3GPP TDocs (written contributions) at meeting
Meeting: RP-89-e - 2020-09-14 to 2020-09-18, Online
meeting id: RP-89-e (click id for more info on this meeting)Click on the Tdoc to open its file.
| TDoc | Title | Source | Remarks |
|---|---|---|---|
| RP‑201395 | Agenda for electronic meeting RAN #89e held 14.09.-18.09.2020 | RAN chairman (Nokia) | imported from 3GU |
| RP‑201396 | Draft report of electronic meeting RAN #88e held 29.06.-03.07.2020 | ETSI MCC | imported from 3GU |
| RP‑201397 | Status Report RAN WG1 | RAN1 chairman (Qualcomm) | imported from 3GU |
| RP‑201398 | List of CRs from RAN WG1 | ETSI MCC | imported from 3GU |
| RP‑201399 | Status Report RAN WG2 | RAN2 chairman (MediaTek) | imported from 3GU |
| RP‑201400 | List of CRs from RAN WG2 | ETSI MCC | imported from 3GU |
| RP‑201401 | Status Report RAN WG3 | RAN3 chairman (Ericsson) | imported from 3GU |
| RP‑201402 | List of CRs from RAN WG3 | ETSI MCC | imported from 3GU |
| RP‑201403 | Status Report RAN WG4 | RAN4 chairman (Futurewei) | imported from 3GU |
| RP‑201404 | List of CRs from RAN WG4 | ETSI MCC | imported from 3GU |
| RP‑201405 | Status Report RAN WG5 | RAN5 chairman (Motorola Mobility) | imported from 3GU |
| RP‑201406 | List of CRs from RAN WG5 | ETSI MCC | imported from 3GU |
| RP‑201407 | Status Report MCC TF160 (for approval) | ETSI MCC TF160 Leader | imported from 3GU |
| RP‑201408 | TSG SA Report to TSG RAN | SA chairman (Huawei) | imported from 3GU |
| RP‑201409 | 3GPP Support Team Report | ETSI MCC | imported from 3GU |
| RP‑201410 | Status Report ITU-R Ad hoc | 3GPP ITU-R Ad hoc Contact (Telecom Italia) | imported from 3GU |
| RP‑201411 | 3GPP Work Plan review at Plenary #89e | ETSI MCC | imported from 3GU |
| RP‑201412 | Reply LS to S2-2004474 = RP-200561 on S1/NG DAPS handover (CP-201312; to: SA2, SA, RAN3, CT4; cc: RAN; contact: Qualcomm) | CT | imported from 3GU |
| RP‑201413 | Reply LS to C4-203712 = RP-200565 and R3-202553 = RP-200550 on port allocation (CP-201316; to: CT4, RAN3; cc: RAN, SA; contact: Nokia) | CT | imported from 3GU |
| RP‑201414 | LS on port allocation for the W1 interface (CP-201349; to: IESG; cc: RAN, SA, IANA, RAN3; contact: Nokia) | CT | imported from 3GU |
| RP‑201415 | LS on mandatory support of full rate user plane integrity protection for 5G (SP-200617; to: CT1, SA2, SA3, RAN2, RAN3; cc: RAN, CT; contact: Deutsche Telekom) | SA | imported from 3GU |
| RP‑201416 | Reply LS to GSMA_LS_200221 = SP-200304 = RP-200038, GSMA_LS_200221 = SP-200533 = RP-200568 on mandatory support of full rate user plane integrity protection for 5G (SP-200618; to: GSMA Board, GSMA CVD; cc: RAN, CT; contact: Deutsche Telekom) | SA | imported from 3GU |
| RP‑201417 | LS on HO to congested cells (SP-200631; to: RAN3; cc: SA2, RAN; contact: Huawei) | SA | imported from 3GU |
| RP‑201418 | Reply LS to SP-200617 = RP-201415 on mandatory support of full rate user plane integrity protection for 5G (R3-205653; to: SA, RAN, CT, CT1, SA2, SA3, RAN2; cc: -; contact: Qualcomm) | RAN3 | imported from 3GU |
| RP‑201419 | Reply LS to NGMN_LS200617 = R4-2009502 = RP-201096 on 5G NR Over The Air test methodologies and performance requirements (R4-2012708; to: NGMN; cc: RAN5, RAN; contact: Vivo) | RAN4 | imported from 3GU |
| RP‑201420 | Reply LS to SP-200617 = RP-201415 on mandatory support of full rate user plane integrity protection for 5G (S2-2006181; to: SA; cc: CT1, SA3, RAN2, RAN3, RAN, CT; contact: Qualcomm) | SA2 | imported from 3GU |
| RP‑201421 | LS on Information regarding Harmonised Standard EN 303 687 (license-exempt 6 GHz operation) (ETSI BRAN(20)000004r3; to: RAN, RAN1, IEEE 802.11 WG, Wi-Fi Alliance, Wireless Broadband Alliance, GSMA, 5G ACIA; cc: -; contact: Ericsson) | ETSI TC BRAN | imported from 3GU |
| RP‑201422 | LS about Draft Standard MEF 84 Draft (Release 1) on Network Slicing (MEF_LS200805; to: RAN, CT, BBF, ETSI ISG ENI, ETSI ISG NFV, ETSI ISG ZSM, GSMA, IETF, ITU-T SG13, ITU-T SG15, NGMN, ONF, TMF; cc: -; contact: President MEF) | Metro Ethernet Forum (MEF) | imported from 3GU |
| RP‑201423 | LS on Invitation to update the information in the IMT2020 roadmap (ITU-T JCA-IMT2020-LS08; to: CT, RAN, SA, All ITU-T Study Groups, ITU-R SG5, ITU-D SG2, BBF, ETSI ISG MEC, ETSI ISG NFV, ETSI Millimetre Wave Transmission, GSMA, IEEE 802.1, IEEE Futur | ITU-T JCA IMT2020 | imported from 3GU |
| RP‑201424 | LS on initiation of new work item Q.IMT2020-SAO “Requirement, framework and protocols for signalling network analyses and optimization in IMT-2020” (ITU-T SG11-LS147; to: RAN, CT, ETSI, GSMA; cc: -; contact: CAICT) | ITU-T SG11 | imported from 3GU |
| RP‑201425 | LS on Deliverables of Focus Group NET2030 (ITU-T SG13-LS166; to: RAN, CT, TSAG, ITU-T SG 2/3/5/9/11/12/15/16/17/20, IETF, IRTF, IEEE, ETSI, ARIB, ATIS, CCSA, TTA, TTC, OIF, ONF, NGMN Alliance, GSMA, Wi-Fi Alliance, MEF, ITU-R WP5D, BBF, OPC-FLC, ODVA | ITU-T SG13 | imported from 3GU |
| RP‑201426 | LS on initiation of new work on "Edge computing – Overview and requirements" (ITU-T SG13-LS175; to: RAN, ITU-T SG20, SG16, SG11, SG17, ISO/IEC JTC 1/SC 38, IETF, ETSI; cc: -; contact: ETRI) | ITU-T SG13 | imported from 3GU |
| RP‑201427 | LS to RIT/SRIT proponents on the completion and conclusionsof steps 5 to 7 of the IMT-2020 process for the first release of the new Recommendation ITU-R M.[IMT-2020.SPECS] (ITU-R WP5D_TEMP_159; to: RAN, CT, SA, 3GPP Proponent, (collectively ARIB, ATI | ITU-R WP5D | imported from 3GU |
| RP‑201428 | LS to transposing organizations on the completion of step 8 of IMT-2020 process for the first release of new Recommendation ITU-R M.[IMT-2020.SPECS] (ITU-R WP5D_TEMP_163(Rev.1); to: ETSI, TSDSI, ARIB, ATIS, CCSA, TTA, TTC; cc: RAN, KOREA (REPUBLIC OF | ITU-R WP5D | imported from 3GU |
| RP‑201429 | LS on ITS Connected Automated Vehicles (CAV) (ITU-R WP5A_TEMP_29(Rev.1); to: RAN, CT, SA, 5G Automotive Association, 79 GHz Project, ARIB, ATIS, AWG, C2C-CC, CCSA, CEPT ECC CPG, CEPT ECC WG FM, C-Roads, ETSI, ETSI ERM-TG37, ETSI ERM-TGSRR, ETSI ISG M | ITU-R WP5A | imported from 3GU |
| RP‑201430 | Draft reply LTI to ITU-R WP5A/TEMP/29(Rev.1) = RP-201429 on Connected Automated Vehicles (CAV); to: RAN; cc: -; contact: Huawei) | 3GPP ITU-R AH | imported from 3GU |
| RP‑201431 | Draft reply LTI to ITU-R WP5D/TEMP/58(Rev.1) = RP-200043 on draft new report ITU-R.M[IMT.C-V2X] - Application of the terrestrial component of IMT for cellular-V2X; to: RAN; cc: -; contact: Huawei) | 3GPP ITU-R AH | imported from 3GU |
| RP‑201432 | Draft reply LTI to ITU-R WP5D/TEMP/39 = RP-200037 on the schedule for updating Recommendation ITU-R M.2012 to revision 5; to: RAN; cc: -; contact: Telecom Italia) | 3GPP ITU-R AH | imported from 3GU |
| RP‑201433 | Draft reply LS to ITU_WRC_LS_200428 = RP-200547 on 3GPP’s activities related to WRC-19 Resolutions (RT-20xxx4; to: RAN; cc: -; contact: Ericsson) | 3GPP ITU-R AH | imported from 3GU |
| RP‑201434 | LS on RAN1 discussion on simulations for 5G-ACIA (R1-2007186; to: RAN; cc: -; contact: Ericsson) | RAN1 | imported from 3GU |
| RP‑201435 | Reply LS to SP-200617 = RP-201415 on mandatory support of full rate user plane integrity protection for 5G (R2-2008643; to: SA, CT1, SA2, SA3, CT, RAN; cc: RAN3; contact: Deutsche Telekom) | RAN2 | imported from 3GU |
| RP‑201436 | Reply LS to SP-200617 = RP-201415 on mandatory support of full rate user plane integrity protection for 5G (C1-205392; to: SA; cc: SA2, SA3, RAN2, RAN3, RAN, CT; contact: Qualcomm) | CT1 | imported from 3GU |
| RP‑201437 | LS on RAN impact of FS_5MBS Study (S2-2006044; to: SA, RAN, RAN2, RAN3; cc: -; contact: Huawei) | SA2 | imported from 3GU |
| RP‑201438 | LS on Standardisation of a new 5G-NR/IMT-2020 band in 6425-7125 MHz (RCC_LS200904; to: RAN; cc: -; contact: Chairm an of RCC Commission on Spectrum and Satellite Orbits) | Regional Commonwealth in the field of Communication (RCC) | imported from 3GU |
| RP‑201439 | reserved | ETSI MCC | imported from 3GU |
| RP‑201440 | reserved | ETSI MCC | imported from 3GU |
| RP‑201441 | reserved | ETSI MCC | imported from 3GU |
| RP‑201442 | reserved | ETSI MCC | imported from 3GU |
| RP‑201443 | reserved | ETSI MCC | imported from 3GU |
| RP‑201444 | reserved | ETSI MCC | imported from 3GU |
| RP‑201445 | reserved | ETSI MCC | imported from 3GU |
| RP‑201446 | RAN5 agreed non TTCN CR(s) WI MS Conformance Test Aspects - Rel-14 CA configurations (LTE_CA_R14-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201447 | RAN5 agreed non TTCN CR(s) WI MS Conformance Test Aspects - Mission Critical Improvements (MCImp-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201448 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 1) | TSG WG RAN5 | imported from 3GU |
| RP‑201449 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 2) | TSG WG RAN5 | imported from 3GU |
| RP‑201450 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 3) | TSG WG RAN5 | imported from 3GU |
| RP‑201451 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 4) | TSG WG RAN5 | imported from 3GU |
| RP‑201452 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 5) | TSG WG RAN5 | imported from 3GU |
| RP‑201453 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G system with NR and LTE (5GS_NR_LTE-UEConTest) (Batch 6) | TSG WG RAN5 | imported from 3GU |
| RP‑201454 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Rel-15 CA configurations (LTE_CA_R15-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201455 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Shortened TTI and processing time for LTE (LTE_sTTIandPT-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201456 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - LTE Advanced high power TDD UE (power class 2) for Rel-15 (LTE_TDD_HPUE_R15-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201457 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Further NB-IoT enhancements (NB_IOTenh2-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201458 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Even further enhanced MTC for LTE (LTE_eMTC4-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201459 | RAN5 agreed non TTCN CR(s) SI Study on 5G NR UE Application Layer Data Throughput Performance - (FS_UE_5GNR_App_Data_Perf) | TSG WG RAN5 | imported from 3GU |
| RP‑201460 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Rel-16 NR CA and DC; and NR and LTE DC Configurations (NR_CADC_NR_LTE_DC_R16-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201461 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Introduction of new Rel-16 NR bands and extension of existing NR bands (NR_bands_BW_R16-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201462 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - Addition of Power Class 2 UE for LTE bands 31 and 72^^(LTE_PC2_B31_B72-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201463 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects for RF requirements for NR frequency range 1 (FR1) (NR_RF_FR1-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201464 | RAN5 agreed non TTCN CR(s) WI UE Conformance Test Aspects - 5G V2X with NR sidelink (5G_V2X_NRSL_eV2XARC-UEConTest) | TSG WG RAN5 | imported from 3GU |
