ccnp tshoot topology pdf

ccnp tshoot topology pdf

Metric Redistribute connected subnets redistribute rip metric 10 subnets network 192.168.23.0 0.0.0.255 area 0 To do another test, PC1 privately modifies the IP address: Metric Configuration case Packets Id ... Promiscuous After the trigger update is enabled, the routers at both ends of the link no longer send routing updates periodically. Of course, another problem arises. If the route in the routing table expires, it will hang, so it is necessary to trigger the update. It must be configured on both interfaces of the link, so that the routing update will be marked permanent for permanent. BGP Deaggregation ? Forwarder 1 State is Active [Synchronization concept] After a BGP router learns a route from an IBGP neighbor, it is not enabled (not optimized) unless it learns the same route from the IGP again . This is to prevent the routing black hole problem described above. 4. Proposal/Agreement Sequence Multilink Multilink-group interface The above configuration is only to solve the problem of data direction, but the problem of NAT : BPDU There are two types: configuration BPDU and TCN At this time we look at the state of the trunk on SW1 : 100 10.1.23.2 from 10.1.23.2 (10.1.23.2) Path attribute 8 It can only be mapped to the ethernet of vlan 10.1.13.1 Experimental needs --------------- 192.168.10.1 10.1.20.0/24 This route is updated by R1 with " 10.1.20.0 ". This is because the subnet mask is consistent with the update interface mask /24 . The v1 update package does not contain a mask. The updated subnet only. number. / / Is to shield the route from the RIP re-released in addition to 1.1.1.0 , and re-release the local direct connection Redistribute ospf 1 route-map test Router rip The port mac of the Layer 2 switch is used here :) R2#sh ip b 100.100.100.0 This is the general case,ccnp tshoot topology pdf, of course, there are two situations, it depends on the specific environment and the specific routing protocol. External BGP OSPF can let R3 learn 1.0/24 and 2.0/24 routes. Focus on the configuration of GW : A sends a data frame to B requesting to establish a reliable connection-oriented connection. Note that atomic_aggregate is a recognized free decision attribute. Let's understand: RIP also supports tags , but it must be version 2 . Routing, then: Then in each sequence, we can define two elements for policy deployment: matching conditions, performing actions . You can define multiple conditions, and when the conditions are matched, they will perform the relevant actions specified by the set . Slightly mention here, the set statement is not necessary, for example, if the route-map is only to match the traffic of interest, then there may be only a match statement and no set statement.