, 44.160, 44.018, 44.118 | Rel-6 | S3,G2 | 100% | GP-021021 | Nokia | [JSN] |
55077 | FLOGER-Msconf | Deleted - GERAN MS Conformance test for the Flexible Layer One - DELETE | Rel-6 | G4,G5 | 100% | GP-021022 | Nokia | [JSN] |
55078 | - | Deleted at TSG #27 - MS Test in 51.010 | Rel-6 | G4,G5 | 100% | - | Nokia | [JSN] |
55079 | FLOGER-BTSconf | Deleted - GERAN BTS Conformance test for the Flexible Layer One - DELETE | Rel-6 | G3new | 100% | GP-021023 | Nokia | [JSN] |
53080 | - | Deleted at TGS #27 - BTS Test in 51.021 - DELETE | Rel-6 | G3new | 100% | - | Nokia | [JSN] |
50041 | TDOAF | Uplink TDOA feasibility study | Rel-6 | GP | 100% | GP-012794 | TruePosition | [JSN] |
2544 | MBMS | Multimedia Broadcast and Multicast Service | Rel-6 | S1,S2,S3,S4,S5,N1,N3,R2,R4,R5,T1,GP,G2,G3new | 100% | - | - | [JSN] |
2545 | - | Stage 1 for Multimedia Broadcast and Multicast Service | Rel-6 | S1 | 100% | - | - | [JSN] |
32002 | - | Stage 2 for Multimedia Broadcast and Multicast Service | Rel-6 | S2 | 100% | SP-010516 | - | [JSN] |
32702 | - | TR on MBMS Architectural Study | Rel-6 | S2 | 100% | - | - | [JSN] |
32703 | - | Stage 2 MBMS Specification Work | Rel-6 | S2 | 100% | - | - | [JSN] |
11030 | - | Support of the MBMS in CN protocols | Rel-6 | N1 | 100% | NP-040493 | - | [JSN] |
13015 | - | Gmb interface for MBMS (CN3 part) | Rel-6 | N3 | 100% | - | - | [JSN] |
33008 | - | Security aspects of MBMS | Rel-6 | S3 | 100% | SP-020514 | 3 | [JSN] |
35038 | MBMS-CH | MBMS Charging | Rel-6 | S5 | 100% | SP-040779 | - | [JSN] |
31045 | - | MBMS User Services | Rel-6 | S1,S4 | 100% | - | - | [JSN] |
31044 | - | Stage 1 for MBMS User Services | Rel-6 | S1 | 100% | - | - | [JSN] |
34026 | MBMS-TSMBMS | Definition of MBMS user services, media codecs, formats and transport/application protocols using MBMS | Rel-6 | S4 | 100% | SP-030674 | Nokia | [JSN] |
2481 | MBMS-RAN | Introduction of MBMS in RAN | Rel-6 | R2,R4 | 100% | - | Nokia | [JSN] |
20022 | - | Introduction of MBMS in RAN (physical & upper layers, access network interfaces) | Rel-6 | R2 | 100% | - | Nokia | [JSN] |
20020 | MBMS-RAN-RF | UE Performance Requirements for MBMS | Rel-6 | R4 | 100% | RP-040370 | Ericsson | [JSN] |
25024 | MBMS-UEConTest | MBMS UE Conformance Testing | Rel-6 | R5,T1 | 100% | - | - | [JSN] |
25014 | MBMS-RAN-RF_Test | RF/RRM Conformance Test Aspects – MBMS (FDD) | Rel-6 | R5,T1 | 100% | - | Ericsson | [JSN] |
25022 | MBMS-UEConTest_TDH | Conformance Test Aspects - MBMS for 3.84 Mcps and 7.68 Mcps TDD | Rel-6 | R5,T1 | 100% | - | IPWireless | [JSN] |
25023 | MBMS-UEConTest_SIGTDL | Signalling Conformance Test Aspects – MBMS for LCR TDD | Rel-6 | R5,T1 | 100% | - | Datang | [JSN] |
25011 | MBMS_Test | Conformance Test Aspects – MBMS | Rel-6 | R5,T1 | 100% | - | Qualcomm | [JSN] |
25038 | MBMS-UEConTest_RFTDL | Conformance Test Aspects - 1.28 Mcps TDD MBMS RF/RRM | Rel-6 | R5,T1 | 100% | - | Datang | [JSN] |
50085 | MBMS-GERAN | Support of MBMS in GERAN | Rel-6 | GP,G2,G3new | 100% | GP-022566 | - | [JSN] |
50086 | - | MBMS Impact on the logical and physical channels | Rel-6 | GP | 100% | - | - | [JSN] |
52085 | - | MBMS Re-synchronisation at cell change | Rel-6 | G2 | 100% | - | - | [JSN] |
50098 | - | Simultaneous support of MBMS services | Rel-6 | GP | 100% | - | - | [JSN] |
50099 | - | Simultaneous support of MBMS and non-MBMS services | Rel-6 | GP | 100% | - | - | [JSN] |
50100 | - | MBMS Resynchronization at cell change | Rel-6 | GP | 100% | - | - | [JSN] |
50087 | - | MBMS Decision making process between point-to-point or point-to-multipoint configurations | Rel-6 | GP | 100% | - | - | [JSN] |
50088 | - | MBMS channel allocations procedures to multiple MSs | Rel-6 | GP | 100% | - | - | [JSN] |
50089 | - | MBMS Changes to the Gb interface | Rel-6 | GP | 100% | - | - | [JSN] |
50090 | - | GERAN specific changes to the Iu-ps interface for MBMS | Rel-6 | GP | 100% | - | - | [JSN] |
50091 | - | Interaction between MBMS and Iu-flex | Rel-6 | GP | 100% | - | - | [JSN] |
50092 | - | MBMS Security aspects | Rel-6 | GP | 100% | - | - | [JSN] |
53081 | - | MBMS-GERAN - MS conformance tests | Rel-6 | G3new | 100% | - | - | [JSN] |
55091 | - | Deleted - MS conformance tests - G5 | Rel-6 | G5 | 100% | - | - | [JSN] |
31006 | SRSES | Speech Recognition and Speech Enabled Services | Rel-6 | S1,S2,S4,OMA | 100% | SP-010572 | - | [JSN] |
31007 | DSR | Speech Enabled Services Based on Distributed Speech Recognition (DSR) | Rel-6 | S1 | 100% | SP-010581 | Qualcomm | [JSN] |
32999 | - | TR on Architectural impacts | Rel-6 | S2 | 100% | - | - | [JSN] |
34700 | SRSES-Codec | Codec Work to Support Speech Recognition Framework for Automated Voice Services | Rel-6 | S4 | 100% | SP-020687 | Motorola | [JSN] |
60004 | - | Multimodal support | Rel-6 | OMA | 100% | - | - | [JSN] |
11021 | - | Deleted - SES codec negotiation at Session Description Protocol (SDP) | Rel-6 | N1 | 100% | - | - | [JSN] |
31008 | GUP | Generic User Profile Rel-6 | Rel-6 | S1,S3,N4 | 100% | SP-040515 | - | [JSN] |
31009 | - | Stage 1 - Requirements for Generic User Profile | Rel-6 | S1 | 100% | - | T-Mobile | [JSN] |
32008 | - | Stage 2 - Architecture | Rel-6 | S2 | 100% | SP-020539 | Nokia | [JSN] |
42002 | - | Stage 2 - Data Description Method | Rel-6 | N4 | 100% | TP-020275 | T-Mobile | [JSN] |
14008 | - | Stage 3 - Network | Rel-6 | N4 | 100% | - | - | [JSN] |
33009 | - | Security aspects of GUP | Rel-6 | S3 | 100% | SP-030109 | Lucent | [JSN] |
31010 | DRM | Digital Rights Management | Rel-6 | S1,OMA | 100% | SP-010577 | - | [JSN] |
31011 | - | Requirements for Digital Rights Management | Rel-6 | S1 | 100% | - | Openwave | [JSN] |
60005 | - | Stage 2 for Digital Rights Management | Rel-6 | OMA | 100% | - | - | [JSN] |
60006 | - | Stage 3 for Digital Rights Management | Rel-6 | OMA | 100% | - | - | [JSN] |
33001 | - | Security for Digital Rights Management | Rel-6 | OMA | 100% | - | - | [JSN] |
31037 | - | Deleted - Monitoring of Stages 2 and 3 progress (actual work to be done by OMA) | Rel-6 | S1 | 100% | - | - | [JSN] |
31012 | WLAN | WLAN-UMTS Interworking Rel-6 | Rel-6 | S1,S2,S3,S5,N1,N3,N4,T3 | 100% | SP-030712 | Telenor | [JSN] |
31020 | WLAN-TR | Technical Report on WLAN-UMTS Interworking | Rel-6 | S1 | 100% | SP-030712 | T-mobile | [JSN] |
31035 | WLAN-TS | Stage 1 for WLAN-UMTS Interworking Rel-6 | Rel-6 | S1 | 100% | SP-030712 | Telenor | [JSN] |
32018 | - | Architecture Definition for scenarii 2 and 3 | Rel-6 | S2 | 100% | SP-020542 | - | [JSN] |
32704 | - | Security aspects of WLAN-UMTS Interworking | Rel-6 | S3 | 100% | SP-020514 | Ericsson, BT | [JSN] |
14013 | WLAN-IW | Stage 3 - CN4 aspects | Rel-6 | N4 | 100% | NP-030490 | Nokia | [JSN] |
13019 | - | Stage 3 - CN3 aspects (Wi Interface for Scenario 3) | Rel-6 | N3 | 100% | - | - | [JSN] |
11042 | - | Stage 3 for scenario 2 | Rel-6 | N1 | 100% | NP-030490 | - | [JSN] |
11047 | - | Stage 3 for scenario 3 | Rel-6 | N1 | 100% | - | - | [JSN] |
35033 | WLAN-CH | WLAN charging | Rel-6 | S5 | 100% | SP-030048 | Nokia | [JSN] |
43010 | - | USIM enhancements for WLAN Interworking | Rel-6 | T3 | 100% | TP-030185 | Axalto | [JSN] |
31015 | PRIOR1 | Priority Service | Rel-6 | S1 | 100% | SP-010523 | Telcordia | [JSN] |
31016 | PRIOR-FS | Feasibility Study on Priority Service | Rel-6 | S1 | 100% | SP-010523 | Telcordia | [JSN] |
31017 | PRIOR-SR | Stage 1 - Requirements for Priority Service | Rel-6 | S1 | 100% | SP-010523 | Telcordia | [JSN] |
31043 | - | Priority service implementation guide | Rel-6 | S1 | 100% | SP-010523 | Telcordia | [JSN] |
31018 | NTShar | Network Sharing | Rel-6 | S1,S2,N1,R2,R5 | 100% | SP-010739 | T-Mobile | [JSN] |
31019 | NTShar-TR | Technical Report on Network Sharing | Rel-6 | S1 | 100% | SP-010739 | T-Mobile | [JSN] |
31038 | NTSharCR | Stage 1 - CRs to implement Network Sharing | Rel-6 | S1 | 100% | SP-010739 | T-Mobile | [JSN] |
32044 | - | Stage 2 for Network Sharing | Rel-6 | S2 | 100% | SP-030123 | T-Mobile | [JSN] |
11043 | - | Network sharing - stage 3 | Rel-6 | N1 | 100% | NP-040429 | T-Mobile | [JSN] |
22004 | NTShar-UTRANEnh | Enhancement of the support of network sharing in the UTRAN | Rel-6 | R2 | 100% | - | TeliaSonera | [JSN] |
25004 | NTShar-UTRANEnh_Test | Conformance Test Aspects – Network Sharing | Rel-6 | R5 | 100% | - | TeliaSonera | [JSN] |
32016 | QoS1 | QoS Improvements | Rel-6 | S2,N3 | 100% | SP-010719 | Nokia | [JSN] |
32017 | - | FS on Dynamic Policy control enhancements for end-to-end QoS | Rel-6 | S2 | 100% | SP-020540 | Nortel | [JSN] |
32059 | - | Definition of the Gq interface | Rel-6 | S2 | 100% | SP-030306 | - | [JSN] |
13016 | - | Gq interface specification for Dynamic Policy control enhancements – Stage 3 | Rel-6 | N3 | 100% | NP-030198 | Nokia | [JSN] |
33002 | SEC1-SC | Subscriber certificates | Rel-6 | S3,S2,N1,N4,T3,OMA | 100% | SP-010622 | Nokia | [JSN] |
32705 | - | Stage 1 of Subscriber certificates | Rel-6 | S3 | 100% | SP-010622 | Nokia | [JSN] |
32706 | - | Architecture review | Rel-6 | S2 | 100% | - | Nokia | [JSN] |
14504 | - | Stage 3 for Subscriber certificates | Rel-6 | N4,T3 | 100% | NP-030399 | Nokia | [JSN] |
11049 | - | Stage 3 Ua & Ub interfaces | Rel-6 | N1 | 100% | - | Nokia | [JSN] |
60007 | - | OMA dependencies on Subscriber certificates | Rel-6 | OMA | 100% | - | Nokia | [JSN] |
15010 | OSA3 | Rel-6 Open Service Access (OSA) enhancements | Rel-6 | N5 | 100% | NP-040351 | Alcatel | [JSN] |
31040 | - | Scope of the Open Service Access Release 6 | Rel-6 | S1 | 100% | SP-030038 | - | [JSN] |
15038 | - | OSA Stage 2 | Rel-6 | N5 | 100% | - | - | [JSN] |
15026 | - | Multi Media Messaging function | Rel-6 | N5 | 100% | - | - | [JSN] |
15028 | - | Policy management extensions | Rel-6 | N5 | 100% | - | - | [JSN] |
15029 | - | TS on Presence and Availability Management (from the PRESNC WI) | Rel-6 | N5 | 100% | - | - | [JSN] |
15032 | - | OSA interfaces at different levels of abstractions (Parlay X, Web services) | Rel-6 | N5 | 100% | - | - | [JSN] |
15033 | - | Introduction of migration support mechanism | Rel-6 | N5 | 100% | - | - | [JSN] |
15036 | - | Framework Function for Federation | Rel-6 | N5 | 100% | - | - | [JSN] |
60008 | - | OMA potential overlaps with 3GPP OSA Stage 3 (Web services) | Rel-6 | OMA | 100% | - | - | [JSN] |
15037 | - | Deleted - TR on Presence and Availability Management (from the PRESNC WI) | Rel-6 | N5 | 100% | - | - | [JSN] |
50401 | TAPS | Addition of frequency bands to GSM (TAPS) | Rel-6 | GP | 100% | GP-022072 | Nokia | [JSN] |
50094 | TAPS-Specs | Addition of frequency bands to GSM – Changes to core specs | Rel-6 | G1 | 100% | GP-022073 | Nokia | [JSN] |
51102 | - | Changes to core specs | Rel-6 | G1 | 100% | GP-022073 | Nokia | [JSN] |
54102 | TAPS-Conf | Deleted - Addition of frequency bands to GSM – Changes for conformance tests | Rel-6 | G4 | 100% | GP-022074 | Nokia | [JSN] |
54103 | - | Deleted - 51.010-1 Add testing | Rel-6 | G4 | 100% | GP-022074 | Nokia | [JSN] |
50130 | SSStrea | Seamless support of streaming services in A/Gb mode | Rel-6 | GP,S3 | 100% | GP-022561 | Vodafone | [JSN] |
51131 | - | Identification of requirements for streaming | Rel-6 | G1 | 100% | GP-022564 | Vodafone | [JSN] |
51133 | - | Requirements for streaming | Rel-6 | G1 | 100% | - | Vodafone | [JSN] |
51132 | - | Performance study of cell change mechanisms | Rel-6 | G1 | 100% | GP-022562 | Vodafone | [JSN] |
51134 | - | Performance of NACC | Rel-6 | G1 | 100% | - | Vodafone | [JSN] |
51135 | - | Performance of cell change in DTM for the PS domain | Rel-6 | G1 | 100% | - | Vodafone | [JSN] |
51136 | - | Handover for Seamless support of streaming services in A/Gb mode | Rel-6 | G1 | 100% | - | Vodafone | [JSN] |
52131 | - | Reduction of service interruption times and packet loss during mobility procedures | Rel-6 | G2 | 100% | GP-022563 | Vodafone | [JSN] |
52133 | - | optimizations of existing mechanisms/procedures | Rel-6 | G2 | 100% | - | Vodafone | [JSN] |
52134 | - | Inter-system NACC | Rel-6 | G2 | 100% | - | Vodafone | [JSN] |
52135 | - | PS Handover (within GERAN and between GERAN and UTRAN) | Rel-6 | G2 | 100% | - | Vodafone | [JSN] |
52136 | - | Dependency to other features of Reduction of service interruption times and packet loss during mobility procedures | Rel-6 | G2 | 100% | - | Vodafone | [JSN] |
54131 | - | Deleted - MS conformance testing for Seamless support of streaming services in A/Gb mode | Rel-6 | G3new | 100% | GP-023424 | Vodafone | [JSN] |
54132 | - | Deleted - MS conformance tests for Seamless support of streaming services in A/Gb mode | Rel-6 | G4,G5 | 100% | GP-023424 | Vodafone | [JSN] |
33013 | - | GERAN A/Gb mode security enhancements | Rel-6 | S3 | 100% | SP-030107 | Vodafone | [JSN] |
34300 | CODCAR | Performance characterisation of default codecs for PS conversational multimedia application | Rel-6 | S4 | 100% | SP-020433 | Nokia | [JSN] |
31030 | PrivCap | Study on Privacy Capability | Rel-6 | S1 | 100% | SP-020579 | Lucent | [JSN] |
35010 | OAM6 | Rel-6 Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-6 | S5 | 100% | SP-040766 | - | [JSN] |
35011 | - | Principles, high level Requirements and Architecture | Rel-6 | S5 | 100% | SP-040767 | Motorola | [JSN] |
