3GPP Scout / Meetings / RAN2 #136

RAN2 #136Preview

RAN2 #136 preview: what the meeting will debate

16 November to 20 November 2026Calgary, Canada3GPP TSG RAN WG2Last updated 2026-11-12

At a glance

  1. The meeting has 1410 TDocs, with connected mode mobility and upper user plane functionality among its busiest technical items.

  2. Mobility proposals address early synchronization and ways to identify areas with rapid signal degradation.

  3. Measurement proposals examine network-controlled configuration and UE-triggered measurement.

  4. Energy efficiency proposals appear to conflict on C-DRX cycle adaptation, although their scope may differ.

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Hottest topics

9.3.1.1

Functionality for Upper User Plane and related functional requirements

Significance 44 of 100, 45 TDocs

Upper user plane functionality has 45 TDocs. Qualcomm proposes prioritizing congestion signaling mechanisms that avoid per-packet overhead.

Sources: R2-2608151, Qualcomm; R2-2608128, vivo. 3GPP TSG RAN WG2 #136. © Qualcomm, vivo.

2 proposals on this topic

A separate proposal from vivo would study splitting L2 multiplexing between MAC-level inter-LCH and RLC-level intra-LCH functions. That study aims to support pre-processing while reducing L2 header overhead.

vivo

Proposal
RAN2 to study splitting L2 multiplexing function into a MAC-level inter-LCH multiplexing and an RLC-level intra-LCH multiplexing, in order to achieve both pre-processing and reduced ...

Source: R2-2608128, vivo. 3GPP TSG RAN WG2 #136. © vivo.

Qualcomm

Proposal
For congestion management, prioritize signaling mechanisms that avoid per-packet overhead.

Source: R2-2608151, Qualcomm. 3GPP TSG RAN WG2 #136. © Qualcomm.

9.4.1

Connected mode mobility

Significance 44 of 100, 52 TDocs

Connected mode mobility has 52 TDocs. For early DL/UL synchronization without pre-configured candidate cells, vivo proposes pre-configuring the sync configuration for the target cell.

Sources: R2-2608138, vivo; R2-2608139, vivo with China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo and Xiaomi. 3GPP TSG RAN WG2 #136. © vivo, China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo, Xiaomi.

2 proposals on this topic

A proposal from vivo and ten co-signers studies proximity-based, measurement-based and prediction-based identification of pain point areas. It leaves FFS how the network provides area information, which measurement quantities and events apply, and how prediction works and what assistance it needs.

vivo

Proposal
To support early DL/UL synchronization without pre-configuration of candidate cells, configuration for early DL/UL synchronization should be pre-configured for the target cell.

Source: R2-2608138, vivo. 3GPP TSG RAN WG2 #136. © vivo.

vivo (with China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo, Xiaomi)

Proposal
Study the following three types methods of pain point areas identification: Proximity-based method: the UE determines, based on network-provided area information and UE implementation, whether ...

Source: R2-2608139, vivo with China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo and Xiaomi. 3GPP TSG RAN WG2 #136. © vivo, China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo, Xiaomi.

9.4.2

Measurements

Significance 43 of 100, 30 TDocs

Measurements has 30 TDocs. CATT proposes studying condition-based, UE-autonomously triggered measurements to avoid unnecessary measurement activity.

Sources: R2-2608274, CATT; R2-2608140, vivo. 3GPP TSG RAN WG2 #136. © CATT, vivo.

2 proposals on this topic

A proposal from vivo studies dynamic activation and deactivation of measurement and reporting configurations. It starts from Rel-20 MAC CE control of L1 configurations and considers extension to other use cases, including L3.

vivo

Proposal
RAN2 to study the dynamic control of measurement and report configuration: reusing R20 MAC CE-based dynamic activation/deactivation of L1 measurement and reporting configurations as starting ...

Source: R2-2608140, vivo. 3GPP TSG RAN WG2 #136. © vivo.

CATT

Proposal
To avoid unnecessary measurements, RAN2 study UE autonomously triggered dynamic measurement based on condition.

Source: R2-2608274, CATT. 3GPP TSG RAN WG2 #136. © CATT.

9.5

ISAC

Significance 42 of 100, 40 TDocs

ISAC has 40 TDocs. Huawei, HiSilicon and Ericsson propose using the general 6G mobility framework for sensing entities.

Sources: R2-2608177, Huawei with HiSilicon and Ericsson; R2-2608141, vivo with CAICT. 3GPP TSG RAN WG2 #136. © Huawei, HiSilicon, Ericsson, vivo, CAICT.