| RP‑201465 | RAN5 agreed non TTCN CR(s) under WI Small Technical Enhancements and Improvements for Rel-16 Conformance Testing (TEI16_Test) | TSG WG RAN5 | imported from 3GU |
| RP‑201466 | Maintenance for closed WIs/SIs for REL-15 and earlier | TSG WG RAN5 | imported from 3GU |
| RP‑201467 | R5s CRs from RAN5 electronic meeting ‘#2020-TTCN email’ | TSG WG RAN5 | imported from 3GU |
| RP‑201468 | Status Report: Enhancements on MIMO for NR | Samsung | imported from 3GU |
| RP‑201469 | Status Report to TSG: Further Enhancements on MIMO for NR | Samsung | imported from 3GU |
| RP‑201470 | Revised WID: Further Enhancements on MIMO for NR | Samsung | imported from 3GU |
| RP‑201471 | Release 17 Schedule | Samsung | imported from 3GU |
| RP‑201472 | On SIB24 issue | Samsung | imported from 3GU |
| RP‑201473 | Status report of SI: NR Sidelink relay; rapporteur: OPPO | OPPO | imported from 3GU |
| RP‑201474 | Revised SID: NR Sidelink Relay | OPPO | imported from 3GU |
| RP‑201475 | Revised WID on Rel-17 LTE inter-band Carrier Aggregation for x bands DL (x= 3, 4, 5) with 2 bands UL | LG Electronics Polska | imported from 3GU |
| RP‑201476 | Status report on Rel-17 LTE inter-band Carrier Aggregation for x bands DL (x= 3, 4, 5) with 2 bands UL; Rapporteur: LG Electronics | LG Electronics Polska | imported from 3GU |
| RP‑201477 | Revised WID on Rel-17 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) | LG Electronics Polska | imported from 3GU |
| RP‑201478 | Status report on Rel-17 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) ; Rapporteur: LG Electronics | LG Electronics Polska | imported from 3GU |
| RP‑201479 | New WID: UE Conformance Test Aspects - 410 – 430 MHz E-UTRA FDD Band(s) for LTE PPDR and PMR/PAMR in Europe (Bands 87 and 88) | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201480 | Status report for WI Addition of Power Class 2 UE for LTE bands 31 and 72; rapporteur: Airbus | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201481 | Status report for WI NR 2-step RACH; rapporteur: ZTE Corporation | ZTE Corporation | imported from 3GU |
| RP‑201482 | SR for WI on EN-DC of 4 bands LTE inter-band CA (4DL1UL) and 1 NR band (1DL1UL), Rapporteur: Nokia | RAN4 | imported from 3GU |
| RP‑201483 | Rel-17 WID on DC of 4 bands LTE inter-band CA (4DL1UL) and 1 NR band (1DL1U) | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201484 | Positioning use cases and requirements for public safety | FirstNet, AT&T | imported from 3GU |
| RP‑201485 | Status Report for Study on high-power UE operation for fixed-wireless/vehicle-mounted use cases in LTE bands 5 and 12 and NR band n71 | Nokia France | imported from 3GU |
| RP‑201486 | Status report for WI UE Conformance Test Aspects - Mission Critical Improvements; rapporteur NIST | NIST | imported from 3GU |
| RP‑201487 | New WID: UE Conformance Test Aspects - Enhancements for Mission Critical Services MCPTT, MCData and MCVideo for Rel-15 | NIST | imported from 3GU |
| RP‑201488 | RAN4 CRs for Enhancements on MIMO for NR | RAN4 | imported from 3GU |
| RP‑201489 | RAN4 CRs for Perf. part: 2-step RACH for NR | RAN4 | imported from 3GU |
| RP‑201490 | RAN4 CRs for Perf. part: UE Power Saving in NR | RAN4 | imported from 3GU |
| RP‑201491 | RAN4 CRs for NR positioning support | RAN4 | imported from 3GU |
| RP‑201492 | RAN4 CRs for Perf. part: 5G V2X with NR sidelink | RAN4 | imported from 3GU |
| RP‑201493 | RAN4 CRs for Perf. part: NR mobility enhancements | RAN4 | imported from 3GU |
| RP‑201494 | RAN4 CRs for Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | RAN4 | imported from 3GU |
| RP‑201495 | RAN4 CRs for RF requirements for NR frequency range 1 (FR1) | RAN4 | imported from 3GU |
| RP‑201496 | RAN4 CRs for NR RF requirement enhancements for frequency range 2 (FR2) | RAN4 | imported from 3GU |
| RP‑201497 | RAN4 CRs for Perf. part: NR support for high speed train scenario | RAN4 | imported from 3GU |
| RP‑201498 | RAN4 CRs for RRM requirement for CSI-RS based L3 measurement in NR | RAN4 | imported from 3GU |
| RP‑201499 | RAN4 CRs for Perf. part: NR performance requirement enhancement | RAN4 | imported from 3GU |
| RP‑201500 | RAN4 CRs for NR RRM enhancement | RAN4 | imported from 3GU |
| RP‑201501 | RAN4 CRs for Perf. part: Over the air (OTA) base station (BS) testing TR | RAN4 | imported from 3GU |
| RP‑201502 | RAN4 CRs for Core part: LTE/NR spectrum sharing in band 48/n48 frequency range | RAN4 | imported from 3GU |
| RP‑201503 | RAN4 CRs for Core part: 29 dBm UE Power Class for LTE band 41 and NR Band n41 | RAN4 | imported from 3GU |
| RP‑201504 | RAN4 CRs for Core part: High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | RAN4 | imported from 3GU |
| RP‑201505 | RAN4 CRs for Closed REL-16 NR or NR+LTE SIs | RAN4 | imported from 3GU |
| RP‑201506 | RAN4 CRs for Closed REL-16 NR or NR+LTE Wis | RAN4 | imported from 3GU |
| RP‑201507 | RAN4 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN4 | imported from 3GU |
| RP‑201508 | RAN4 CRs for Perf. part: Additional MTC enhancements for LTE | RAN4 | imported from 3GU |
| RP‑201509 | RAN4 CRs for Perf. part: Additional enhancements for NB-IoT | RAN4 | imported from 3GU |
| RP‑201510 | RAN4 CRs for Perf. part: LTE-based 5G terrestrial broadcast | RAN4 | imported from 3GU |
| RP‑201511 | RAN4 CRs for Perf. part: Even further Mobility enhancement in E-UTRAN | RAN4 | imported from 3GU |
| RP‑201512 | RAN4 CRs for Maintenance for closed WIs/SIs for REL-15 and earlier | RAN4 | imported from 3GU |
| RP‑201513 | Status report WI NR-NTN-solutions | THALES | imported from 3GU |
| RP‑201514 | Status report of WI: 5G V2X with NR sidelink; rapporteur: LG Electronics | RAN1 | imported from 3GU |
| RP‑201515 | Status report of WI: NR Sidelink enhancement; rapporteur: LG Electronics | RAN1 | imported from 3GU |
| RP‑201516 | Revised WID on NR Sidelink enhancement | LG Electronics | imported from 3GU |
| RP‑201517 | Status report of WI: Study on scenarios and requirements of in-coverage, partial coverage, and out-of-coverage NR positioning use cases; rapporteur: LG Electronics | RAN | imported from 3GU |
| RP‑201518 | Revised SID on Study on scenarios and requirements of in-coverage, partial coverage, and out-of-coverage NR positioning use cases | LG Electronics | imported from 3GU |
| RP‑201519 | Proposed TR structure for Study on scenarios and requirements of in-coverage, partial coverage, and out-of-coverage NR positioning use cases | LG Electronics | imported from 3GU |
| RP‑201520 | Status report for WI Additional MTC enhancements for LTE; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑201521 | Status report for SI Study on NR QoE management and optimizations for diverse services | China Unicom | imported from 3GU |
| RP‑201522 | Status report for WI Enhanced eNB(s) architecture evolution for E-UTRAN and NG-RAN | China Unicom | imported from 3GU |
| RP‑201523 | New SID on inter-gNB coordination for NR | NTT DOCOMO, INC. | imported from 3GU |
| RP‑201524 | Operator's view on resolving LTE SIBs scheduling issue | NTT DOCOMO, INC., Telecom Italia, Verizon, SoftBank, SK telecom, KT Corp., Turkcell, KDDI, British Telecom | imported from 3GU |
| RP‑201525 | NR Licensed-Unlicensed capability differentiation | Qualcomm communications-France | imported from 3GU |
| RP‑201526 | Rel-16 specification freeze | Qualcomm communications-France | imported from 3GU |
| RP‑201527 | Motivation of sidelink with unlicensed spectrum | OPPO | imported from 3GU |
| RP‑201528 | View on RAN4 R17 WI SI package | OPPO | imported from 3GU |
| RP‑201529 | Revised WID: LTE/NR spectrum sharing in Band 40/n40 | Reliance Jio | imported from 3GU |
| RP‑201530 | Status report for WI: LTE/NR spectrum sharing in Band 40/n40 | RAN4 | imported from 3GU |
| RP‑201531 | Summary of WI on Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | Ericsson | imported from 3GU |
| RP‑201532 | Status report for Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | Ericsson | imported from 3GU |
| RP‑201533 | Status report for WI: Enhanced Industrial Internet of Things (IoT) and ultra-reliable and low latency communication (URLLC) support for NR | RAN2 | imported from 3GU |
| RP‑201534 | On SIB issue | Ericsson | imported from 3GU |
| RP‑201535 | RAN4 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN4 | imported from 3GU |
| RP‑201536 | RAN3 CRs for NR positioning support | RAN3 | imported from 3GU |
| RP‑201537 | Status Report to TSG: NR small data transmissions in INACTIVE state | ZTE corporation, Sanechips | imported from 3GU |
| RP‑201538 | Way forward for FR2 fallbacks | Ericsson | imported from 3GU |
| RP‑201539 | Revised WID on Rel-17 NR Inter-band Carrier Aggregation/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) | ZTE Corporation | imported from 3GU |
| RP‑201540 | Status report for WI: Rel-17 NR Inter-band Carrier Aggregation/Dual Connectivity for 2 bands DL with x bands UL (x=1,2) Rapporteur; ZTE Corporation | ZTE Corporation | imported from 3GU |
| RP‑201541 | Revised WID on Rel-17 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with 2 bands UL | ZTE Corporation | imported from 3GU |
| RP‑201542 | Status report for WI: Rel-17 NR Inter-band Carrier Aggregation/Dual Connectivity for 3 bands DL with 2 bands UL, Rapporteur; ZTE Corporation | ZTE Corporation | imported from 3GU |
| RP‑201543 | Status Report for SI Feasibility Study on 6 GHz for LTE and NR in Licensed and Unlicensed Operations | Ericsson | imported from 3GU |
| RP‑201544 | Regulatory updates on 5.925-7.125 GHz frequency range | Ericsson | imported from 3GU |
| RP‑201545 | Status Report for the SI on RF requirements for NR FR1 frequency range 6.425-7.125GHz | Ericsson | imported from 3GU |
| RP‑201546 | Basket WID: adding new channel bandwidth(s) support to existing NR bands | Ericsson | imported from 3GU |
| RP‑201547 | Status Report for the basket WI - adding new channel bandwidth(s) support to existing NR bands | Ericsson | imported from 3GU |
| RP‑201548 | Status report for WI Perf. Part.:Additional enhancements for NB-IoT; rapporteur: FUTUREWEI | RAN4 | imported from 3GU |
| RP‑201549 | RAN3 CRs for Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | RAN3 | imported from 3GU |
| RP‑201550 | IoT NTN handling | Eutelsat, MediaTek Inc., Inmarsat, Ligado, EchoStar, Hughes, Thales, ESA, Intelsat , CMCC, KT Corp., KT Sat, Qualcomm, OQ technology, Vodafone, ACER, ASUS, III, ITRI, NCCUNTU, Lockheed Martin Co. | imported from 3GU |
| RP‑201551 | RAN3 CRs for Integrated access and backhaul for NR | RAN3 | imported from 3GU |
| RP‑201552 | Status report for WI: Additional enhancements for NB-IoT and LTE-MTC | RAN1 | imported from 3GU |
| RP‑201553 | Revised WID: Rel-17 Dual Connectivity (DC) of 1 band LTE (1DL/1UL) and 1 NR band (1DL/1UL) | CHTTL | imported from 3GU |
| RP‑201554 | RAN3 CRs for Closed REL-16 NR or NR+LTE WIs - Set 1 | RAN3 | imported from 3GU |
| RP‑201555 | Status report for WI Rel-17 Dual Connectivity (DC) of 1 band LTE (1DL/1UL) and 1 NR band (1DL/1UL); rapporteur: CHTTL | RAN4 | imported from 3GU |
| RP‑201556 | RAN3 CRs for Closed REL-16 NR or NR+LTE WIs - Set 2 | RAN3 | imported from 3GU |
