Dynamic Routing with VRFs | BGP, OSPF, and EIGRP | VRFs Part 2 2
VRFs, or Virtual Routing and Forwarding, are virtual routing tables. They enable separation of one part of the network from another.
We follow on from where part 2 left off. Here, we look at using VRF's with IGPs to enable dynamic routing.
Join me to see how we can configure a network with VRF's, as well as EIGRP, OSPF, and BGP. You'll also get to see more on how address-families work.
This includes two configuration labs you can follow along with.
(0:14) The first lab will walk you through how OSPF and EIGRP are used when connecting customer routers.
(1:46) The second lab dives deeper by looking at how we can integrate BGP, such as when we connect a WAN router that we don't manage
You can download the labs, and practice on your own if you want (Patreon).
networkdirecti...
Part 1: VRF Lite - The Fundamentals of how VRF's work. This covers route separation, why you need it, and how it's configured
• How VRFs Work (VRF Lit...
Part 2: Dynamic Routing - Taking it a step further, we see how to add OSPF, EIGRP, and BGP routing, all while keeping it VRF-aware
• Dynamic Routing with V...
Part 3: Route Targets - VRF's are local to each router. But, we can use route-targets and MP-BGP to share routes between VRF's on different routers. The ed result? VRF's are spanned across your network!
• Route Target Import an...
Part 4: Route Leaking - VRF's keep routes separate, but what if you have some important services to share? How do you share the routes then? With Route Leaking!
• Leak Routes Between VRF's
For more information, have a look at networkdirecti...
/ networkdirection
/ netwrkdirection
/ networkdirection
You may find this useful for CCNP Route exam
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