Cisco's NXOS EVPN Hybrid mode - interoperability with Asymmetric VTEPs
In this post, we pull back the curtain on this new NXOS EVPN Hybrid mode and understand how it enables interoperability with Asymmetric VTEPs.
In this post, we pull back the curtain on this new NXOS EVPN Hybrid mode and understand how it enables interoperability with Asymmetric VTEPs.
In this post, we’ll start designing the building blocks for our data center deployment with Juniper Apstra. We’ll look at how to design a rack.
With this post, we kick off a new series based on Juniper Apstra. This post serves as an introduction to Apstra - we’ll look at what a true IBN system is, how relational and graph databases are different (and why graph databases are ideal for network infrastructure), concluding with some general workflows in Apstra.
In this post, we deploy a multivendor EVPN L2 overlay fabric, with BGP in the underlay as well. The entire fabric deployment is automated with Ansible, and Containerlab is used to define and deploy the actual topology.
In this post, we look at BGP on Junos OS and a typical BGP configuration for the underlay, for a 3-stage Clos fabric. We also introduce BGP unnumbered, which is a great way of building the underlay, without the need of any IP addressing.