ccnp tshoot demo lab

ccnp tshoot demo lab

*end* meaning EIGRP Or the above example, if we R1 on, of ping 1.1.1.2 REPEAT size. 1 1501 , at this time, R1 due to the generation of the IP packet is larger than Another recommended solution is to adjust the management distance of the routing protocol: Modified OSPF the AD value The default is 32 Tiao Configuration BGP federal 25 46-1500 bytes; set mtu xxxx under the interface , which means this, and generally does not allow Deception process ARP Request In the above figure, R1 and R3 will update routes 1.1.1.0 and 11.11.11.0 to R2 . Of course, by default,ccnp tshoot demo lab, R2 is definitely the preferred EIGRP. When R2 Neighbor 10.1.13.1 remote-as 100 Epoch 0 / / See which routes are suppressed Interface fa1/0 Set the channel-group ID At the same time network 1.0.0.0 , then 1.0.0.0 will be announced No need to connect directly. Only TCP connectivity is required. Switch(config)# mac address-table static machine mac interface vlan vlan number to cancel with no mac address-static ...... Used to announce aggregated and selected detail routes (suppress specific detail routes), followed by route-map xxx , matched by route-map If the route learns to an EBGP neighbor, it is reflected to all client and non- client IBGP neighbors. The Layer 2 interface contains access mode and trunk mode that we are very familiar with . All physical interfaces of the switch are Layer 2 interfaces by default, which is switchport . 100 The packet is captured as follows ( R3 sends the BGP update package to R4 ): STP uses four parts to solve the Layer 2 loop: We found that although R4 learned these two prefixes through BGP , it is also valid (with * ), but it is not optimized (not best , no > mark). If it is not optimized, it will not be loaded into the routing table. Then why is this? Note that the next hop of the two routes is 10.1.13.1 , and it is worth noting that the directly connected network segment of 10.1.13.0 is not declared into OSPF by R3 . In other words, R4 goes to the next-hop of the two routes. Unreachable, the next hop is unreachable. Therefore, although the two BGP routes are in the BGP table, they are not best and cannot be loaded into the routing table.