| RP‑201557 | RAN3 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN3 | imported from 3GU |
| RP‑201558 | RAN3 CRs for Closed REL-16 LTE WIs | RAN3 | imported from 3GU |
| RP‑201559 | RAN3 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN3 | imported from 3GU |
| RP‑201560 | Status report for WI Introduction of NR 47GHz band; rapporteur: Nokia | RAN4 | imported from 3GU |
| RP‑201561 | Prioritizing In-flight connectivity services under NTN | Reliance Jio | imported from 3GU |
| RP‑201562 | Use Case and deployment scenarios for REDCAP | Reliance Jio | imported from 3GU |
| RP‑201563 | Prioritizing the right feature set in MBS | Reliance Jio | imported from 3GU |
| RP‑201564 | RAN3 CRs for the Maintenance of Separation of CP and UP for Split Option 2 of NR | RAN3 | imported from 3GU |
| RP‑201565 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 1 | RAN3 | imported from 3GU |
| RP‑201566 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 2 | RAN3 | imported from 3GU |
| RP‑201567 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 3 | RAN3 | imported from 3GU |
| RP‑201568 | Status report of WI NR_CA_R17_Intra; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑201569 | Status report of WI DC_R17_3BLTE_1BNR_4DL2UL; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑201570 | Status report of WI NR_CA_R17_4BDL_1BUL; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑201571 | Revised WID: Basket Rel-17 WID NR_CA_R17_Intra | Ericsson | imported from 3GU |
| RP‑201572 | Revised WID: Basket Rel-17 WID DC_R17_3BLTE_1BNR_4DL2UL | Ericsson | imported from 3GU |
| RP‑201573 | Revised WID: Basket Rel-17 WID NR_CA_R17_4BDL_1BUL | Ericsson | imported from 3GU |
| RP‑201574 | SR_SI on 5G NR UE Application Layer Throughput | RAN5 | imported from 3GU |
| RP‑201575 | SR_WI on Private Network Support for NG-RAN | RAN5 | imported from 3GU |
| RP‑201576 | SR_WI on Optimizations on UE radio capability signalling - NR/E-UTRA Aspects | RAN5 | imported from 3GU |
| RP‑201577 | Status Report for WI ENDC_UE_PC2_FDD_TDD-Core for RAN-89e | China Unicom | imported from 3GU |
| RP‑201578 | Revised WID on High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | China Unicom | imported from 3GU |
| RP‑201579 | Status Report for WI ENDC_UE_PC2_R17_NR_TDD for RAN-89e | China Unicom | imported from 3GU |
| RP‑201580 | Revised WID on High power UE (power class 2) for EN-DC with 1 LTE band + 1 NR TDD band | China Unicom | imported from 3GU |
| RP‑201581 | Handling SIB24 issue | KT Corp. | imported from 3GU |
| RP‑201582 | Status report of WI: Add support of NR DL 256QAM for FR2; rapporteur: China Telecom | RAN4 | imported from 3GU |
| RP‑201583 | Status report of WI: SAR schemes for UE power class 2 (PC2) for NR inter-band Carrier Aggregation and supplemental uplink (SUL) configurations with 2 bands UL | RAN4 | imported from 3GU |
| RP‑201584 | Revised WID: SAR schemes for UE power class 2 (PC2) for NR inter-band Carrier Aggregation and supplemental uplink (SUL) configurations with 2 bands UL | China Telecom | imported from 3GU |
| RP‑201585 | Discussion on splitting the WI: Power Class 2 UE for NR inter-band CA and SUL band combination with 2 bands UL | China Telecom | imported from 3GU |
| RP‑201586 | New basket WID: High power UE (power class 2) for NR inter-band Carrier Aggregation with 2 bands downlink and 2 bands uplink | China Telecom | imported from 3GU |
| RP‑201587 | Status report of WI: NR performance requirement enhancement; rapporteur: China Telecom | RAN4 | imported from 3GU |
| RP‑201588 | Email discussion summary for RAN4 Rel-17 demodulation scope | China Telecom | imported from 3GU |
| RP‑201589 | New WID: Further enhancement on NR demodulation performance | China Telecom | imported from 3GU |
| RP‑201590 | Status report of WI: UE Conformance Aspects - Even further mobility enhancement in E-UTRAN; rapporteur: China Telecom | RAN5 | imported from 3GU |
| RP‑201591 | Status report of SI: Study on NR coverage enhancements; rapporteur: China Telecom | RAN1 | imported from 3GU |
| RP‑201592 | Status report of WI: Even further mobility enhancement in E-UTRAN; rapporteur: China Telecom | RAN2 | imported from 3GU |
| RP‑201593 | New WID: Enhancement of Private Network Support for NG-RAN | China Telecom | imported from 3GU |
| RP‑201594 | Discussion on Rel-17 timeline | LG Electronics | imported from 3GU |
| RP‑201595 | DRX group and other R16 power saving features | Qualcomm Incorporated | imported from 3GU |
| RP‑201596 | SIB19 + standards changes | T-Mobile USA Inc. | imported from 3GU |
| RP‑201597 | Status Report for WI Introduction of FR2 FWA UE with maximum TRP of 23dBm for band n257 and n258; rapporteur: SoftBank, Huawei | RAN4 | imported from 3GU |
| RP‑201598 | Revised WID: Introduction of FR2 FWA UE with maximum TRP of 23dBm for band n257 and n258 | SoftBank Corp. | imported from 3GU |
| RP‑201599 | Motivation for supporting non-colocated scenarios for band 42 and n77 | SoftBank Corp. | imported from 3GU |
| RP‑201600 | Motivation paper on Rel-17 RRM further enhancement | Apple, Intel | imported from 3GU |
| RP‑201601 | WID of REL-17 NR RRM further enhancement | Apple, Intel | imported from 3GU |
| RP‑201602 | Email discussion summary of RRM work area | Apple | imported from 3GU |
| RP‑201603 | Motivation on UL gap for UE self-calibration and monitoring | Apple | imported from 3GU |
| RP‑201604 | Summary for REL16 WI NR RF Requirement Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201605 | New WID on NR RF Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201606 | Revised WID on NR RF Requirement Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201607 | SR of NR RF requirement enhancements for frequency range 2 (FR2) | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201608 | TR 38.831 v1.0.0 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201609 | Email discussion summary for Rel-17 FR2 RF work area | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201610 | New WID on NR CSI-RS L3 measurement enhancement | OPPO | imported from 3GU |
| RP‑201611 | On Release 17 Schedule | Qualcomm Austria RFFE GmbH | imported from 3GU |
| RP‑201612 | Revised SID: Study on enhancement of RAN Slicing for NR | CMCC | imported from 3GU |
| RP‑201613 | Status report for study on enhancement of RAN slicing for NR | CMCC, ZTE | imported from 3GU |
| RP‑201614 | Status report for WI on NR support for high speed train scenario | CMCC | imported from 3GU |
| RP‑201615 | Motivation for new WI on enahncement for NR high speed train scenario | CMCC | imported from 3GU |
| RP‑201616 | New WID on enahncement for NR high speed train scenario | CMCC | imported from 3GU |
| RP‑201617 | Introduction of RAN2 Progress on LTE SIB24 Scheduling Issue | CMCC | imported from 3GU |
| RP‑201618 | Status report for WI on enhancement of data collection for SONMDT in NR and EN-DC | CMCC, Ericsson | imported from 3GU |
| RP‑201619 | Status report for study on enhancement for data collection for NR and ENDC | CMCC | imported from 3GU |
| RP‑201620 | Revised SID: study on enhancement for data collection for NR and ENDC | CMCC | imported from 3GU |
| RP‑201621 | SR - NR_Rel-16_CA_DC after RAN5#88-e | CMCC, Ericsson, CU | imported from 3GU |
| RP‑201622 | SR - ENDC_UE_PC2_TDD_TDD after RAN5#88-e | CMCC | imported from 3GU |
| RP‑201623 | Revised WID on UE Conformance Test Aspects – High power UE (power class 2) for EN-DC (1 LTE TDD band + 1 NR TDD band) | CMCC | imported from 3GU |
| RP‑201624 | SR - Rel-16 IIOT after RAN5#88-e | CMCC, Nokia | imported from 3GU |
| RP‑201625 | New WID on UE Conformance Test Aspects for SON and MDT support for NR | CMCC, Ericsson | imported from 3GU |
| RP‑201626 | Email discussion summary for RAN4 R17 non-spectrum work areas: FR1 HST and ATG | CMCC | imported from 3GU |
| RP‑201627 | Views on Rel-17 RAN4 non-spectrum items | CMCC | imported from 3GU |
| RP‑201628 | On Rel-17 UL Tx switching between 2Tx carrier and 2Tx carrier | CMCC | imported from 3GU |
| RP‑201629 | Motivation for new WI on air-to-ground network for NR | CMCC | imported from 3GU |
| RP‑201630 | New WID on air-to-ground network for NR | CMCC | imported from 3GU |
| RP‑201631 | Status report for 1880-1920 MHz SUL band for NR; rapporteur CMCC. | CMCC | imported from 3GU |
| RP‑201632 | Status report for 2300-2400MHz SUL band for NR; rapporteur CMCC | CMCC | imported from 3GU |
| RP‑201633 | Motivation of new WID on UE EMC enhancement Rel-17 | Xiaomi | imported from 3GU |
| RP‑201634 | New WID: on UE EMC enhancement Rel-17 | Xiaomi | imported from 3GU |
| RP‑201635 | Views on RAN4 Rel-17 non-spectrum WI/SI package | Xiaomi | imported from 3GU |
| RP‑201636 | Clarification on the understanding of peak data rate for wearable in Redcap | Xiaomi | imported from 3GU |
| RP‑201637 | IPCAN-based MCS test model | UPV/EHU, NEMERGENT, ENENSYS, TCCA, NIST | imported from 3GU |
| RP‑201638 | TR38.809 V1.0.0 Background for integrated access and backhaul radio transmission and reception | Samsung R&D Institute UK | imported from 3GU |
| RP‑201639 | WI status report on Rel-17 NR inter-band Carrier Aggregation/Dual connectivity for DL 4 bands and 2UL bands | Samsung | imported from 3GU |
| RP‑201640 | Revised WID on Rel-17 NR inter-band Carrier Aggregation/Dual connectivity for DL 4 bands and 2UL bands | Samsung | imported from 3GU |
| RP‑201641 | Email discussion summary for RAN4 Rel-17 FR2 HST | Samsung | imported from 3GU |
| RP‑201642 | New WID on Dual connectivity (DC) of 5 bands LTE inter-band CA (5DL/1L) and 1 NR band (1DL/1UL) | Samsung | imported from 3GU |
| RP‑201643 | New WID on 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) | Samsung | imported from 3GU |
| RP‑201644 | New SID: Study on high power UE (power class 2) for one NR FDD band | China Unicom | imported from 3GU |
| RP‑201645 | Motivation for Study on high power UE (power class 2) for one NR FDD band | China Unicom, Huawei, HiSilicon | imported from 3GU |
| RP‑201646 | Revised WID Additional LTE bands for UE categories M1/M2/NB1/NB2 in Rel-17 | Ericsson | imported from 3GU |
| RP‑201647 | Status Report for WID Additional LTE bands for or UE categories M1/M2/NB1/NB2 in Rel-17 | Ericsson | imported from 3GU |
| RP‑201648 | Discussion on Rel-17 timeline schedule | vivo | imported from 3GU |
| RP‑201649 | Considerations on R17 RRM enhancement scope | vivo | imported from 3GU |
| RP‑201650 | Motivation for optimizations on power class fall back | vivo | imported from 3GU |
| RP‑201651 | New SID: Optimizations on power class fall back | vivo, China Unicom | imported from 3GU |
| RP‑201652 | Motivation for WI: NR FR1 UE SA and EN-DC TRP and TRS | vivo | imported from 3GU |
| RP‑201653 | New WID: NR FR1 UE SA and EN-DC TRP and TRS | vivo, OPPO, CMCC, CAICT, Rohde & Schwarz | imported from 3GU |
| RP‑201654 | On Rel-17 enhanced test methods SID | vivo | imported from 3GU |
| RP‑201655 | Clarification on Rel-17 MRDC WID scope | vivo | imported from 3GU |
| RP‑201656 | Status report for the support for Multi-SIM devices for LTE/NR | vivo | imported from 3GU |
| RP‑201657 | Discussion on enhancements for secondary DRX in Rel-17 | vivo | imported from 3GU |
