There are 3 repositories under evpn topic.
A demo to run Arista Validated Design with CloudVision deployment - From Powerup to EVPN Fabric
Ansible automation for deploying and management EVPN Fabric on Cat9k in Campus
Community Planning and Coordination
Some traditional data center designs lack an EVPN control plane, but we can use SR Linux as a proxy to support a smooth transition into a future-proof dynamic architecture
WiMoVE Access Point Daemon
Package that initiates vxlan underlay and overlay instances with all the parameters requried
Cisco NSO package to deploy VXLAN EVPN Services
ansible-collection for cisco nexus vxlan-evpn automation
Ansible automation for deployment and management of VXLAN-EVPN Fabric on Cat9k or Nexus9k using validated design and an high degreed of abstraction
Cisco BGP EVPN for IOS-XE
L3 EVPN Basics Tutorial with SR Linux and FRR
🐳 Docker Image Packaging for FRRouting
Using ContainerLab, NDFC, and Ansible, build a multi-site EVPN lab environment consisting of 2 VXLAN fabrics interconnected using a centralized route server.
:electron: SRE - Internship
Labs and Demo excercises for network automation technologies.
Capstone 2024 for Arista, consisting of VXLAN & EVPN
BGP EVPN is based on BGP (RFC 4271) and its extensions MP-BGP (RFC4760). BGP is the routing protocol that drives the Internet. Through MP-BGP extensions, it can be used to carry reachability information (NLRI) for various protocols (IPv4, IPv6, L3 VPN and in this case, EVPN). EVPN is a special family for publishing information about MAC addresses and the end devices that access them
Building a Cisco Nexus 9000 EVPN Fabric using Terraform
Ansible Playbook to Deploy Cumulus EVPN VXLAN in Symmetric Routing
Campus LACNIC: IPv6 en Data Centers
A lab to demonstrate EVPN over MPLS with LDP on Nokia SR OS with containerlab
A lab to demonstrate EVPN over MPLS with RSVP on Nokia SR OS with containerlab
A lab to demonstrate EVPN over VXLAN on Nokia SR OS with containerlab
A lab to demonstrate EVPN over VXLAN on Cisco Nexus 9000v Switch with containerlab
The purpose of this project is to deepen your knowledge of NetPractice. You will have to simulate several networks (VXLAN+BGP-EVPN) in GNS3.
Deployment of VXLAN and BGP EVPN for efficient management of reachability information across different protocols, with a specific emphasis on EVPN for MAC address distribution.