Dynamic Routing with VRFs | BGP, OSPF, and EIGRP | VRFs Part 2
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6 سال پیش
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Dynamic Routing with VRFs |
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).
https://networkdirection.net/VRF+Lab+2
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 Lite) | VRFs Part 1
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 VRFs | BGP, OSPF...
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 and Export | Exte...
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 https://networkdirection.net/VRF+Lite
networkdirection
Twitter: NetwrkDirection
Patreon: NetworkDirection
You may find this useful for CCNP Route exam
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).
https://networkdirection.net/VRF+Lab+2
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 Lite) | VRFs Part 1
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 VRFs | BGP, OSPF...
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 and Export | Exte...
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 https://networkdirection.net/VRF+Lite
networkdirection
Twitter: NetwrkDirection
Patreon: NetworkDirection
You may find this useful for CCNP Route exam
6 سال پیش
در تاریخ 1397/03/10 منتشر شده
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