| RP‑201658 | Handling of overlapping discussion across WI/Sis | vivo | imported from 3GU |
| RP‑201659 | On future planning of RAN | Ericsson GmbH, Eurolab | imported from 3GU |
| RP‑201660 | Status report for WI UE Conformance Test Aspects - Enhancing LTE CA Utilization, rappourteur: Nokia | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201661 | Status report for WI Perf. Part.: Physical layer enhancements for NR ultra-reliable and low latency case (URLLC); rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201662 | Status report for WI: UE conformance test aspects on shortened TTI and processing time for LTE; rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201663 | Status report for WI: UE Conformance Test Aspects – LTE Advanced high power TDD UE (power class 2) for Rel-15; rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201664 | Status report for WI: UE Conformance Test Aspects for RF requirements for NR frequency range 1 (FR1); rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201665 | Status report for WI: UE Conformance Test Aspects - NR mobility enhancements; rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201666 | Status report for WI: UE conformance test aspects for 5G V2X with NR sidelink; rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201667 | Status report for WI: UE Conformance Test Aspects - Enhancements on MIMO for NR; rapporteur: Huawei | RAN5 | imported from 3GU |
| RP‑201668 | Feedback on WG e-meetings efficiency | Huawei, HiSilicon | imported from 3GU |
| RP‑201669 | Release 17 schedule | Huawei, HiSilicon | imported from 3GU |
| RP‑201670 | Adding FR1 PDCCH Aggregation Level in Annex C.3 | Huawei, HiSilicon | imported from 3GU |
| RP‑201671 | Adding FR2 PDCCH Aggregation Level in Annex C.3 | Huawei, HiSilicon | imported from 3GU |
| RP‑201672 | Email discussion summary for BS EMC & DL 1024QAM FR1 | Ericsson | imported from 3GU |
| RP‑201673 | Motivation for Introducing DL 1024QAM in NR FR1 | Ericsson | imported from 3GU |
| RP‑201674 | Introduction of DL 1024QAM for NR FR1 | Ericsson | imported from 3GU |
| RP‑201675 | Handling of satellite bands in 3GPP | THALES | imported from 3GU |
| RP‑201676 | Status report for Study on support of reduced capability NR devices; rapporteur: Ericsson | RAN1 | imported from 3GU |
| RP‑201677 | Revised SID on Study on support of reduced capability NR devices | Ericsson | imported from 3GU |
| RP‑201678 | Status report for WI UE Conformance Test Aspects - Enhancements on Full-Dimension (FD) MIMO for LTE; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201679 | Status report for WI UE Conformance Test Aspects - Even further enhanced MTC for LTE; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201680 | Status report for WI UE Conformance Test Aspects - Rel-14 CA configurations; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201681 | Status report for WI UE Conformance Test Aspects - Rel-15 CA configurations; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201682 | Status report for WI UE Conformance Test Aspects - Rel-16 CA configurations; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201683 | Status report for WI UE Conformance Test Aspects – 5G system with NR and LTE; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201684 | Status report for WI UE Conformance Test Aspects for new Rel-16 NR bands and extension of existing NR bands; rapporteur: Ericsson | RAN5 | imported from 3GU |
| RP‑201685 | SID proposal for Dynamic OTA testing for FR2 | Qualcomm Incorporated | imported from 3GU |
| RP‑201686 | Summary of email discussions on Dynamic OTA for FR2 | Qualcomm Incorporated | imported from 3GU |
| RP‑201687 | Motivation paper for Measurement gaps enhancements | Qualcomm Incorporated | imported from 3GU |
| RP‑201688 | WID proposal for Measurement gaps enhancements | Qualcomm Incorporated | imported from 3GU |
| RP‑201689 | WID proposal for 8Rx demod | Qualcomm Incorporated | imported from 3GU |
| RP‑201690 | WF on Application Layer Throughput for RAN4 | Qualcomm Incorporated | imported from 3GU |
| RP‑201691 | Views on Rel-17 RAN4 package of non-spectrum related items | Qualcomm Incorporated | imported from 3GU |
| RP‑201692 | Motivation paper for 8Rx demod | Qualcomm Incorporated | imported from 3GU |
| RP‑201693 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201694 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201695 | On mandatory UE features | Ericsson | imported from 3GU |
| RP‑201696 | Regarding possible bands for NR based satellite networks | Eutelsat S.A. | imported from 3GU |
| RP‑201697 | Motivation to introduce new R17 WI on further RRM enhancement | MediaTek Inc. | imported from 3GU |
| RP‑201698 | New R17 WI on Further RRM Enhancements | MediaTek Inc. | imported from 3GU |
| RP‑201699 | Considerations on NR-U | MediaTek Inc. | imported from 3GU |
| RP‑201700 | Handling of CA with non-aligned frame boundaries | MediaTek Inc. | imported from 3GU |
| RP‑201701 | Status report for WI: UE Power Saving Enhancements | MediaTek Inc. | imported from 3GU |
| RP‑201702 | Demonstrating NB-IoT viability for Satellite use | Inmarsat, MediaTek Inc., Institute for Information Industry | imported from 3GU |
| RP‑201703 | Status Report on Study on NB-IoT/eMTC support for Non-Terrestrial Networks | MediaTek Inc., Eutelsat | imported from 3GU |
| RP‑201704 | Motivation for revised WID on NB-IoT/eMTC | MediaTek Inc. | imported from 3GU |
| RP‑201705 | Revised WID on NB-IoT/eMTC | MediaTek Inc. | imported from 3GU |
| RP‑201706 | Handling of SIB19 onwards: Discussion on non 3GPP compliant UEs | MediaTek Inc. | imported from 3GU |
| RP‑201707 | Rel-17 Handling | MediaTek Inc. | imported from 3GU |
| RP‑201708 | Motivation on NR RRM requirement for UE different RX beam sets in FR2 | LG Electronics Inc. | imported from 3GU |
| RP‑201709 | New WID on NR RRM requirement for UE different RX beam sets in FR2 | LG Electronics Inc. | imported from 3GU |
| RP‑201710 | Revised WID on Rel-17 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) | ZTE Corporation | imported from 3GU |
| RP‑201711 | Status report for WI: Rel-17 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) Rapporteur; ZTE Corporation | ZTE Corporation | imported from 3GU |
| RP‑201712 | Revised WID on Rel-17 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) | ZTE Corporation | imported from 3GU |
| RP‑201713 | Status report for WI: Rel-17 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) Rapporteur; ZTE Corporation | ZTE Corporation | imported from 3GU |
| RP‑201714 | TS38.xxx v0.1.0 on Integrated access and backhaul ElectroMagnetic Compatibility (EMC) | ZTE Corporation | imported from 3GU |
| RP‑201715 | Extending 8 SSB support to the TDD bands with newly introduced 30 kHz Case C SSB pattern | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201716 | Extending 8 SSB support to the TDD bands with newly introduced 30 kHz Case C SSB pattern | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201717 | Status report for WI: RF requirements for NR frequency range 1 (FR1); rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201718 | WI summary: RF requirements for NR frequency range 1 (FR1) | Huawei, HiSilicon | imported from 3GU |
| RP‑201719 | Status report for WI: Over the air (OTA) base station (BS) testing TR; rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201720 | Status report for WI: Introduction of NR band n13; rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201721 | Status report for WI: Introduction of channel bandwidths 35MHz and 45MHz for NR; rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201722 | WID revision: Introduction of channel bandwidths 35MHz and 45MHz for NR; rapporteur Huawei | Huawei, HiSilicon | imported from 3GU |
| RP‑201723 | Status report for WI: Rel-17 NR inter-band CA for 5 bands DL with x bands UL (x=1, 2); rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201724 | WID revision: Rel-17 NR inter-band CA for 5 bands DL with x bands UL (x=1, 2) | Huawei, HiSilicon | imported from 3GU |
| RP‑201725 | Status report for WI: Band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP); rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201726 | WID revision: Band combinations for SA NR supplementary uplink (SUL), NSA NR SUL, NSA NR SUL with UL sharing from the UE perspective (ULSUP) | Huawei, HiSilicon | imported from 3GU |
| RP‑201727 | Status report for WI: Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL); rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201728 | WID revision: Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Huawei, HiSilicon | imported from 3GU |
| RP‑201729 | Status report for WI: Rel-17 LTE inter-band CA for 3 bands DL with 1 band UL; rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201730 | WID revision: Rel-17 LTE inter-band CA for 3 bands DL with 1 band UL | Huawei, HiSilicon | imported from 3GU |
| RP‑201731 | Status report for WI: Rel-17 LTE inter-band CA for 2 bands DL with 2 band UL; rapporteur: Huawei | RAN4 | imported from 3GU |
| RP‑201732 | WID revision: Rel-17 LTE inter-band CA for 2 bands DL with 2 band UL | Huawei, HiSilicon | imported from 3GU |
| RP‑201733 | Summary of moderated discussion on RAN4 work area for FR1 RF | Moderator (Huawei) | imported from 3GU |
| RP‑201734 | New WID proposal: RF requirements enhancement for NR frequency range 1 (FR1) in Rel-17 | Moderator (Huawei) | imported from 3GU |
| RP‑201735 | Motivation for new WI on Rel-17 NR FR1 RF | Huawei, HiSilicon | imported from 3GU |
| RP‑201736 | New SID proposal: introduction of brand new channel bandwidths for NR | Huawei, HiSilicon | imported from 3GU |
| RP‑201737 | Motivation for new SI on introduction of brand new channel bandwidths for NR | Huawei, HiSilicon | imported from 3GU |
| RP‑201738 | New WID proposal: supporting overlapping CA for LTE | Huawei, HiSilicon | imported from 3GU |
| RP‑201739 | Motivation for new WI on supporting overlapping CA for LTE | Huawei, HiSilicon | imported from 3GU |
| RP‑201740 | New WID proposal: Performance requirements for UE advanced receiver in Rel-17 | Huawei, HiSilicon | imported from 3GU |
| RP‑201741 | Motivation paper of new WID on performance requirements for UE advanced receiver in Rel-17 | Huawei, HiSilicon | imported from 3GU |
| RP‑201742 | New WID proposal: further RRM enhancement | Huawei, HiSilicon | imported from 3GU |
| RP‑201743 | Motivation for further RRM enhancement in Rel-17 | Huawei, HiSilicon | imported from 3GU |
| RP‑201744 | New WID proposal: introduction of 6GHz NR licensed bands | Huawei, HiSilicon | imported from 3GU |
| RP‑201745 | Motivation for new WI on introduction of 6GHz NR licensed bands | Huawei, HiSilicon | imported from 3GU |
| RP‑201746 | On DC location reporting for intra-band UL CA | Huawei, HiSilicon | imported from 3GU |
| RP‑201747 | Summary of email discussions on the scope of OTA work for Rel.17 | Qualcomm Incorporated | imported from 3GU |
| RP‑201748 | New WID on NR support for high speed train scenario in FR2 | Samsung, Nokia | imported from 3GU |
| RP‑201749 | CR to TS38.101-3 PC2 ENDC 3+n41 | CMCC | imported from 3GU |
