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1. #Ibr 900 android goes from wired client to wifi client verification
2. #Ibr 900 android goes from wired client to wifi client mac

#Ibr 900 android goes from wired client to wifi client mac

(WLC1) > show client detail 5c:26:0a:65:8f:37Ĭlient MAC Address.

#Ibr 900 android goes from wired client to wifi client verification

Here is the some verification commands (WLC1) > show wgb summary Once you configure “ config wgb vlan enable” on your controller you will see wired client behind WGB gets an IP in vlan 13 (provided by Anchor Controller- WLC1). (WLC2) > show client detail 68:ef:bd:0f:d9:5aĬlient MAC Address. MAC Address AP Name Status WLAN/GLAN Auth Protocol Port WiredĦ8:ef:bd:0f:d9:5a LAP2 Excluded 9 No 802.11n(5 GHz) 29 No Here is the WLC1 (Anchor) & WLC2 (Foreign) CLI output. You will see something like this when try to connect wired client to WGB. Without enabling VLANs in WGB you cannot anchored wired client onto Anchor controller. See Auto-Anchor Mobility post to see how you can configure this. Let’s say you want to tunnel this WGB wired client traffic to Anchor controller (WLC1 with IP 10.10.111.10 not shown in the diagram). MAC Address IP Address AP Name Mobility WLAN AuthĠ0:1f:16:18:df:ec 10.10.15.52 LAP2 Local 9 Yes MAC Address IP Address AP Name Status WLAN Auth Protocol ClientsĦ8:ef:bd:0f:d9:5a 10.10.15.54 LAP2 Assoc 9 Yes 802.11n(5 GHz) 1 On the WLC, if you look at Monitor-> Clients you can see WGB associated & client is shown as a WGB. I have configured the AAP2 BVI1 interface to dhcp to simulate a wired device behind the WGB. It’s pretty straight forward & very simple. Requirements and restrictions At least one SSID in bridge mode must be configured in Dashboard (can be an existing SSID used by clients, but must be in bridge mode). Configure the SSID for bridge mode on Wireless > Configure > Access Control. Now in the WGB (AAP2 ) here is the configuration. Follow the same configuration detailed in the Extending the LAN for wired clients section. First you have to define a WLAN (called WGB-CAPWAP) on the controller where WGB can associate.

Let’s test this with open authentication & later on will add security. Wired client behind WGB to connect to Anchor controller you have to enable vlans in WGB (using config wgb vlan enable command) MAC filtering, Link tests, Idle timeout for wired clients connected to WGB is not supported.ĥ. The sensor does not join the wireless controller because it operates independently from the wireless controller. CCKM, H-REAP, Web Authentication, Idle time out not supported.ģ. It’s designed as a dedicated sensor, simulating wireless client behavior. (so in WGB – no infrastructure clientconfiguration is required)Ģ. There are few guidelines you need to remember in this set up.ġ. Here is the setup for this post (Note that CAPWAP AP acting as root AP for WGB). In this post we will see how WGB associated with a CAPWAP AP. Since WGB AP acting as client, it can be associated to any (Autonomous or Lightweight) other AP.