| Thread Links | Date Links | ||||
|---|---|---|---|---|---|
| Thread Prev | Thread Next | Thread Index | Date Prev | Date Next | Date Index |
|
Hi all, This email is for the discussion of eMLMR example. If you have comments, please let me know. The following is the related text: (#6066, 8361)
When a STA affiliated with a non-AP MLD on an eMLMR link updates its Rx Nss through (EHT) OM as in 35.10 (Operating mode indication), the eMLMR Rx Nss for the BW that is one
of <=80MHz, 160MHz if supported, 320MHz if supported is defined as follows: floor(Announced_eMLMR_RxNss_BW * OM_RxNss_Sum_BW/Announced_RxNss_Sum_BW) where Announced_eMLMR_RxNss_BW is the Rx Nss in eMLMR mode with bandwidth of BW per the announced
EMLMR Supported MCS And NSS Set field. OM_RxNss_Sum_BW is the total Rx Nss of all links in eMLMR mode with bandwidth of BW as defined in 35.10 (Operating mode indication) after transmitting (EHT)
OM Notification correctly. Announced _RxNss_Sum_BW is the total Rx Nss of all links with bandwidth of BW in eMLMR mode per the announced EHT Capabilities elements of the links. (#6066, 8361)
When a STA affiliated with a non-AP MLD on an eMLMR link updates its Tx Nss through (EHT) OM as in 35.10 (Operating mode indication), the eMLMR Tx Nss for the BW that is one
of <=80MHz, 160MHz if supported, 320MHz if supported is defined as follows: floor(Announced_eMLMR_TxNss_BW * OM_TxNss_Sum_BW/Announced_TxNss_Sum_BW) where Announced_eMLMR_TxNss_BW is the Tx Nss in eMLMR mode with bandwidth of BW per the announced
EMLMR Supported MCS And NSS Set field. OM_TxNss_Sum_BW is the total Tx Nss of all links in eMLMR mode with bandwidth of BW as defined in 35.10 (Operating mode indication) after transmitting (EHT)
OM Notification correctly. Announced _TxNss_Sum_BW is the total Tx Nss of all links with bandwidth of BW in eMLMR mode per the announced EHT Capabilities elements of the links. Best Regards, Liwen To unsubscribe from the STDS-802-11-TGBE list, click the following link: https://listserv.ieee.org/cgi-bin/wa?SUBED1=STDS-802-11-TGBE&A=1 |