| RP‑201750 | Introduce NR SUL bands n80, n84, n95 to UL-MIMO configuration | CMCC | imported from 3GU |
| RP‑201751 | Remove the maximum number of MIMO layers configuration restrictions for SUL | CMCC | imported from 3GU |
| RP‑201752 | Remove the maximum number of MIMO layers restrictions for SUL | CMCC | imported from 3GU |
| RP‑201753 | Status Report for Work Item Rel17 LTE inter-band CA for 2 bands DL with 1 band UL | RAN4 | imported from 3GU |
| RP‑201754 | Revised WID: Rel17 LTE inter-band CA for 2 bands DL with 1 band UL | Qualcomm Incorporated | imported from 3GU |
| RP‑201755 | Status report for Rel-16 WI NR_IAB; rapporteur: Qualcomm | RAN2 | imported from 3GU |
| RP‑201756 | Revised WID on: Integrated Access and Backhaul for NR (NR_IAB) | Qualcomm Incorporated | imported from 3GU |
| RP‑201757 | WI summary for WI: Integrated Access and Backhaul for NR (NR_IAB) | Qualcomm Incorporated | imported from 3GU |
| RP‑201758 | Status report for Rel-17 WI NR_IAB_enh; rapporteur: Qualcomm | RAN2 | imported from 3GU |
| RP‑201759 | Discussion on resource multiplexing and RAN sharing for Rel-17 IAB | Qualcomm Incorporated | imported from 3GU |
| RP‑201760 | On overlapping focus of PUCCH repetition enhancements across Rel-17 SI/WIs | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201761 | Extension of the Dynamic Spectrum Sharing (DSS) WID to allow CRS and PDCCH overlap | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201762 | Revised WID: NR Dyamic spectrum sharing (DSS) | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201763 | Status report for WI: Core part: NR Dynamic spectrum sharing (DSS) | Ericsson | imported from 3GU |
| RP‑201764 | Release 17 schedule considerations | Nokia Poland | imported from 3GU |
| RP‑201765 | Importance of maintaining broadcast services in Rel-17 NR MBS | CBN, ABS, ABP, China Telecom, China Unicom, Reliance Jio | imported from 3GU |
| RP‑201766 | Discussion of study on support of reduced capability NR devices | ZTE, Sanechips | imported from 3GU |
| RP‑201767 | Views on Rel-17 Schedule | ZTE, Sanechips | imported from 3GU |
| RP‑201768 | Discussion on NR UE Features | ZTE, Sanechips | imported from 3GU |
| RP‑201769 | Discussion on the LS on RAN1 discussion on simulations for 5G-ACIA | ZTE, Sanechips | imported from 3GU |
| RP‑201770 | Views on Rel-17 NR coverage enhancements | ZTE, Sanechips | imported from 3GU |
| RP‑201771 | Applications of Artificial Intelligence in MIMO Networks | ZTE, Sanechips | imported from 3GU |
| RP‑201772 | Discussion on intra-frequency NR DC operation for IAB | ZTE, Sanechips | imported from 3GU |
| RP‑201773 | Discussion on Rel-17 Sidelink Relay | ZTE, Sanechips | imported from 3GU |
| RP‑201774 | New WID on NR RRM requirement enhancements in Rel-17 | ZTE Corporation | imported from 3GU |
| RP‑201775 | Motivation on NR RRM requirement enhancements in Rel-17 | ZTE Corporation | imported from 3GU |
| RP‑201776 | New WID on UE Conformance Test Aspects – High power UE (power class 2) for EN-DC (1 LTE FDD band + 1 NR TDD band) | China Unicom, CMCC | imported from 3GU |
| RP‑201777 | New WID on UE Conformance Test Aspects – B1C Signal in A-BDS Positioning System Support for LTE and NR | CATT, CMCC | imported from 3GU |
| RP‑201778 | SR UE Conformance Test Aspects - Further NB-IoT enhancements | CATT | imported from 3GU |
| RP‑201779 | SR UE Conformance Test Aspects - UE Power Saving in NR | CATT | imported from 3GU |
| RP‑201780 | Status Report for SI: Study on NR positioning enhancements | CATT, Intel | imported from 3GU |
| RP‑201781 | Discussion of use cases and requirements for V2X positioning | CATT | imported from 3GU |
| RP‑201782 | Status Report for SI: Study on NR UE power saving | CATT | imported from 3GU |
| RP‑201783 | New WID on NR UDC in Rel-17 | CATT | imported from 3GU |
| RP‑201784 | Discussions on NR MBS work scope | CATT | imported from 3GU |
| RP‑201785 | Discussions on the issue of extended SIBs | CATT | imported from 3GU |
| RP‑201786 | Discussions on R17 Timeline | CATT | imported from 3GU |
| RP‑201787 | Revised WID: Rel-17 NR inter-band CA for 3 bands DL with 1 band UL | CATT | imported from 3GU |
| RP‑201788 | SR on Rel-17 NR inter-band CA for 3 bands DL with 1 band UL | CATT | imported from 3GU |
| RP‑201789 | Revised WID: Band combinations for Uu and V2X con-current operation | CATT | imported from 3GU |
| RP‑201790 | SR on Band combinations for Uu and V2X con-current operation | CATT | imported from 3GU |
| RP‑201791 | Motivation on further enhancement for NR RRM requirement in Rel-17 | CATT | imported from 3GU |
| RP‑201792 | New WID on further enhancement for NR RRM requirement in Rel-17 | CATT | imported from 3GU |
| RP‑201793 | SR on RRM requirement for CSI-RS based L3 measurement in NR | CATT | imported from 3GU |
| RP‑201794 | New WID on UE Conformance Test Aspects – Single Radio Voice Call Continuity from 5G to 3G | China Unicom | imported from 3GU |
| RP‑201795 | New WID on EMC test simplification for MSR BS | Ericsson Inc. | imported from 3GU |
| RP‑201796 | TS 36.579-6 v2.0.0 Mission Critical (MC) services over LTE; Part 6: Mission Critical Video (MCVideo) User Equipment (UE) Protocol conformance specification; for approval | NIST | imported from 3GU |
| RP‑201797 | TS 36.579-7 v2.0.0 Mission Critical (MC) services over LTE; Part 7: Mission Critical Data (MCData) User Equipment (UE) Protocol conformance specification; for approval | NIST | imported from 3GU |
| RP‑201798 | Draft LS to TSG SA on Relaxation of mini-WID requirement for Cat.B/C TEIs | NEC | imported from 3GU |
| RP‑201799 | Motivation EMC test simplification for MSR BS | Ericsson Inc. | imported from 3GU |
| RP‑201800 | Revised WID: Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) requirements for NR UEs | CAICT,OPPO | imported from 3GU |
| RP‑201801 | SR for Modification of LTE Band 24 Specifications to comply with updated regulatory emission limits; Rapporteur: Ligado Networks | RAN4 | imported from 3GU |
| RP‑201802 | Maintenance to Rel-14 Further enhanced MTC for LTE | RAN1 | imported from 3GU |
| RP‑201803 | Maintenance to Rel-15 NR in 38.212, 38.213 & 38.214 | RAN1 | imported from 3GU |
| RP‑201804 | Corrections on two-step RACH - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201805 | Corrections for Rel-16 NR-U - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201806 | Corrections to integrated access and backhaul for NR - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201807 | Corrections on NR V2X - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201808 | Corrections for URLLC - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201809 | Corrections for NR MIMO - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201810 | Corrections for power saving - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201811 | Corrections to NR positioning support - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201812 | Corrections on Mobility Enhancements - outcomes of RAN1#102-e | RAN1 | imported from 3GU |
| RP‑201813 | Corrections on NR-DC and on Cross-carrier Scheduling with Different Numerologies | RAN1 | imported from 3GU |
| RP‑201814 | Miscellaneous corrections to Rel-16 specs | RAN1 | imported from 3GU |
| RP‑201815 | Corrections to Additional MTC Enhancements for LTE | RAN1 | imported from 3GU |
| RP‑201816 | Corrections to Additional enhancements for NB-IoT | RAN1 | imported from 3GU |
| RP‑201817 | Corrections to DL MIMO efficiency enhancements for LTE | RAN1 | imported from 3GU |
| RP‑201818 | Corrections to LTE terrestrial broadcast | RAN1 | imported from 3GU |
| RP‑201819 | Correction on conditions for selecting resources when the number of HARQ transmissions is two in sidelink transmission mode 4 | RAN1 | imported from 3GU |
| RP‑201820 | Correction on uplink Tx switching | RAN1 | imported from 3GU |
| RP‑201821 | Ts36.211: Correction on semi-open-loop | RAN1 | imported from 3GU |
| RP‑201822 | Correction on CFI related parameter names alignment between TS 36.331 and TS 36.213 | RAN1 | imported from 3GU |
| RP‑201823 | TS 36.213: Correction on SPDCCH monitoring of an MBSFN subframe | RAN1 | imported from 3GU |
| RP‑201824 | Correction of SS-RSARP definition | RAN1 | imported from 3GU |
| RP‑201825 | SR for Introduction of NR band 24; Rapporteur: Ligado Networks | RAN4 | imported from 3GU |
| RP‑201826 | SR for Introduction of 1.6 GHz NR supplemental uplink (SUL) band with same uplink frequency range of Band 24; Rapporteur: Ligado Networks | RAN4 | imported from 3GU |
| RP‑201827 | Status report for WI:Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) requirements for NR UEs;Rapporteur: CAICT | RAN4 | imported from 3GU |
| RP‑201828 | Rel-17 schedule | NEC | imported from 3GU |
| RP‑201829 | Summary for WI UE Conformance Test Aspects - Mission Critical Improvements | NIST | imported from 3GU |
| RP‑201830 | Summary of email discussions on Smart Repeaters | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201831 | Motivation paper for Smart Repeaters | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201832 | New WID proposal for Smart Repeaters | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201833 | SR for NR-based Access to Unlicensed Spectrum | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201834 | Revised WID on NR-based Access to Unlicensed Spectrum | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201835 | Status report of WI: NR positioning support; rapporteur: Intel Corporation | RAN1 | imported from 3GU |
| RP‑201836 | WI summary for WI: NR positioning support | Intel Corporation | imported from 3GU |
| RP‑201837 | Status report of SI: Study on supporting NR from 52.6GHz to 71 GHz: Intel Corporation | RAN1 | imported from 3GU |
| RP‑201838 | Revised SID: Study on supporting NR from 52.6GHz to 71 GHz | Intel Corporation, Qualcomm | imported from 3GU |
| RP‑201839 | MIMO multi-TRP timing constraints for inter-cell operation | Intel Corporation | imported from 3GU |
| RP‑201840 | WI summary for NR-based Access to Unlicensed Spectrum | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201841 | SR for Study on XR (Extended Reality) evaluations for NR | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201842 | Scope of NR multicast | QUALCOMM Europe Inc. - Italy | imported from 3GU |
| RP‑201843 | SR for WI on Extending current NR operation to 71GHz | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201844 | SR for Performance part of LTE-based 5G terrestrial broadcast | QUALCOMM Europe Inc. - Italy | imported from 3GU |
| RP‑201845 | Revised WID on Extending current NR operation to 71GHz | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201846 | Discussion on evaluations of Rel-16 URLLC | Huawei | imported from 3GU |
| RP‑201847 | Correction on supplementary uplink in 38.213 | Huawei, HiSilicon | imported from 3GU |
| RP‑201848 | Completion of RAN3 positioning CR | Huawei | imported from 3GU |
| RP‑201849 | Completion of NRPPa positioning CR | Huawei | imported from 3GU |
| RP‑201850 | Completion of F1AP positioning CR | Huawei | imported from 3GU |
| RP‑201851 | Views on Rel-17 non-spectrum RF enhancements | Apple Inc. | imported from 3GU |