35012 | - | Performance Management | Rel-6 | S5 | 100% | SP-040782 | Nortel | [JSN] |
35014 | - | Network Infrastructure Management | Rel-6 | S5 | 100% | SP-040789 | Ericsson | [JSN] |
35015 | OAM-Trace | Rel-6 Trace Management | Rel-6 | S5,N4,R3 | 100% | SP-040782 | Nokia | [JSN] |
35022 | - | Subscriber and UE trace management | Rel-6 | S5 | 100% | - | Nokia | [JSN] |
23013 | OAM-Trace-RAN | Subscriber and equipment trace in UTRAN | Rel-6 | R3 | 100% | - | Nortel | [JSN] |
14016 | - | Trace Management, Stage3 | Rel-6 | N4 | 100% | NP-040411 | Nokia | [JSN] |
35016 | CH | Rel-6 Charging Management | Rel-6 | S5,S2,N3 | 100% | SP-040773 | T-Mobile | [JSN] |
35037 | - | Charging architecture and principles | Rel-6 | S5 | 100% | - | - | [JSN] |
35024 | - | Charging Data Record (CDR) file format and transfer | Rel-6 | S5 | 100% | - | - | [JSN] |
35025 | - | CDR parameter description | Rel-6 | S5 | 100% | - | - | [JSN] |
35026 | - | Diameter charging applications | Rel-6 | S5 | 100% | - | - | [JSN] |
35027 | - | Online Charging System (OCS) architecture study | Rel-6 | S5 | 100% | - | - | [JSN] |
35028 | - | OCS: Applications and interfaces | Rel-6 | S5 | 100% | - | - | [JSN] |
35017 | CH-BC | Charging Management for Bearer level | Rel-6 | S5 | 100% | SP-030048 | Nokia | [JSN] |
35029 | - | CS domain charging | Rel-6 | S5 | 100% | - | - | [JSN] |
35030 | - | PS domain charging | Rel-6 | S5 | 100% | - | - | [JSN] |
35031 | - | CDR transfer | Rel-6 | S5 | 100% | - | - | [JSN] |
35019 | - | Charging Management for the Service domain | Rel-6 | S5 | 100% | SP-040778 | Siemens | [JSN] |
32030 | CH-FBC | Overall architectural aspects of IP flow based bearer level charging | Rel-6 | S2,N3 | 100% | SP-040041 | - | [JSN] |
32069 | - | Overall definition of FBC architecture | Rel-6 | S2 | 100% | - | - | [JSN] |
32070 | - | Study on providing policy control with FBC | Rel-6 | S2 | 100% | - | - | [JSN] |
13020 | - | Gx interface for flow based charging | Rel-6 | N3 | 100% | NP-040245 | Nokia | [JSN] |
13021 | - | Rx interface for flow based charging | Rel-6 | N3 | 100% | NP-040339 | Nortel | [JSN] |
1800 | USAT1 | Rel-6 UICC/USIM enhancements and interworking | Rel-6 | T3 | 100% | - | - | [JSN] |
1802 | USAT1-API | UICC API | Rel-6 | T3 | 100% | - | - | [JSN] |
43001 | - | Rel-6 Java API Test specification | Rel-6 | T3 | 100% | TP-020029 | Microelectrónica Española | [JSN] |
43006 | - | 2G/3G Java Card™ API based applet interworking | Rel-6 | T3 | 100% | TP-030031 | Oberthur Card Systems | [JSN] |
43007 | - | (U)SIM API for Java Card Testing | Rel-6 | T3 | 100% | TP-040186 | Axalto | [JSN] |
43003 | - | Deleted - Java API Test specification (TS 43.019 Rel-5) | Rel-6 | T3 | 100% | TP-020122 | Microelectrónica Española | [JSN] |
43004 | USAT1-API-MULTOS | Rel-6 USIM toolkit enhancements | Rel-6 | T3 | 100% | - | Aspects Software | [JSN] |
502031 | - | C SIM API | Rel-6 | T3 | 100% | TP-000155 | Aspects Software | [JSN] |
502032 | - | Specification of C SIM API | Rel-6 | T3 | 100% | TP-000155 | Aspects Software | [JSN] |
502033 | - | Test specification for C SIM API | Rel-6 | T3 | 100% | TP-000155 | Aspects Software | [JSN] |
43009 | - | USIM application toolkit Conformance Test Specification for Mobile Equipments | Rel-6 | T3 | 100% | TP-030259 | Gemplus | [JSN] |
34022 | PSSrel6 | Packet Switched Streaming Services Rel-6 | Rel-6 | S4,S1 | 100% | SP-020685 | Ericsson | [JSN] |
31039 | - | Stage 1 for Packet Switched Streaming Services Rel-6 | Rel-6 | S1 | 100% | SP-020685 | Ericsson | [JSN] |
34024 | PSSrel6-Stage3 | Stage 3 for Packet Switched Streaming Services Rel-6 | Rel-6 | S4 | 100% | SP-020685 | Ericsson | [JSN] |
34023 | AMRWB+ | AMR-WB extension for high audio quality | Rel-6 | S4 | 100% | SP-030083 | Nokia | [JSN] |
34027 | CEPSCM | Codec Enhancements for Packet Switched Conversational Multimedia Applications | Rel-6 | S4 | 100% | SP-040066 | Nokia | [JSN] |
34028 | 3G-324MI | 3G-324M Improvements | Rel-6 | S4 | 100% | SP-040067 | Ericsson | [JSN] |
51101 | SAIC | Single Antenna Receiver Interference Cancellation (SAIC) | Rel-6 | GP,G1 | 100% | GP-023400 | Cingular | [JSN] |
12006 | EDCAMEL | Enhancement of dialled service for CAMEL | Rel-6 | S1,N2,N4 | 100% | SP-020818 | Samsung | [JSN] |
12007 | - | Stages 2 and 3 for Enhancement of dialled service for CAMEL | Rel-6 | N2,N4 | 100% | NP-030153 | Samsung | [JSN] |
32060 | BARS | Study on Bandwidth and resource savings in CS networks | Rel-6 | S2 | 100% | SP-030308 | - | [JSN] |
50600 | MULTBF | Multiple TBF in A/Gb mode | Rel-6 | GP,G2 | 100% | GP-021263 | Ericsson | [JSN] |
50601 | MULTBF-Agbmode | Multiple TBF in A/Gb mode - Core | Rel-6 | GP,G2 | 100% | GP-021263 | Ericsson | [JSN] |
50602 | - | Multiple TBF Concept paper | Rel-6 | GP,G2 | 100% | - | - | [JSN] |
50603 | - | Multiple TBF Stage 2 (43.064) CRs | Rel-6 | GP,G2 | 100% | - | - | [JSN] |
50604 | - | Multiple TBF Stage 3 (44.060) CRs | Rel-6 | GP,G2 | 100% | - | - | [JSN] |
50605 | MULTBF-Testing | Deleted - Multiple TBF in A/Gb mode – MS testing | Rel-6 | G3new | 100% | GP-022098 | Ericsson | [JSN] |
50096 | ALTERE | Alignment between the test-regimes for GERAN capable MS | Rel-6 | G3new | 99% | GP-032236 | Ericsson | [JSN] |
50097 | ALTERE-TC | Determine the controversial test cases in the different test regimes and align them with 3GPP GERAN test specifications. Such test cases to be added to TS 51.010. | Rel-6 | G3new | 100% | - | - | [JSN] |
50444 | UTDOACS | Addition of U-TDOA in the CS domain | Rel-6 | GP | 100% | GP-032773 | TruePosition | [JSN] |
50445 | UTDOAPS | Addition of U-TDOA in the PS domain | Rel-6 | GP | 100% | GP-032774 | TruePosition | [JSN] |
50101 | DARP | Downlink Advanced Receiver Performance | Rel-6 | GP | 100% | GP-041966 | Nokia | [JSN] |
50102 | DARP-TS | DARP test scenarios | Rel-6 | GP | 100% | GP-041967 | Nokia | [JSN] |
50103 | DARP-GMSK | DARP for GMSK modulated voice services | Rel-6 | GP | 100% | GP-041968 | Nokia | [JSN] |
50104 | DARP-GMSK-Perf | Performance requirements in 45.005 for DARP for GMSK modulated voice services | Rel-6 | GP | 100% | - | - | [JSN] |
50105 | DARP-GMSK-LC | Radio subsystem link control in 45.008 for DARP for GMSK modulated voice services | Rel-6 | GP | 100% | - | - | [JSN] |
50106 | DARP-GPRSE | DARP for GPRS and EGPRS MCS1-MCS4 | Rel-6 | GP | 100% | GP-041969 | Nokia | [JSN] |
50107 | DARP-GPRSE-Perf | Performance requirements in 45.005 for DARP for GPRS and EGPRS MCS1-MCS4 | Rel-6 | GP | 100% | - | - | [JSN] |
50108 | DARP-GPRSE-LC | Radio subsystem link control in 45.008 for DARP for GPRS and EGPRS MCS1-MCS4 | Rel-6 | GP | 100% | - | - | [JSN] |
50115 | DARP-CAPSIG | DARP Capability signalling | Rel-6 | GP | 100% | GP-041970 | Nokia | [JSN] |
50116 | ARP-ConfTest | GERAN MS Conformance test for DARP | Rel-6 | G3new | 100% | GP-041971 | Nokia | [JSN] |
50109 | PSintDTM | Reduction of PS service interruption in Dual Transfer Mode | Rel-6 | G2 | 100% | GP-032548 | Siemens | [JSN] |
50110 | PSintDTM-Req | Use case and requirement definition | Rel-6 | G2 | 100% | GP-032549 | Siemens | [JSN] |
50111 | PSintDTM-Perf | Performance Study of Current Procedures | Rel-6 | G2 | 100% | GP-032550 | Siemens | [JSN] |
50112 | PSintDTM-Reduct | Reduction of service interruption times and packet loss during Dual Transfer Mode and mobility procedures | Rel-6 | G2 | 100% | GP-032551 | Siemens | [JSN] |
50113 | PSintDTM-ConfMS | Deleted - MS Conformance testing - Reduction of PS service interruption in DTM | Rel-6 | G3new | 100% | - | - | [JSN] |
50114 | PSintDTM-ConfBTS | Deleted - BTS Conformance testing - Reduction of PS service interruption in DTM | Rel-6 | G3new | 100% | - | - | [JSN] |
12008 | SCCAMEL | CAMEL prepay interworking with SCUDIF | Rel-6 | N4,N3,S1 | 100% | NP-030584 | Nokia | [JSN] |
31046 | CS_VSS | Circuit Switched Video and Voice Service Improvements | Rel-6 | S2,N1 | 100% | SP-040331 | Vodafone | [JSN] |
31047 | - | Deleted - Stage 1 - Requirements | Rel-6 | S1 | 100% | SP-040331 | Vodafone | [JSN] |
32071 | - | Stage 2 Study on architecture alternatives | Rel-6 | S2 | 100% | SP-040331 | Vodafone | [JSN] |
32072 | - | Deleted - Stage 2 description on Redial | Rel-6 | S2 | 100% | SP-040331 | Vodafone | [JSN] |
11053 | - | Switching between voice and video call - Redial solution | Rel-6 | N1 | 100% | SP-040331 | Vodafone | [JSN] |
52137 | - | Deleted - CS_VSS - GERAN2 Part | Rel-6 | G2 | 100% | SP-040331 | Vodafone | [JSN] |
13017 | - | Deleted - CS_VSS - CN3 Part | Rel-6 | N3 | 100% | SP-040331 | Vodafone | [JSN] |
13024 | CSData | Reorganisation of CS Data Specifications | Rel-6 | N3 | 100% | NP-040563 | Siemens | [JSN] |
50553 | GAAI | Generic Access to A/Gb Interface (GAAI) | Rel-6 | GP | 100% | GP-042247 | Motorola | [JSN] |
50544 | GAAG | FS on GAAI | Rel-6 | GP | 100% | GP-041592 | Motorola | [JSN] |
50554 | GAAI-Stage2 | GAAI – Stage 2 | Rel-6 | GP | 100% | - | Ericsson | [JSN] |
50555 | GAAI-Stage3 | GAAI – Stage 3 | Rel-6 | GP | 100% | - | - | [JSN] |
50556 | GAAI-CT | MS Conformance Test for GAAI | Rel-6 | GP | 100% | - | - | [JSN] |
50559 | SPSHAGB | Support of PS Handover for GERAN A/Gb mode | Rel-6 | GP,G2 | 100% | GP-051160 | Ericsson | [JSN] |
50560 | SPSHAGB-Stage2 | Stage 2 for Support of PS Handover for GERAN A/Gb mode | Rel-6 | GP,G2 | 100% | GP-051161 | Ericsson | [JSN] |
50561 | SPSHAGB-PSHO | PS handover for Support of PS Handover for GERAN A/Gb mode | Rel-6 | GP,G2 | 100% | GP-051162 | Ericsson | [JSN] |
50562 | SPSHAGB-RRM | Definition of radio resource management functionality for Support of PS Handover for GERAN A/Gb mode | Rel-6 | GP,G2 | 100% | GP-051163 | Ericsson | [JSN] |
33018 | - | Study on (U)SIM Security Reuse by Peripheral Devices on Local Interfaces | Rel-6 | S3 | 100% | SP-030341 | Toshiba | [JSN] |
33021 | SEC-IMS | Study on Security for early IMS | Rel-6 | S3 | 100% | SP-040691 | Vodafone | [JSN] |
60111 | TEI6 | (Small) Technical Enhancements and Improvements for Rel-6 | Rel-6 | SP,CP,RP,GP | 100% | - | - | [JSN] |
25019 | TEI6_Test | Test - (Small) Technical Enhancements and Improvements for Rel-6 | Rel-6 | R5,T1 | 100% | - | - | [JSN] |
31029 | FINTER | Deleted - Study of Feature Interactions Requirements | Rel-6 | S1 | 100% | SP-020578 | - | [JSN] |
50563 | - | Deleted EVGCS - Enhancements of VGCS in public networks for communication of public authority officials | Rel-6 | GP,G2 | 100% | GP-041837 | Siemens | [JSN] |
50500 | - | Deleted SCSAGB - Support of Conversational Services in A/Gb mode via the PS domain | Rel-6 | GP,N1 | 100% | GP-030443 | Ericsson | [JSN] |
50501 | SCSAGB-TR | Deleted - Creation of a TR | Rel-6 | GP | 100% | GP-030444 | Ericsson | [JSN] |
50502 | SCSAGB-Stage2 | Deleted - Stage 2 | Rel-6 | GP | 100% | GP-030445 | Ericsson | [JSN] |
50503 | SCSAGB-RCS | Deleted - Radio Channel Support | Rel-6 | GP | 100% | GP-030446 | Ericsson | [JSN] |
50504 | - | Deleted SCSAGB-RRM - Definition of radio resource management functionality | Rel-6 | GP | 100% | GP-030447 | Ericsson | [JSN] |
50505 | SCSAGB-PSH | Deleted - replaced by 50561 - PS Handover | Rel-6 | GP,N1 | 100% | GP-030448 | Ericsson | [JSN] |
50506 | - | Deleted SCSAGB-FLO - Modifications to FLO | Rel-6 | GP | 100% | GP-030449 | Ericsson | [JSN] |
2 | - | Deleted - Rel-6 Evolutions of the transport in the UTRAN (ETRAN) | Rel-6 | RP | 100% | - | Alcatel | [JSN] |
625 | ETRAN-IPtrans | IP transport in the UTRAN | Rel-5 | R3 | 100% | - | Alcatel | [JSN] |
2455 | FS_SS7IP | Feasibility study on SS7 signalling transportation in the core network with SCCP-User Adaptation (SUA) | Rel-5 | N4 | 100% | NP-010460 | - | [JSN] |
2476 | HSDPA | High Speed Downlink Packet Access | Rel-5 | R2,R5 | 100% | - | Motorola | [JSN] |
2477 | HSDPA-Phys | Physical Layer for High Speed Downlink Packet Access | Rel-5 | R1 | 100% | RP-010262 | Motorola | [JSN] |
2478 | HSDPA-L23 | Layer 2 and 3 aspects | Rel-5 | R2 | 100% | - | Motorola | [JSN] |
2479 | HSDPA-IubIur | Iub/Iur protocol aspects - for High Speed Downlink Packet Access | Rel-5 | R3 | 100% | RP-010262 | Motorola | [JSN] |
2480 | HSDPA-RF | RF Radio Transmission/ Reception, System Performance Requirements and Conformance Testing | Rel-5 | R4 | 100% | RP-010262 | Motorola | [JSN] |
25000 | HSDPA_Test | Conformance Testing of HSDPA | Rel-5 | R5 | 100% | - | Motorola | [JSN] |
25012 | HSDPA_HCRTDD_Test | Conformance Testing of HCR TDD HSDPA | Rel-5 | R5 | 100% | - | IPWireless | [JSN] |
501216 | - | Rel-5 Improvements of Radio Interface | Rel-5 | RP | 100% | - | - | [JSN] |
1471 | RInImp-BSClass | Base station classification for TDD | Rel-5 | R4 | 100% | - | Nokia | [JSN] |
1477 | RInImp-BSClass-TDD | TDD Base station classification | Rel-5 | R4 | 100% | - | Nokia | [JSN] |
24002 | RInImp-BSClass-LCRTDD | Base Station Classification for 1.28 Mcps TDD option | Rel-5 | R4 | 100% | - | Siemens | [JSN] |
2469 | RInImp-DSCHhsp | Enhancement on the DSCH hard split mode | Rel-5 | R1 | 100% | - | Samsung | [JSN] |
1217 | RInImp-HARQ | Hybrid ARQ II/III | Rel-5 | R2 | 100% | - | Siemens | [JSN] |
1221 | RInImp-USTS | FS on USTS | Rel-5 | R1 | 100% | - | SK Telecom | [JSN] |
