MLAG and EVPN-VXLAN Technology in ARISTA

with Configuration Samples in LAB Topology

What you'll learn
Leaf and Spine Architecture of Next Generation Network Design
MLAG Technology
VARP Feature of Arista for First Hop Redundancy Protocol
ECMP Feature in Arista
VXLAN Overview
EVPN-VXLAN Technology
and Configuration Steps in LAB
Requirements
Dynamic Routing and Fundemental Network Knowledge
Description
In this course, we are going to learn advanced technologies of Arista Networks. These technologies are actually open-standard and you are going to improve your network design and configuration ability in your career. We are going to teach MLAG,LEAF-SPINE, ECMP and EVPN-VXLAN technologies here. You are going to see all configuration statement in this course with LAB environment. Also, there will be some troubleshoot steps to help you.

For details of cource, in first section, we are going to give brief introduction. Secon section is going to teach LEAF-SPINE architecture and difference from classic network desing. Later, we are going to continue with LAYER2 redundancy MLAG. Also, we are going to talk about Layer3 redundancy with VARP feature of Arista and ECMP method to loadbalance traffic.

In final section, we are going to build large topology and underlay protocol is going to be configured and last we are going to create EVPN-VXLAN.Customer device will ping each other in same broadcast domain over Layer3 network and this will be Vlan-Based extensin of Vlans with VNI by using EVPN-VXLAN technology.

In addition, you can contact me for any question about network tehcnologies . Whenever you need help, you can contact me.

Regards,

Who this course is for
Network Engineers