| RP‑201852 | Enabling LTE/NR spectrum sharing with 4-port LTE transmissions | Apple Inc., Reliance Jio, Comcast | imported from 3GU |
| RP‑201853 | LTE/NR spectrum sharing with 4-port LTE transmissions | Apple Inc., Reliance Jio, Comcast | imported from 3GU |
| RP‑201854 | Views on NR-U system level parameters | Apple Inc. | imported from 3GU |
| RP‑201855 | Status report for LTE/NR spectrum sharing in band 48/n48 frequency range | RAN4 | imported from 3GU |
| RP‑201856 | Motivation for extending LTE/NR spectrum sharing in band 48/n48 frequency range | Apple Inc., Comcast | imported from 3GU |
| RP‑201857 | Exception sheet for LTE/NR spectrum sharing in band 48/n48 frequency range | Apple Inc., Comcast | imported from 3GU |
| RP‑201858 | Revised WID for LTE/NR spectrum sharing in band 48/n48 frequency range | Apple Inc., Comcast | imported from 3GU |
| RP‑201859 | Regulatory update for the 6GHz frequency range | Apple Inc. | imported from 3GU |
| RP‑201860 | Motivation for extending study on enhanced test methods for FR2 | Apple Inc. | imported from 3GU |
| RP‑201861 | Status report for the Study on enhanced test methods for FR2 | RAN4 | imported from 3GU |
| RP‑201862 | Revised WID for the Study on enhanced test methods for FR2 | Apple Inc. | imported from 3GU |
| RP‑201863 | Exception sheet for the study on enhanced test methods for FR2 | Apple Inc. | imported from 3GU |
| RP‑201864 | DSS and UL shift for NR TDD bands | Apple Inc. | imported from 3GU |
| RP‑201865 | Considerations on Release 17 schedule | Intel | imported from 3GU |
| RP‑201866 | Status report for WI: Further Multi-Radio Dual-Connectivity enhancements; rapporteur: Huawei | RAN2 | imported from 3GU |
| RP‑201867 | Discussions on positioning use cases and requirements for V2X | ROBERT BOSCH GmbH | imported from 3GU |
| RP‑201868 | Status report for WI: Revised WI on NR Multicast and Broadcast Services; rapporteur: Huawei | RAN2 | imported from 3GU |
| RP‑201869 | Issue on Rel-16 DAPS with CA and mTRP | Huawei, HiSilicon | imported from 3GU |
| RP‑201870 | Draft reply LS on RAN impact of FS_5MBS Study | Huawei | imported from 3GU |
| RP‑201871 | Discussion on support for broadcast in Rel-17 MBS | Huawei, HiSilicon | imported from 3GU |
| RP‑201872 | Handling of fallbacks for FR2 CA | Apple, Ericsson, US Cellular, T-Mobile US, Verizon, Bell Mobility, AT&T, Turkcell, SK Telecom, Softbank, LG Uplus, Telstra, Reliance Jio, Telecom Italia, British Telecom, Orange, Deutsche Telekom, CHTTL | imported from 3GU |
| RP‑201873 | Handling of fallbacks for FR2 CA | Apple, Ericsson, US Cellular, T-Mobile US, Verizon, Bell Mobility, AT&T, Turkcell, SK Telecom, Softbank, LG Uplus, Telstra, Reliance Jio, Telecom Italia, British Telecom, Orange, Deutsche Telekom, CHTTL | imported from 3GU |
| RP‑201874 | Handling of fallbacks for FR2 CA | Apple, Ericsson, US Cellular, T-Mobile US, Verizon, Bell Mobility, AT&T, Turkcell, SK Telecom, Softbank, LG Uplus, Telstra, Reliance Jio, Telecom Italia, British Telecom, Orange, Deutsche Telekom, CHTTL | imported from 3GU |
| RP‑201875 | Handling of fallbacks for FR2 CA | Apple, Ericsson, US Cellular, T-Mobile US, Verizon, Bell Mobility, AT&T, Turkcell, SK Telecom, Softbank, LG Uplus, Telstra, Reliance Jio, Telecom Italia, British Telecom, Orange, Deutsche Telekom, CHTTL | imported from 3GU |
| RP‑201876 | Clarification on EMC efforts for Rel-16 IAB | Qualcomm Incorporated | imported from 3GU |
| RP‑201877 | New UE FG for CBG-based PUSCH retransmission with cancelled initial transmission | Apple Inc. | imported from 3GU |
| RP‑201878 | UE capability for CBG-based PUSCH retransmission with cancelled initial transmission | Apple Inc. | imported from 3GU |
| RP‑201879 | UE capability for CBG-based PUSCH retransmission with cancelled initial transmission | Apple Inc. | imported from 3GU |
| RP‑201880 | Correction on LTE MOB capability | Intel Corporation, China Telecom, Samsung | imported from 3GU |
| RP‑201881 | Correction on LTE MOB capability | Intel Corporation, China Telecom, Samsung | imported from 3GU |
| RP‑201882 | Status report for WI: NR RRM enhancement; rapporteur: Intel Corporation, ZTE Corporation, Apple | RAN4 | imported from 3GU |
| RP‑201883 | Revised WID: NR RRM enhancement in R16 | Intel Corporation | imported from 3GU |
| RP‑201884 | WI summary: NR RRM enhancement in R16 | Intel Corporation | imported from 3GU |
| RP‑201885 | Status report for WI Perf. part: NR Mobility Enhancements; rapporteur: Intel Corporation | RAN4 | imported from 3GU |
| RP‑201886 | New WID Proposal: NR measurement gap enhancements | Intel Corporation, Apple | imported from 3GU |
| RP‑201887 | Motivation to introduce new Rel-17 WI on NR measurement gap enhancements | Intel Corporation, Apple | imported from 3GU |
| RP‑201888 | Views on RAN4 Rel-17 non-spectrum SI/WI package | Intel Corporation | imported from 3GU |
| RP‑201889 | Rapporteur input on completion of WI on NR-based access to unlicensed spectrum | QUALCOMM Europe Inc. - Spain | imported from 3GU |
| RP‑201890 | Introduction of NR-based access to unlicensed spectrum | Qualcomm Incorporated, Nokia, AT&T, Charter Communications, Inc., Verizon, Samsung, LGE, Skyworks Solutions, Inc. | imported from 3GU |
| RP‑201891 | Status Report for WI: LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201892 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 (Rel-15) | VODAFONE Group Plc | imported from 3GU |
| RP‑201893 | Handling of 5G ACIA request of Rel-16 URLLC and IIOT performance evaluation | Futurewei | imported from 3GU |
| RP‑201894 | Clarification of supporting SRS transmission in Scell Dormancy in Rel-17 further MR-DC enhancements WI | Futurewei, MediaTek | imported from 3GU |
| RP‑201895 | Clarification of synchronization aspect for inter-cell multi-TRP in Rel-17 FeMIMO WI | Futurewei | imported from 3GU |
| RP‑201896 | Handling the existing and upcoming Rel-17 SI in RAN1 | Futurewei | imported from 3GU |
| RP‑201897 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201898 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201899 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201900 | [Alternative] CR to refer to 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201901 | [Alternative] CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201902 | Motivation for new SID: Study on Efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | T-Mobile USA | imported from 3GU |
| RP‑201903 | New SID: Study on Efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | T-Mobile USA, Ericsson | imported from 3GU |
| RP‑201904 | Status Report for WI: 29 dBm UE Power Class for LTE band 41 and NR Band n41; Rapporteur: T-Mobile USA | RAN4 | imported from 3GU |
| RP‑201905 | WI Summary for 29 dBm UE Power Class for LTE Band 41and NR Band n41 | T-Mobile USA | imported from 3GU |
| RP‑201906 | [Alternative] CR to TS38.307 : LTE/NR spectrum sharing band 38 / n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201907 | Completing the b38/n38 spectrum sharing work item | VODAFONE Group Plc | imported from 3GU |
| RP‑201908 | Revised WID: Spectrum sharing in b38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑201909 | TS 38.174 v1.0.0 on NR; Integrated Access and Backhaul (IAB) radio transmission and reception; for approval | Qualcomm Incorporated | imported from 3GU |
| RP‑201910 | TS 38.1xx vX.X.X on NR; Integrated Access and Backhaul (IAB) Electromagnetic Compatibility (EMC); for approval | Qualcomm Incorporated | imported from 3GU |
| RP‑201911 | Revised WID: LTE Advanced inter-band CA Rel-17 for x bands DL (x=4, 5) with 1 band UL | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201912 | Status Report: LTE Advanced inter-band CA Rel-17 for x bands DL (x=4, 5) with 1 band UL | RAN4 | imported from 3GU |
| RP‑201913 | CR to TS 38.104: Introduction of NR-U into BS core specification | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201914 | CR to TS 37.107 with introduction of NR-U feature – core part | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201915 | CR to TS 37.106 with introduction of NR-U feature | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201916 | CR to 36.104: Introduction of NR-U co-existence requirements | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201917 | CR to 37.104: Introduction of NR-U co-existence requirements | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201918 | CR to 37.105: Introduction of NR-U co-existence requirements | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑201919 | Corrected implementation for inconsistent shadow fading parameters in NTN rural scenario | ETSI MCC | imported from 3GU |
| RP‑201920 | RAN2 CRs to Enhancements on MIMO for NR | RAN2 | imported from 3GU |
| RP‑201921 | RAN2 CRs to NR-based access to unlicensed spectrum | RAN2 | imported from 3GU |
| RP‑201922 | RAN2 CRs to Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements | RAN2 | imported from 3GU |
| RP‑201923 | RAN2 CRs to Integrated access and backhaul for NR, set 1 | RAN2 | imported from 3GU |
| RP‑201924 | RAN2 CRs to Integrated access and backhaul for NR, set 2 | RAN2 | imported from 3GU |
| RP‑201925 | RAN2 CRs to NR RF requirement enhancements for frequency range 2 | RAN2 | imported from 3GU |
| RP‑201926 | RAN2 CRs to RRM requirement for CSI-RS based L3 measurement in NR | RAN2 | imported from 3GU |
| RP‑201927 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 1 | RAN2 | imported from 3GU |
| RP‑201928 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 2 | RAN2 | imported from 3GU |
| RP‑201929 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 3 | RAN2 | imported from 3GU |
| RP‑201930 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 4 | RAN2 | imported from 3GU |
| RP‑201931 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 5 | RAN2 | imported from 3GU |
| RP‑201932 | RAN2 CRs to Small Technical Enhancements and Improvements for REL-16 | RAN2 | imported from 3GU |
| RP‑201933 | RAN2 CRs to Closed REL-16 LTE WIs | RAN2 | imported from 3GU |
| RP‑201934 | RAN2 CRs to Small Technical Enhancements and Improvements for REL-16 | RAN2 | imported from 3GU |
| RP‑201935 | RAN2 CRs to Maintenance for closed WIs/SIs for REL-15 and earlier, set 1 | RAN2 | imported from 3GU |
| RP‑201936 | RAN2 CRs to Maintenance for closed WIs/SIs for REL-15 and earlier, set 2 | RAN2 | imported from 3GU |
| RP‑201937 | RAN2 CRs to Maintenance for closed WIs/SIs for REL-15 and earlier, set 3 | RAN2 | imported from 3GU |
| RP‑201938 | RAN2 CRs to Maintenance for closed WIs/SIs for REL-15 and earlier, set 4 | RAN2 | imported from 3GU |
| RP‑201939 | Technically endorsed RAN2 CRs on LTE SIB extension issue | RAN2 | imported from 3GU |
| RP‑201940 | New WID on UE Conformance Test Aspects for CLI handling for NR | Qualcomm | imported from 3GU |
| RP‑201941 | New WID on UE Conformance Test Aspects for NR performance enhancement | Qualcomm | imported from 3GU |
| RP‑201942 | WI summary on RRM requirement for CSI-RS Based L3 measurement | CATT | imported from 3GU |
| RP‑201943 | TP to TR 37.890 capturing information from RCC LS | Ericsson | imported from 3GU |