1997 | RInImp-UEAnTM | FS on UE antenna efficiency test method performance requirements | Rel-5 | R4 | 100% | - | Allgon | [JSN] |
2494 | RInImp-SIR | FS on the re-introduction of the downlink SIR measurement | Rel-5 | R4 | 100% | - | Ericsson | [JSN] |
2493 | RInImp-CPICH_Intf | FS on mitigating the effect of CPICH interference at the UE | Rel-5 | R4 | 100% | - | Intel | [JSN] |
1839 | - | Deleted - Conformance Test Spec. improvements in Radio Interface | Rel-5 | T1 | 100% | - | - | [JSN] |
2210 | - | Deleted - Testing improvement of inter-frequency and inter-system measurement | Rel-5 | T1 | 100% | - | - | [JSN] |
2211 | - | Deleted - Testing Hybrid ARQ II/III | Rel-5 | T1 | 100% | - | - | [JSN] |
500009 | - | Rel-5 RAN improvements | Rel-5 | RP | 100% | - | - | [JSN] |
656 | RANimp-RRMopt | RRM optimization for Iur and Iub | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
23000 | RANimp-RRMopt-ctc | Iur common transport channel efficiency optimization | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
23001 | RANimp-RRMopt-ncr | Iur neighbouring cell reporting efficiency optimization | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
23002 | RAN-imp-RRMopt-DTB | FS Introduction of direct transport bearers between SRNC and Node-B | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
2488 | RANimp-RLTA | RL Timing Adjustment | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
2489 | RANimp-SepRR | Separation of resource reservation and radio link activation | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
23003 | RANimp-SRNS | FS SRNS Relocation Procedure Enhancement | Rel-5 | R3 | 100% | - | Nokia | [JSN] |
2490 | RANimp-ImpRRM | FS Improvement of Radio Resource Management across RNS and RNS/PSS | Rel-5 | R3 | 100% | - | Nokia | [JSN] |
2491 | RANimp-TTPS | Re-arrangements of Iub transport bearers | Rel-5 | R3 | 100% | - | Nokia | [JSN] |
22000 | RANimp-RABSE5 | RAB support enhancement for Rel-5 | Rel-5 | R2 | 100% | - | Nokia | [JSN] |
25005 | RANimp-RABSE5_Test | Testing of ROHC performance | Rel-5 | R5 | 100% | - | Nokia | [JSN] |
21001 | RANimp-BFR-UE | Beamforming requirements for UE | Rel-5 | R1 | 100% | - | Nokia | [JSN] |
21002 | RANimp-SSDT | Support of Site Selection Diversity Transmission in UTRAN | Rel-5 | R1 | 100% | - | NEC | [JSN] |
2472 | RANimp-NBSLCR | Node B Synchronisation for 1.28 Mcps TDD | Rel-5 | R1 | 100% | - | CATT | [JSN] |
2102 | - | Deleted - Conformance Test Aspects - RAN Improvements | Rel-5 | T1 | 100% | - | - | [JSN] |
2222 | - | Deleted - Testing Radio access bearer support enhancements | Rel-5 | T1 | 100% | - | - | [JSN] |
41010 | RANimp-test,TEI5 | Deleted - General changes to TS34.121 and TS34.122 corresponding to release 5 | Rel-5 | T1 | 100% | - | - | [JSN] |
23004 | NETSHARE | UTRAN Sharing in Connected Mode | Rel-5 | R3 | 100% | - | Ericsson | [JSN] |
1273 | IMS | Provisioning of IP-based multimedia services | Rel-5 | S1,S2,S3,S5,NP,T3,T1,R5 | 100% | SP-000216 | Openwave | [JSN] |
1274 | IMS-CCR | Call control and roaming to support IMS in UMTS | Rel-5 | S2,R5 | 100% | SP-010339 | Lucent | [JSN] |
1633 | - | Stage 1 for Call control and roaming to support IMS in UMTS | Rel-5 | S1 | 100% | - | Motorola | [JSN] |
1514 | - | Stage 2 (Architecture and Main flows) | Rel-5 | S2 | 100% | SP-000289 | Lucent | [JSN] |
1296 | IMS-CCR-IWMM | Impact on MM/CC/SM | Rel-5 | N1 | 100% | NP-010434 | Lucent | [JSN] |
2233 | - | SIP Call Control protocol for the IMS | Rel-5 | N1 | 100% | NP-010643 | Lucent | [JSN] |
1998 | - | IMS signalling flows | Rel-5 | N1 | 100% | - | - | [JSN] |
1278 | - | IMS stage 3 | Rel-5 | N1 | 100% | - | - | [JSN] |
2255 | - | IMS Session Handling; stage 2 | Rel-5 | N1 | 100% | - | - | [JSN] |
25006 | IMS-CCR_Test | Conformance Test Aspects – IMS Call Control | Rel-5 | R5 | 100% | - | Motorola | [JSN] |
10004 | - | Main IETF dependencies | Rel-5 | NP | 100% | - | Lucent | [JSN] |
2521 | - | IETF: RFC 3261 (Session Initiation Protocol) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
2523 | - | IETF: RFC 3262 (Reliability of provisional responses) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
2522 | - | IETF: RFC 3312 (Without COMET)(Integration of resource management and SIP) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
2524 | - | IETF: RFC 3323 (SIP extensions for caller identity and privacy) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
2525 | - | IETF: RFC 3313 (SIP extensions for media authorization) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11000 | - | IETF: RFC 3265 (specific event notification) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11001 | - | IETF: RFC editor Queue (refer method) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11002 | - | IETF: RFC editor Queue (DHCP options for SIP servers) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11004 | - | IETF: RFC 3267 (AMR and AMR WB RTP and SDP) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11005 | - | IETF: RFC 3266 (IPv6 support within SDP) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11022 | - | IETF: RFC 3311 (The Update method) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11023 | - | IETF: RFC 3324 (Network Asserted Identity) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
11024 | - | IETF: RFC editor Queue (Various 3GPP Private Extensions) | Rel-5 | N1 | 100% | - | Lucent | [JSN] |
1290 | - | Addressing | Rel-5 | S2 | 100% | - | - | [JSN] |
1291 | - | Architectural issues | Rel-5 | S2 | 100% | - | - | [JSN] |
1292 | - | Impact on HSS | Rel-5 | N4 | 100% | - | - | [JSN] |
2530 | IMS-Sex | Service Examples (Work stopped) | Rel-5 | S1 | 100% | - | Motorola | [JSN] |
2531 | IMS-FrWk | IMS Framework Report (work stopped) | Rel-5 | S1 | 100% | - | SBC | [JSN] |
1298 | IMS-ASEC | Access Security for IMS | Rel-5 | S3,T3 | 100% | SP-010323 | Ericsson | [JSN] |
43000 | - | IMS impacts on UICC (ISIM application) | Rel-5 | T3 | 100% | TP-010251 | Vodafone | [JSN] |
11014 | - | Deleted - SIP extensions for Integrity protection | Rel-5 | N1 | 100% | - | - | [JSN] |
2574 | SEC1-NCI | Security Aspects of Requirement for Network Configuration Independence | Rel-5 | S3 | 100% | SP-010324 | AT&T Wireless | [JSN] |
1299 | IMS-LI | IMS Lawful Interception | Rel-5 | S3 | 100% | SP-010621 | Reg TP | [JSN] |
35007 | IMS-OAM | Charging and OAM&P for IMS | Rel-5 | S5 | 100% | SP-010461 | - | [JSN] |
2036 | IMS-CODEC | Multimedia codecs and protocols for conversational PS services | Rel-5 | S4 | 100% | SP-000398 | Toshiba, Nokia | [JSN] |
2039 | - | Codecs | Rel-5 | S4 | 100% | SP-000398 | - | [JSN] |
34020 | - | Transport protocols | Rel-5 | S4 | 100% | - | Nokia | [JSN] |
34006 | - | recommendation for QoS parameter values for various media types | Rel-5 | S4 | 100% | - | - | [JSN] |
11025 | - | IETF: RFC 3310 (HTTP Digest Authentication using AKA) | Rel-5 | N1 | 100% | - | - | [JSN] |
11026 | - | IETF: RFC 3329 (Security mechanism agreement for SIP connections) | Rel-5 | N1 | 100% | - | - | [JSN] |
32003 | - | SIP message compression | Rel-5 | S2 | 100% | - | - | [JSN] |
32004 | - | Stage 2 for SIP message compression | Rel-5 | S2 | 100% | - | - | [JSN] |
11015 | - | Compression signalling | Rel-5 | N1 | 100% | - | - | [JSN] |
10001 | - | Stage 3 description of IMS interfaces | Rel-5 | NP | 100% | - | - | [JSN] |
1286 | - | Cx interface (HSS to CSCF) | Rel-5 | N4 | 100% | NP-010626 | - | [JSN] |
14997 | - | Mp interface (MRFC - MRFP) enhancements | Rel-5 | N4 | 100% | - | - | [JSN] |
11016 | - | Mw interface (CSCF to P-CSCF) | Rel-5 | N1 | 100% | - | - | [JSN] |
11018 | - | Mr interface (CSCF to MRF) | Rel-5 | N1 | 100% | - | - | [JSN] |
14003 | - | Dx interface (I-CSCF to SLF) | Rel-5 | N4 | 100% | - | - | [JSN] |
13001 | - | Go interface (GGSN to PCF) | Rel-5 | N3 | 100% | - | - | [JSN] |
11019 | - | ISC (IMS Service Control) Interface | Rel-5 | N1 | 100% | - | - | [JSN] |
14006 | - | Sh interface (HSS to AS) | Rel-5 | N4 | 100% | - | - | [JSN] |
14998 | - | Si interface (HSS to IM-SSF) | Rel-5 | N4 | 100% | - | - | [JSN] |
11020 | - | Gm interface (UE to CSCF) | Rel-5 | N1 | 100% | - | - | [JSN] |
11027 | - | Mi interface (CSCF to BGCF) | Rel-5 | N1 | 100% | - | - | [JSN] |
11028 | - | Mj interface (BGCF to MGCF) | Rel-5 | N1 | 100% | - | - | [JSN] |
11029 | - | Mk interface (BGCF to BGCF) | Rel-5 | N1 | 100% | - | - | [JSN] |
1310 | IMS-ONOSA | Support of VHE/OSA by entities and protocols of the IMS (e.g. CSCF) | Rel-5 | N5 | 100% | NP-010692 | Ericsson | [JSN] |
12000 | IMS-CAMEL | CAMEL control of IMS services | Rel-5 | N2 | 100% | NP-020305 | Lucent | [JSN] |
12001 | - | Stage2 work 'general' | Rel-5 | N2 | 100% | - | - | [JSN] |
12002 | - | Stage3 work 'CAP' | Rel-5 | N2 | 100% | - | - | [JSN] |
12003 | - | Stage2 work 'Si interface' | Rel-5 | N2 | 100% | - | - | [JSN] |
12004 | - | Stage3 work 'Si interface' | Rel-5 | N4 | 100% | - | - | [JSN] |
14004 | - | Deleted - SDM issues for CAMEL control of IMS | Rel-5 | N4 | 100% | - | - | [JSN] |
31002 | - | Pre-pay/real-time charging in IMS | Rel-5 | S1 | 100% | - | - | [JSN] |
35005 | OAM-CH | IMS Charging | Rel-5 | S2,S5 | 100% | SP-010631 | T-Mobile | [JSN] |
32006 | - | Charging Implications of IMS architecture | Rel-5 | S2 | 100% | SP-010519 | - | [JSN] |
35006 | - | Charging management for IMS (off-line & on-line) | Rel-5 | S5 | 100% | - | - | [JSN] |
34012 | - | Billing, accounting and call detail record aspects | Rel-5 | S5 | 100% | SP-010631 | T-Mobile | [JSN] |
10002 | - | Other IETF dependencies | Rel-5 | NP | 100% | - | - | [JSN] |
11011 | - | IETF: draft-ietf-aaa-diameter - should be CN4 | Rel-5 | NP | 100% | - | - | [JSN] |
11999 | - | IETF: draft-johansson-aaa-diameter-mm-app - should be CN4 | Rel-5 | NP | 100% | - | - | [JSN] |
1844 | IMS-TEST | Conformance Test Aspects - Provisioning of IMS | Rel-5 | T1 | 100% | - | - | [JSN] |
41004 | - | Testing of support for IMS - prose | Rel-5 | T1 | 100% | TP-030052 | Anritsu | [JSN] |
41005 | - | Testing of support for IMS - TTCN | Rel-5 | T1 | 100% | TP-030052 | Anritsu | [JSN] |
740068 | IMS_CONV_IP_COM-UEConTest | UE Conformance Test Aspects – IMS for Converged IP Communications | Rel-5 | R5 | 100% | RP-171635 | Rohnert, Hans | [JSN] |
34001 | PSS-E | Extended Transparent End-to-End PS Streaming Service | Rel-5 | S4 | 100% | SP-010392 | Ericsson | [JSN] |
34002 | - | Stage 1 for Extended Transparent End-to-End PS Streaming Service | Rel-5 | S1 | 100% | SP-010392 | Vodafone | [JSN] |
31032 | - | Interaction with other services | Rel-5 | S1 | 100% | - | Vodafone | [JSN] |
34003 | - | Stage 2 (version Rel-5 of TS 26.234) | Rel-5 | S4 | 100% | SP-010392 | - | [JSN] |
34019 | - | RTP usage model | Rel-5 | S4 | 100% | - | - | [JSN] |
501637 | OSA1 | Rel-5 Open Service Access (OSA) enhancements | Rel-5 | S1,S3 | 100% | SP-000216 | Siemens | [JSN] |
32010 | - | General Stage 2 for Rel-5 | Rel-5 | S2 | 100% | - | - | [JSN] |
1429 | OSA1-CSCF | OSA APIs for Multimedia Call Control | Rel-5 | S2 | 100% | - | - | [JSN] |
1430 | - | Stage 1 for OSA APIs for Multimedia Call Control | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
15002 | - | Stages 2 and 3 for Multimedia Call Control | Rel-5 | N5 | 100% | - | - | [JSN] |
15003 | - | Generic user interaction - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
15004 | - | OSA Charging - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
15007 | - | Call Control Service Mapping; Multiparty Call Control SIP - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
15999 | - | WSDL APIs for SOAP/HTTP - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
1419 | OSA1-SEC | OSA Security | Rel-5 | S3 | 100% | SP-000302 | Ericsson | [JSN] |
2121 | - | Stage 1 for OSA Security | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
1421 | - | OSA Stage 3 | Rel-5 | S3 | 100% | SP-000302 | BT, Ericsson | [JSN] |
1422 | - | security related SCF(s) definition | Rel-5 | N5 | 100% | NP-010692 | Ericsson | [JSN] |
1423 | - | OSA changes required from supporting platforms, e.g. gsmSCF, HLR | Rel-5 | S3 | 100% | SP-000302 | BT, Ericsson | [JSN] |
15017 | - | OSA Security (moved from Rel-6) | Rel-5 | S3 | 100% | SP-000302 | BT, Ericsson | [JSN] |
401424 | OSA1-ECOM | Interactions OSA - e-commerce | Rel-5 | S2 | 100% | - | - | [JSN] |
1425 | - | Stage 1 for Interactions OSA - e-commerce | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
1529 | - | Stages 2 and 3 for Interactions OSA - e-commerce | Rel-5 | N5 | 100% | NP-010692 | Ericsson | [JSN] |
15005 | - | Policy Management - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
15006 | - | Presence and Availability Management (PAM) - Stage 3 | Rel-5 | N5 | 100% | - | - | [JSN] |
1786 | OSA1-LCSI | LCS - OSA interfaces | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
1787 | - | Stage 1 for LCS - OSA interfaces | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
2124 | - | Stage 2 for LCS - OSA interfaces | Rel-5 | S2 | 100% | - | Ericsson | [JSN] |
1788 | - | Stage 3 for LCS - OSA interfaces | Rel-5 | N5 | 100% | NP-010692 | Ericsson | [JSN] |
2540 | OSA2-UP | Access to User Profile | Rel-5 | S1 | 100% | - | - | [JSN] |
