ccnp 300-101 pppoe

ccnp 300-101 pppoe

If the above is replaced by EIGRP , the phenomenon is the same as RIP , R1 will declare 1.1.1.0 into EIGRP.  official version Passive-interface No default Each router running RIP manages a routing database that contains routing entries to all reachable destinations on the network. These routing entries contain the following information: Associate route-map when route is re-published There are 2 forwarders (1 active) Gateway implementation) Switch# show vtp password Match the previous character 1 or more times BGP introducing and transmission routes The configuration of the DHCP server is a general configuration and will not be described here. R5#show ip bgp 11.11.11.0 Internet (well-known community) Access-list 2 permit 10.1.2.0 route-map cisco permit 10 Dhcp-bindings none —Does not log packets that match DHCP bindings. Configure on R2 as follows: Dialer Dialer interface *> 100.0.1.0/24 RIP defines two types of request messages and response messages. Route-map Overview 55 Protected port Port Neighbor 10.1.12.2 remote-as 200 A policy-list is like a route-map that only contains a match statement. Set metric-type sets the metric type of the target routing protocol HOLDTIME CISCO defaults to 180s ( 3 times KEEPLIVE timer ),ccnp 300-101 pppoe, which is included in the open message. the Next-Hop recursive This (recursive next hop ) broke the characteristics of the traditional hop-hop interface must be directly connected under the router IP restrictions. Recursive next-hop may not be directly connected to the network, as long as the relevant routes in the routing table are reachable. Generally, the recursive next-hop is unreachable, and the data will be handled by the route (generally the default route is matched).