| RP‑201944 | TR 37.890 v0.9.0 on Feasibility Study on 6 GHz for LTE and NR in Licensed and Unlicensed Operations | Ericsson | imported from 3GU |
| RP‑201945 | RAN3 CRs for NR positioning support | RAN3 | imported from 3GU |
| RP‑201946 | RAN3 CRs for Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | RAN3 | imported from 3GU |
| RP‑201947 | RAN3 CRs for Integrated access and backhaul for NR | RAN3 | imported from 3GU |
| RP‑201948 | RAN3 CRs for Closed REL-16 NR or NR+LTE WIs - Set 1 | RAN3 | imported from 3GU |
| RP‑201949 | RAN3 CRs for Closed REL-16 NR or NR+LTE WIs - Set 2 | RAN3 | imported from 3GU |
| RP‑201950 | RAN3 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN3 | imported from 3GU |
| RP‑201951 | RAN3 CRs for Closed REL-16 LTE WIs | RAN3 | imported from 3GU |
| RP‑201952 | RAN3 CRs for Small Technical Enhancements and Improvements for REL-16 | RAN3 | imported from 3GU |
| RP‑201953 | RAN3 CRs for the Maintenance of Separation of CP and UP for Split Option 2 of NR | RAN3 | imported from 3GU |
| RP‑201954 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 1 | RAN3 | imported from 3GU |
| RP‑201955 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 2 | RAN3 | imported from 3GU |
| RP‑201956 | RAN3 CRs for the maintenance of New Radio Access Technology - Set 3 | RAN3 | imported from 3GU |
| RP‑201957 | Correction to NTN channel model | Nomor Research GmbH, Thales | imported from 3GU |
| RP‑201958 | Consideration on how to manage meeting in 2021Q1 | CMCC | imported from 3GU |
| RP‑201959 | Revised SID: Study on NR positioning enhancements | CATT, Intel | imported from 3GU |
| RP‑201960 | Discussion of the SI scope for Study on NR positioning enhancements | CATT, Intel | imported from 3GU |
| RP‑201961 | New WI: Introduction of DL 1024QAM for NR FR1 | Ericsson | imported from 3GU |
| RP‑201962 | RAN2 CRs to RF requirements for NR frequency range 1 (FR1) | RAN2 | imported from 3GU |
| RP‑201963 | RAN2 CRs to Closed REL-16 NR or NR+LTE WIs, set 6 | RAN2 | imported from 3GU |
| RP‑201964 | Status report for WI NR-based access to unlicensed spectrum; rapporteur: Qualcomm | RAN1 | imported from 3GU |
| RP‑201965 | Release, Meeting and TU planning | RAN chairman (Nokia), RAN1 chairman (Qualcomm), RAN2 chairman (Mediatek), RAN3 chairman (Ericsson), RAN4 chairman (Futurewei), RAN5 chairman (Motorola) | imported from 3GU |
| RP‑201966 | Operator's view on resolving LTE SIBs scheduling issue | NTT DOCOMO, INC., Telecom Italia, Verizon, SoftBank, SK telecom, KT Corp., Turkcell, KDDI, British Telecom, LG Uplus, T-Mobile USA, Bell Canada, TELUS, AT&T, Telstra | imported from 3GU |
| RP‑201967 | Email discussion summary for RAN4 Rel-17 demodulation scope | China Telecom | imported from 3GU |
| RP‑201968 | New WID: Further enhancement on NR demodulation performance | China Telecom | imported from 3GU |
| RP‑201969 | Release 17 Schedule | Samsung | imported from 3GU |
| RP‑201970 | New WID on NR support for high speed train scenario in FR2 | Samsung, Nokia | imported from 3GU |
| RP‑201971 | Status Report for WI Enhancements on MIMO for NR; rapporteur: Samsung | RAN1 | imported from 3GU |
| RP‑201972 | A Feature is a long worm: don't cut it | ETSI MCC | imported from 3GU |
| RP‑201973 | New WID on EMC test simplification for MSR BS | Ericsson Inc. | imported from 3GU |
| RP‑201974 | TR 21.916 v0.6.0 on Release description; Release 16 | ETSI MCC | imported from 3GU |
| RP‑201975 | Revised WID: RRM requirement for CSI-RS based L3 measurement in NR | CATT | imported from 3GU |
| RP‑201976 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201977 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201978 | New SID: Study on Efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | T-Mobile USA, Ericsson | imported from 3GU |
| RP‑201979 | TS 38.174 v1.0.1 on NR; Integrated Access and Backhaul (IAB) radio transmission and reception; for approval | Qualcomm Incorporated | imported from 3GU |
| RP‑201980 | TR 38.809 V1.0.1 Background for integrated access and backhaul radio transmission and reception | Samsung R&D Institute UK | imported from 3GU |
| RP‑201981 | TR 38.831 v1.0.1 on User Equipment (UE) Radio Frequency (RF) requirements for Frequency Range 2 (FR2) | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201982 | CR for TS38.473 on Unsuccessful Operation and Abnormal Conditions of MLB | ZTE | imported from 3GU |
| RP‑201983 | On SIB24 issue | Samsung | imported from 3GU |
| RP‑201984 | WI summary for REL16 WI NR RF Requirement Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑201985 | Email discussion summary of RRM work area | Apple | imported from 3GU |
| RP‑201986 | Release-16 UE capabilities based on RAN1, RAN4 feature lists and RAN2 | Intel Corporation, NTT DOCOMO, INC. | imported from 3GU |
| RP‑201987 | WI summary for WI: NR positioning support | Intel Corporation | imported from 3GU |
| RP‑201988 | Release, Meeting and TU planning | RAN chairman (Nokia), RAN1 chairman (Qualcomm), RAN2 chairman (Mediatek), RAN3 chairman (Ericsson), RAN4 chairman (Futurewei), RAN5 chairman (Motorola) | imported from 3GU |
| RP‑201989 | RAN2 agreed CRs for REL-16 WI NR positioning support | RAN2 | imported from 3GU |
| RP‑201990 | List of CRs from RAN WG2 | ETSI MCC | imported from 3GU |
| RP‑201991 | Status report of WI DC_R17_3BLTE_1BNR_4DL2UL; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑201992 | Modification of SI scheduling for extended SIBs and legacy SIBs in a SI message | Samsung | imported from 3GU |
| RP‑201993 | Modification of SI scheduling for extended SIBs and legacy SIBs in a SI message | Samsung | imported from 3GU |
| RP‑201994 | Modification of SI scheduling for extended SIBs and legacy SIBs in a SI message | Samsung | imported from 3GU |
| RP‑201995 | Modification of SI scheduling for extended SIBs and legacy SIBs in a SI message | Samsung | imported from 3GU |
| RP‑201996 | Modification of SI scheduling for extended SIBs and legacy SIBs in a SI message | Samsung | imported from 3GU |
| RP‑201997 | WID revision: Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Huawei, HiSilicon | imported from 3GU |
| RP‑201998 | Status report for WI:Multiple Input Multiple Output (MIMO) Over-the-Air (OTA) requirements for NR UEs;Rapporteur: CAICT | RAN4 | imported from 3GU |
| RP‑201999 | New basket WID: High power UE (power class 2) for NR inter-band Carrier Aggregation with 2 bands downlink and 2 bands uplink | China Telecom | imported from 3GU |
| RP‑202000 | New WID: Further enhancement on NR demodulation performance | China Telecom | imported from 3GU |
| RP‑202001 | LS on Relaxation of mini-WID requirement for Cat.B/C TEIs (to: SA; cc: -; contact: NEC) | RAN | imported from 3GU |
| RP‑202002 | Moderator's summary for email discussion [89E][32][38_n38_sharing] | Vodafone | imported from 3GU |
| RP‑202003 | Moderator's summary for email discussion [89E][25][R17_positioning_scope] | CATT | imported from 3GU |
| RP‑202004 | NS signalling for barring UEs that don’t support the 7.5 kHz uplink shift | T-Mobile | imported from 3GU |
| RP‑202005 | Moderator's summary for email discussion [89E][28][Satellite_bands] | Thales | imported from 3GU |
| RP‑202006 | Moderator's summary for email discussion [89E][17][NTN_SI_CRs] | Thales | imported from 3GU |
| RP‑202007 | Status report of WI NR_CA_R17_Intra; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑202008 | Status report of WI Rel-17 NR inter-band Carrier Aggregation for 4 bands DL with 1 band UL; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑202009 | Moderator's summary for email discussion [89E][09][R16_NR-U] | Nokia | imported from 3GU |
| RP‑202010 | Moderator's summary for email discussion [89E][16][UMTS_CRs] | Nokia | imported from 3GU |
| RP‑202011 | Status Report for WI Rel-17 High power UE (power class 2) for EN-DC with 1 LTE band + 1 NR TDD band; rapporteur: China Unicom | RAN4 | imported from 3GU |
| RP‑202012 | Draft reply LS to S2-2006044 = RP-201437 on RAN impact of FS_5MBS Study (to: SA, SA2; cc: RAN2, RAN3; contact: Huawei) | Huawei | imported from 3GU |
| RP‑202013 | New WI: Introduction of DL 1024QAM for NR FR1 | Ericsson | imported from 3GU |
| RP‑202014 | Extending 8 SSB support to the TDD bands with newly introduced 30 kHz Case C SSB pattern | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202015 | Extending 8 SSB support to the TDD bands with newly introduced 30 kHz Case C SSB pattern | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202016 | Alternative New SID: Study on Efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | T-Mobile USA, Ericsson | imported from 3GU |
| RP‑202017 | Moderator's summary for email discussion [89E][26][R17_MIMO_scope] | Samsung | imported from 3GU |
| RP‑202018 | Moderator's summary for email discussion [89E][08][DC_location reporting_UL-CA] | Huawei | imported from 3GU |
| RP‑202019 | Moderator's summary for email discussion [89E][10][6GHz_licensed] | Huawei | imported from 3GU |
| RP‑202020 | Moderator's summary for email discussion [89E][37][DAPS_CA_mTRP] | Huawei | imported from 3GU |
| RP‑202021 | New WID proposal: introduction of 6GHz NR licensed bands | Huawei, HiSilicon | imported from 3GU |
| RP‑202022 | Moderator's summary for email discussion [89E][21][RAN4_R17_RRM] | Apple | imported from 3GU |
| RP‑202023 | Moderator's summary for email discussion [89E][05][RAN_TEI] | NEC | imported from 3GU |
| RP‑202024 | Revised WID: Further Enhancements on MIMO for NR | Samsung | imported from 3GU |
| RP‑202025 | Moderator's summary for email discussion 89E][06][SIB24] | Mediatek (RAN2 chairman) | imported from 3GU |
| RP‑202026 | Status report of WI DC_R17_3BLTE_1BNR_4DL2UL; rapporteur: Ericsson | RAN4 | imported from 3GU |
| RP‑202027 | TP to TR 37.890 capturing information from RCC LS | Ericsson | imported from 3GU |
| RP‑202028 | Moderator's summary for email discussion [89E][09][R16_NR-U] | Nokia | imported from 3GU |
| RP‑202029 | Moderator's summary for email discussion [89E][32][38_n38_sharing] | Vodafone | imported from 3GU |
| RP‑202030 | Moderator's summary for email discussion [89E][12][R16_DCCA_unaligned_frames] | Mediatek | imported from 3GU |
| RP‑202031 | Way forward on SI message multiplexing restriction | Mediatek (RAN2 chairman) | imported from 3GU |
| RP‑202032 | Moderator's summary for email discussion [89E][29][R17_secondary_DRX] | Mediatek | imported from 3GU |
| RP‑202033 | Moderator's summary for email discussion [89E][19]RAN4_R17_FR1] | Huawei | imported from 3GU |
| RP‑202034 | New WID on NR RF Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202035 | Moderator's summary for email discussion [89E][22][RAN4_R17_Demod] | Intel | imported from 3GU |
| RP‑202036 | Moderator's summary for email discussion [89E][38][RAN4_R17_FR1_HST] | CMCC | imported from 3GU |
| RP‑202037 | New WID on NR support for high speed train scenario in FR2 | Samsung, Nokia | imported from 3GU |
| RP‑202038 | Moderator's summary for email discussion [89E][40][RAN4_R17_DL1024QAM] | Ericsson | imported from 3GU |
| RP‑202039 | WI summary of WI on Multi-RAT Dual-Connectivity and Carrier Aggregation enhancements (LTE, NR) | Ericsson | imported from 3GU |