1433 | OSA2-TC | Retrieval of Terminal capabilities | Rel-5 | S2 | 100% | - | - | [JSN] |
1434 | - | Stage 1 for Retrieval of Terminal capabilities | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
1436 | - | Stages 2 and 3 for Retrieval of Terminal capabilities | Rel-5 | N5 | 100% | NP-010692 | Ericsson | [JSN] |
2122 | - | Provisioning of the terminal capabilities | Rel-5 | T2 | 100% | - | - | [JSN] |
1638 | CAMEL4 | CAMEL phase 4 | Rel-5 | S1 | 100% | NP-020486 | Nokia | [JSN] |
1461 | - | Service requirements | Rel-5 | S1 | 100% | - | - | [JSN] |
2012 | CAMEL4-CPH | Call Party Handling | Rel-5 | N2 | 100% | - | - | [JSN] |
2013 | CAMEL4-MCP | Mid call procedure for MO and MT calls | Rel-5 | N2 | 100% | - | - | [JSN] |
2014 | CAMEL4-IOR | Interactions with Optimal Routing | Rel-5 | N2 | 100% | - | - | [JSN] |
2015 | CAMEL4-IFTI | Inclusion of flexible tone injection | Rel-5 | N2 | 100% | - | - | [JSN] |
2016 | CAMEL4-CCSMS | CSE control over MT SMS | Rel-5 | N2 | 100% | - | - | [JSN] |
2460 | CAMEL4-NMM | Notification of GPRS mobility management to CSE | Rel-5 | N2 | 100% | - | - | [JSN] |
2458 | CAMEL4-LOCB | Provision of location information of called subscriber | Rel-5 | N2 | 100% | - | - | [JSN] |
2514 | CAMEL4-ODB | Inclusion of ODB data in the CSE_HLR interface | Rel-5 | N2 | 100% | - | - | [JSN] |
2515 | CAMEL4-HODP | Location information during an ongoing call (Handover DP) | Rel-5 | N2 | 100% | - | - | [JSN] |
2516 | CAMEL4-ATI | GPRS Any Time Interrogation | Rel-5 | N2 | 100% | - | - | [JSN] |
2599 | - | Transfer of IMEI (with SW version) to CSE (CAMEL4-ATI) | Rel-5 | N2 | 100% | - | - | [JSN] |
12005 | CAMEL4-SUB | Handling of partial implementations of CAMEL4 | Rel-5 | N2 | 100% | - | - | [JSN] |
2464 | MEXE5 | Rel-5 MExE enhancements | Rel-5 | T2 | 100% | - | - | [JSN] |
2466 | MEXE5-ENHANC | MExE Rel-5 Improvements and Investigations | Rel-5 | T2 | 100% | TP-010071 | Motorola | [JSN] |
1625 | AMRWB | Wideband Telephony Service - AMR | Rel-5 | S4 | 100% | SP-99354 | Siemens | [JSN] |
62 | - | Specification | Rel-5 | S4 | 100% | - | - | [JSN] |
31005 | - | Stage 1 for Wideband Telephony Service - AMR | Rel-5 | S1 | 100% | - | - | [JSN] |
32007 | - | Stage 2 for Wideband Telephony Service - AMR | Rel-5 | S4 | 100% | - | - | [JSN] |
1459 | - | Design Constraints for Wideband Telephony Service - AMR | Rel-5 | S4 | 100% | - | - | [JSN] |
1460 | - | General Description for Wideband Telephony Service - AMR | Rel-5 | S4 | 100% | - | - | [JSN] |
1626 | - | Feasibility Study for Wideband Telephony Service - AMR | Rel-5 | S4 | 100% | SP-000024 | - | [JSN] |
1656 | - | N1 Aspects for Wideband Telephony Service - AMR | Rel-5 | N1 | 100% | - | - | [JSN] |
14005 | - | N4 work for Wideband Telephony Service - AMR | Rel-5 | N4 | 100% | N4-010538 | - | [JSN] |
67 | - | Codec issues | Rel-5 | S4 | 100% | - | - | [JSN] |
1627 | - | Codec qualification | Rel-5 | S4 | 100% | - | - | [JSN] |
74 | - | Codec selection tests | Rel-5 | S4 | 100% | - | - | [JSN] |
891 | - | Codec selection | Rel-5 | S4 | 100% | - | - | [JSN] |
34007 | AMRWB-TFO | TFO AMR-WB | Rel-5 | S4 | 100% | - | - | [JSN] |
890 | - | Other codec issues (verif., characterization) | Rel-5 | S4 | 100% | - | - | [JSN] |
34008 | AMRWB-IWG | AMR-WB and narrrowband interworking | Rel-5 | S4 | 100% | - | - | [JSN] |
34009 | - | Interworking with fixed broadband networks | Rel-5 | S4 | 100% | - | - | [JSN] |
34010 | - | Tones and announcements | Rel-5 | S4 | 100% | - | - | [JSN] |
34011 | - | Deleted - WB Conferencing and WB Voice Group calls | Rel-5 | S1 | 100% | - | - | [JSN] |
1855 | - | Conformance tests (CRs to 34 series) | Rel-5 | T1 | 100% | - | - | [JSN] |
76 | - | Terminal Acoustic Characteristics | Rel-5 | S4 | 100% | - | - | [JSN] |
1628 | - | Definition for Terminal Acoustic Characteristics | Rel-5 | S4 | 100% | - | - | [JSN] |
1629 | - | Test specification for Terminal Acoustic Characteristics | Rel-5 | S4 | 100% | - | - | [JSN] |
34004 | AMRWB-FP | Floating-point ANSI-C code for the AMR-WB speech codec | Rel-5 | S4 | 100% | SP-010459 | Nokia | [JSN] |
80 | GAMRWB | Support of AMR-WB in GERAN: GMSK and 8PSK WB FR / HR | Rel-5 | GP | 100% | GP-000453 | - | [JSN] |
50298 | - | Channel coding in 45.003 for Support of AMR-WB in GERAN: GMSK and 8PSK WB FR / HR | Rel-5 | GP | 100% | - | - | [JSN] |
2266 | - | Signalling for the A interface | Rel-5 | GP | 100% | - | - | [JSN] |
2267 | - | Signalling for Iu | Rel-5 | GP | 100% | - | - | [JSN] |
2268 | - | Receiver performance in TS 45.005 | Rel-5 | GP | 100% | - | - | [JSN] |
50000 | - | Link Adaptation in 45.009 | Rel-5 | GP | 100% | - | - | [JSN] |
2269 | - | Deleted - GERAN MS conformance test for AMR-WB | Rel-5 | GP | 100% | GP-000454 | - | [JSN] |
2270 | - | Deleted - MS test for AMR-WB | Rel-5 | GP | 100% | - | - | [JSN] |
2271 | - | GERAN BTS conformance test for AMR-WB | Rel-5 | GP | 100% | GP-000455 | - | [JSN] |
1826 | TLM5 | Rel-5 Terminal interfaces | Rel-5 | T2 | 100% | - | - | [JSN] |
2573 | TLM5 | Terminal local model enhancements | Rel-5 | T2 | 100% | TP-010224 | - | [JSN] |
1536 | LCS1 | Rel-5 Location Services enhancements | Rel-5 | S2,S1,S3,S5,N4,R2,R3,GP | 100% | SP-010518 | Nokia | [JSN] |
1600 | LCS1-Uepos | UE positioning for Rel-5 Location Services enhancements | Rel-5 | R2 | 100% | - | - | [JSN] |
2474 | LCS-128Pos | UE positioning enhancements for 1.28 Mcps TDD | Rel-5 | R2 | 100% | RP-010215 | CATT | [JSN] |
2125 | LCS-INTF | Open SMLC-SRNC Interface within the UTRAN to support A-GPS Positioning | Rel-5 | R2 | 100% | RP-010414 | Qualcomm | [JSN] |
1171 | LCS1-EBP | Event Based and Periodic LCS | Rel-5 | S1,S2,N4 | 100% | - | Pacific Bell Wireless | [JSN] |
1641 | - | Stage 1 for Event based and Periodic LCS | Rel-5 | S1 | 100% | - | Pacific Bell Wireless | [JSN] |
1538 | - | Stage 2 for Event based and Periodic LCS | Rel-5 | S2 | 100% | - | - | [JSN] |
1179 | - | Impact on MAP | Rel-5 | N4 | 100% | - | - | [JSN] |
2436 | LCS-GERAN | Location Services for GERAN in A/Gb Mode | Rel-5 | GP | 100% | GP-011925 | Nokia | [JSN] |
2437 | - | GERAN LCS Stage 2 (first release) | Rel-5 | GP,S2,G1,G2 | 100% | GP-011925 | Nokia | [JSN] |
2438 | - | Gb interface support for LCS | Rel-5 | GP | 100% | GP-011925 | Nokia | [JSN] |
2440 | - | L3 protocol support for LCS | Rel-5 | GP | 100% | GP-011925 | Nokia | [JSN] |
2441 | - | Stage 3 for Location Services for GERAN in A/Gb Mode | Rel-5 | GP | 100% | GP-011925 | Nokia | [JSN] |
2442 | - | Location Services for GERAN in Iu Mode | Rel-5 | S2,G1,G2,R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
2443 | - | GERAN LCS Stage 2 | Rel-5 | S2,G1,G2 | 100% | GP-011926 | Nokia | [JSN] |
2444 | - | Iu-ps interface support for LCS | Rel-5 | R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
2445 | - | Iu-cs interface support for LCS | Rel-5 | R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
2446 | - | Iur-g interface support for LCS | Rel-5 | G1,G2 | 100% | GP-011926 | Nokia | [JSN] |
2447 | - | RRC protocol support for LCS | Rel-5 | G1,G2,R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
2448 | - | Additional impacts on Broadcast of LCS data on packet channels | Rel-5 | G1,G2,R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
2449 | - | Stage 3 for Location Services for GERAN in Iu Mode | Rel-5 | G1,G2,R2,R3 | 100% | GP-011926 | Nokia | [JSN] |
50068 | LCS-GERAN-MSconf | GERAN MS Conformance test for LCS | Rel-5 | GP | 100% | GP-000458 | - | [JSN] |
55069 | - | LCS MS test case work plan (Release 98/99/4) | Rel-5 | G4,G5 | 100% | GP-000458 | - | [JSN] |
55070 | - | LCS MS test cases | Rel-5 | G4,G5 | 100% | GP-000458 | - | [JSN] |
50069 | LCS-GERAN-BTSconf | Deleted - GERAN BTS Conformance test for LCS | Rel-5 | GP | 100% | GP-000459 | - | [JSN] |
55071 | - | Deleted - LCS BTS test case work plan (Release 98/99/4) | Rel-5 | G4,G5 | 100% | - | - | [JSN] |
55072 | - | Deleted - LCS BTS test cases | Rel-5 | G4,G5 | 100% | - | - | [JSN] |
544 | - | LCS interoperation stage 2 aspects | Rel-5 | S2 | 100% | - | - | [JSN] |
2434 | - | LCS interoperability aspects to GERAN (LCS-GERAN) | Rel-5 | GP,S5 | 100% | GP-000456 | - | [JSN] |
2435 | - | Co-ordinated development of GSM LCS Phase 2 and UMTS LCS, S2 and GERAN | Rel-5 | GP,S2,S5,R2,R3,G2,G1 | 100% | GP-000456 | - | [JSN] |
1183 | - | FS on LCS support in the IMS | Rel-5 | S1 | 100% | - | - | [JSN] |
35008 | LCS1-OAM | Charging and OAM&P for LCS enhancements | Rel-5 | S5 | 100% | SP-010461 | - | [JSN] |
521 | LCS1-SEC | New security aspects of LCS | Rel-5 | S3,S2 | 100% | SP-000421 | Nokia | [JSN] |
32011 | LCS1-Le | Specification for the Le interface | Rel-5 | S2 | 100% | - | - | [JSN] |
32022 | - | Deleted - CHECK STATUS - Inter-GMLC interface | Rel-5 | S2 | 100% | - | - | [JSN] |
501571 | - | Rel-5 Security enhancements (SEC1) | Rel-5 | S3 | 100% | SP-000421 | Vodafone | [JSN] |
1576 | - | Rel-5 Network Domain Security (SEC1-NDS) | Rel-5 | S3 | 100% | SP-000420 | Telenor | [JSN] |
2576 | - | Rel-5 IP network layer security (NDS/IP) (SEC1-NDS-IP) | Rel-5 | S3 | 100% | SP-010326 | Telenor | [JSN] |
1577 | - | Deleted - Control plane protection in core network (e.g., GTP, CAP, MAP/IP, provided by IPsec) | Rel-5 | S3 | 100% | - | - | [JSN] |
1578 | - | Deleted - Main aspects of User plane protection in core network (e.g., provided by IPsec) | Rel-5 | S3 | 100% | - | - | [JSN] |
1579 | - | Deleted - Integration of GTP signalling security architecture - for User plane protection in core network (e.g., provided by IPsec) | Rel-5 | N4 | 100% | - | - | [JSN] |
1580 | - | Deleted - User plane protection in core network (e.g., provided by IPsec) | Rel-5 | S3 | 100% | - | - | [JSN] |
1581 | - | Deleted -Main aspects of User plane protection in core network (e.g., provided by IPsec) | Rel-5 | S3 | 100% | - | - | [JSN] |
1582 | - | Deleted - Integration of GTP signalling security architecture - for User plane protection in core network (e.g., provided by IPsec) | Rel-5 | N4 | 100% | - | - | [JSN] |
2243 | IUFLEX | Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-5 | S2,N1,N4,R3,GP | 100% | SP-000619 | Ericsson | [JSN] |
2244 | - | Overall System Architecture for Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-5 | S2 | 100% | - | - | [JSN] |
20000 | - | Stage 3: RAN node selecting CN node | Rel-5 | R3 | 100% | - | Vodafone | [JSN] |
2248 | - | N1 work for Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-5 | N1 | 100% | NP-010693 | - | [JSN] |
2249 | - | N4 work for Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-5 | N4 | 100% | NP-000737 | - | [JSN] |
50067 | IDCRAN-GERAN | GERAN work for Intra Domain Connection of RAN Nodes to Multiple CN Nodes | Rel-5 | GP | 100% | GP-020492 | Ericsson | [JSN] |
51068 | - | Stage 2 (changes to ) | Rel-5 | G1 | 100% | - | - | [JSN] |
51069 | - | 43.051 Introduction of support for IDNNS in GERAN Iu mode | Rel-5 | G1 | 100% | - | - | [JSN] |
52070 | - | Stage 3 (changes to ) | Rel-5 | G2 | 100% | - | - | [JSN] |
52077 | - | 48.016 Use of Gb interface concepts when a network applies IDNNS | Rel-5 | G2 | 100% | - | - | [JSN] |
52078 | - | 48.018 Include MSC/VLR identity in CS IMSI paging | Rel-5 | G2 | 100% | - | - | [JSN] |
2320 | GEIMP3 | Deleted - GERAN improvements 3 (new transport layer on interface A) | Rel-5 | GP | 100% | GP-010909 | - | [JSN] |
2321 | GEIMP3-EtA | Deleted - Evolution of the transport for A | Rel-5 | GP | 100% | GP-010910 | - | [JSN] |
2322 | - | Deleted - Definition of a new A/Ater interface Transport Layer option based on the Iu Interface Transport Layer | Rel-5 | GP | 100% | - | - | [JSN] |
2323 | - | Deleted - Adaptation of the Layer 3 BSSMAP procedures as required | Rel-5 | GP | 100% | - | - | [JSN] |
501142 | OAM5 | Rel-5 Charging Management & Operations, Administration, Maintenance and Provisioning (OAM&P) | Rel-5 | S5 | 100% | SP-010461 | - | [JSN] |
35002 | - | Rel-5 Principles, high level Requirements and Architecture | Rel-5 | S5 | 100% | SP-010461 | Motorola | [JSN] |
35003 | - | Rel-5 Performance Management | Rel-5 | S5 | 100% | SP-010631 | Nortel | [JSN] |
35004 | - | Rel-5 Charging Management | Rel-5 | S5 | 100% | SP-010631 | T-Mobile | [JSN] |
35001 | - | Rel-5 Network Infrastructure Management | Rel-5 | S5 | 100% | SP-010461 | Ericsson | [JSN] |
2392 | - | GERAN enhancements for streaming services 1 (RLC enhancements) | Rel-5 | GP | 100% | GP-010429 | - | [JSN] |
2394 | - | Concept for GERAN enhancements for streaming services 1 (RLC enhancements) | Rel-5 | GP | 100% | - | - | [JSN] |
2395 | - | RLC protocol enhancement (SDU Discard) | Rel-5 | GP | 100% | - | - | [JSN] |
2396 | - | GERAN enhancements for streaming services 2 (usage of ECSD) | Rel-5 | GP | 100% | GP-010430 | Ericsson | [JSN] |
2398 | - | Usage of ECSD Concept | Rel-5 | GP | 100% | - | - | [JSN] |
2399 | - | Stage 2 for GERAN enhancements for streaming services 2 (usage of ECSD) | Rel-5 | GP | 100% | - | - | [JSN] |
2400 | - | Stage 3 for GERAN enhancements for streaming services 2 (usage of ECSD) | Rel-5 | GP | 100% | - | - | [JSN] |
2401 | - | RLC PDU formats | Rel-5 | GP | 100% | - | - | [JSN] |
2402 | - | MAC header | Rel-5 | GP | 100% | - | - | [JSN] |
