Enhanced Interior Gateway Routing Protocol (EIGRP) Zero-Hero

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EIGRP Fundamentals and Basic Configuration
EIGRP Neighborship Process
EIGRP Path Metric Calculation
EIGRP Convergence
EIGRP Load-Balancing
EIGRP Summarization
EIGRP Stub Router and Site
EIGRP WAN Considerations
EIGRP Filtering with ACL and IP Prefix-List
EIGRP Filtering with Route-Map and Gateway
EIGRP Offset List
Troubleshooting EIGRP for IPv4
EIGRP for IPv4 Trouble Tickets
EIGRP for IPv6 (EIGRPv6)
EIGRPv6 and Named EIGRP Trouble Tickets
EIGRP OTP - Full Mesh
EIGRP OTP - Route Reflector
EIGRP OTP - Redundant Remote Routers
IPv6 EIGRP OTP - Full Mesh
IPv6 EIGRP OTP - Route Reflector
EIGRP Neighborship in NX-OS
EIGRP Authentication in NX-OS
EIGRP Passive-Interface in NX-OS
EIGRP Summarization in NX-OS
EIGRP Stub in NX-OS
EIGRP Configuration with CLI in ASA
EIGRP Configuration with ASDM in ASA
EIGRP Design - EIGRP with Multiple AS , Multilayer Architectures
EIGRP Design - EIGRP Hub-and-Spoke Design
EIGRP Design - EIGRP Fast Convergence and GR-NSF
Requirements
You need to know about routing fundamentals . You can implement all of scenarios in GNS-3 or EVE-NG.
Description
Enhanced Interior Gateway Routing Protocol (EIGRP) is an advanced distance-vector routing protocol that is used on a computer network for automating routing decisions and configuration. The protocol was designed by Cisco Systems as a proprietary protocol, available only on Cisco routers. In 2013 Cisco decided to allow other vendors freely implement limited version of EIGRP with some of its associated features such as High Availability (HA), while withholding other EIGRP features such as EIGRP stub, needed for DMVPN and large-scale campus deployment, exclusively for themselves. Information needed for implementation was published with informational status as RFC 7868 in 2016, which did not make it into an Internet Standards Track specification and allowed Cisco to retain control of the EIGRP protocol.EIGRP is used on a router to share routes with other routers within the same autonomous system. Unlike other well known routing protocols, such as RIP, EIGRP only sends incremental updates, reducing the workload on the router and the amount of data that needs to be transmitted.EIGRP replaced the Interior Gateway Routing Protocol (IGRP) in 1993. One of the major reasons for this was the change to classless IPv4 addresses in the Internet Protocol, which IGRP could not support.
Overview
Section 1: Enhanced Interior Gateway Routing Protocol (EIGRP) in IOS
Lecture 1 EIGRP Fundamentals and Basic Configuration
Lecture 2 EIGRP Neighborship Process
Lecture 3 EIGRP Path Metric Calculation
Lecture 4 EIGRP Convergence
Lecture 5 EIGRP Load-Balancing
Lecture 6 EIGRP Summarization
Lecture 7 EIGRP Stub Router and Site
Lecture 8 EIGRP WAN Considerations
Lecture 9 EIGRP Filtering with ACL and IP Prefix-List
Lecture 10 EIGRP Filtering with Route-Map and Gateway
Lecture 11 EIGRP Offset List
Lecture 12 Troubleshooting EIGRP for IPv4
Lecture 13 EIGRP for IPv4 Trouble Tickets
Lecture 14 EIGRP for IPv6 (EIGRPv6)
Lecture 15 EIGRPv6 and Named EIGRP Trouble Tickets
Section 2: EIGRP Over the Top (OTP)
Lecture 16 EIGRP OTP - Full Mesh
Lecture 17 EIGRP OTP - Route Reflector
Lecture 18 EIGRP OTP - Redundant Remote Routers
Lecture 19 IPv6 EIGRP OTP - Full Mesh
Lecture 20 IPv6 EIGRP OTP - Route Reflector
Section 3: EIGRP in NX-OS
Lecture 21 EIGRP Neighborship in NX-OS
Lecture 22 EIGRP Authentication in NX-OS
Lecture 23 EIGRP Passive-Interface in NX-OS
Lecture 24 EIGRP Summarization in NX-OS
Lecture 25 EIGRP Stub in NX-OS
Section 4: EIGRP in ASA
Lecture 26 ASA - EIGRP Configuration with CLI
Lecture 27 ASA - EIGRP Configuration with ASDM
Section 5: EIGRP Design
Lecture 28 EIGRP Design - EIGRP with Multiple AS , Multilayer Architectures
Lecture 29 EIGRP Design - EIGRP Hub-and-Spoke Design
Lecture 30 EIGRP Design - EIGRP Fast Convergence and GR-NSF
Cisco Network Engineers , Routing Engineers
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