Примечания к выпуску для Cisco Cisco Aironet 1200 Access Point
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Release Notes for Cisco Aironet 350, 1100, 1130AG, 1200, and 1230AG Series Access Points for Cisco IOS Release 12.3(2)JA
OL-6252-01
Caveats
Caveats
This section lists
in Cisco IOS Release 12.3(2)JA.
Open Caveats
These caveats are open in Cisco IOS Release 12.3(2)JA:
•
CSCeb50727—Unpowered 1100 series access points sometimes cause a loopback when connected
to switches without loopback detection. When you connect an unpowered 1100 series access point
to some switches without loopback detection, the access point sometimes causes a loopback. To
avoid this problem, make sure loopback detection is enabled on the switch to which the access point
is connected. If your switch does not have loopback detection, disconnect the access point from the
switch when the access point power is off.
to switches without loopback detection. When you connect an unpowered 1100 series access point
to some switches without loopback detection, the access point sometimes causes a loopback. To
avoid this problem, make sure loopback detection is enabled on the switch to which the access point
is connected. If your switch does not have loopback detection, disconnect the access point from the
switch when the access point power is off.
•
CSCeb52431—When logging into a TACACS+ server, 1100 series access points sometimes send
hundreds of additional authentication requests to the server after a successful authentication.
hundreds of additional authentication requests to the server after a successful authentication.
•
CSCee90230—When the access point is configured for TACACS+ administrator authentication and
uses an IP address from the DHCP server, this traceback occurs sometimes when the access point
reboots:
uses an IP address from the DHCP server, this traceback occurs sometimes when the access point
reboots:
Traceback= 2C120 2C150 2EFC4 2BE34 2BD50 330724 3EBD44 19C888 19E5B0 2A3FC0 3AAA04
1337F8
The traceback does not appear on access points using a static IP address.
•
CSCef11167—The access point sometimes returns an inaccurate value when you poll
cDot11ActiveWirelessClients through SNMP.
cDot11ActiveWirelessClients through SNMP.
•
CSCef65076—The access point GUI sometimes reports this error when you a RADIUS server
hostname to the access point:
hostname to the access point:
HTTP 400 - Bad Request
Workaround: Enter the server IP address instead of the hostname.
•
CSCef67806—When you enter the show cdp traffic command on a repeater access point or the
parent to which the repeater is associated, the access point reports an inaccurate total of CDP
packets.
parent to which the repeater is associated, the access point reports an inaccurate total of CDP
packets.
•
CSCef70234—When the access point is configured to select the least-congested channel at start-up,
the access point sometimes selects a channel which is not the least congested.
the access point sometimes selects a channel which is not the least congested.
•
CSCef71351—When CDP is enabled on a radio interface with VLANs configured, the radio output
drop counter sometimes increments when the access point sends a CDP packet.
drop counter sometimes increments when the access point sends a CDP packet.
•
CSCef71825—When a memory allocation failure occurs on the access point, it sometimes fails to
respond to authentication requests from client devices running Microsoft Windows CE. The access
point again responds to client requests after you reboot it.
respond to authentication requests from client devices running Microsoft Windows CE. The access
point again responds to client requests after you reboot it.
•
CSCef75032—When you disable the 802.11g radio on the access point GUI, the radio is disabled
but the Settings page and the Network Interfaces page sometimes indicate that the radio is still
enabled.
but the Settings page and the Network Interfaces page sometimes indicate that the radio is still
enabled.
•
CSCef78627—The access point sometimes reports an incorrect transmit power value for the
802.11a radio when you change the external antenna position from high-gain to low-gain or from
low-gain to high-gain while the access point is on.
802.11a radio when you change the external antenna position from high-gain to low-gain or from
low-gain to high-gain while the access point is on.
Workaround: Change the antenna position on the 802.11a radio only when the unit is off.