2412 | GERUEV1 | GERAN/UTRAN interface evolution 1 (evolution of Iu PS) | Rel-5 | GP,R3 | 100% | GP-010481 | SBC | [JSN] |
2413 | GERUEV1-IuPS | Evolution of Iu ps | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2414 | - | Identification of GERAN requirements on Iu ps | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2415 | - | Update of Evolution of Iu ps specifications | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2416 | GERUEV2 | GERAN/UTRAN interface evolution 2 (evolution of Iu CS) | Rel-5 | GP,R3 | 100% | GP-010417 | - | [JSN] |
2417 | GERUEV2-IuCS | Evolution of Iu cs | Rel-5 | GP,R3 | 100% | GP-000430 | Lucent | [JSN] |
2418 | - | Identification of GERAN requirements on Iu cs | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2419 | - | Update of Evolution of Iu cs specifications | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2556 | E2EQoS | End to End QoS for PS Domain including IMS | Rel-5 | S2,S5,N3 | 100% | SP-010343 | Ericsson | [JSN] |
2557 | - | E2E QoSConcept and Architecture | Rel-5 | S2 | 100% | - | - | [JSN] |
2558 | E2EQoS-IW | E2E QoS interworking | Rel-5 | N3 | 100% | NP-010528 | Lucent | [JSN] |
2559 | E2EQoS-OAM | QoS Management (Provisioning and Monitoring) | Rel-5 | S5 | 100% | SP-010461 | - | [JSN] |
2569 | MESS5 | Rel-5 Messaging enhancements | Rel-5 | T2 | 100% | - | - | [JSN] |
2571 | MESS5-MMS | Rel-5 Multimedia Messaging (MMS) enhancements | Rel-5 | T2 | 100% | TP-010130 | Siemens | [JSN] |
31000 | MESS5-SR | Definition of service requirements for MESS5-MMS | Rel-5 | S1 | 100% | - | Siemens | [JSN] |
42000 | - | Technical realization of MESS5-MMS | Rel-5 | T2 | 100% | - | Siemens | [JSN] |
42008 | - | WAP Forum dependency: MM1 stage 3 | Rel-5 | T2 | 100% | - | - | [JSN] |
34018 | - | MMS formats and codecs for MESS5-MMS | Rel-5 | S4 | 100% | - | - | [JSN] |
2572 | MESS5-EMS | Enhanced Messaging Service (EMS) enhancements | Rel-5 | T2 | 100% | TP-010153 | Ericsson | [JSN] |
31001 | - | Definition of service requirements for Enhanced Messaging Service (EMS) enhancements | Rel-5 | S1 | 100% | - | Ericsson | [JSN] |
42001 | - | Technical realization of Enhanced Messaging Service (EMS) enhancements | Rel-5 | T2 | 100% | - | Ericsson | [JSN] |
50001 | GERNACC | GERAN Inter BSC NACC improvements over the Gb Interface | Rel-5 | GP | 100% | GP-012313 | - | [JSN] |
14501 | GERNACC-Cnmod | Modification of core network protocols for GERAN Inter BSC NACC over Gb Interface | Rel-5 | N4,S2 | 100% | GP-011877 | - | [JSN] |
32502 | - | Stage 2 - Concept | Rel-5 | N4,S2 | 100% | - | - | [JSN] |
14502 | - | Stage 2 - 23.060 change - Definition of Inter BSC NACC | Rel-5 | N4,S2 | 100% | - | - | [JSN] |
14503 | - | Stage 3 (changes to TS 29.060) | Rel-5 | N4 | 100% | - | - | [JSN] |
50002 | GERNACC-Gbmod | Modification of Gb protocols for GERAN Inter BSC NACC over Gb Interface | Rel-5 | GP | 100% | GP-012314 | - | [JSN] |
50003 | - | Stage 3 (changes to TS 48.018) | Rel-5 | GP | 100% | - | - | [JSN] |
50033 | EPC | Enhanced Power Control | Rel-5 | GP | 100% | GP-012748 | - | [JSN] |
50034 | - | Realization of Enhanced power control and signalling support | Rel-5 | GP | 100% | GP-012749 | - | [JSN] |
50035 | - | Deleted - GERAN MS Conformance test for Enhanced Power Control | Rel-5 | GP | 100% | GP-012750 | - | [JSN] |
50036 | - | Deleted - GERAN BTS Conformance test for Enhanced Power Control | Rel-5 | GP | 100% | GP-012751 | - | [JSN] |
50037 | 8PSK-AH | 8PSK AMR HR | Rel-5 | GP | 100% | GP-012752 | - | [JSN] |
50038 | - | Definition of channel coding, performance requirements and signalling support | Rel-5 | GP | 100% | GP-012753 | - | [JSN] |
50061 | - | Concept | Rel-5 | GP | 100% | - | - | [JSN] |
52004 | - | Changes to 44.018 | Rel-5 | G2 | 100% | - | - | [JSN] |
51025 | - | Changes to 45.001 | Rel-5 | G1 | 100% | - | - | [JSN] |
51026 | - | Changes to 45.002 | Rel-5 | G1 | 100% | - | - | [JSN] |
51027 | - | Changes to 45.003 | Rel-5 | G1 | 100% | - | - | [JSN] |
51028 | - | Changes to 45.005 | Rel-5 | G1 | 100% | - | - | [JSN] |
52005 | - | Changes to 24.008 | Rel-5 | G2 | 100% | - | - | [JSN] |
52006 | - | Changes to 48.058 | Rel-5 | G2 | 100% | - | - | [JSN] |
50039 | - | Deleted - GERAN MS Conformance test for 8PSK HR | Rel-5 | GP | 100% | GP-012754 | - | [JSN] |
50040 | - | GERAN BTS Conformance test for 8PSK HR | Rel-5 | GP | 100% | GP-012755 | - | [JSN] |
13000 | SCUDIF | Service Change and UDI Fallback | Rel-5 | N3 | 100% | NP-020164 | Ericsson | [JSN] |
501800 | USAT5 | Rel-5 USIM toolkit enhancements | Rel-5 | T3,S1 | 100% | - | G & D | [JSN] |
43002 | - | Deleted - Test specification for USIM toolkit security mechanisms | Rel-5 | T3 | 100% | TP-020028 | Gemplus | [JSN] |
1801 | - | Protocol Standardisation of a SIM Toolkit Interpreter | Rel-5 | T3,T2 | 100% | TP-000116 | G & D | [JSN] |
2497 | - | Stage 1 for Protocol Standardisation of a SIM Toolkit Interpreter | Rel-5 | T3 | 100% | - | - | [JSN] |
2496 | - | Stage 2 and 3 | Rel-5 | T3 | 100% | - | - | [JSN] |
2518 | - | Test specification for Protocol Standardisation of a SIM Toolkit Interpreter | Rel-5 | T3 | 100% | TP-010111 | Gemplus | [JSN] |
501802 | USAT5-API | (U)SIM API | Rel-5 | T3 | 100% | TP-020029 | Microelectrónica Española | [JSN] |
504301 | - | Rel-5 Java API Test specification | Rel-5 | T3 | 100% | TP-020029 | Microelectrónica Española | [JSN] |
30001 | TEI5 | (Small) Technical Enhancements and Improvements for Rel-5 | Rel-5 | SP,CP,RP,GP | 100% | - | - | [JSN] |
25018 | TEI5_Test | Test - (Small) Technical Enhancements and Improvements for Rel-5 | Rel-5 | R5,T1 | 100% | - | - | [JSN] |
31013 | UESPLIT | Technical Report on UE Functionality Split | Rel-5 | S1 | 100% | SP-010484 | Motorola | [JSN] |
2520 | UEM | User Equipment Management | Rel-5 | S5 | 100% | SP-010286 | Vodafone | [JSN] |
35000 | OAM-UEM | FS on User Equipment (UE) Management | Rel-5 | S5 | 100% | SP-010286 | Vodafone | [JSN] |
50201 | FlowCon | Flow control supporting an MS with multiple data flows with different QoS over the Gb interface | Rel-5 | GP | 100% | GP-021767 | Ericsson | [JSN] |
50202 | - | Update of stage 2 specifications | Rel-5 | GP | 100% | - | - | [JSN] |
32097 | - | Concept document 23.060 (changes to) | Rel-5 | S2 | 100% | - | - | [JSN] |
50203 | - | Flow Control | Rel-5 | GP | 100% | - | - | [JSN] |
50204 | - | Modification of BSSGP protocol | Rel-5 | GP | 100% | GP-021508 | Ericsson | [JSN] |
52095 | - | Stage 3 (changes to 48.018) | Rel-5 | G2 | 100% | - | - | [JSN] |
50058 | - | Deleted - Multiple TBF in A/Gb mode - Phase 1 (MULTBF) | Rel-5 | GP | 100% | GP-021263 | Ericsson | [JSN] |
50059 | - | Deleted - Multiple TBF in A/Gb mode - Core (MULTBF-Agbmode) | Rel-5 | GP | 100% | GP-021263 | - | [JSN] |
50060 | - | Deleted - Multiple TBF Concept paper | Rel-5 | GP | 100% | - | - | [JSN] |
51001 | - | Deleted - Multiple TBF Stage 2 (43.064) CRs | Rel-5 | G1 | 100% | - | - | [JSN] |
50062 | - | Deleted - Multiple TBF Stage 3 (44.060) CRs | Rel-5 | G2 | 100% | - | - | [JSN] |
50206 | - | Deleted - Multiple TBF in A/Gb mode - Phase 1 – MS testing | Rel-5 | GP | 100% | GP-022098 | Ericsson | [JSN] |
54101 | - | Deleted - MS conformance tests for Multiple TBF in A/Gb mode | Rel-5 | G4 | 100% | - | - | [JSN] |
2345 | GER3GAL | Alignment of 3G functional split and Iu | Rel-5 | GP | 100% | GP-021256 | Ericsson | [JSN] |
2346 | GER3GAL-GUCOPL | GERAN user / control plane | Rel-5 | GP | 100% | GP-021255 | Ericsson | [JSN] |
2347 | - | Alignment with UMTS bearer concept | Rel-5 | GP | 100% | - | - | [JSN] |
50300 | - | Enhanced power control - for Alignment with UMTS bearer concept | Rel-5 | GP | 100% | - | - | [JSN] |
2423 | - | Stage 2 - for Alignment with UMTS bearer concept | Rel-5 | GP | 100% | - | - | [JSN] |
2348 | - | Adoption of the UTRAN PDCP | Rel-5 | GP | 100% | - | - | [JSN] |
50043 | - | Development of RLC / MAC | Rel-5 | GP | 100% | - | - | [JSN] |
50044 | - | Development of GERAN RRC | Rel-5 | GP | 100% | - | - | [JSN] |
50045 | - | Ciphering and integrity protection concept paper | Rel-5 | GP | 100% | - | - | [JSN] |
50046 | - | Multiple TBF or equivalent Concept paper | Rel-5 | GP | 100% | - | - | [JSN] |
50047 | - | Paging concept | Rel-5 | GP | 100% | - | - | [JSN] |
50048 | - | Dedicated Physical subchannels, includes traffic and control channels | Rel-5 | GP | 100% | - | - | [JSN] |
50049 | - | Iu support and broadcast concept | Rel-5 | GP | 100% | - | - | [JSN] |
50050 | - | Impact of using RLC instead of LAPDm concept | Rel-5 | GP | 100% | - | - | [JSN] |
50051 | - | Contention resolution, mobile station identity, and access concept | Rel-5 | GP | 100% | - | - | [JSN] |
50052 | - | PDCP concept | Rel-5 | GP | 100% | - | - | [JSN] |
50053 | - | Downlink delayed TBF release | Rel-5 | GP | 100% | - | - | [JSN] |
50054 | - | Add transparent RLC Concept | Rel-5 | GP | 100% | - | - | [JSN] |
50055 | - | Handover concept | Rel-5 | GP | 100% | - | - | [JSN] |
2424 | - | Physical layer alignment with UMTS bearer concept | Rel-5 | GP | 100% | - | - | [JSN] |
2356 | - | PDTCH/TCH in 45.003 | Rel-5 | GP | 100% | - | - | [JSN] |
2357 | - | Control channels in 45.003 | Rel-5 | GP | 100% | - | - | [JSN] |
2358 | - | Receiver performance in 45.005 for PDTCH/TCH and control channels | Rel-5 | GP | 100% | - | - | [JSN] |
2359 | GER3GAL-Iurg | Iu rg interface | Rel-5 | GP,RP | 100% | GP-010428 | Ericsson | [JSN] |
2425 | - | Inter BSS interface | Rel-5 | GP,RP | 100% | - | - | [JSN] |
2360 | - | Identification of requirements for Inter BSS interface | Rel-5 | GP | 100% | - | - | [JSN] |
2361 | - | Stage 2 for Inter BSS interface | Rel-5 | GP | 100% | - | - | [JSN] |
2362 | - | Adoption of relevant parts from Iur - for Inter BSS interface | Rel-5 | GP | 100% | - | - | [JSN] |
2363 | - | Complementation with GERAN specifics - for Inter BSS interface | Rel-5 | GP | 100% | - | - | [JSN] |
2364 | - | Stage 3 for Inter BSS interface | Rel-5 | GP | 100% | - | - | [JSN] |
2426 | - | Inter BSS-RNS interface | Rel-5 | GP,RP | 100% | - | - | [JSN] |
2365 | - | Identification of requirements for Inter BSS-RNS interface | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2366 | - | Stage 2 for Inter BSS-RNS interface | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2367 | - | Adoption of relevant parts from Iur - for Inter BSS-RNS interface | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2368 | - | Complementation with GERAN specifics - for Inter BSS-RNS interface | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2369 | - | Stage 3 for Inter BSS-RNS interface | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2370 | - | Voice over GERAN PS and CS concept | Rel-5 | GP,R3 | 100% | GP-011252 | - | [JSN] |
2371 | - | Architecture for A, Iu cs and Iu ps | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2372 | - | Transcoder position/operation | Rel-5 | GP | 100% | - | - | [JSN] |
2373 | - | Handover for Voice over GERAN PS and CS | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2374 | - | RTP payload | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2375 | - | Codec renegotiation concept | Rel-5 | GP,R3 | 100% | - | - | [JSN] |
2376 | - | LA | Rel-5 | GP | 100% | - | - | [JSN] |
2388 | - | Deleted - GERAN MS Conformance test for GERAN interface evolution | Rel-5 | GP | 100% | GP-021253 | - | [JSN] |
2389 | - | Deleted - MS test for GERAN interface evolution | Rel-5 | GP | 100% | - | - | [JSN] |
2390 | - | GERAN BSS Conformance test for GERAN interface evolution | Rel-5 | GP | 100% | GP-021254 | - | [JSN] |
2391 | - | Deleted - BSS test | Rel-5 | GP | 100% | - | - | [JSN] |
2330 | GERIMS | GERAN support for IMS | Rel-5 | GP | 100% | GP-010420 | Nokia | [JSN] |
2331 | GERIMS-HEADAPT | GERAN Header adaptation | Rel-5 | GP,S2,RP | 100% | GP-010421 | Nokia | [JSN] |
2332 | - | Definition of compression and removal modes for PDCP protocol | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2333 | - | Conceptual description in stage 2 | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2334 | - | Necessary changes on stage 3 regarding header removal | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2335 | GERIMS-RABDES | Deleted - GERAN Radio access bearer design for IMS | Rel-5 | GP,S2,RP | 100% | GP-010422 | Nokia | [JSN] |
2422 | - | Deleted - MuM control signalling for conversational multimedia services | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2431 | - | Deleted - Identification of requirements for MuM control signalling for conversational multimedia services | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2337 | - | Deleted - Necessary modifications due to SIP | Rel-5 | GP,S2,RP | 100% | - | - | [JSN] |
2341 | GERIMS-MSconf | Deleted - GERAN MS Conformance test for support of IMS | Rel-5 | GP | 100% | GP-010424 | Nokia | [JSN] |
2342 | - | Deleted - MS test for support of IMS | Rel-5 | G4 | 100% | - | - | [JSN] |
2343 | GERIMS-BTSconf | Deleted - GERAN BTS Conformance test for support of IMS | Rel-5 | GP | 100% | GP-010425 | Nokia | [JSN] |
54001 | MSCTDTM | MS Conformance Testing of Dual Transfer Mode | Rel-5 | G4,G5 | 100% | GP-023236 | Vodafone | [JSN] |
32033 | LATE_UE | Handling of early Ues | Rel-5 | S2 | 100% | SP-030125 | - | [JSN] |
