Cisco Cisco Aironet 1400 Wireless Bridge
11
Release Notes for Cisco Aironet Access Points and Bridges for Cisco IOS Release 12.4(10b)JDA and 12.4(10b)JDA2
OL-17693-02
Installation Notes
Default Encryption Key 2 Is Set by Bridge
The encryption key in slot 2 is the transmit key by default. If you enable WEP with MIC, use the same
WEP key as the transmit key in the same key slot on both root and non root bridges.
WEP key as the transmit key in the same key slot on both root and non root bridges.
Limitation to PAgP Redundancy on Switches Connected by Bridge Links
When two switches configured for Port Aggregation Protocol (PAgP) are connected by redundant
wireless bridge links, the PAgP change-over takes at least 30 seconds, which is too slow to maintain TCP
sessions from one port to another.
wireless bridge links, the PAgP change-over takes at least 30 seconds, which is too slow to maintain TCP
sessions from one port to another.
CLI Command power client n Is Not Supported
The bridge does not support the power client n configuration interface command in the web-browser or
CLI interfaces. The bridge does not perform any action when you enter this command.
CLI interfaces. The bridge does not perform any action when you enter this command.
Default Infrastructure SSID
When a VLAN is enabled, the WEP encryption mode and the WEP key are applicable only to a native VLAN.
Any SSID configured should have the Infrastructure-SSID parameter enabled for that SSID. With the
Infrastructure-SSID parameter enabled, the bridge ensures that a non-native VLAN cannot be assigned
to that SSID.
Any SSID configured should have the Infrastructure-SSID parameter enabled for that SSID. With the
Infrastructure-SSID parameter enabled, the bridge ensures that a non-native VLAN cannot be assigned
to that SSID.
ARP Table Is Corrupted When Multiple BVIs Are Configured
The bridge supports only one bridge virtual interface (BVI). Multiple BVIs should not be configured
because the ARP table can be corrupted.
because the ARP table can be corrupted.
Bridge Power Up LED Colors
During power up, the bridge LEDs display the following color sequences:
1.
The Install LED is initially turned off.
2.
The Install LED turns amber.
3.
The Status LED turns amber during the boot loader process.
4.
The Ethernet, Status, and Radio LEDs turn green during the loading of the operating system.
5.
The Ethernet, Status, and Radio LEDs turn amber during the loop-back test.
6.
The Status LED starts to blink green, and then the Ethernet LED starts to blink green.
7.
The Ethernet, Status, and Radio LEDs blink amber twice to show that the auto-install process has
started.
started.
8.
During the auto-install process, the Ethernet, Status, and Radio LEDs turn off for a short time
period, and then go through a blinking sequence twice. Each LED sequentially blinks at the
following rates before becoming continuously amber:
period, and then go through a blinking sequence twice. Each LED sequentially blinks at the
following rates before becoming continuously amber:
a.
Slow blinking rate of 1 blink per second.
b.
Medium blinking rate of 2 blinks per second.
c.
Fast blinking rate of 4 blinks per second.