2 proposals on this topic

Their proposal gives target-cell selection to the source cell and the decision on sensing continuation to the target cell. Proposals from vivo and CAICT examine Rx SenE-UE sensing measurement acquisition, with reporting to SF or RAN, or local acquisition without reporting.

vivo (with CAICT)

Proposal
Proposal 3: RAN2 should further investigate sensing measurement acquisition and reporting mechanisms for the Rx SenE-UE with the following design options: - UE acquires measurements ...

Source: R2-2608141, vivo with CAICT. 3GPP TSG RAN WG2 #136. © vivo, CAICT.

Huawei (with HiSilicon, Ericsson)

Proposal
Sensing entity mobility should follow the general mobility framework and procedures in 6G, e.g., RRM measurement and reporting. ...

Source: R2-2608177, Huawei with HiSilicon and Ericsson. 3GPP TSG RAN WG2 #136. © Huawei, HiSilicon, Ericsson.

9.3.3.3

Energy efficiency

Significance 40 of 100, 35 TDocs

Energy efficiency has 35 TDocs. China Telecom proposes dynamic C-DRX cycle adaptation under what it describes as an agreed network-controlled adaptation framework.

Sources: R2-2608156, China Telecom; R2-2608136, vivo. 3GPP TSG RAN WG2 #136. © China Telecom, vivo.

More detail

A proposal from vivo says 6G should not support C-DRX cycle adaptation. The positions appear to conflict, but their scope may differ because the vivo proposal does not specify whether it covers network-controlled adaptation.

Contested proposals

Proposals already uploaded where companies take opposing positions on the same point. These are proposals, not decisions.

C-DRX cycle adaptation

China Telecom

Proposes
RAN2 to support dynamic adaptation of the C-DRX cycle under the agreed network-controlled adaptation framework, taking into account traffic characteristics and dynamic QoS requirements.

Source: R2-2608156, China Telecom. 3GPP TSG RAN WG2 #136. © China Telecom.

vivo

Opposes
C-DRX cycle adaptation is not supported in 6G.

Source: R2-2608136, vivo. 3GPP TSG RAN WG2 #136. © vivo.

What to watch

  • Watch whether C-DRX discussions distinguish network-controlled adaptation from other forms of cycle adaptation.

    Sources: R2-2608156, China Telecom; R2-2608136, vivo. 3GPP TSG RAN WG2 #136. © China Telecom, vivo.

  • Watch how early synchronization configuration is specified when candidate cells are not pre-configured.

    Source: R2-2608138, vivo. 3GPP TSG RAN WG2 #136. © vivo.

  • Watch which pain point identification methods receive further study and which implementation details remain FFS.

    Source: R2-2608139, vivo with China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo and Xiaomi. 3GPP TSG RAN WG2 #136. © vivo, China Mobile, Samsung, NTT DOCOMO, TCL, NEC, ZTE, China Unicom, CAICT, Lenovo, Xiaomi.

  • Watch whether measurement control studies extend beyond MAC CE activation and deactivation of L1 configurations.

    Source: R2-2608140, vivo. 3GPP TSG RAN WG2 #136. © vivo.

  • Watch how UE-triggered measurements based on conditions are defined alongside network-controlled measurement configuration.

    Sources: R2-2608274, CATT; R2-2608140, vivo. 3GPP TSG RAN WG2 #136. © CATT, vivo.

  • Watch which Rx SenE-UE sensing reporting options remain under investigation.

    Source: R2-2608141, vivo with CAICT. 3GPP TSG RAN WG2 #136. © vivo, CAICT.

  • Watch how sensing mobility specifies the source-cell selection and target-cell continuation decisions.

    Source: R2-2608177, Huawei with HiSilicon and Ericsson. 3GPP TSG RAN WG2 #136. © Huawei, HiSilicon, Ericsson.

Busiest agenda items

Agenda itemTitleTDocs
2.5Others176
9.4.1Connected mode mobility52
9.3.1.1Functionality for Upper User Plane and related functional requirements45
9.6NTN44
9.3.1.3.2UL resource allocation and request41
9.5ISAC40
9.3.1.2QoS, QoE and Service-awareness36
9.3.2.1RRC Modelling and connection management35
9.3.3.1Data transfer35
9.3.3.3Energy efficiency35
9.3.1.4Others32
9.3.2.5Spectrum aggregation32

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Built by 3GPP Scout from the public meeting record (1410 TDocs registered, catalog synced 2026-11-12). Significance scores compare each topic's activity at this meeting with the group's topics over the past 12 months. Excerpts are at most 25 words and link to the original on the 3GPP file server.