Explains how Wi-Fi 7 options can be enabled or disabled per WLAN in network management platforms.
Feature history for per WLAN Wi-Fi 7 toggle
This table provides release and related information for the feature explained in this module.
This feature is also available in all the releases subsequent to the one in which they are introduced in, unless noted otherwise.
| Release |
Feature Information |
|---|---|
| Cisco IOS XE 17.18.1 |
Per-WLAN 802.11be configuration is an enhancement in WLAN configurations that provides:
|
Per-WLAN 802.11be configuration
Per-WLAN 802.11be configuration is an enhancement in WLAN configurations.
-
It introduces WLAN-level control for 802.11be configurations.
-
This capability supports both 802.11be and non-802.11be WLANs in the same radio frequency band.
-
The configuration offers greater flexibility compared to previous versions.
Starting with Cisco IOS XE 17.18.1 release, you can enable or disable Wi-Fi 7 (802.11be) on a per WLAN basis. This change allows you to run both Wi-Fi 7 and non-Wi-Fi 7 WLANs simultaneously on the same radio band. It offers more flexibility compared to previous releases, where Wi-Fi 7 was configured as a global radio setting.
Upon upgrading to release 17.18.1, a default 802.11be profile is automatically created. This profile enables 802.11be on all bands (2.4 GHz, 5 GHz primary and secondary, and 6 GHz). You can configure custom 802.11be profiles starting from release 17.18.1.
Modifying the default 802.11be profile affects the configuration across all bands where it is enabled.
Supported WLANs
WLANs with below security configuration combinations can operate in Wi-Fi 7 mode:
-
WPA3-SAE-EXT-KEY/WPA3-SAE-EXT-KEY-FT + WPA3-SAE/WPA3-SAE-EXT + GCMP256 + AES
-
WPA3-802.1x-SHA256/WPA3-SuiteB-192 + WPA2-802.1x + AES/GCMP256
-
PMF Required/Optional
WLANs that are not compatible with Wi-Fi 7 security restrictions are automatically downgraded to the 802.11ax mode. This process ensures that these WLANs remain operational even when Wi-Fi 7 is enabled globally.
Supported security configurations for 802.11be
| Security combination |
AKM/Cipher |
PMF (802.11w required/optional) |
Beacon |
|---|---|---|---|
| WPA3-OWE + GCMP256 |
OWE + GCMP256 + AES |
Yes |
MLO + EHT​(11be); No OWE element |
| WPA3 + WPA2 |
|
Yes |
MLO + EHT |
| WPA3 |
|
Yes |
MLO + EHT |
| WPA3+WPA2 |
SAE/SAE-FT+H2E + AES + SAE-EXT/SAE-EXT-FT + GCMP256 |
Yes |
MLO + EHT |
| WPA3 OWE Transition Mode |
|
Yes |
MLO + EHT |
| Wi-Fi 7 compliant security + non-compliant security |
Wi-Fi 7 compliant security + non-compliant WPA3 security |
Yes |
MLO + EHT |
| WPA3 OWE |
OWE + AES/GCMP256 |
Yes |
MLO + EHT |
OWE transition WLAN(Wi-Fi Enhanced Open Transition Mode) configuration is not supported for Wi-Fi 7(802.11be) WLANs.
Beacon-Protection status
If 802.11be is enabled and WLAN security meets the 802.11be requirement, Beacon-Protection is auto-enabled.
Beacon-Protection is a mandatory configuration for Wi-Fi 7(802.11be) WLANs.
MBSSID
MBSSID SET-ID
WLANs are arranged into compatible MBSSID (Multiple Basic Service Set Identifier) sets. The placement of each WLAN in an MBSSID set determines the VAP ID or BSSID MAC address. The 6-GHz band supports up to 16 WLANs. Therefore, four MBSSID sets with four WLANs in each group is automatically created. In each group, one WLAN is the Tx-VAP and the other three are non-Tx-VAP.
The grouping is done based on 802.11be against 802.11ax profile WLANs and whether it is a GCMP-128 against GCMP-256 cipher WLAN.
MBSSID grouping for 802.11be and non 802.11be deployments
MBSSID grouping for non 802.11be deployments:
The configuration options when grouping WLANs into an MBSSID set are:
-
6 GHz policy (applicable or not applicable).
-
Beacon protection state.
-
Configure the cipher to use either 128-bit or 256-bit encryption when beacon protection is enabled.
MBSSID grouping for 802.11be deployments:
The configuration options when grouping WLANs into an MBSSID set are:
-
6 GHz policy (applicable or not applicable).
-
The PHY mode for the 6 GHz slot in the corresponding 802.11be profile is either 802.11be or 802.11ax.
-
Configure the cipher to use either 128-bit or 256-bit encryption.
