show ap association

anyspot

ap-group

ap-name

bssid

channel

client-mac

dormant

ap-group

ap-name

bssid

channel

essid

remote {[ap-group ] | [ap-name ] | [bssid ] | [channel ] | [essid ]}

essid

ip-addr

ip6-addr

phy

remote

ap-group

ap-name

bssid

channel

essid

voip-only

Description

这个命令显示了美联社联系表。用this command to check if user is connected to an AP. This command validates whether the client is associated and indicates the last AP to which it was connected. If the flags column shows an 'A', the client is currently associated with that AP. Alternately, if the client is not currently associated, the AP with the smallest value of association time is the last AP used by the client.

Parameter	Description
anyspot	上海ows AP associations for anyspot virtual AP.
ap-group	上海ows AP associations for the specified AP group.
ap-name	上海ows AP associations for the specified AP name.
bssid	上海ows AP associations for the specified Basic Service Set Identifier (BSSID). The BSSID is usually the MAC address of an AP.
channel	上海ows AP associations for the specified channel.
client-mac	上海ows AP associations for the specified MAC address of a client.
dormant	上海ows AP associations for the specified dormant station.
essid	上海ows AP associations for the specified Extended Service Set Identifier (ESSID). An ESSID is a alphanumeric name that uniquely identifies a wireless network. If the name includes spaces, enclose the ESSID in quotation marks.
ip-addr	上海ows AP associations for the specified IP address of an AP.
ip6-addr	上海ows AP association for the specified IPv6 address of an AP.
phy	( For versions prior toArubaOS8.9.0.0)上海ows AP association for the specified PHY radio type (802.11a, 802.11b or 802.11g) Use the corresponding keywordsa,b,org. (ForArubaOS8.9.0.0 or later versions)上海ows AP association for the specified PHY radio type (2.4 GHz, 5 GHz, or 6 GHz) Use the corresponding keywords2,5,or6.
remote	上海ows AP association for bridge mode AP.
voip-only	上海ows AP association for VoIP-only clients.

Example

The following example shows the AP association table based on MAC address of the client ( For versions prior toArubaOS8.9.0.0).

(host) #show ap association client-mac 00:1a:1e:aa:bb:cc

(Aruba7008) *[mynode] #show ap association

The phy column shows client's operational capabilities for current association

Flags: A: Active, B: Band Steerable, H: Hotspot(802.11u) client, K: 802.11K client, M: Mu beam formee, R: 802.11R client, W: WMM client, w: 802.11w client, V: 80 2.11v BSS trans capable, P: Punctured preamble, U: HE UL Mu-mimo, O: OWE client, S: SAE client, E: Enterprise client, m: Agile Multiband client, C: Cellular Data Capable - network available, c: Cellular Data Capable - network unavailable, p: Pending GSM activation, T: Individual TWT client, t: Broadcast TWT client

PHY Details: HT : High throughput; 20: 20MHz; 40: 40MHz; t: turbo-rates (256-QAM)

VHT : Very High throughput; 80: 80MHz; 160: 160MHz; 80p80: 80MHz + 80MHz

HE : High Efficiency; 80: 80MHz; 160: 160MHz; 80p80: 80MHz + 80MHz

ss: spatial streams

Association Table

-----------------

Name bssid mac auth assoc aid l-int essid vlan-id tunnel-id phy assoc. time num assoc Flags Band steer moves (T/S) phy_cap

---- ----- --- ---- ----- --- ----- ----- ------- --------- --- ----------- --------- ----- ---------------------- -------

AP515 80:8d:b7:82:32:10 78:4f:43:8b:17:16 y y 1 10 S06_MBO 130 0x1001b a-VHT-80sgi-3ss 7m:51s 1 WAB 0/0 a-VHT-80sgi-3ss

AP315 84:d4:7e:d2:08:d0 40:9c:28:42:26:d4 y y 1 20 S06_MBO 130 0x10027 a-VHT-80sgi-1ss 15s 1 WVAB 0/0 a-VHT-80sgi-1ss-V

Num Clients:2

Total num of dual-band capable clients:2

Total num of dual-band capable clients in 2.4G band:0

Total num of dual-band capable clients in 5G band:2

Total num of single-band only clients:0

The following example shows the AP association table based on name of the AP ( ForArubaOS8.9.0.0or later versions).

(host) [mynode] (config) #show ap association ap-name hhm-635 The phy column shows client's operational capabilities for current association Flags: A: Active, B: Band Steerable, H: Hotspot(802.11u) client, K: 802.11K client, M: Mu beam formee, R: 802.11R client, W: WMM client, w: 802.11w client, V: 802.11v BSS trans capable, P: Punctured preamble, U: HE UL Mu-mimo, O: OWE client, S: SAE client, E: Enterprise client, m: Agile Multiband client, C: Cellular Data Capable - network available, c: Cellular Data Capable - network unavailable, p: Pending GSM activation, T: Individual TWT client, t: Broadcast TWT client PHY Details: HT : High throughput; 20: 20MHz; 40: 40MHz; t: turbo-rates (256-QAM) VHT : Very High throughput; 80: 80MHz; 160: 160MHz; 80p80: 80MHz + 80MHz HE : High Efficiency; 80: 80MHz; 160: 160MHz; 80p80: 80MHz + 80MHz ss: spatial streams Association Table ----------------- Name bssid mac auth assoc aid l-int essid vlan-id tunnel-id phy assoc. time num assoc Flags Band steer moves (T/S) phy_cap ---- ----- --- ---- ----- --- ----- ----- ------- --------- --- ----------- --------- ----- ---------------------- ------- Num Clients:0 Total num of dual-band capable clients:0 Total num of dual-band capable clients in 2.4G band:0 Total num of dual-band capable clients in 5G band:0 Total num of clients in 6G band:0 Total num of single-band only clients:0

Related Commands

Command	Description
ap system-profile	This command configures an AP system profile.
show ap arm client-match history	This command shows the history of AP association changes triggered by the client match feature.
show ap arm client-match summary	This command shows the history of AP association changes triggered by the client match feature.

Command History

Release	Modification
ArubaOS8.9.0.0	The following changes were introduced: Added2,5, and6values to denote 2.4 GHz, 5 GHz, and 6 GHz bands respectively for the`phy` parameter ( ForArubaOS8.9.0.0or later versions). 增加了2.4 ghz, 5 ghz, 6 ghz值`phy`and`phy_cap`output parameters ( ForArubaOS8.9.0.0or later versions).
ArubaOS8.6.0.0	Command modified.
ArubaOS8.0.0.0	Command introduced.

Command Information

Platforms	License	Command Mode
All platforms	Base operating system.	Enable mode onMobility Conductor.