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EVPN

CodiLime Glossary

Some common networking terms clearly explained

What does EVPN mean in networks?

Ethernet Virtual Private Network (EVPN) is a subset of a BGP protocol that allows you to extend Layer 2 connectivity over a Layer 3 network. It supports several tunnelling mechanisms, including MPLS (mainly Internet Service Providers) and VXLAN (mainly data centers). It provides segmentation and isolation just like VLAN but without the limitations of traditional networks. This means you do not need to use Spanning Tree Protocol (STP), while there are no Active/Passive links and BUM traffic is limited as much as possible. EVPN has some additional features like MAC/IP advertisement and MAC address mobility. As soon as a resource appears or changes its position in the network, information about it is immediately sent to the rest of the dataplane elements via BGP protocol (limiting BUM traffic as much as possible). This feature is helpful when performing VM migration. Last but not least, EVPN is an open standard.

Read more:

Thumbnail of an article about The modern, interoperable DC - Part 1: Solving "last mile" problems with BGP (video)
The modern, interoperable DC - Part 1: Solving "last mile" problems with BGP (video)
Time to read

74 minutes reading

Publish date

2 Sep 2020

Multiple authors

Network infrastructure planning

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Thumbnail of an article about The modern, interoperable DC - Part 2: EVPN as a universal solution for VM, container and BMS networking (video)
The modern, interoperable DC - Part 2: EVPN as a universal solution for VM, container and BMS networking (video)
Time to read

1 minute reading

Publish date

4 Sep 2020

Multiple authors

Network infrastructure planning

Read more
Thumbnail of an article about The modern, interoperable DC - Part 3: Seamless and secure connectivity for edge computing and hybrid clouds (video)
The modern, interoperable DC - Part 3: Seamless and secure connectivity for edge computing and hybrid clouds (video)
Time to read

109 minutes reading

Publish date

16 Dec 2020

Multiple authors

Network infrastructure planning

Read more