AP# show dot11 associations AP# show int d0 (Radio 0 - 2.4GHz) AP# show int d1 (Radio 1 - 5GHz) Both radios should show "up/up". If a radio shows "administratively down," you likely have a regulatory domain mismatch (e.g., flashing a -A domain file onto an -E domain AP). The most common failure is the "Studying CAPWAP" loop. You uploaded the autonomous TAR, but the AP keeps looking for a Wireless LAN Controller.
The AP’s bootloader is still set to lightweight mode.
This file serves as the final "golden image" for countless Cisco Aironet 3500, 3600, 2600, and 3700 series access points operating in stand-alone mode. It offers stability for legacy infrastructure that does not require cloud management or a hardware controller.
AP# show dot11 associations AP# show int d0 (Radio 0 - 2.4GHz) AP# show int d1 (Radio 1 - 5GHz) Both radios should show "up/up". If a radio shows "administratively down," you likely have a regulatory domain mismatch (e.g., flashing a -A domain file onto an -E domain AP). The most common failure is the "Studying CAPWAP" loop. You uploaded the autonomous TAR, but the AP keeps looking for a Wireless LAN Controller.
The AP’s bootloader is still set to lightweight mode.
This file serves as the final "golden image" for countless Cisco Aironet 3500, 3600, 2600, and 3700 series access points operating in stand-alone mode. It offers stability for legacy infrastructure that does not require cloud management or a hardware controller.
