วีดีโอ

Hey Kenya! I happened to run across your video. It's been a number of years since we've connected (early 2000's at Cisco) Glad to see you're doing well

Wow! You, my friend- are A TEACHER! I've thoroughly enjoyed this session. I want more! 😀 And... that's not usually what I'd say when it comes to QoS. Your explanations are so elegant, so logical, that it makes perfect sense.

This video is incredibly good thank you!

perfectly explained in detail from Cisco technical documents or RFCs, thank you!

This was wildly helpful, thank you so much!

13:20 - the Thumbnail. You're welcome. img.th-cam.com/users/viDJSgZ2-BpeM/maxresdefault.jpg

This video is amazing, thank you!

what is another alternative qos value instead of 46?

I think your video may be the one that will make DSCP stick in my head. I really appreciate your work on this Keith!

A big thank you and huge respect for you

Excellent explanation. I have a quick question. For the LLQ, if say the priority percent is set to 50% and if there’s unused bandwidth in the priority queue, can the unused bandwidth be used by other CBWFQ traffic? THanks

The best QoS: DSCP,AF CS mathematical explanation ever!!. No other book explains better than this!! Thank YOU!

Amazing class ! Thank you to provide it its being very useful for my Network study.

I need your help lol

I enjoy network design very much and this was a very good network design training.

Is there a back of the book explanation? Not saying this is bad just want to know for xbox

Helped me on my exam ty!

Crisp and firm, best. one on dscp, kudos.

Multimedia/Streaming is which class? Class 1,2,3?

I just want to say thank you, my exam makes a bit more sense now.

Good stuff tyvm

th-cam.com/video/v5cDIzQFntI/w-d-xo.html

If you receive this comment, contact us at info@skyline-ats.com.

Keep up the great work!

Awesome presentation. Appreciate the clarity of concepts and the organic progression of one topic to another.

Many thanks, very good explanation for qos

Wonderful example for WFQ. I understood it clearly with that example. Keep up the good work !

one of the best videos around this topic! plain and simple English. Thank you

Much Appreciated. Awesome explanation ! Thank you so much ! Keep up the good work !

Thanks

Very well presented and clearly explained 👍

thanks for the explanation.

Thanks for a comprehensive video. @11:00 if when hosts arp for default gateway mac addresses they get vmacs, is it accurate to say that since hosts cache their DG mac addresses, then they'll store one AVF mac address then each host will always use the same AFV? Unless arp cache is deleted on the host.

I was struggling with INE and a bunch of books. I really appreciate how you have put this in a clean and simple way. Awesome explanation!

Absolutely excellent. I needed to brush up as I'm doing certification for a couple Aristas and needed to remind myself why I'm screwing up ;-)

I have q question so is 46 value is the fastest high priority for time sensetive apps like voip and game or there is better value 🤔

Great vídeo. Thanks.

Excellent explanation. very focused and practical. Thank you.

one of the best explanations I've ever seen thank you so much for this video keith

Awesome instructor and video

🔰 There’s also the option of using tracking with a ‘tracking object’ that allows an upstream or downstream link to be monitored, such that we can optimize the configuration of the path, in conjunction with the preempt command.

I have watched a lot of networking material over the last few years, and I am actively studying for my 2nd CCNP (Service Provider). QoS is one of the topics I knew the least about. This is the best QoS video that I have seen anywhere. Thank you, and really great stuff!

Thanks this helps me a lot

Can you explain LISP and Vxlan soon?

very well done!

man, Super cool how you explain!