It is a shame that this guy doesn’t produce more networking videos. As someone who is new to networking , I was struggling with this particular concept of networking studying from a CCIE/CCDE Author. Ive watched this entire video twice with joy in my heart. Everything clicked. Amazing delivery and simple explanation. Networking is easy. Teaching it however takes skill.

I see it only in 2022 and it is amazing and it still be one of the most useful video for me to understand MPLS, thank you man !

This video woke me out my sleep. This is excellent. This covers MPLS everything. Only one important concept is missed and that is. PHP is penultimate hop popping which means remove the label one hop before its destination which is done on the PE (LSR).

Glad that he is speaking English with out any foreign accent 🙏

Just came across this video and outstanding job in explaining the concept Craig ! I didn't know you teach and this is by far the best MPLS explanation.

Thank you for this video. It's so comprehensive and detailed enough to understand MPLS.

The most concise presentation of MPLS I ever had

This video summarizes what other videos have been saying about MPLS and actually uses correct terminology and explains it. Thanks!

Concise, simple terms and language, config examples and topologies, very well done.

Best video.... U explain it the best way possible... Thank you Sir

Excellent Training for MPLS, thank you very much!

One of best introduction videos I have ever seen. Thank you, appreciate your efforts

Excellent video! Very clear

I am happy that elon musk teaching me networking. Thans for the video sir

This was actually outstanding.

Hello Mr. Hammond, this was an excellent and clear explanation. Was wondering where I could obtain the lab book you spoke about in the video.

nice, very well explained, easy to understand and makes sense, liked it & subscribed it, want to see the other video labs (not a fault, mistake or something, just for clarification, min 12:52 it's not a limitation into the iBGP, it's a mechanism, an iBGP learned route it is not forwarded to another iBGP neighbor as an anti-loop prevention method, it's just how iBGP works by design, hence why is needed to have full-mesh, then you're right with the route-reflector solution to overcome the headache to configure the ibgp full-mesh neighbors for both ipv4 & ipv6 each time when you add a new router into the network)

Very nice explanation! Thanks!!!!

Thanks for making this educational video! Good knowledge gained

Great into lesson into MPLS!! Thank you sir!!

Great stuffs, you made it so simple and easy to digest. Thanks

explained complex concept in a simplified manner

Wowwwww!! This one of the best videos I have ever watched that explains MPLS so well, brief and straight to the point. Kudos!! please is it possible to have the lecture notes pdf or ppt? Pls

very clear and easy to understand

Gud explanation from india ,🎉❤

It's 2022 but I'm watching this video and rating it as one of the best🔥🔥

Great knowledge!!

Very detailed and helpful.

Very beautifully explained,thanks

I downloaded this video but I was unable to watch it before the job interview (VRF) but I can't..... I was focusing more on the CCNA Awesome

This is extremely helpful. Thank you

Thanks for simplifying this.

Very useful. Thank you.

Thank you so much.

Very useful video.

What is the title of the Lab video?

One thing missing from the video, is how each of these different protocols working in conjuntion with MPLS like iBGP, eBGP, .....ISIS, OSPF.

I dont understand the role of the RD? Is it locally significant? Should it be the same on ALL PE's for the same VRF? Why is it sent in a bgp update? We import/export based on route targets. Next hops are sent in iBGP updates. So where does RD come into the picture?

🙏

super

Do you have a PDF version of the slides?

CE @25:53

Slide 7: PE router called as LER (Label Edge router) & Not LSR

His MPLS video tutorials in chronological order. you are welcome😊😊 1. MPLS Overivew 2. MPLS Backbone Initial Setup and Addressing 3. OSPF Configuration on MPLS PE Routers 4. 3 BGP VPNv4 Configuration on MPLS PE Routers v2 5. PE to CE Configuration on MPLS PE Routers 6. CE Configuration on Customer 1 Routers to PE 7. CE Configuration on Customer 2 Routers 8. IPv6 Configuration across IPv4 MPLS Backbone (6VPE) 9. IPv6 Configuration on CE Switches 10. Layer 2 MPLS Configuration (Pseudowire)

The audio is very low.