I am going to begin setting up my lab with RIP on the NBMA, EIGRP from R5 to R1, and OSPF off the NBMA spoke R3. This requires 2 ASBR's, see what issues I come up with along the way, and try to use debugs and show commands before I go to training materials for … Continue reading Part 1: EIGRP, RIP, OSPF Redistribution configuration
I told myself I am not going to lab today to avoid CCNP burnout, so I created the above topology which I will be configuring in my next lab session, and did a 'wr er' on all 5 routers and put their base configs (frame relay and IP addressing). It will be very similar to … Continue reading Lab plan for EIGRP / RIPv2 / OSPF Redistribution and more!
This is using the same Topology setup as the RIP / OSPF Redistribution posts, however as noted in micro-text on the Topology below, I've changed the OSPF Area 0 to EIGRP AS 100, and removed any loopbacks in the EIGRP route domain as they are not necessary for now: To change the metric or 'seed … Continue reading EIGRP Redistribution – Changing Metric and AD
I will be using the same Topology for this lab to demonstrate 4 different ways to Redistribute OSPF routes, using the same Topology as before as follows: I removed the static route from R5 as a return route to RIP land, and will now be doing 2 way redistribution between the routing domains, but first … Continue reading OSPF to RIP, 4 ways to change AD, Sub-Optimal Routing & Route Loops
The following will be a demonstration of one way route redistribution between RIP and OSPF routing domains, and how to get two way communication between the two routing domains with a static route, rather than redistributing both protocols on the ASBR R3: After configuring the NBMA network which is now a RIPv2 domain with the … Continue reading OSPF to RIP Redist / Static routing, 4 OSPF routers in 1 Broadcast Domain output