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EVPN-VXLAN with MLAG on Arista: Data Center Fabric Labs
Rating: 4.0 out of 5(156 ratings)
999 students

EVPN-VXLAN with MLAG on Arista: Data Center Fabric Labs

Step By Step Lab Guide, LEAF-SPINE architecture,MLAG (Multi-Chassis),VARP and EVPN-VXLAN Details
Created byMahmut Aydın
Last updated 9/2026
English
English [Auto],

What you'll learn

  • Configure BGP EVPN as the VXLAN control plane
  • Troubleshoot MAC mobility, split-brain, and peer-link failures using show commands
  • Deploy VARP anycast gateways for first-hop redundancy across the fabric
  • Build MLAG peer-links, port-channels, and handle orphan ports on Arista EOS
  • Verify Type-2 -3/ Type-5 routes
  • Multi-tenancy / L3 VNI / VRF
  • Reproduce every lab yourself with the included topology and configuration files
  • Design a leaf-spine fabric

Course content

3 sections10 lectures4h 46m total length
  • Introduction8:32

    Introducing Lecturer

    Giving information about contents

Requirements

  • Dynamic Routing and Fundemental Network Knowledge

Description

Course Description

In this course, you will learn the advanced data center technologies of Arista Networks, all of which are based on open standards. By completing this course, you will strengthen your network design, configuration, and troubleshooting skills, preparing you for real-world enterprise and data center environments.

What You’ll Learn

We will cover the following technologies in detail:

  • LEAF-SPINE architecture and how it differs from traditional network designs

  • MLAG (Multi-Chassis Link Aggregation) for Layer 2 redundancy and VARP details

  • VXLAN for scalable and modern Layer 2 extension across Layer 3 networks

  • EVPN Configuration with route types

All topics are demonstrated in a hands-on lab environment. We have a lab platform that you can buy with low prices chance and test your learning and knowledge there. You will see every configuration step in action, and we will also include troubleshooting exercises to reinforce your understanding.

Course Structure

  • Section 1: Introduction and course overview and LEAF-SPINE architecture and comparison with classic three-tier designs

  • Section 2: Layer 2 redundancy with MLAG and VARP

  • Section 3: EVPN-VXLAN configuration

  • Final Section: Building a full-scale topology — configuring underlay protocols and deploying EVPN-VXLAN. By the end, customer devices will communicate within the same broadcast domain across a Layer 3 fabric using VLAN-based VNI extensions.

Instructor Support

You can reach out to me anytime with your questions about network technologies or configurations. I’ll be glad to assist you whenever you need help.

Regards,
Mahmut AYDIN

Who this course is for:

  • Network Engineers