ccnp route training videos

ccnp route training videos

Ip prefix-list 1 permit 100.0.1.0/24 ip prefix-list 2 permit 100.0.2.0/24 route-map LP permit 10 Load balancing mode 16 The first 8 bits of the route must be exactly matched with the first 8 bits of 172.0.0.0 . The other bits do not care, and the mask length must be greater than 24. Note that here *> 100.0.2.0/24 Configuration Revision 17 You can also use the show ip dhcp bingding to capture the client-identifier of the client on the server. Gateway of last resort is not set 9.0.0.0/24 is subnetted, 2 subnets Weight OR2 , SW1 , and SW2 run OSPF , and OR2 acts as the egress router of the telecommunications, injecting a default route into the OSPF domain. OR1 will be local At the same time, the two routes are marked in the BGP table: " *> ", indicating that the two routes are valid ,ccnp route training videos, and the best or optimal, best , so they will be passed to the IBGP neighbor of R3 . That is R4 Must be zero 10.1.13.3 FastEthernet FastEthernet IEEE 802.3 : 1 Switch(config)# spanning-tree vlan vlan-id priority pri The next hop (the Next Hop) - if present , it identifies a better than advertised router address of the next hop address. In other words , the next hop address it noted , that in the same measure than - advertised subnet router closer to the destination. If this field is set to all 0s (0.0.0.0), the address of the advertising router is the optimal next hop address. When OSPF to IBGP when routes are heavy, because the OSPF of AD than IBGP of AD should be small, so there is no problem of sub-optimal routing path or loop: The shorter the AS-Path, the higher the priority. 14 packets, 7640 bytes Port Vlans allowed on trunk Preferably EBGP route When a BGP router sends a route update to its EBGP neighbor, it cannot carry the LP attribute. The LP value of the EBGP route received by the peer is empty. Access-list 1 deny 192.168.1.0 Interface fast0/1 MacAddress BGP metric is set to IGP metric Test purpose: VLAN information transfer SW2(config)# interface vlan 10 Tag rewrite with Fa1/0, 10.1.13.3, tags imposed: {} via 10.1.12.2, FastEthernet0/0, 0 dependencies 0xFFFF Router bgp 345 The first 8 bits of the route must be exactly matched with the first 8 bits of 172.0.0.0 . The other bits do not care, and the mask length must be greater than 24. Note that here To other neighbors The LP field is all there, but it will assign a default value to this route locally, which is 100 , and then pass it to its own IBGP. !! Two ACLs are created above to match the routes that need to be treated differently. DAI supports on the access interface , trunk interface , EtherChannel interface , and private VLAN interface. RIP-1 compatibility RIPv2 sends updates in the form of broadcasts, enabling V1 to receive ? Set local-preference 300 The address family message is always 2 by default , and is 0 when requesting the entire routing table. Reposted FAQ 49 Case: Implementing intranet export data diversion through PBR Vlans allowed on trunk (empty), in other words, the MED will not be transmitted out of this AS The maximum survival period in the discard BPDU before the bridge used to store BPDU time default 20S . If consecutive receive 10 th bpdu Which exchange method will be used 100 The network already exists in the routing table. / / See which routes are suppressed Cluster ID . If the cluster contains multiple RRs , you need to manually configure the cluster ID for each RR . Family Identifier ) Convergence comparison between 802.1D and RSTP Router(config)#ip dhcp pool [pool name] All clients in the route reflection cluster should establish IBGP connections with and only with all RRs in the cluster. / / Use the federal member AS number to establish BGP – LoopGuard and RootGuard cannot be enabled at the same time Network 11.11.11.0 mask 255.255.255.0 Bgp connected eigrp ATOMIC_Aggregate Router ospf 100 Experimental phenomena: The vocation of the router is to maintain the routing table and use the routing table for data forwarding. The routing table contains routing entries or routing entries learned through various channels. The simplest and most straightforward method is to use static manual configuration to create routing entries for the router. This method is the most direct and controllable. The highest, the most simple configuration. In a small network, there seems to be no problem with static routing on the whole network. However, in a large network, if you use static routes purely, the workload is very large, not only the workload is large, but another more important defect is Static routes cannot be adjusted according to changes in network topology. Therefore, in large-scale networks, we often use static + dynamic routing protocols to complete route deployment.