32031 | - | Feasibility Study on Handling of early Ues | Rel-5 | S2 | 100% | - | - | [JSN] |
32032 | - | Stage 2 for Handling of early Ues | Rel-5 | S2 | 100% | - | - | [JSN] |
22001 | FSEarlyUE | FS for the Early Mobile Handling in UTRAN | Rel-5 | R2 | 100% | - | Vodafone | [JSN] |
96 | - | Note: Stage 3 RAN part not shown | Rel-5 | RP | 100% | - | - | [JSN] |
1861 | MISTST1 | Miscellaneous UE Conformance Testing Activities | Rel-4 | T1 | 100% | - | - | [JSN] |
1862 | MISTST1-OpFDD | Optimization of Test Time, RF Aspects (FDD) | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
1863 | MISTST1-OpTDD | Optimization of Test Time, RF Aspects (TDD) | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
1907 | MISTST1-Ext | Extensions to R99 Test cases | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2564 | - | Extension to R99 Test cases - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2565 | MISTST1-TDD | Creation of R99 TCs for TDD - prose | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2566 | - | Deleted - Creation of R99 TCs for TDD - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
1908 | - | Deleted - Review all other work items for impact on new or exiting 34 series specs. | Rel-4 | T1 | 100% | - | - | [JSN] |
1340 | FAX-RT | Real Time Facsimile | Rel-4 | S1 | 100% | SP-000169 | - | [JSN] |
1341 | - | Real Time Fax | Rel-4 | S2 | 100% | SP-000169 | - | [JSN] |
1808 | - | Terminal capabilities, AT commands | Rel-4 | T2 | 100% | - | - | [JSN] |
1343 | - | Signalling aspects (e.g. ICM) | Rel-4 | N1 | 100% | - | - | [JSN] |
1648 | - | Service provision | Rel-4 | N3 | 100% | - | - | [JSN] |
1345 | - | Review whether service/stage 1 aspects need to be aligned | Rel-4 | S1 | 100% | SP-000169 | - | [JSN] |
1346 | - | Review whether architecture/stage 2 aspects need to be aligned | Rel-4 | S2 | 100% | SP-000169 | - | [JSN] |
1539 | PSTREAM | Transparent End-to-End PS mobile streaming application | Rel-4 | S4 | 100% | SP-000345 | - | [JSN] |
1818 | MMS4 | Multimedia Messaging | Rel-4 | T2,S1 | 100% | TP-000078 | Siemens | [JSN] |
136 | - | Definition of service requirements for Multimedia Messaging | Rel-4 | S1 | 100% | - | - | [JSN] |
1819 | - | Review of definition of service requirements | Rel-4 | T2 | 100% | TP-000078 | Siemens | [JSN] |
1820 | - | Technical Realisation | Rel-4 | T2 | 100% | TP-000078 | Siemens | [JSN] |
1821 | - | Review of definition of reference Achitecture model | Rel-4 | T2 | 100% | TP-000078 | Siemens | [JSN] |
1822 | - | Fulfill Requirements of Stage 1 | Rel-4 | T2 | 100% | TP-000078 | Siemens | [JSN] |
1823 | - | Definition of MMS primitives in Stage 2 | Rel-4 | T2 | 100% | TP-000078 | Siemens | [JSN] |
1541 | TrFO | Transcoder-Free Operation | Rel-4 | N4,S2,N1 | 100% | - | - | [JSN] |
112 | TrFO-OoBTC | Out-of-Band Transcoder Control solution | Rel-4 | N4 | 100% | N4-000531 | NEC | [JSN] |
1512 | TrFO-OoBTC-UTRAN | implementation in UTRAN | Rel-4 | R3 | 100% | - | Siemens | [JSN] |
896 | - | Impact on architecture, Principles and Terminology | Rel-4 | S2 | 100% | - | - | [JSN] |
1657 | - | Codec Negotiation between UE and MSC | Rel-4 | N1 | 100% | - | Motorola | [JSN] |
115 | - | Codec Negotiation inter MSC | Rel-4 | N4 | 100% | - | - | [JSN] |
894 | - | Bearer establishment inter MSC | Rel-4 | N4 | 100% | NP-000127 | - | [JSN] |
905 | TrFO-STLC | Speech Transcoder: Location and Control at the UMTS Core Network Border | Rel-4 | S2 | 100% | - | - | [JSN] |
124 | - | Transcoder at Edge | Rel-4 | NP | 100% | - | - | [JSN] |
2310 | GEIMP1 | GERAN improvements 1 (Gb over IP) | Rel-4 | GP | 100% | GP-000433 | - | [JSN] |
2311 | GbIP | Gb over IP (Ip-fication of Gb) | Rel-4 | GP | 100% | GP-000434 | - | [JSN] |
2312 | - | Concept of Gb over IP (Ip-fication of Gb) | Rel-4 | GP | 100% | - | - | [JSN] |
2313 | - | Changes to 08.16, 08.18 | Rel-4 | GP | 100% | - | - | [JSN] |
2314 | GEIMP2 | GERAN improvements 2 (NACC) | Rel-4 | GP | 100% | GP-012812 | - | [JSN] |
2315 | Gben | Gb enhancements | Rel-4 | GP | 100% | GP-000436 | - | [JSN] |
2316 | - | Intra BSC NACC (Network Assisted Cell Change) | Rel-4 | GP | 100% | - | - | [JSN] |
2420 | - | Concept | Rel-4 | GP | 100% | - | - | [JSN] |
2317 | - | Changes in 03.64 | Rel-4 | GP | 100% | - | - | [JSN] |
2318 | - | Changes in 04.60 | Rel-4 | GP | 100% | - | - | [JSN] |
2319 | - | Changes in 44.008 | Rel-4 | GP | 100% | - | - | [JSN] |
50030 | GEIMP2-Msconf | MS conformance test for Intra BSC NACC | Rel-4 | GP | 100% | GP-012811 | - | [JSN] |
50299 | - | Changes in 51.010 | Rel-4 | G5,G4 | 100% | - | - | [JSN] |
2324 | GEIMP4 | GERAN improvements 4 (Delayed TBF) | Rel-4 | GP | 100% | GP-010363 | - | [JSN] |
2325 | GEIMP4-Gben2 | Gb enhancements 2 | Rel-4 | GP | 100% | GP-010363 | - | [JSN] |
2429 | - | Stage 2 for Gb enhancements 2 | Rel-4 | GP | 100% | - | - | [JSN] |
2421 | - | Stage 3 (changes in 44.060) | Rel-4 | G2 | 100% | - | - | [JSN] |
2327 | - | Definition of enhanced countdown procedure | Rel-4 | G2 | 100% | - | - | [JSN] |
2328 | - | Definition of enhanced TBF release procedure | Rel-4 | G2 | 100% | - | - | [JSN] |
2329 | - | Definition of USF=FREE type polling mechanism on PDCH | Rel-4 | G2 | 100% | - | - | [JSN] |
1222 | LCRTDD | Low Chip Rate TDD option | Rel-4 | R1 | 100% | - | CWTS | [JSN] |
1223 | LCRTDD-Phys | Physical layer for Low Chip Rate TDD option | Rel-4 | R1 | 100% | - | CWTS | [JSN] |
1224 | LCRTDD-L23 | Layer 2 and layer 3 protocol aspects | Rel-4 | R2 | 100% | - | CWTS | [JSN] |
1225 | LCRTDD-RF | RF radio transmission/reception, system performance requirements and conformance testing | Rel-4 | R4 | 100% | - | CWTS | [JSN] |
1227 | LCRTDD-UErac | UE radio access capability | Rel-4 | R2 | 100% | - | CWTS | [JSN] |
1228 | LCRTDD-IubIur | Iub/Iur protocol aspects - for Low Chip Rate TDD option | Rel-4 | R3 | 100% | - | CWTS | [JSN] |
2262 | - | Low chiprate TDD interworking with GERAN | Rel-4 | GP | 100% | GP-000432 | - | [JSN] |
2263 | - | Handover and Cell Selection / Reselection to UTRA 1.28 Mcps TDD | Rel-4 | GP | 100% | - | - | [JSN] |
2103 | - | Conformance Test Aspects - Low Chip Rate TDD | Rel-4 | T1 | 100% | - | - | [JSN] |
2217 | - | Testing Layer 2 and layer 3 protocol aspects | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2562 | - | Deleted - Testing Layer 2 and layer 3 protocol aspects - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2218 | - | Testing RF Radio Transmission and Reception | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
1322 | CSSPLIT | Enable bearer independent CS architecture | Rel-4 | S2,N3,N4 | 100% | SP-000288 | Siemens | [JSN] |
1323 | - | Enable bearer-independent call control | Rel-4 | N4 | 100% | N4-000512 | Ericsson | [JSN] |
1516 | - | Architecture and Stage 2 description | Rel-4 | S2 | 100% | - | - | [JSN] |
1325 | - | Standardisation of protocols (control & user planes) over Nb interface | Rel-4 | N3 | 100% | N4-000512 | - | [JSN] |
1326 | - | Standardisation of protocols over reference points between MSC server and Gateway MSC server | Rel-4 | N4 | 100% | N4-000512 | - | [JSN] |
1616 | - | Standardisation of detailed stage 2 description | Rel-4 | N4 | 100% | N4-000512 | - | [JSN] |
1327 | - | Bearer control between MSC server and MGW | Rel-4 | N4 | 100% | N4-000512 | - | [JSN] |
1328 | - | stage 3 - protocol issues | Rel-4 | N4 | 100% | - | - | [JSN] |
1329 | - | stage 3 - parameter value issues | Rel-4 | N3 | 100% | - | - | [JSN] |
2052 | CSSPLIT-TEST | Deleted - Conformance Test Aspects - Enable bearer independent CS architecture | Rel-4 | T1 | 100% | - | - | [JSN] |
1445 | MEXE | MExE enhancements Rel-4 | Rel-4 | T2,S3 | 100% | TP-030052 | - | [JSN] |
1447 | MEXE-SEC | MExE Security Analysis Activity | Rel-4 | S3,T2 | 100% | SP-010327 | BT | [JSN] |
2045 | - | Stage 3 for MExE Security | Rel-4 | S3 | 100% | SP-010327 | BT | [JSN] |
1448 | - | Terminal aspects for MExE Security | Rel-4 | T2 | 100% | SP-010327 | BT | [JSN] |
1810 | MEXE-ENHANC | MExE Rel-4 Improvements and Investigations | Rel-4 | T2 | 100% | - | Motorola | [JSN] |
1812 | - | 3rd MExE classmark | Rel-4 | T2 | 100% | - | Motorola | [JSN] |
1814 | - | FS on Secure download mechanism and capabilities to support SDR concepts | Rel-4 | T2 | 100% | - | Motorola | [JSN] |
1815 | - | FS on Support of MP3/MPEG4 content | Rel-4 | T2 | 100% | - | Motorola | [JSN] |
1631 | TFO | Tandem Free aspects for 3G and between 2G and 3G systems | Rel-4 | S4 | 100% | - | - | [JSN] |
1632 | TFO-AMR | Tandem Free AMR | Rel-4 | S4 | 100% | - | - | [JSN] |
130 | - | Specification of Tandem Free AMR | Rel-4 | S4 | 100% | - | - | [JSN] |
907 | - | Impact of Tandem Free AMR on: | Rel-4 | NP | 100% | - | - | [JSN] |
131 | - | CN | Rel-4 | NP | 100% | - | - | [JSN] |
132 | - | GERAN | Rel-4 | GP | 100% | - | - | [JSN] |
2230 | ASCI4 | Advanced Speech Call Items enhancements_Rel-4 | Rel-4 | N1 | 100% | NP-000730 | Nortel | [JSN] |
2232 | - | Stage 2 for Advanced Speech Call Items enhancements_Rel-4 (ASCI) | Rel-4 | N4 | 100% | - | Sagem | [JSN] |
2231 | - | Stages 2 and 3 on A interface | Rel-4 | N1 | 100% | - | Nortel | [JSN] |
2403 | 700SS | 700 MHz spectrum support | Rel-4 | GP | 100% | GP-000449 | - | [JSN] |
2404 | - | GERAN support for the 700 MHz band | Rel-4 | GP | 100% | - | - | [JSN] |
2405 | - | Signalling support | Rel-4 | GP | 100% | - | - | [JSN] |
2406 | - | Physical layer definitions - for GERAN support for the 700 MHz band | Rel-4 | GP | 100% | - | - | [JSN] |
2407 | - | Receiver performance and RF budget | Rel-4 | GP | 100% | - | - | [JSN] |
2408 | - | GERAN MS Conformance test for 700 MHz band | Rel-4 | GP | 100% | GP-000451 | - | [JSN] |
2410 | - | GERAN BTS Conformance test for 700 MHz band | Rel-4 | GP | 100% | GP-000452 | - | [JSN] |
2463 | ODB | Operator Determined Barring for Packet Oriented Services | Rel-4 | NP | 100% | NP-010089 | NEC | [JSN] |
2546 | QoSPS | UMTS QoS Architecture for PS Domain | Rel-4 | S2,S5,R3,GP | 100% | SP-010342 | Ericsson | [JSN] |
2548 | - | Architecture | Rel-4 | S2 | 100% | - | - | [JSN] |
2550 | QoSPS-OAM | Charging and OAM&P for QoS Management | Rel-4 | S5 | 100% | SP-010461 | - | [JSN] |
1681 | QoSPS-MAPEND-RABQoS | RAB Quality of Service (re)Negotiation over Iu | Rel-4 | R3 | 100% | - | Ericsson | [JSN] |
1991 | QoSPS-MAPEND-RABQoS-Negot | RAB Quality of Service Negotiation over Iu | Rel-4 | R3 | 100% | - | Ericsson | [JSN] |
2456 | QoSPS-MAPEND-RABQoS-NegotReloc | RAB Quality of Service Negotiation over Iu during relocation | Rel-4 | R3 | 100% | - | - | [JSN] |
1992 | QoSPS-MAPEND-RABQoS-ReNegot | RAB Quality of Service Re-Negotiation over Iu | Rel-4 | R3 | 100% | - | Motorola | [JSN] |
1553 | GERQoS | GERAN QoS Aspects - Handovers: maintenance of real-time QoS while moving between cells in the PLMN including inter-SGSN and SRNS relocation or possibly other mechanisms | Rel-4 | GP | 100% | GP-010431 | - | [JSN] |
2306 | - | Handover Concept for the PS domain | Rel-4 | GP | 100% | - | - | [JSN] |
2309 | - | Stable RT handover report 25.936 including header removal | Rel-4 | GP | 100% | - | - | [JSN] |
2307 | - | Update of stage 2 | Rel-4 | GP | 100% | - | - | [JSN] |
2308 | - | Update of relevant stage 3 specs -> RRC | Rel-4 | G2 | 100% | - | - | [JSN] |
50010 | GERQoS-Mstest | Deleted - GERAN MS Conformance test for inter-system and intra-system Packet data real-time Handover | Rel-4 | G4,R3 | 100% | GP-012287 | - | [JSN] |
50011 | - | Deleted - Handover for the PS domain | Rel-4 | G4,R3 | 100% | - | - | [JSN] |
50012 | - | Deleted - Stable RT handover report 25.936 including header removal | Rel-4 | G4,R3 | 100% | - | - | [JSN] |
50013 | - | Deleted - Update of stage 2 | Rel-4 | G4,R3 | 100% | - | - | [JSN] |
50014 | - | Deleted - Update of relevant stage 3 specs | Rel-4 | G4,R3 | 100% | - | - | [JSN] |
1685 | QoSPS-PSdoRTS | PS-domain handover for real-time services | Rel-4 | R3 | 100% | - | Nokia | [JSN] |
2554 | - | Deleted - RAB QoS Renegotiation at Relocation | Rel-4 | R3 | 100% | - | - | [JSN] |
1993 | TEI4 | (Small) Technical Enhancements and Improvements for Rel-4 | Rel-4 | SP,CP,RP,GP | 100% | - | - | [JSN] |
25017 | TEI4_Test | Test - (Small) Technical Enhancements and Improvements for Rel-4 | Rel-4 | R5,T1 | 100% | - | - | [JSN] |
400002 | ETRAN | Rel-4 Evolutions of the transport in the UTRAN | Rel-4 | RP | 100% | - | Alcatel | [JSN] |
12 | ETRAN-QoSAAL2 | QoS optimization for AAL2 connections over Iub and Iur interfaces | Rel-4 | R3 | 100% | - | Japan Telecom | [JSN] |
1995 | ETRAN-MigrMod | Transport bearer modification procedure on Iub, Iur, and Iu | Rel-4 | R3 | 100% | - | Japan Telecom | [JSN] |
401834 | - | Deleted - Conformance Test Aspects of Rel-4 evolutions of the transport in UTRAN | Rel-4 | T1 | 100% | - | - | [JSN] |
2208 | CT-RABS? | Deleted - Testing RAB support enhancements | Rel-4 | T1 | 100% | - | - | [JSN] |
400004 | CNTRSP | Rel-4 Evolutions of the transport in the CN | Rel-4 | N4,N1,N2,S2 | 100% | - | - | [JSN] |
859 | SS7IP | IP Transport of CN protocols (e.g. CAP, MAP) | Rel-4 | N4 | 100% | - | - | [JSN] |
1679 | - | Stage 3 for IP Transport of CN protocols (e.g. CAP, MAP) | Rel-4 | N4 | 100% | - | - | [JSN] |
