I did a "sh vlan" and this is the Vlan 1 configuration:
ip address 172.16.208.140 255.255.248.0
no ip redirects
no ip route-cache
no ip mroute-cache
standby 1 ip 192.168.0.1
standby 1 priority 100
standby 1 preempt
Now... I am unfamiliar with the "standby" command, but I know there is no machine on the network with a 192.x address.
And the strange thing is, all 20 something of the VLANs are defined in the "sh run" yet the "sh vtp status" has the Cat4000 as a VTP CLIENT, not SERVER. I managed to find another Cat4000 on the network that was acting as the SERVER and had the VLANs defined there also.
Thanx for looking and let me know if I need to provide more info...
Standby configs are related to your HSRP configurations and the error messages clearly tells that the virtual ip which is configured in this box is different when compared to the one configured for the group.
in the other box its being configured as 172.16.208.1 but in your box its 192.168.0.1.
i would suggest to change the standby ip to 172.16.208.1 in this box and check out for the logs.
Thanx much for all the quick responses. Since they were all pretty much dead on and each one helped, I tried to give them all "5" or however you do it. Internet connection is really slow, so I may have missed one.
I changed the "standby 1 ip 172.X..." like someone mentioned and it appears to have worked. I haven't received any more error messages!
Now, I shall create a new post asking about the VTP setup 8)
[toc:faq]The ProblemOn traditional switches whenever we have a trunk
interface we use the VLAN tag to demultiplex the VLANs. The switch needs
to determine which MAC Address table to look in for a forwarding
decision. To do this we require the switch to do...
[toc:faq]Introduction:Netdr is a tool available on a RSP720, Sup720 or
Sup32 that allows one to capture packets on the RP or SP inband. The
netdr command can be used to capture both Tx and Rx packets in the
software switching path. This is not a substitut...
IntroductionOSPF, being a link-state protocol, allows for every router
in the network to know of every link and OSPF speaker in the entire
network. From this picture each router independently runs the Shortest
Path First (SPF) algorithm to determine the b...