What is EVPN-VXLAN Anyways?

[@arjunprs]

The amount of times i have rewinded this video is insaneee... Speaks volumes about the quality of content. Kudos!

[@benjishohet]

5:30 was pretty painful to listen to - "sends a Frame over the Layer 3 infrastructure" XD

[@KeithTownsend]

Very good explanation of EVPN/VXLAN. More importantly, thank you for setting up by establishing the relationship between the control plane and the data plane.

[@HimanshuSharma1981]

Would be great if the link to the other nuggets referred in this video were linked to this one or if a playlist was created. This is a great video, but I cannot find the other videos.

[@scottreeve5716]

Great video. That part I needed the most is 6:14 or so. How is the advertisement done?

[@JasonBourg]

Knox, this is great! thank you for sharing!

[@norbertt.t6444]

Thanks fro the great video - I am looking forward to finding out how the different default gateways are created on the layer 3 devices from an initial layer 2 subnet . to then built the Tunnel .

[@wairisson]

Really nice explanation, congrats!

[@atexnik]

8:33 multicast and vxlan? What do you mean by that? You only mentioned evpn so far before this timecode. If I guess it right, by multicast you mean flood and learn mechanism, and by evpn you mean the exchange of MAC addresses in advance. Correct me if I'm wrong.

[@anujjaiswal7640]

hey u made its complex feature in simple way , Kudos

[@BindasBadshah]

Very nicely explain..

[@bluesblue6453]

Is there a video series about this?

[@parodio1]

Great video, very helpful

[@mahdim107]

Excellent, thank you very much, Sir

[@saudreyaz4994]

quality content, liked it very much, thanks

[@zhomartaaa2845]

Thanks Bro!

[@hosamhamdy8230]

Thanks alot

[@UniqSkills]

Thank you very much. Nice info

[@ChitChat]

I'd really like to know what software you are using for your blackboard. I want one.

[@rockerobertson4002]

Is this essentially a newer more efficient STP?

[@brianchew8087]

I thank you very much for this content. Thank you for your effort

[@citizenoftheworldsz9]

perfect explanation!

[@nextensen]

Cool video! What are you using to draw and write like if you are on a good old paperboard? It looks amazingly good in your content!

[@ConciertosGJO]

What tablet you use as whiteboard???? Please !! Great explanation, just one comment. BGP is only for IPv4, and here we use MP-BGP 🙂

[@vairo-]

Great video! Thanks 😊

[@YelonMak]

what is the difference with VLL or VPLS?

[@FawziHafedh]

Thanks, great video

[@ksundeep07]

Is there a continuation for this video?

[@cbtnuggets]

Yes! It's a part of our JNCIP-ENT course: www.cbtnuggets.com/it-training/juniper/jncip-ent

[@dixienormous25]

At the beginning you mention EVPN can use OSPF to populate the RT. But then you say EVPN is nothing more than BGP. Is the 2nd comment meant to say youd only realistically use BGP EVPN because of its robustness?

[@simon_bingham]

Thankyou

[@filipecduarte]

Hi. Thanks for the video. In the transport networks we allredy use gmpls. We have 3 planes. Management, signaling and data plane. Is good to see this technology in the L2 L3 networks.

[@coursautodeskrobotstructur3369]

The best!

[@TechnoKing108]

I like to know about stretched vlan. Does it work over MPLS ? or EPL

[@roufkoroth6194]

What is mean by qfx

[@realitynuggets6204]

Thank you very much. Still confused here as some newer QFXs can do L3 VXLAN (Trident3 based), and some cannot (Tomahawk based) like the 5100, 5200. Is this control plane/data plane separation something inherent to the chipset used? Really appreciate this video.

[@joeharyar9873]

Hi...If vxlan is used and vtep tunnel created in the overlay network, do we need to have mplsoudp too? In what scenario we use mplsoudp over vxlan? Thanks

[@es3t]

Oh man those diagrams are to blurred :/

[@insitesirl4486]

Kinda sounds like l2tp

[@trial000000000000001]

EUREKA!

[@ACiDGRiM]

Robin Williams looking stout in a beard

[@HaakonReppen]

Great video!! Thanks