2018 | - | CAP | Rel-4 | N2 | 100% | - | - | [JSN] |
2019 | - | MAP | Rel-4 | N4 | 100% | - | - | [JSN] |
2253 | SS7IP-BSSAP+ | BSSAP+ | Rel-4 | N1 | 100% | - | - | [JSN] |
1513 | - | FS on Transport and control separation in the PS CN domain | Rel-4 | S2 | 100% | SP-000293 | Ericsson | [JSN] |
1615 | - | Architectural impacts | Rel-4 | S2 | 100% | - | - | [JSN] |
401216 | - | Rel-4 Improvements of Radio Interface | Rel-4 | RP | 100% | - | - | [JSN] |
1509 | RInImp-REP | UTRA repeater specification (master) | Rel-4 | R4 | 100% | - | Mikom, Allgon | [JSN] |
1994 | RInImp-DSCHsho | DSCH power control improvement in soft handover | Rel-4 | R1 | 100% | - | Nokia | [JSN] |
1996 | RInImp-UMTS18 | UMTS 1800 | Rel-4 | R4 | 100% | - | Motorola | [JSN] |
2467 | RInImp-UMTS19 | UMTS 1900 | Rel-4 | R4 | 100% | - | Motorola | [JSN] |
1219 | RInImp-HSDPA | FS on High Speed downlink packet access | Rel-4 | R2 | 100% | - | Motorola | [JSN] |
1510 | RInImp-DLCFACH | Deleted - FS on improved common DL channel for Cell-FACH state | Rel-4 | R2 | 100% | - | GBT | [JSN] |
401839 | - | Conformance Test Spec. Rel-4 improvements in Radio Interface | Rel-4 | T1 | 100% | - | - | [JSN] |
2212 | - | Deleted - Testing Improved usage of downlink resource in FDD for CCTrCHs of dedicated type | Rel-4 | T1 | 100% | - | - | [JSN] |
2213 | - | Deleted - Testing Terminal Power saving features | Rel-4 | T1 | 100% | - | - | [JSN] |
2214 | - | Deleted - Testing DSCH power control improvement in soft handover | Rel-4 | T1 | 100% | - | - | [JSN] |
2215 | - | Testing UMTS 1800 | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41000 | - | Testing UMTS 1900 | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2561 | - | Testing UMTS 1800 - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41001 | - | Testing UMTS 1900 - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
400009 | - | Rel-4 RAN improvements | Rel-4 | RP | 100% | - | - | [JSN] |
655 | RANimp-NBsync | Node B synchronization for TDD | Rel-4 | R1 | 100% | - | Siemens | [JSN] |
2206 | RANimp-RABSE | RAB support enhancement for Rel-4 | Rel-4 | R2 | 100% | - | Ericsson | [JSN] |
402102 | - | Deleted - Conformance Test Aspects - Rel-4 RAN Improvements | Rel-4 | T1 | 100% | - | - | [JSN] |
402222 | - | Deleted - Testing Radio access bearer support enhancments | Rel-4 | T1 | 100% | - | - | [JSN] |
402461 | RABimp-RoCH | Deleted - Testing RAB support enhancements-Robust Header Compression | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41006 | - | Deleted - Testing RAB support enhancements-Robust Header Compression - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41007 | Ext-RoHC | Testing of Extended Robut Header Compression | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41008 | - | Deleted - Testing of Extended Robut Header Compression - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
41009 | RANimp-test,TEI4 | Deleted - General changes to TS34.121 corresponding to release 4 | Rel-4 | T1 | 100% | - | - | [JSN] |
401652 | EMC1-CS | Rel-4 Emergency call enhancements | Rel-4 | N1,S1,T1 | 100% | - | Ericsson | [JSN] |
1654 | EMC1-CS | For CS based calls | Rel-4 | N1 | 100% | NP-010136 | Ericsson | [JSN] |
1320 | - | Distinction in CS domain of emergency call types to different emergency services | Rel-4 | S1 | 100% | - | - | [JSN] |
1999 | - | Distinction in CS domain of emergency calls to different emergency types | Rel-4 | N1 | 100% | NP-010136 | - | [JSN] |
402224 | - | Deleted - Conformance Test Aspects - Emergency call enhancements | Rel-4 | T1 | 100% | - | - | [JSN] |
2226 | - | Testing CS based emergency calls | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
2563 | - | Testing CS based emergency calls - TTCN | Rel-4 | T1 | 100% | TP-030052 | - | [JSN] |
401826 | TI | Rel-4 Terminal interfaces | Rel-4 | T2 | 100% | - | - | [JSN] |
1827 | TI-ATC | AT commands enhancements | Rel-4 | T2 | 100% | - | - | [JSN] |
1828 | - | Specification of AT commands for new services | Rel-4 | T2 | 100% | - | - | [JSN] |
1829 | TI-WADS | Wide Area Data Synchronization | Rel-4 | T2 | 100% | - | - | [JSN] |
1830 | TI-SYNC-EVOL | Continues evolution of Synchronization protocol | Rel-4 | T2 | 100% | - | - | [JSN] |
1832 | TLM | Terminal local model | Rel-4 | T2 | 100% | TP-000080 | Ericsson | [JSN] |
401536 | LCS4 | Rel-4 Location Services enhancements | Rel-4 | S2,S1,T2,N1,N4,R3,R2 | 100% | SP-010518 | Nokia | [JSN] |
2229 | LCS4-CBS | CBS interactions | Rel-4 | T2 | 100% | - | - | [JSN] |
523 | LCS4-CS | LCS support in the CS domain | Rel-4 | S2 | 100% | - | - | [JSN] |
525 | LCS4-PS | LCS support in the PS domain | Rel-4 | S2,S1,N1,N4 | 100% | - | - | [JSN] |
1642 | - | Stage 1 for LCS support in the PS domain | Rel-4 | S1 | 100% | - | Pacific Bell Wireless | [JSN] |
1181 | - | Stage 2 for LCS support in the PS domain | Rel-4 | S2,R2,G1 | 100% | - | - | [JSN] |
1180 | - | Stage 3 for LCS support in the PS domain | Rel-4 | N1,N4 | 100% | - | - | [JSN] |
526 | - | Layer 3 LCS signalling UE (MS) -SGSN (UMTS PS and and GSM-GPRS) | Rel-4 | N1 | 100% | - | Nokia | [JSN] |
2462 | - | MAP impacts of LCS | Rel-4 | N4 | 100% | - | - | [JSN] |
527 | - | GTP signalling for LCS | Rel-4 | N4 | 100% | - | - | [JSN] |
401600 | LCS1-UEpos | UE positioning Rel-4 | Rel-4 | R3,R2 | 100% | RP-000509 | - | [JSN] |
1601 | LCS1-UEpos-IubIur | Iub/Iur interfaces for methods Rel 99 | Rel-4 | R3 | 100% | RP-000509 | Ericsson | [JSN] |
1602 | LCS1-UEpos-enh | UE positioning enhancements - IPDL for TDD | Rel-4 | R2 | 100% | RP-000509 | Siemens | [JSN] |
401560 | UICC1 | Rel-4 UICC/(U)SIM enhancements and interworking | Rel-4 | T3 | 100% | - | - | [JSN] |
1799 | UICC1-CPHS | Common PCN Handset Specification (CPHS) | Rel-4 | T3 | 100% | TP-000116 | One2One | [JSN] |
401800 | USAT4 | Rel-4 (U)SIM toolkit enhancements | Rel-4 | T3,S1 | 100% | - | Gemplus | [JSN] |
2034 | USAT1-LocLnk | USAT local link | Rel-4 | T3,S1 | 100% | TP-000116 | Gemplus | [JSN] |
401571 | SEC4 | Rel-4 Security enhancements | Rel-4 | S3,N4,N1 | 100% | SP-000421 | Vodafone | [JSN] |
1331 | SEC4-LI | Rel-4 Lawful Interception | Rel-4 | S3 | 100% | - | - | [JSN] |
1587 | SEC1-CSALGO1 | Evolution of GSM CS algorithms (e.g. A5/3 development and deployment) | Rel-4 | S3 | 100% | SP-000306 | DTI, BIS | [JSN] |
1588 | SEC1-PSALGO1 | Evolution of GSM PS algorithms (e.g. GEA 2 deployment) | Rel-4 | S3,N4,N1 | 100% | SP-000307 | DTI, BIS | [JSN] |
1589 | - | Deleted - Main aspects of Evolution of GSM PS algorithms (e.g. GEA 2 deployment) | Rel-4 | S3 | 100% | - | DTI, BIS | [JSN] |
1618 | - | Impact on GTP | Rel-4 | N4 | 100% | - | DTI, BIS | [JSN] |
1661 | SEC1-PSALGO1-GEACAP | GEA capability indication in MS CM | Rel-4 | N1 | 100% | - | Vodafone Airtouch | [JSN] |
401583 | SEC1-MAPAL | Deleted - MAP application layer security | Rel-4 | S3 | 100% | - | - | [JSN] |
401584 | - | Deleted - Main aspects of MAP application layer security | Rel-4 | S3 | 100% | - | - | [JSN] |
402025 | - | Deleted - Other stage 3 aspects | Rel-4 | N4 | 100% | - | - | [JSN] |
401594 | SEC1-VCS | Deleted - Visibility and Configurability of security | Rel-4 | S3 | 100% | SP-000305 | France Telecom | [JSN] |
401142 | OAM4 | Rel-4 Charging and OAM&P | Rel-4 | S5 | 100% | SP-010461 | - | [JSN] |
2089 | - | Rel-4 Principles, high level Requirements and Architecture | Rel-4 | S5 | 100% | SP-010461 | Motorola, Telia | [JSN] |
2088 | - | Rel-4 Performance Management | Rel-4 | S5 | 100% | SP-010238 | T-Mobile | [JSN] |
2081 | - | Fault Management | Rel-4 | S5 | 100% | SP-000524 | Lucent | [JSN] |
2082 | - | Configuration Management | Rel-4 | S5 | 100% | SP-000524 | Ericsson | [JSN] |
2083 | - | Rel-4 Charging Management | Rel-4 | S5 | 100% | SP-000524 | T-Mobile | [JSN] |
2071 | UOAM | UTRAN Operations and Maintenance procedures | Rel-4 | S5 | 100% | SP-000524 | Mannesmann Mobilfunk | [JSN] |
1517 | GTT | Global Text Telephony | Rel-4 | S1,S2,S4,T1,R5 | 100% | SP-010340 | Ericsson | [JSN] |
1634 | - | Stage 1 for Global Text Telephony | Rel-4 | S1 | 100% | SP-010340 | - | [JSN] |
1519 | - | Stage 2 for Global Text Telephony | Rel-4 | S2 | 100% | SP-010340 | - | [JSN] |
2234 | GTT-CTM | Specification of Cellular Text telephone Modem | Rel-4 | S4 | 100% | SP-010340 | - | [JSN] |
2238 | - | General description and C-code | Rel-4 | S4 | 100% | - | - | [JSN] |
2237 | - | Minimum Performance requirements | Rel-4 | S4 | 100% | - | - | [JSN] |
1852 | GTT_Test | Deleted - Conformance Test Aspects - Global Text Telephony | Rel-4 | R5,T1 | 100% | - | - | [JSN] |
60150 | - | UMTS Features | R99 | S1,S2,S4,SMG,N3,N4,RP | 100% | - | - | [JSN] |
60102 | UMTS_SERVICES | UMTS_SERVICES | R99 | S1 | 100% | - | - | [JSN] |
60103 | UMTS1 | UMTS phase 1 | R99 | S1 | 100% | - | - | [JSN] |
60119 | UMTS_Capabil | UMTS Capabilities | R99 | S1 | 100% | - | - | [JSN] |
60164 | - | Architecture of the GSM-UMTS platform | R99 | S2,N4 | 100% | - | - | [JSN] |
60165 | UTRAN | UMTS Terrestrial Radio Access Network | R99 | RP | 100% | - | - | [JSN] |
60083 | Rlnlmp19,Rlnlmp18 | UMTS 1800, UMTS 1900 | R99 | R2 | 100% | - | - | [JSN] |
60149 | Mandatory_Speech_Codec,AMR-NB,AMR | Mandatory speech codec for narrowband telephony service | R99 | S4 | 100% | SP-99060 | - | [JSN] |
60055 | Low_bit_rate_codec_for_MM_Tel.,H.324M | Codec for low bitrate multimedia telephony service | R99 | S4 | 100% | SP-99060 | - | [JSN] |
60109 | WI5TAC,3G-AVT,Terminal_Acoustic_Characteristics | 3G Audio-Visual Terminal characteristics | R99 | S4 | 100% | SP-99129 | - | [JSN] |
60104 | Updates_for_UMTS | Updates_for_UMTS | R99 | N3 | 100% | - | - | [JSN] |
60124 | UMTS | UMTS | R99 | N3 | 100% | - | - | [JSN] |
60151 | - | UMTS and GSM Features | R99 | S1,S2,SMG,T2,N1,N2,N3,N4,R2,R3 | 100% | - | - | [JSN] |
60147 | MMS | Multimedia Messaging Service | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60121 | LCS | Location Services | R99 | S1,S2,S3,SMG1,SMG2,SMG12,N1,N2,N4,R2,R3 | 100% | SP-99327 | - | [JSN] |
60118 | CAMEL3 | Customised Application for Mobile network Enhanced Logic Phase 3 | R99 | S1,S2,N2,N4 | 100% | SP-99368 | - | [JSN] |
60218 | - | Global view | R99 | S1,S2,N2,N4 | 100% | - | - | [JSN] |
60318 | - | Multiple Subscriber Profile (MSP) based on CAMEL phase 3 | R99 | S1 | 100% | - | - | [JSN] |
60038 | EMS | Short Message Service enhancements / Enhanced Messaging Service (EMS) | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60122 | MExE | Mobile Station Execution Environment | R99 | S1,SMG1,T2 | 100% | TP-000022 | - | [JSN] |
60123 | MS_Classmark | MS_Classmark | R99 | N1 | 100% | - | - | [JSN] |
60057 | Multicall | MultiCall | R99 | S1,N1,N2,N4 | 100% | NP-000348 | - | [JSN] |
60058 | - | Stage 1 for Multicall | R99 | S1 | 100% | - | - | [JSN] |
60105 | VHE | Virtual Home Environment | R99 | S1,SMG1,S2 | 100% | - | - | [JSN] |
60067 | OSA | Open Service Access | R99 | S1,S2,N5 | 100% | - | - | [JSN] |
60091 | Super_Charger | Super Charger mechanism for signalling traffic associated with mobility | R99 | N2,N4 | 100% | - | - | [JSN] |
60039 | Follow_Me | Follow_Me service | R99 | S1,N2,N4 | 100% | - | - | [JSN] |
60093 | SYNC | Wide area network Synchronization and object exchange | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60145 | - | R99 Terminal Interfaces | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60166 | - | AT commands for 3GPP | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60167 | - | Physical interfaces | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60168 | MUXMS-TE | Multiplexer | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60169 | - | Bearer Services | R99 | S1,T2,N1,N3 | 100% | - | - | [JSN] |
60012 | Circuit_switched_Bearer_Services | Circuit Switched Bearer Services | R99 | S1,N3 | 100% | NP-99285 | - | [JSN] |
60021 | CS_Bearerss_in_UMTS | Stage 1 for Circuit Switched Bearer Services | R99 | S1 | 100% | NP-99285 | - | [JSN] |
60019 | CS_Bearers | CS_Bearers | R99 | N3 | 100% | - | - | [JSN] |
60020 | CS_Bearerss | CS_Bearerss | R99 | N3 | 100% | - | - | [JSN] |
60022 | CS_Data | CS_Data | R99 | N3 | 100% | - | - | [JSN] |
60023 | CS_Data_Bearers | CS_Data_Bearers | R99 | N3 | 100% | - | - | [JSN] |
60024 | CSBS | Deleted - CN3 poart of Circuit Switched Bearer Services | R99 | N3 | 100% | - | - | [JSN] |
60040 | FTM | Frame Tunnelling Mode | R99 | T2,N1,N3 | 100% | NP-99285 | - | [JSN] |
60171 | InterworkingwithPDN(DHCP) | Access to ISPs and Intranets – Wireless/Remote access to LANs | R99 | N3 | 100% | N3-99069 | - | [JSN] |
60070 | PIAFS | PHS Internet Access Forum Specification | R99 | S1,N3 | 100% | NP-99285 | - | [JSN] |
60170 | - | Personal Handyphone System Internet Access Forum Standard (PIAFS) | R99 | S1 | 100% | - | - | [JSN] |
60092 | Support_of_PIAFS_in_UMTS | Support_of_PIAFS_in_UMTS | R99 | N3 | 100% | - | - | [JSN] |
60172 | UICC,USIM | Universal Integrated Circuit Card (UICC) and Universal Subscriber Identity Module (USIM) | R99 | T3 | 100% | TP-99084 | - | [JSN] |
60173 | UICC | UICC / Terminal interface; Physical and logical characteristics | R99 | T3 | 100% | TP-99084 | - | [JSN] |
60142 | UICC99 | UICC/(U)SIM enhancements and interworking | R99 | T3 | 100% | - | - | [JSN] |