Beacon-protection is enabled for 802.11be deployments.
Disabled - no MBSSID slot
The WLAN is disabled in the 6 GHz band because there is no available MBSSID slot to accommodate it. This occurs due to MBSSID limitations or conflicting configurations. If the controller fails to map a WLAN into any of the four groups, it is marked as Disabled on the 6 GHz band by the system.
This change does not affect the 2.4 GHz or 5 GHz bands.
Tx-VAP WLAN of MBSSID set for 6 GHz band
The VAP within an MBSSID set transmits beacon frames for the group. In 802.11ax and 802.11be networks, multiple WLANs can be grouped into an MBSSID set to increase efficiency. The Tx-VAP sends beacon frames for the entire set. An asterisk (*) identifies the VAP that transmits beacon frames for the group.
The WLAN per-link configuration determines the VAP mode when 802.11be is enabled at the radio band level.
These conditions confirm the BSSID type as 802.11be or non 802.11be:
-
If 802.11be is enabled at both the band and WLAN levels, the BSSID is 802.11be.
-
If 802.11be is enabled at the band level but disabled at the WLAN level, the BSSID is non-802.11be.
-
If 802.11be is disabled at the band level, all BSSIDs on that radio are non-802.11be, regardless of the WLAN per-link configuration.
Create a new 802.11be profile (GUI)
Create a new 802.11be profile to to enable Wi-Fi 7 (802.11be) configuration using the GUI.
Procedure
| 1. | Choose . |
|
| 2. | Click Add. |
|
| 3. | In the Add 802.11be Profile page, add the Profile Name and Description. |
|
| 4. | In the MLO group section, use the toggle button to either enable or disable the Primary 2.4GHz, Primary 5GHz, Secondary 5GHz and Primary 6GHz bands. |
|
| 5. | Click Apply to Device. |
Map the 802.11be profile to a WLAN (GUI)
Map the new 802.11be profile to a specific WLAN.
Procedure
| 1. | Choose . |
|
| 2. | Select the WLAN and click the Advanced tab.
The
Advanced tab is displayed.
|
|
| 3. | Scroll down to the 11be section. |
|
| 4. | From the 802.11be Profile drop-down list, select the required WLAN. |
|
| 5. | Click Update & Apply to Device. |
Create and map 802.11be profile (CLI)
Create a 802.11be profile using the CLI.
Procedure
| 1. | Enter the global configuration mode. Example:
|
|
| 2. | Configure and name the wireless 802.11be profile. Example:
|
|
| 3. | Configure MLO group settings for each radio link. Example:
The options are:
|
|
| 4. | Exit to global configuration mode. Example:
|
Map the 802.11be Profile to a WLAN
Map the 802.11be profile using the CLI.
Procedure
| 1. | Enter the global configuration mode. Example:
|
|
| 2. | Configure the WLAN profile. Example:
This command configures the WLAN profile and enters the WLAN configuration mode. |
|
| 3. | Disable the WLAN profile. Example:
|
|
| 4. | Configure 802.11be profile for this WLAN. Example:
Use the
no form of this command to disable this feature.
|
Verify 802.11be profile details
To verify 802.11be profile details, run the show wireless profile dot11be summary command.
Device# show wireless profile dot11be summary
Number of dot11be profiles: 7
Dot11be profile name Description
------------------------------------------------------------------------
6ghz@disable@11be disabling 11be on 6ghz band
24ghz_disable_11be disabling 11be on 2.4GHz band
all^bands^11be^disable disabling 11be on all bands
5ghz!slot2!disable!11be disabling 11be on slot 2
5ghz*slot1*disable*11be
default-dot11be-profile Default 802.11be profile
1234567890abcdefghijklmnopqrstuv
Verify 802.11be profile parameters with MLO mapping
Device# show wireless profile dot11be detailed 11be-prof-name
Device# show wireless profile dot11be detailed 24ghz_disable_11be
Dot11be profile name : 24ghz_disable_11be
-------------------------------------------------
Description : disabling 11be on 2.4GHz band
802.11be parameters
OFDMA Downlink : Enabled
OFDMA Uplink : Enabled
MU-MIMO Downlink : Enabled
MU-MIMO Uplink : Enabled
OFDMA Multi-RU : Enabled
MLO Group
24ghz link : Disabled
5ghz link : Enabled
5ghz secondary link : Enabled
6ghz link : Enabled
Verify 802.11be profile mapping to WLAN
To verify 802.11be profile mapping to WLAN, run the show wireless profile dot11be detailed 6ghz@disable@11be command.
