Cisco Cisco Aironet 1200 Access Point Notas de publicación
7
Release Notes for Cisco Aironet 1200 Series Access Points
OL-2526-01
Caveats
Caveats
This section lists open and resolved software issues in firmware version 11.40T.
Getting Bug Information on Cisco.com
http://www.cisco.com/support/bugtools/
.
Open Caveats
The following caveats have not been resolved for firmware version 11.40T:
•
CSCdx32469—When you set up a standby access point with LEAP enabled, the radio on the
monitored access point shuts down approximately one minute after you enable hot standby. When
the radio on the monitored access point shuts down, the standby access point takes over as the
primary access point. Workaround: Enable static WEP or no WEP on the standby access point.
monitored access point shuts down approximately one minute after you enable hot standby. When
the radio on the monitored access point shuts down, the standby access point takes over as the
primary access point. Workaround: Enable static WEP or no WEP on the standby access point.
•
CSCdx32480—When you set up a repeater access point for LEAP authentication, you must enter
the authentication server’s IP address, not its DNS name, in the Server Name/IP entry field on the
Authenticator Configuration page. If you use the server’s DNS name, client devices cannot
authenticate.
the authentication server’s IP address, not its DNS name, in the Server Name/IP entry field on the
Authenticator Configuration page. If you use the server’s DNS name, client devices cannot
authenticate.
•
CSCdx32506—Association Table pages on 340 and 350 series access points do not display a device
type for 1200 series access points. However, the Association Table pages do include entries for 1200
series access points in the Name, IP Addr/Name, Mac Addr and State fields.
type for 1200 series access points. However, the Association Table pages do include entries for 1200
series access points in the Name, IP Addr/Name, Mac Addr and State fields.
•
CSCdw36550—With all data rates enabled, the access point’s Linktest feature sends all test packets
at the highest available data rate. As attenuation increases (signal strength decreases), the access
point does not send test packets at lower data rates as it should.
at the highest available data rate. As attenuation increases (signal strength decreases), the access
point does not send test packets at lower data rates as it should.
•
CSCdw41286—Navigating from one screen to another in the CLI might reboot the access point.
Workaround: If the access point reboots unexpectedly, use the web-browser interface to configure
the unit.
Workaround: If the access point reboots unexpectedly, use the web-browser interface to configure
the unit.
•
CSCdw42125—The access point might attempt to send MAC authentication requests to the server
before the network is ready. The access points and associated client devices authenticate after a
delay.
before the network is ready. The access points and associated client devices authenticate after a
delay.
•
CSCdw53237—When you change the access point’s role in radio network from repeater to root, the
link from the access point to the previous root device remains active. Workaround: Reboot the access
point after changing its role from repeater to root.
link from the access point to the previous root device remains active. Workaround: Reboot the access
point after changing its role from repeater to root.
•
CSCdw64319—When you enter the SNMP command sysObjectID, the access point is identified as
ciscoCAP350 rather than ciscoAIRAP1200.
ciscoCAP350 rather than ciscoAIRAP1200.
•
CSCdw81244—The AP Radio Advanced page contains a setting called Use Symbol Extensions.
This setting has no function; access point behavior does not change when you enable it.
This setting has no function; access point behavior does not change when you enable it.
•
CSCdw83703—The access point sometimes reports this error when LEAP-enabled workgroup
bridges are associated:
bridges are associated:
Could not allocate mBlk from netPool 0x00d0a5a8!
You can ignore these messages.