Wireless Client Connections |
29
IEEE Standard of the
Client
Supported Bands
Supported Transmit Rates
802.11b
2.4 GHz
Up to 11 Mbps
802.11g
2.4 GHz
Up to 54 Mbps
802.11n
2.4 GHz / 5 GHz
Up to 600 Mbps
802.11ac
5 GHz
Up to 866.7 Mbps (Wave 1)
Up to 1.73 Gbps (Wave 2)
802.11ax
2.4 GHz / 5 GHz
Up to 2.4 Gbps
The WLAN configurations of a network can be modified by selecting the network and clicking on edit in the
Configuration > Networks
page of the Instant WebUI.
Alternatively, the configuration can be modified through the CLI using the
wlan ssid-profile <profile
name>
command.
Verify if the SSID is Broadcasted by the AP
Run the
show ap bss-table
command to view the AP BSS table. Ensure that the SSID is broadcasted as
expected without any radio resets. The
tot-t
column in the
Aruba AP BSS Table
logs the total up-time of
the SSID. Errors in the SSID broadcast can be inferred from the total up-time data.
90:4c:81:c3:28:1e# show ap bss-table
Aruba AP BSS Table
------------------
bss
ess
port
ip
phy
type
ch/EIRP/max-EIRP
cur-cl
ap
name
in-t(s)
tot-t
flags
---
---
----
--
---
----
----------------
------
---
----
-------
-----
-----
90:4c:81:b2:81:e1
test
?/?
10.16.21.2
g-HT
ap
11/10.2/26.2
0
90:4c:81:c3:28:1e
0
20m:20s
Channel followed by "*" indicates channel selected due to unsupported configured
channel.
"Spectrum" followed by "^" indicates Local Spectrum Override in effect.
Num APs:1
Num Associations:0
Flags:
K = 802.11K Enabled; W = 802.11W Enabled; r = 802.11r Enabled; 3 = WPA3 BSS; O =
Enhanced-open BSS with transition mode;
o = Enhanced-open transition mode open BSS; M = WPA3-SAE mixed mode BSS; E =
Enhanced-open BSS without transition mode; m = Agile Multiband (MBO) BSS;
c = MBO Cellular Data Capable BSS; I = Imminent VAP Down; T = Individual TWT
Enabled; t = Broadcast TWT Enabled; d = Deferred Delete Pending;
a = Airslice policy; A = Airslice app monitoring;
Check the Quality of RF Environment
Run the
show ap arm rf-summary
command to view the RF environment report of the AP. Clients may
fail to connect if there is lot of interference from neighboring devices in the channels operated by the AP.
Check the Channel Change Behavior of the Broadcasting Radio