Device# show wireless profile dot11be detailed 6ghz@disable@11be
Dot11be profile name : 6ghz@disable@11be
-------------------------------------------------
Description : disabling 11be on 6ghz band
802.11be parameters
OFDMA Multi-RU : Enabled
MLO Group
24ghz link : Enabled
5ghz link : Enabled
5ghz secondary link : Enabled
6ghz link : Disabled
Verify VAP status for 802.11ax and 802.11be WLAN on 6 GHz band
To verify VAP status for 802.11ax and 802.11be WLAN on 6 GHz band, run the show wireless tag policy detailed 11ax-prof-name-policy-tag vap-id command.
This table refers the MBBSID grouping for a 802.11ax AP (non 802.11be deployment).
Device #show wireless tag policy detailed 11ax-prof-name-policy-tag vap-id
WLAN-ID WLAN profile name Policy profile name VAP-ID status SET-ID Beacon-Protection status operational state
--------------------------------------------------------------------------------------------------------------------------------------------------
1 open default-policy-profile 2 Enabled 1* Enabled (128bit cipher) Enabled
4 wpa3sae policy-profile 1 Enabled 1 Enabled (128bit cipher) Enabled
5 wpa3owe policy-profile 3 Enabled 1 Disabled Enabled
15 mbssid-1 policy-profile 4 Enabled 1 Disabled Enabled
12 mbssid-8 default-policy-profile 6 Enabled 2* Enabled (256bit cipher) Enabled
10 mbssid-6 policy-profile 5 Enabled 2 Enabled (256bit cipher) Enabled
7 mbssid-3 default-policy-profile 7 Enabled 2 Disabled Enabled
9 mbssid-5 policy-profile 8 Enabled 2 Disabled Enabled
13 mbssid-9 default-policy-profile 9 Enabled 3* Disabled Enabled
14 mbssid-10 policy-profile 12 Enabled 3 Disabled Enabled
111 mbssid-a policy-profile 10 Enabled 3 Disabled Enabled
112 mbssid-b default-policy-profile 11 Enabled 3 Disabled Enabled
17 PSKWLAN policy-profile 13 Enabled 0 N/A N/A
8 mbssid-4 default-policy-profile 14 Enabled 0 N/A N/A
6 mixed-mode policy-profile 15 Enabled 0 N/A N/A
RLAN-ID Remote-LAN profile name Policy profile name PORT-ID VAP-ID
---------------------------------------------------------------------------------------------
16385 rlan_profile rlan*policy 1 16
* refers to Tx-VAP WLAN of MBSSID set and 0 refers to invalid MBSSID set-id. WLAN is not broadcast in the 6-GHz band.
Verify Policy Tag for 802.11be WLAN VAP Status on 6 GHz
To verify Policy Tag detail view to check the VAP status for 802.11be WLAN status on 6 GHz band, run the show wireless tag policy detailed 11be-prof-name-policy-tag vap-id command.
This table refers to the MBBSID grouping for a 802.11be AP (802.11be deployment). The WLANs downgraded to 802.11ax do not adhere to the 802.11be security standards. The WLAN with no MBSSID slot is not shown in the 6 GHz but only in the 2.4 GHz & 5 GHz.
Device #show wireless tag policy detailed 11be-prof-name-policy-tag vap-id
|------------------------------------------------------------|
| 6GHz VAP information |
|------------------------------------------------------------|
WLAN MBBSID operational
WLAN-ID WLAN profile name Policy profile name VAP-ID status SET-ID PHY mode Beacon-Protection status state
------------------------------------------------------------------------------------------------------------------------------------------------------------
4 wpa3sae policy-profile 1 Enabled 1* 802.11ax Enabled (128bit cipher) Enabled (11ax downgraded)
5 wpa3owe policy-profile 2 Enabled 1 802.11ax Disabled Enabled (11ax downgraded)
15 mbssid-1 policy-profile 3 Enabled 1 802.11ax Disabled Enabled (11ax downgraded)
9 mbssid-5 policy-profile 4 Enabled 1 802.11ax Disabled Enabled (11ax downgraded)
13 mbssid-9 default-policy-profile 5 Enabled 2* 802.11ax Disabled Enabled (11ax downgraded)
14 mbssid-10 policy-profile 6 Enabled 2 802.11ax Disabled Enabled (11ax downgraded)
112 mbssid-b default-policy-profile 7 Enabled 0 802.11be Enabled (256bit cipher) Disabled (no MBSSID slot)
17 PSKWLAN policy-profile 8 Enabled 0 N/A N/A N/A
1 open default-policy-profile 9 Enabled 3* 802.11be Enabled (128bit cipher) Enabled
8 mbssid-4 default-policy-profile 10 Enabled 0 N/A N/A N/A
6 mixed-mode policy-profile 11 Enabled 0 N/A N/A N/A
7 mbssid-3 default-policy-profile 13 Enabled 4* 802.11be Enabled (256bit cipher) Enabled
10 mbssid-6 policy-profile 14 Enabled 4 802.11be Enabled (256bit cipher) Enabled
12 mbssid-8 default-policy-profile 15 Enabled 4 802.11be Enabled (256bit cipher) Enabled
111 mbssid-a policy-profile 16 Enabled 4 802.11be Enabled (256bit cipher) Enabled
RLAN-ID Remote-LAN profile name Policy profile name PORT-ID VAP-ID
---------------------------------------------------------------------------------------------
16385 rlan_profile rlan*policy 1 12
* refers to Tx-VAP WLAN of MBSSID set and 0 refers to invalid MBSSID set-id. WLAN is not broadcast in the 6-GHz band. The first six WLANs are degraded to 802.11ax.