60174 | USIM | Characteristics of the USIM application | R99 | T3 | 100% | TP-99084 | - | [JSN] |
60114 | AID,Application_Identifiers | UICC Application Identifiers | R99 | T3 | 100% | TP-99184 | - | [JSN] |
60139 | SAT | SIM Application Toolkit | R99 | S1,T3 | 100% | - | - | [JSN] |
60141 | USAT | USIM Application Toolkit | R99 | T3 | 100% | TP-99184 | - | [JSN] |
60175 | BIP | Bearer Independent Protocol for SAT applications to exchange data over the GSM network | R99 | T3 | 100% | - | - | [JSN] |
60176 | - | Administrative commands and functions for IC cards | R99 | T3 | 100% | - | - | [JSN] |
60177 | - | USIM and UICC requirements | R99 | T3 | 100% | TP-99084 | - | [JSN] |
60140 | SIM_API | SIM_API | R99 | T3 | 100% | - | - | [JSN] |
60086 | SIM_toolkit | SIM_toolkit_API | R99 | SMG9,T3 | 100% | - | - | [JSN] |
60087 | SMIME_1.8V | Deleted - 1.8 Volt SIM ME interface | R99 | SMG9 | 100% | - | - | [JSN] |
60178 | - | USIM/UICC Testing | R99 | T3 | 100% | - | - | [JSN] |
60179 | - | Terminal tests for the UICC Interface | R99 | T3 | 100% | TP-99184 | - | [JSN] |
60180 | - | USIM application test specification | R99 | T3 | 100% | TP-99184 | - | [JSN] |
60181 | - | USIM conformance test specification | R99 | T3 | 100% | - | - | [JSN] |
60182 | - | SIM toolkit test specification | R99 | T3 | 100% | - | - | [JSN] |
60137 | Security | Security for UMTS and GSM Features | R99 | S3,N2,N4 | 100% | - | - | [JSN] |
60183 | FIGS | Fraud Information Gathering Service (for connection-orientated services) | R99 | S3 | 100% | - | - | [JSN] |
60085 | IST,SECIST | Immediate Service Termination / SECurity Immediate Service Termination | R99 | S3,N2,N4 | 100% | - | - | [JSN] |
60018 | Core_Network_Security | Core_Network_Security | R99 | N4 | 100% | - | - | [JSN] |
60152 | - | GSM Features | R99 | S1,S2,SMG,T2,N1,N2,N3,N4 | 100% | - | - | [JSN] |
60184 | DTM | Dual Transfer Mode within GSM and GPRS | R99 | SMG,N1 | 100% | - | - | [JSN] |
60013 | Class_A_Dual_Transfer_Mode_(DTM) | Class A Dual Transfer Mode | R99 | SMG | 100% | - | - | [JSN] |
60027 | - | Dual Transfer Mode | R99 | SMG,N1 | 100% | - | - | [JSN] |
60185 | GPRSenhancements | General Packet Radio Service enahancements | R99 | S1,S2,SMG1,SMG2,SMG7,N1,N2,N3,N4,T2 | 100% | - | - | [JSN] |
60132 | GPRS | General Packet Radio Service | R99 | S1,S2,SMG1,SMG2,SMG7,N1,N2,N3,N4,T2 | 100% | - | - | [JSN] |
60133 | GPRS2 | GPRS2 | R99 | SMG1,N2 | 100% | - | - | [JSN] |
60134 | GTP_enhancement | GPRS Tunnelling Protocol enhancement | R99 | N4,N2 | 100% | - | - | [JSN] |
60186 | EDGE-Phase1 | Enhanced Data rates for GSM Evolution - Phase 1 | R99 | SMG2,SMG1,SMG3,SMG4,SMG7,SMG9,SMG10,N1,N3,T2 | 100% | - | - | [JSN] |
60030 | EDGE | Enhanced Data rates for GSM Evolution | R99 | SMG2,SMG1,SMG3,SMG4,SMG7,SMG9,SMG10,N1,N3,T2 | 100% | - | - | [JSN] |
60034 | EDGE-Layer1 | EDGE-Layer1 | R99 | SMG2 | 100% | - | - | [JSN] |
60135 | HSCSD | High Speed Circuit Switched Data | R99 | SMG1,SMG2,SMG7 | 100% | - | - | [JSN] |
60029 | ECSD | Enhanced Circuit Switched Data - Phase 1 | R99 | S1,SMG | 100% | - | - | [JSN] |
60032 | EDGE-ECSD | EDGE-Enhanced Circuit Switched Data | R99 | SMG2 | 100% | - | - | [JSN] |
60035 | EGPRS | Enhanced GPRS - Phase 1 | R99 | SMG,N1 | 100% | - | - | [JSN] |
60033 | EDGE-EGPRS | EDGE-EGPRS | R99 | SMG2 | 100% | - | - | [JSN] |
60069 | PFC | Packet Flow Context (PFC) | R99 | SMG2 | 100% | - | - | [JSN] |
60031 | EDGE-Compact | Support for EGPRS in ANSI-136 networks and EDGE COMPACT | R99 | SMG | 100% | - | - | [JSN] |
60036 | EGPRS-Compact | EGPRS COMPACT | R99 | SMG | 100% | - | - | [JSN] |
60136 | COMPACT | COMPACT | R99 | SMG,N1 | 100% | - | - | [JSN] |
60047 | GSM_400 | GSM_400 | R99 | SMG2,SMG7,T2 | 100% | - | - | [JSN] |
60048 | GSM_450 | GSM_450 | R99 | SMG2 | 100% | - | - | [JSN] |
60131 | GSM_700 | GSM_700 | R99 | SMG2 | 100% | - | - | [JSN] |
60041 | GERAN | Deleted - GERAN | R99 | SMG2,S2 | 100% | - | - | [JSN] |
60153 | - | GSM Features transposed to UMTS | R99 | S1,S3,T2,N2,N4 | 100% | - | - | [JSN] |
60187 | CBS | Cell Broadcast Service | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60188 | MNP | GSM mobile number portability euro MNP / North American MNP | R99 | S1,N2,N4 | 100% | - | - | [JSN] |
60144 | - | Mobile Number Portability | R99 | N2,N4 | 100% | - | - | [JSN] |
60189 | - | Automatic establishment of roaming relations | R99 | S1 | 100% | - | Telecom Italia | [JSN] |
60190 | - | Advanced addressing | R99 | S1 | 100% | - | - | [JSN] |
60191 | - | UMTS numbering, addressing and identities | R99 | S1 | 100% | - | - | [JSN] |
60192 | LI | Lawful Interception for GSM Features transposed to UMTS | R99 | S3 | 100% | - | - | [JSN] |
60154 | - | Charging | R99 | S1,S5 | 100% | - | - | [JSN] |
60011 | Charging | R99 Charging | R99 | S1 | 100% | - | - | [JSN] |
60215 | OAMCH,CH | R99 OAM Charging Management | R99 | S5 | 100% | SP-99271 | - | [JSN] |
60155 | OAM1999 | Operations, Administration, Maintenance and Provisioning (OAM&P) | R99 | S5 | 100% | SP-99581 | - | [JSN] |
60073 | PR,Princs_&_Reqs_(PR) | OAM Principles and High-level Requirements | R99 | S5 | 100% | SP-99581 | - | [JSN] |
60062 | OAMAR,AR,Telecom_Management_Arch_(AR) | OAM Architecture | R99 | S5 | 100% | SP-99581 | - | [JSN] |
60014 | OAMCM,CM | OAM Configuration Management | R99 | S5 | 100% | SP-99273 | - | [JSN] |
60063 | OAMFM | OAM Fault Management | R99 | S5 | 100% | SP-99272 | - | [JSN] |
60064 | OAMPM,PM | OAM Performance Management | R99 | S5 | 100% | SP-99274 | - | [JSN] |
60106 | Vocabulary | Vocabulary | R99 | S1 | 100% | - | - | [JSN] |
60037 | Emergency | Emergency | R99 | S1 | 100% | - | - | [JSN] |
60049 | GSM_to_UMTS_Evol | GSM General Bearer Services (GBS) and interworking scenarios support in UMTS | R99 | S1 | 100% | - | - | [JSN] |
60043 | GPRS_Mobile_IP_interworking | GPRS_Mobile_IP_interworking | R99 | N3 | 100% | - | - | [JSN] |
60046 | 2G3Ginterworking | GSM/UMTS interworking | R99 | N1,N2,N4,R3,S1,SMG | 100% | - | - | [JSN] |
60050 | Handover | Handover | R99 | S1,SMG2,N1,N2,N4 | 100% | - | - | [JSN] |
60120 | 2G3Ghandover | 2G3Ghandover | R99 | SMG2 | 100% | - | - | [JSN] |
60088 | SPANME | Service Provider Name Indication | R99 | S1 | 100% | - | - | [JSN] |
60026 | Data,Data_CleanUp | Data & Data_CleanUp | R99 | SMG1 | 100% | - | - | [JSN] |
60125 | USSD | Unstructured Supplementary Service Data (USSD) | R99 | SMG1,N4 | 100% | - | - | [JSN] |
60126 | MMI | Man-Machine Interface (MMI) of the User Equipment (UE) | R99 | S1 | 100% | - | - | [JSN] |
60127 | NITZ | Network Identity and Timezone (NITZ) | R99 | SMG1,SMG3 | 100% | - | - | [JSN] |
60128 | ODB_Enh. | Deleted - Operator Determined Barring for Packet Oriented Services | R99 | S1 | 100% | - | - | [JSN] |
60068 | Packet_Flow_Management | Packet Flow Management | R99 | SMG2 | 100% | - | - | [JSN] |
60044 | GPRS_PTMG | GPRS_Point-To-Multipoint Group call | R99 | SMG1 | 100% | - | - | [JSN] |
60156 | - | Call Forwarding | R99 | SMG1,N2,N4 | 100% | - | - | [JSN] |
60010 | CF_enhancements | Call Forwarding enhancements | R99 | N4,N2 | 100% | - | - | [JSN] |
60116 | Call_Forwarding | Call_Forwarding | R99 | SMG1,N2 | 100% | - | - | [JSN] |
60117 | Call_Forwarding_Enhancements | Call_Forwarding_Enhancements | R99 | N4 | 100% | - | - | [JSN] |
60157 | - | Quality of Service | R99 | S2,T2,N1,N2,N4 | 100% | - | - | [JSN] |
60076 | QoS | End-to-end UMTS Quality of Service management | R99 | S2,T2,N1,N2,N4 | 100% | - | - | [JSN] |
60130 | E2EQoS99 | End-to-end QoS for PS Domain including IMS | R99 | S2 | 100% | - | - | [JSN] |
60045 | GPRS-enhanced_QoS | GPRS-enhanced_QoS | R99 | T2 | 100% | - | - | [JSN] |
60077 | QoS_enhancements | QoS_enhancements | R99 | N2,N1,N4 | 100% | - | - | [JSN] |
60129 | SoLSA | Support of Localised Service Area | R99 | SMG2,SMG3,SMG7,N2 | 100% | - | - | [JSN] |
60100 | Transcoder_location | Transcoder_location | R99 | S2 | 100% | - | - | [JSN] |
60113 | Antenna_test_methods | Antenna_test_methods | R99 | SMG2 | 100% | - | - | [JSN] |
60107 | WBAMR | WBAMR / high quality speech in UMTS Phase 1 but not in R99 | R99 | S1 | 100% | - | - | [JSN] |
60138 | - | Codec | R99 | S4 | 100% | - | - | [JSN] |
60015 | Codec_for_Multimedia_Telephony | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60415 | Multimedia_Codec | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60515 | CSM | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60615 | WI2MMC | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60715 | Codec(s)_for_CS_MM_Tel._Serv | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60815 | Codec(s)_for_MM_Tel_Service | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60915 | - | Codecs for Multimedia Telephony Service | R99 | S4 | 100% | - | - | [JSN] |
60078 | QoS_for_Speech_&_MM_Codecs_/_AMR | QoS for Speech and Multimedia Codec | R99 | S4 | 100% | SP-99060 | - | [JSN] |
60099 | TFOAMR | Tandem Free Operation - Adaptive Multi-Rate codec types | R99 | S4 | 100% | - | - | [JSN] |
60112 | AMRNS | Noise Suppression for AMR | R99 | S4 | 100% | - | - | [JSN] |
60065 | OoBT | Out-of-Band Transcoder | R99 | N1 | 100% | - | - | [JSN] |
60066 | OoBTC | Out-of-Band Transcoder Control | R99 | N1 | 100% | - | - | [JSN] |
60143 | ASCI | Advanced Speech Call Items enhancements | R99 | SMG1,SMG2,SMG3,SMG7,SMG9,N1,N4,S1,T2 | 100% | - | - | [JSN] |
60009 | CC_Related_items | Call Control improvements | R99 | N1 | 100% | - | - | [JSN] |
60059 | Multimedia | Multimedia | R99 | N1,N3 | 100% | - | - | [JSN] |
60089 | SSN_allocation | Sub-System Number allocation for RANAP, RNSAP | R99 | N2 | 100% | - | - | [JSN] |
60053 | ISPaccess | Intranet / ISP access with DHCP end-to-end | R99 | N3 | 100% | - | - | [JSN] |
60072 | Point_to_Multipoint_Services | Point_to_Multipoint_Services | R99 | N3 | 100% | - | - | [JSN] |
60146 | FAX | Facsimile | R99 | S1 | 100% | - | - | [JSN] |
60081 | Realtime_NT_FAX_in_UMTS | Realtime_NT_FAX_in_UMTS | R99 | N3 | 100% | - | - | [JSN] |
60042 | GLR | Gateway Location Register (GLR) - Mobile Application Part (MAP) specification | R99 | N4 | 100% | - | - | [JSN] |
60056 | MSP2 | Multiple Subscriber Profile phase 2 | R99 | S1,N4 | 100% | - | - | [JSN] |
60074 | Prepaging | Prepaging | R99 | N2,N4 | 100% | - | - | [JSN] |
60148 | - | Re-definition of channel quality measure used for AMR link adaptation for Downlink Advanced Receiver Performance (DARP) MS | R99 | SMG | 100% | - | - | [JSN] |
60051 | HS | Harmonized Standard | R99 | SMG2 | 100% | - | - | [JSN] |
60090 | Streamlining | Streamlining of specifications | R99 | N3 | 100% | - | - | [JSN] |
60079 | R99_Service_Clean_up | R99_Service_Clean_up | R99 | N3 | 100% | - | - | [JSN] |
60094 | TEI | (Small) Technical Enhancements and Improvements for R99 | R99 | N3 | 100% | - | - | [JSN] |
60095 | TEI_[CS_Data] | TEI_[CS_Data] | R99 | N3 | 100% | - | - | [JSN] |
60096 | TEI_[GPRS] | TEI_[GPRS] | R99 | N3 | 100% | - | - | [JSN] |
25016 | TEI_Test | R99 UE Conformance Testing | R99 | R5,T1 | 100% | - | - | [JSN] |
60084 | RTEI | Deleted - RTEI | R99 | T1 | 100% | - | - | [JSN] |
60193 | - | Common test environments for User Equipment (UE); Conformance testing | R99 | R5,T1 | 100% | - | - | [JSN] |
60194 | - | Terminal conformance specification, Radio transmission and reception (FDD) | R99 | R5,T1 | 100% | - | - | [JSN] |
60195 | - | Terminal conformance specification, Radio transmission and reception (TDD) | R99 | R5,T1 | 100% | - | - | [JSN] |
60196 | - | UE conformance specification; Part 1: Protocol conformance specification | R99 | R5,T1 | 100% | - | - | [JSN] |
60197 | - | UE conformance specification; Part 2: Implementation Conformance Statement (ICS) specification | R99 | R5,T1 | 100% | - | - | [JSN] |
60198 | - | UE conformance specification; Part 3: Abstract test suites (ATSs) | R99 | R5,T1 | 100% | - | - | [JSN] |
60028 | DTMF | Deleted - Dual Tone Multi-Frequency signalling : Support in the whole 3GPP system | R99 | N1 | 100% | - | - | [JSN] |
60052 | Intersystem_Change | Deleted - Intersystem_Change | R99 | SMG | 100% | - | - | [JSN] |
60054 | Long_Forwardedto_Numbers | Deleted - Long_Forwardedto_Numbers | R99 | N2 | 100% | - | - | [JSN] |
60080 | RANimp-FSEarlyUE | Deleted - RANimp-FSEarlyUE | R99 | R3 | 100% | - | - | [JSN] |
60061 | Numbering | Advanced Addressing/Numbering | R99 | S1 | 100% | - | Vodafone | [JSN] |
60161 | - | Combined GSM and Mobile IP mobility handling in UMTS IP CN | R99 | S2 | 100% | - | - | [JSN] |
60101 | UCR | UE Capabilities Requirements | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60158 | - | Electrical safety requirements and regulations | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60159 | - | Specific Absorbtion Rate (SAR) requirements and regulations in different regions | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60160 | - | Multi-mode UE issues | R99 | T2 | 100% | TP-000022 | - | [JSN] |
60162 | - | Provision of fax service in GSM and UMTS | R99 | T2 | 100% | - | Ericsson | [JSN] |
60163 | - | Separating Radio Resources and Mobility Management specific parts of the MS Classmark | R99 | T2 | 100% | - | - | [JSN] |
All information on this page is aggregated from the 3GPP WorkPlan.