Join Lazaro Diaz for an in-depth discussion in this video Understanding how EIGRP chooses routes based on bandwidth, part of Advanced Cisco Routing: RIPv2, EIGRP, and OSPF.
- One last little topic which is very important…just to prove that EIGRP is analyzing the bandwidth…on the actual connection types that you have.…So what we're going to do on our first router…that's labeled Router 0 all the way to the left here,…we're going to go inside and we're going to change…the bandwidth value on both of these interfaces;…the as 0/0/0 and the as 0/0/1.…So I'm going to click on that router.…Well, before I do that, let's see which direction…it's actually going right now.…
So I want to go all the way to the right…to that sidebar and I'm going to click…all the way at the bottom behind Realtime…so simulation mode can come up.…Then I'm going to select my closed envelope…which is the Simple PDU which is a ping.…I'm going to click on it once.…I'm going to click on PC0.…I'm going to scroll to the right a little bit,…and click on PC1 because we want to see…the direction that the actual packet is going.…
And as you can see, this is the first time…we're pinging in this scenario.…You'll see that there's two, an ICMP and an ARP,…
- Configuring static and default routes
- Understanding dynamic routing
- Issuing verification commands
- Comparing RIPng and RIPv2
- Using RIP timers
- Configuring an EIGRP feasible successor route
- Exploring EIGRP options
- Introducing the OSPF process ID
- Exploring wildcard masking
Skill Level Advanced
1. Configuring Routing on a Cisco Router
2. The Routing Information Protocol (RIP)
3. The Enhanced Interior Gateway Routing Protocol (EIGRP)
4. The Open Shortest Path First (OSPF) Routing Protocol
Wrapping up3m 5s
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