Verify WLAN downgrade from 802.11be to 802.11ax mode
To verify WLAN downgrade from 802.11be to 802.11ax mode, run the show ap wlan summary command.
This table describes the reason for downgrading the WLAN.
Device# show ap wlan summary
ecf4.0caf.23e1 wpa3owe wpa3owe Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 49 seconds 23 hours 31 minutes 4 seconds HE Cipher Not Met
ecf4.0caf.23e5 mbssid-10 mbssid-10 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 49 seconds 23 hours 31 minutes 4 seconds HE AKM Not Met
ecf4.0caf.23e7 mdns-psk PSKWLAN Enabled 00:19:56 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 49 seconds 23 hours 31 minutes 4 seconds HE PMF Required
ecf4.0caf.23e9 mbssid-4 mbssid-4 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 49 seconds 23 hours 31 minutes 4 seconds HE PMF Required
ecf4.0caf.23ea mixed-mode-1 mixed-mode Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23ed mbssid-6 mbssid-6 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23ee mbssid-8 mbssid-8 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 24ghz-EHT Local 1485 23:31:01 *2/7 (11 dBm) (1)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23ef wpa3sae wpa3sae Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23ed mbssid-1 mbssid-1 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE Cipher Not Met
ecf4.0caf.23ec mbssid-5 mbssid-5 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23eb mbssid-9 mbssid-9 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23ea mbssid-10 mbssid-10 Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23e9 mbssid-b mbssid-b Enabled 00:20:52 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e8 mdns-psk PSKWLAN Enabled 00:19:56 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:01 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE PMF Required
ecf4.0caf.23e7 -open -open Enabled 00:20:53 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e6 mbssid-4 mbssid-4 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE PMF Required
ecf4.0caf.23e5 mixed-mode-1 mixed-mode Enabled 00:20:53 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23e3 mbssid-3 mbssid-3 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e2 mbssid-6 mbssid-6 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 5ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (64)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e7 wpa3sae wpa3sae Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23e6 wpa3owe wpa3owe Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE Cipher Not Met
ecf4.0caf.23e5 mbssid-1 mbssid-1 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE Cipher Not Met
ecf4.0caf.23e4 mbssid-5 mbssid-5 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23e3 mbssid-9 mbssid-9 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23e2 mbssid-10 mbssid-10 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds HE AKM Not Met
ecf4.0caf.23ef -open -open Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23eb mbssid-3 mbssid-3 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23ea mbssid-6 mbssid-6 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e9 mbssid-8 mbssid-8 Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
ecf4.0caf.23e8 mbssid-a mbssid-a Enabled 00:20:53 0 row-AP-11be 8.31.237.183 6ghz-EHT Local 1485 23:31:02 *2/8 (16 dBm) (69,65,73,77)* 7 days 22 hours 55 minutes 50 seconds 23 hours 31 minutes 5 seconds EHT NA
Verify AP WLAN information on 6 GHz band with MBSSID slot
To verify AP WLAN information on 6 GHz band with MBSSID slot, run the show ap namerow-AP-11bewlan dot11 6ghz command.
Device# show ap name row-AP-11be wlan dot11 6ghz
Slot id : 2
* Tx-VAP WLAN of MBSSID set
WLAN ID BSSID MLD MAC MBSSID SET ID
--------------------------------------------------------------
4 ecf4.0caf.23e7 Disabled 1*
5 ecf4.0caf.23e6 Disabled 1
15 ecf4.0caf.23e5 Disabled 1
9 ecf4.0caf.23e4 Disabled 1
13 ecf4.0caf.23e3 Disabled 2*
14 ecf4.0caf.23e2 Disabled 2
1 ecf4.0caf.23ef eef4.0caf.23f8 3*
7 ecf4.0caf.23eb eef4.0caf.23fc 4*
10 ecf4.0caf.23ea eef4.0caf.23fd 4
12 ecf4.0caf.23e9 eef4.0caf.23fe 4
111 ecf4.0caf.23e8 eef4.0caf.23ff 4