| RP‑202040 | New WID proposal: RF requirements enhancement for NR frequency range 1 (FR1) in Rel-17 | Huawei | imported from 3GU |
| RP‑202041 | Moderator's summary for email discussion [89E][09][R16_NR-U] | Nokia | imported from 3GU |
| RP‑202042 | New WID on NR RF Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202043 | New WID on enhancement for NR high speed train scenario | CMCC | imported from 3GU |
| RP‑202044 | New WI: Introduction of DL 1024QAM for NR FR1 | Ericsson | imported from 3GU |
| RP‑202045 | Moderator's summary for email discussion [89E][15][UE_features] | Intel | imported from 3GU |
| RP‑202046 | Moderator's summary for email discussion [89E][09][R16_NR-U] | Nokia | imported from 3GU |
| RP‑202047 | Release, Meeting and TU planning | RAN chairman (Nokia), RAN1 chairman (Qualcomm), RAN2 chairman (Mediatek), RAN3 chairman (Ericsson), RAN4 chairman (Futurewei), RAN5 chairman (Motorola) | imported from 3GU |
| RP‑202048 | Moderator's summary for email discussion [89E][23][New_CH_bandwidth] | T-Mobile | imported from 3GU |
| RP‑202049 | Moderator's summary for email discussion [89E][23][New_CH_bandwidth] | T-Mobile | imported from 3GU |
| RP‑202050 | Moderator's summary for email discussion [89E][23][New_CH_bandwidth] | T-Mobile | imported from 3GU |
| RP‑202051 | New WID: Enhancement of Private Network Support for NG-RAN | China Telecom | imported from 3GU |
| RP‑202052 | Moderator's summary for email discussion [89E][07][FR2_fallback] | Apple | imported from 3GU |
| RP‑202053 | New WID: Further NR RRM enhancements | Apple, Intel | imported from 3GU |
| RP‑202054 | Draft reply LTI to ITU_WRC_LS_200428 = RP-200547 on 3GPP’s activities related to WRC-19 Resolutions (to: PCG; cc: SA; contact: Ericsson) | RAN | imported from 3GU |
| RP‑202055 | Draft reply LTI to ITU-R WP5D/TEMP/58(Rev.1) = RP-200043 on draft new report ITU-R.M[IMT.C-V2X] - Application of the terrestrial component of IMT for cellular-V2X (to: SA; cc: -; contact: Huawei) | RAN | imported from 3GU |
| RP‑202056 | Draft reply LTI to ITU-R WP5D/TEMP/39 = RP-200037 on update submission for LTE-Advanced towards Revision 5 of Recommendation ITU-R M.2012 (to: SA; cc: -; contact: Telecom Italia) | RAN | imported from 3GU |
| RP‑202057 | Draft reply LTI to ITU-R WP5A/TEMP/29(Rev.1) = RP-201429 on Connected Automated Vehicles (CAV) (to: SA; cc: -; contact: Huawei) | RAN | imported from 3GU |
| RP‑202058 | Draft reply LTI to ITU-R WP5D_TEMP_159 = RP-201427 on LS to RIT/SRIT Proponents on the completion and conclusions of steps 5 to 7 of the IMT-2020 process for the first release of new Recommendation ITU-R M.[IMT-2020.SPECS] (to: SA; cc: -; contact: ZT | RAN | imported from 3GU |
| RP‑202059 | Moderator's summary for email discussion [89E][02][ITU_AH] | Telecom Italia | imported from 3GU |
| RP‑202060 | Revised WID on Rel-17 Dual Connectivity (DC) of 2 bands LTE inter-band CA (2DL/1UL) and 1 NR band (1DL/1UL) | Huawei, HiSilicon | imported from 3GU |
| RP‑202061 | Status Report to TSG: NR small data transmissions in INACTIVE state; rapporteur: ZTE | RAN2 | imported from 3GU |
| RP‑202062 | Revised WID: Core part: Rel-17 Adding channel bandwidth support to existing NR bands | Ericsson | imported from 3GU |
| RP‑202063 | Revised WID on High power UE (power class 2) for EN-DC with 1 LTE band + 1 NR TDD band | China Unicom | imported from 3GU |
| RP‑202064 | Status Report for WI: LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑202065 | WF on Application Layer Throughput for RAN4 | Qualcomm Incorporated, AT&T | imported from 3GU |
| RP‑202066 | Revised WID on UE Conformance Test Aspects – High power UE (power class 2) for EN-DC (1 LTE TDD band + 1 NR TDD band) | CMCC | imported from 3GU |
| RP‑202067 | Draft reply LS to 5G-ACIA-LS-2020-WI042 = RP-201279 on 3GPP NR Rel-16 URLLC and IIoT performance evaluation (to: 5G-ACIA; cc: RAN1, RAN2, SA1; contact: Ericsson) | Ericsson | imported from 3GU |
| RP‑202068 | Moderator's summary for email discussion [89E][03][5GACIA_simulation] | Ericsson | imported from 3GU |
| RP‑202069 | Way forward and RAN work for 5G ACIA requested simulations | Ericsson | imported from 3GU |
| RP‑202070 | Moderator's summary for email discussion [89E][40][RAN4_R17_DL1024QAM] | Ericsson | imported from 3GU |
| RP‑202071 | WI exception sheet for REL-16 WI LTE/NR spectrum sharing in band 48/n48 frequency range | Apple Inc., Comcast | imported from 3GU |
| RP‑202072 | Regulatory update for the 6GHz frequency range | Apple Inc. | imported from 3GU |
| RP‑202073 | Moderator's summary for email discussion [89E][26][R17_MIMO_scope] | Samsung | imported from 3GU |
| RP‑202074 | Moderator's summary for email discussion [89E][05][RAN_TEI] | NEC | imported from 3GU |
| RP‑202075 | Moderator's summary for email discussion [89E][24][R17_REDCAP_scope] | Ericsson | imported from 3GU |
| RP‑202076 | Draft reply LS to RCC_LS200904 = RP-201438 on Standardisation of a new 5G-NR/IMT-2020 band in 6425-7125 MHz (to: RCC Commission on Spectrum and Satellite Orbits; cc: -; contact: Huawei) | Huawei | imported from 3GU |
| RP‑202077 | Moderator's summary of email discussion [89E][27][R17_DSS_scope] | Nokia | imported from 3GU |
| RP‑202078 | Moderator's summary of email discussion [89E][35][8SSB_TDD] | Nokia | imported from 3GU |
| RP‑202079 | Revised WID on High power UE (power class 2) for EN-DC with 1 LTE band + 1 NR TDD band | China Unicom | imported from 3GU |
| RP‑202080 | Moderator's summary for email discussion [89E][25][R17_positioning_scope] | CATT | imported from 3GU |
| RP‑202081 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202082 | Addition of REL-16 parameter value for Access Stratum release indicator | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202083 | Moderator's summary for email discussion [89E][31][R17_IAB_scope] | Qualcomm | imported from 3GU |
| RP‑202084 | Revised WID: LTE/NR spectrum sharing in Band 40/n40 | Reliance Jio | imported from 3GU |
| RP‑202085 | Draft LS to CEPT ECC PT1 on Standardisation of a 5G-NR/IMT-2020 band covering 6425-7125 MHz (to: CEPT ECC PT1; cc: -; contact: Nokia) | Nokia | imported from 3GU |
| RP‑202086 | Reply LS to S2-2006044 = RP-201437 on RAN impact of FS_5MBS Study (to: SA, SA2; cc: RAN2, RAN3; contact: Huawei) | RAN | imported from 3GU |
| RP‑202087 | New WID on introduction of lower 6GHz NR unlicensed operation for Europe | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202088 | New WID proposal: RF requirements enhancement for NR frequency range 1 (FR1) in Rel-17 | Huawei | imported from 3GU |
| RP‑202089 | Draft LS to MIIT on Standardisation of a 5G-NR/IMT-2020 band covering 5925-7125 MHz (to: MIIT, P. R. China; cc: -; contact: Ericsson) | Ericsson | imported from 3GU |
| RP‑202090 | Release, Meeting and TU planning | RAN chairman (Nokia), RAN1 chairman (Qualcomm), RAN2 chairman (Mediatek), RAN3 chairman (Ericsson), RAN4 chairman (Futurewei), RAN5 chairman (Motorola) | imported from 3GU |
| RP‑202091 | New WID Proposal: NR measurement gap enhancements | Intel Corporation, Mediatek | imported from 3GU |
| RP‑202092 | Moderator's summary for email discussion [89E][22][RAN4_R17_Demod] | Intel | imported from 3GU |
| RP‑202093 | [Alternative] CR to refer to 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑202094 | Revised SID: Study on NR positioning enhancements | CATT, Intel | imported from 3GU |
| RP‑202095 | Achieving consistency on FR2 fallback behaviour across WGs | Qualcomm | imported from 3GU |
| RP‑202096 | Moderator's summary for email discussion [89E][26][R17_MIMO_scope] | Samsung | imported from 3GU |
| RP‑202097 | Reply LS to 5G-ACIA-LS-2020-WI042 = RP-201279 on 3GPP NR Rel-16 URLLC and IIoT performance evaluation (to: 5G-ACIA; cc: RAN1, RAN2, SA1; contact: Ericsson) | RAN | imported from 3GU |
| RP‑202098 | [Alternative] CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑202099 | W exception for REL-16 WI Core part: NR-based access to unlicensed spectrum | Qualcomm | imported from 3GU |
| RP‑202100 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑202101 | CR to introduce 7.5 kHz UL shift for LTE/NR spectrum sharing in Band 38/n38 | VODAFONE Group Plc | imported from 3GU |
| RP‑202102 | New basket WID: High power UE (power class 2) for NR inter-band Carrier Aggregation with 2 bands downlink and 2 bands uplink | China Telecom | imported from 3GU |
| RP‑202103 | Alternative New SID: Study on Efficient utilization of licensed spectrum that is not aligned with existing NR channel bandwidths | T-Mobile USA, Ericsson | imported from 3GU |
| RP‑202104 | New WID on NR support for high speed train scenario in FR2 | Samsung, Nokia | imported from 3GU |
| RP‑202105 | Moderator's summary for email discussion [89E][32][38_n38_sharing] | Vodafone | imported from 3GU |
| RP‑202106 | New WID on enhancement for NR high speed train scenario | CMCC | imported from 3GU |
| RP‑202107 | New WID on NR RF Enhancements for FR2 | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202108 | TS 38.175 v1.0.0 on NR; Integrated Access and Backhaul ElectroMagnetic Compatibility (EMC) | ZTE Corporation | imported from 3GU |
| RP‑202109 | Moderator's summary for email discussion [89E][14][R16_backwards_compatibility] | Qualcomm (RAN1 chairman) | imported from 3GU |
| RP‑202110 | Moderator's summary for email discussion [89E][36][Overlapping_objectives] | Qualcomm (RAN1 chairman) | imported from 3GU |
| RP‑202111 | Release, Meeting and TU planning | RAN chairman (Nokia), RAN1 chairman (Qualcomm), RAN2 chairman (Mediatek), RAN3 chairman (Ericsson), RAN4 chairman (Futurewei), RAN5 chairman (Motorola) | imported from 3GU |
| RP‑202112 | Introduction of NR-based access to unlicensed spectrum | Qualcomm Incorporated, Nokia, AT&T, Charter Communications, Inc., Verizon, Samsung, LGE, Skyworks Solutions, Inc. | imported from 3GU |
| RP‑202113 | CR to TS 38.104: Introduction of NR-U into BS core specification | Nokia; Nokia Shanghai Bell; Qualcomm; Charter Communications, Inc; AT&T; Verizon | imported from 3GU |
| RP‑202114 | New WID proposal: introduction of 6GHz NR licensed bands | Huawei, HiSilicon | imported from 3GU |
| RP‑202115 | Reply LS to RCC_LS200904 = RP-201438 on Standardisation of a new 5G-NR/IMT-2020 band in 6425-7125 MHz (to: RCC Commission on Spectrum and Satellite Orbits; cc: -; contact: Huawei) | RAN | imported from 3GU |
| RP‑202116 | New WID on introduction of lower 6GHz NR unlicensed operation for Europe | Nokia, Nokia Shanghai Bell | imported from 3GU |
| RP‑202117 | Introduction of NR-based access to unlicensed spectrum | Qualcomm Incorporated, Nokia, AT&T, Charter Communications, Inc., Verizon, Samsung, LGE, Skyworks Solutions, Inc. | imported from 3GU |
| RP‑202118 | New WID on NR support for high speed train scenario in FR2 | Samsung, Nokia | imported from 3GU |
| RP‑202119 | New WID Proposal: NR measurement gap enhancements | Intel Corporation, Mediatek | imported from 3GU |
| RP‑202120 | Moderator's summary for email discussion [89E][28][Satellite_bands] | Thales | imported from 3GU |
| RP‑202121 | Report of electronic meeting RAN #88e held 29.06.-03.07.2020 | ETSI MCC | imported from 3GU |
page generated from database: 2024-05-06 06:38:32