6G Agreements from RAN Plenary 109
A quick walkthrough of what RAN#109 actually settled for 6G—scenarios, KPIs, device types, system design, and the path to migration. Agreements are quoted as-is, with short notes to make them easy to follow.
Gen: 6g; Rel: Rel-20; WI/SI: FS_6G_Radio, FS_6G-REQ; WGs: RAN; Meeings: RAN#109
Sept. 21, 2025, 7:49 p.m.
Understanding 6G UT Antenna Model
3GPP Rel-19 introduces a new standardized approach for modeling 6G UT antennas in 3GPP channel. This post explains the procedure step by step, from radiation patterns to polarization, with reproducible Python examples.
Gen: 6g; Rel: Rel-19; WI/SI: FS_NR_7_24GHz_CHmod; WGs: RAN1; Meeings: -
Sept. 17, 2025, 7:37 p.m.
First Agreements of 6GR Study
RAN1#122 (22–26 Aug 2025, Bangalore): the start of 3GPP’s 6GR study— agreements, key takeaways and where to find the details.
Gen: 6g; Rel: Rel-20; WI/SI: FS_6G_Radio; WGs: RAN1; Meeings: RAN1#122
Sept. 17, 2025, 9:14 a.m.
Closing the 7–24 GHz Gap: 3GPP’s Channel Model Up…
A major update to TR 38.901 in Release 19 strengthens the foundation for 6G system simulations by validating mid-band propagation and introducing advanced modeling features for antennas, near-field effects, and spatial non-stationarity.
Gen: 6g; Rel: Rel-19; WI/SI: FS_NR_7_24GHz_CHmod; WGs: RAN1; Meeings: RAN1#121, RAN1#122
Sept. 4, 2025, 12:18 p.m.
