The port shows a green light as if it were connected, but the show interface status displays not connected.
A destination port (also called a monitor port) is a switch port where the Switched Port Analyzer (SPAN) sends packets for analysis. After a port becomes an active destination port, it does not forward any traffic except that required for the SPAN session. By default, an active destination port disables incoming traffic (from the network to the switching bus), unless you specifically enable the port. If incoming traffic is enabled for the destination port, it is switched in the native VLAN of the destination port. The destination port does not participate in spanning tree while the SPAN session is active.
The destination port does not transmit any traffic except that traffic required for the SPAN session unless learning is enabled. If learning is enabled, the port also transmits traffic directed to hosts that have been learned on the destination port. The up/down status is the expected state for a destination port. Use the learning keyword at the end of the SPAN destination port statement if you want this port to communicate with the network.
When ingress is enabled, the SPAN destination port accepts incoming packets and switches them normally. By default, host learning is disabled on SPAN destination ports with ingress enabled. So instead of setting a static entry on the MAC table, you can insert the learning keyword at the end of the statement as the example output here shows.
We split a /24 into two /25 segments:eth 1/1 - 188.8.131.52/25eth 1/2 - 184.108.40.206/25eth 1/3 - 220.127.116.11 - ISP link So the whole /24 lives on the router, but split. When I advertise 18.104.22.168/24 to ISP, it doesn't show up as and advertised route. Is there a...
is it possible to add more than 1 ip wccp redirect on a vlan interface ? Each one with a different associated access list, will both redirect access list be searched for a match ? interface Vlan903ip address 10.250.1.21 255.255.255.252ip wccp 5 redir...
I have a legacy network originally designed to allocate subnets to individual servers through VLANs, controlled through bridged switches to our individual cabinets. Each server would be assigned a switch port and a subnet VLAN. Over the ...