Hostname : Cisco_SFR
Domains : example.net
DNS Servers : 10.0.0.250
Management port : 8305
IPv4 Default route
Gateway : 10.2.0.1
======================[ eth0 ]======================
State : Enabled
Channels : Management & Events
Mode :
MDI/MDIX : Auto/MDIX
MTU : 1500
MAC Address : B0:AA:77:7C:84:10
----------------------[ IPv4 ]---------------------
Configuration : Manual
Address : 10.2.0.254
Netmask : 255.255.255.0
Broadcast : 10.2.0.255
----------------------[ IPv6 ]----------------------
Configuration : Disabled
===============[ Proxy Information ]================
State : Disabled
Authentication : Disabled
>
Verify
In order to verify that you have the proper connectivity to the WAP for completing the installation
process:
Connect your test client to the ASA inside interface and ensure that it receives an IP address
from the ASA via DHCP that is within the desired IP range.
1.
Use a web browser on your client in order to navigate to
https://10.1.0.254
and verify that the
AP GUI is now accessible.
2.
Ping the SFR management interface from the inside client and the ASA to verify proper
connectivity.
3.
Configure DHCP with Multiple Wireless VLANs
The configuration assumes that you use a single wireless VLAN. The Bridge Virtual Interface (BVI)
on the Wireless AP can provide a bridge for Multiple VLANs. Because of the syntax for DHCP on
the ASA, if you wish to configure the 5506W as a DHCP server for multiple VLANs, you need to
create subinterfaces on the Gigabit1/9 interface and give each a name. This section guides you
through the process of how to remove the default configuration and to apply the configuration
necessary to set the ASA up as a DHCP server for multiple VLANs.
Step 1. Remove Existing DHCP configuration on Gig1/9
First, remove the existing DHCP configuration on the Gig1/9 (wifi) interface:
ciscoasa# no dhcpd address 10.1.0.2-10.1.0.100 wifi
ciscoasa# no dhcpd enable wifi
