Master EIGRP Routing Protocol: Theory + Practice

Part I : EIGRP Theory

Contents:

1-Introduction to EIGRP

2-EIGRP Packets

3-EIGRP Neighbor Adjacency

4-EIGRP Hello & Hold Timers and maximum hop count

5-EIGRP Updates

6-Metric and EIGRP K Values Formula

7-Reviewing some EIGRP Terminologies

8-EIGRP tables

9-EIGRP : Basic Configuration

10-Unequal Cost Load Balancing

11-Stuck-in-Active and EIGRP Queries

12-EIGRP Stub

13-EIGRP named mode



Part II : EIGRP Lab Manual

Contents:

Lab 01: Redistribution between two EIGRP AS Offset-List and EIGRP Stub

Lab 02: Redistribution between two AS EIGRP Variance and Offset-List

Lab 03: EIGRP over Frame-Relay

Lab 04: Troubleshooting EIGRP

Lab 05: EIGRP redistribution between two AS and the next-hop field

Lab 06: Next-Hop Field with EIGRP over IPv4

Lab 07: Next-Hop Field with EIGRP over IPv6

Lab 08: EIGRP Stub Feature

Lab 09: Filter EIGRP external routes

Lab 10: EIGRP Filtering using prefix-list and route-map

Lab 11: EIGRP Route Filtering:Route-Map Prefix-List ACL with Distribute-list

Lab 12: EIGRP Route Leaking Maximum hopcount and Route tag

Lab 13: Next-hop field between two AS eigrp IPv6

Lab 14: Successor and Feasible Successor

Lab 15: show ip eigrp topology all-links subcommand

Lab 16: EIGRP Default Route Summarization Authentication PBR

Lab 17: EIGRP with two AS Frame-relay and Floating Static Route

Lab 18: Optimization EIGRP over Frame-relay Network

Lab 19: EIGRP Summary and Leak Map

Lab 20: Feasible Successor issues

Lab 21: Two EIGRP AS number and two equal paths to the same destination

Lab 22: EIGRP named over IPv6

Lab 23: EIGRP Named Mode Authentication

Lab 24: EIGRP Named Mode for IPv4 and IPv6

Lab 25: EIGRP Stub Routing