Evpn Mpls On Cisco Ios Xe&Xr

Mastering the Next Generation of L2VPN solutions with EVPN MPLS technology

What you'll learn

Understand EVPN MPLS fundamentals and terminology

Master EVPN MPLS signaling and MAC address learning

Learn about EVPN MPLS multihoming and load balancing

Troubleshooting EVPN MPLS networks

Master implementation of EVPN MPLS on both IOS XE&XR platforms

Requirements

MPLS fundamentals

L2VPN & L3VPN basic knowledge

Description

In this comprehensive course, you'll learn about the next generation of Enterprise VPN solutions using EVPN MPLS technology. We'll explore the control plane mechanisms that enable efficient communication between customer sites and data centers in a highly scalable and flexible manner.Throughout the course, we'll dive deep into the Cisco IOS XE and IOS XR implementations of EVPN MPLS, giving you a solid foundation in both platforms. You'll gain a detailed understanding of EVPN MPLS control plane operations, including BGP-based EVPN signaling, MAC address learning, and VPN-IP route distribution.We'll cover a range of topics, including:EVPN MPLS fundamentals and terminologyEVPN signaling and MAC address learningBGP-based EVPN route distributionVPN-IP route distributionEVPN multihoming and load balancingTroubleshooting EVPN MPLS networksBy the end of the course, you'll be equipped with the knowledge and skills to design, implement, and troubleshoot EVPN MPLS networks using Cisco IOS XE and IOS XR. Whether you're a network engineer, architect, or administrator, this course is essential for anyone looking to take their understanding of EVPN MPLS to the next level. Basic knowledge of networking technologies is recommeded.You will also find attached to the course the EVE-NG UNL files for each implementation together with topolgy PNG files and the presentation.

Overview

Section 1: Course Introduction

Lecture 1 Intro

Lecture 2 The Instructor

Lecture 3 Resources

Section 2: EVPN Introduction

Lecture 4 What is EVPN?

Lecture 5 L2VPN multi-homing

Lecture 6 EVPN vs VPLS (MAC learning)

Lecture 7 EVPN vs VPLS (Forwarding)

Lecture 8 EVPN vs VPLS (Protocols & Integration)

Section 3: IOS XE config & outputs - EVPN MPLS Control plane demystified

Lecture 9 IOS XE configuration explained

Lecture 10 Designated Forwarder election & role

Lecture 11 BUM label advertisement & usage

Lecture 12 Split Horizon label advertisement & usage

Lecture 13 MAC address learning mechanism

Lecture 14 Aliasing label advertisement & usage

Lecture 15 Control Plane mechanisms summary

Lecture 16 Useful observations

Section 4: IOS XE lab session

Lecture 17 IOS XE lab intro

Lecture 18 IOS XE lab configuration

Lecture 19 IOS XE lab outputs

Section 5: IOS XR config & outputs

Lecture 20 IOS XR configuration explained

Lecture 21 IOS XR outputs explained

Section 6: IOS XR lab session

Lecture 22 IOS XR lab intro

Lecture 23 IOS XR lab configuration

Lecture 24 IOS XR lab outputs

Section 7: EVPN IRB & L3VPN interworking

Lecture 25 EVPN IRB & L3VPN Intro

Lecture 26 EVPN IRB & L3VPN configuration explained

Lecture 27 EVPN IRB & L3VPN outputs explained

Lecture 28 EVPN IRB & L3VPN IOS XE lab session

Section 8: EVPN VPWS

Lecture 29 EVPN VPWS Intro

Lecture 30 EVPN VPWS IOS XE configuration explained

Lecture 31 EVPN VPWS IOS XE outputs explained

Lecture 32 EVPN VPWS IOS XE lab session

Lecture 33 EVPN VPWS IOS XR configuration explained

Lecture 34 EVPN VPWS IOS XR lab session

Network engineers that operate live telecom networks,Students who want to understand the next generation L2VPN services,Anyone else who is interested in the subject