SB_MAP1
0
11b/g
0/23437
0
1
11a
0/23437
0
SB_MAP2
0
11b/g
0/23437
0
1
11a
0/23437
0
SB_MAP3
0
11b/g
0/23437
0
1
11a
0/23437
0?
• To view the mesh tree topology for the network and the bandwidth utilization (used/maximum available)
of voice calls and video links for each mesh access point and radio, enter this command:
show mesh cac bwused
{
voice
|
video
}
AP_name
Information similar to the following appears:
AP Name
Slot#
Radio
BW Used/Max
------------- -------
-----
-----------
SB_RAP1
0
11b/g
1016/23437
1
11a
3048/23437
|SB_MAP1
0
11b/g
0/23437
1
11a
3048/23437
||
SB_MAP2
0
11b/g
2032/23437
1
11a
3048/23437
||| SB_MAP3
0
11b/g
0/23437
1
11a
0/23437
The bars (|) to the left of the AP Name field indicate the number of hops that the MAP
is from its RAP.
Note
When the radio type is the same, the backhaul bandwidth utilization (bw used/max) at
each hop is identical. For example, mesh access points
map1
,
map2
,
map3
, and
rap1
are all on the same radio backhaul (802.11a) and are using the same bandwidth (3048).
All of the calls are in the same interference domain. A call placed anywhere in that
domain affects the others.
Note
• To view the mesh tree topology for the network and display the number of voice calls that are in progress
by mesh access point radio, enter this command:
show mesh cac access AP_name
Information similar to the following appears:
AP Name
Slot#
Radio
Calls
-------------
-------
-----
-----
SB_RAP1
0
11b/g
0
1
11a
0
|
SB_MAP1
0
11b/g
0
1
11a
0
||
SB_MAP2
0
11b/g
1
1
11a
0
||| SB_MAP3
0
11b/g
0
1
11a
0
Cisco Mesh Access Points, Design and Deployment Guide, Release 7.3
180
OL-27593-01
Connecting the Cisco 1500 Series Mesh Access Points to the Network
Voice Call Support in a Mesh Network