Видео

great stuff

How to connect to SNE? If the SNE is not managed

Лучше бы на русском всё это рассказал....

Sound is very low & very bad.

Good insights here

Great talk!

Wonderful comparison, must have taken a lot of preparation, thanks so much

He is a superstar!

gone are the days of decnet, banyan vines, frame relay and modem chat scripts 🤣

ai art can go to null

Where is the deck ?

The speaker achieves full throughput at a Gbit and also claims there is no packet loss at that speed. There is. Or there is nearly infinite delay in the stack. Loss is a required signal for that for cubic. BBR on the other hand estimates round trip delay.

An insightful take on Intent-Based Networking (IBN) from the perspective of automation. Great work, James!

great presentation Naveen. Well done.

Good presentation, but he is wildly out of touch about setting up a virtual data center deployment. Virtualization has never been easier with tools like containerlab. I don't know anyone still buying Cisco 1921s and Cat 3750s on eBay to build a lab anymore..

very informative

Excellent summary and very entertaining.

Python is so unstructured I did not able to learn it. It always derail my basic c# programming skills.

King 🔥

Good Stuff Kam. Good stuff. You nailed it.

Thanks for the overview between the languages!

I've encountered stuck routes before but never realized what was happening until now.

Very interesting presentation on current optical communication technologies and their real world applications. Just a small remark, at 0:9:44 the speaker probably meant to say Terahertz (THz) in place of Gigahertz (GHz). As Channel13 = 191.3 THz, in DWDM ITU-T grid channels

Good stuff

Brilliant presentationn. Thank you so much.

In case of Single Homed Hosts in Fabric A , Spines acting as data center gateways would also rewrite tge ESI values?

Danke!!!

What a great video, I am blasted. Thank you Kam I should revise some topics

Thank you very much for sharing this useful information.

Where can we get the slides?

Jason's surname is Livingood.

I think it might be better terminology to use term "fronthaul" for in premise "transit" networks which are from the OSP demarc (e.g. Cable MODEM) to the per room radio heads. Backhual is too confusing here, at least to me. Then there are three fronthaul choices in priority order, fiber fronthaul, copper fronthaul and wireless fronthaul. Copper & ethernet is going got top out at 10Gb/s. The signal loss of 100Gb/s over copper is in dB per inch, roughly 4 meters for a passive cable. Signal loss over fiber is .5db per kilometer and is independent of modulation and will scale to petabits/sec. So, make sure while you're installing communications fronthaul conduits to consider future fiber pulls too. The per room location doesn't really need a wall outlets as the fiber can be connected to wireless radio in the ceiling. It's sorta analogous to irrigation systems where the physical aspects of the landscape and plants should influence both the sprinkler heads placements and how the PVC is laid and zoned. Placing the radios (and antennas) properly and using a proper fronthaul design will help a lot.

How to handle lots of flows through a queue? Focus on the elephants? ruclips.net/video/YISujYcnbSI/видео.html

I love the candid style and truth!

Great talk, as always. The linearity of IPv6 growth isn't because of unhealthy (lack of) growth; it's because we are in the linear portion of the logistic growth. We are past the point of the exponential growth. You're absolutely correct that most traffic for most hosts most of the time isn't going across the planet. But we still have the long tail ... and we must preserve the long tail to fight an overly monopolistic nature of the net

Promo'SM

IPv6 has the 24 bit flow label field for this exact reason.

Excellent speaker with fantastic info! Thank you Geoff Huston and NANOG!

I'm curious how NVLink and/or XGMI fits into your DC architecture. Can you comment?

Great talk! It's inspiring me to re-learn some Go since I haven't touched it in about six years.

Very interesting! Thanks!

If you use IPv6 you can add entropy in the src/dest addresses

How many customers will KEA serve? Will the server cope with ISP clients for example 300k?

Shame NANOG for allowing this silly cryptocurrency-promotion. None of what is proposed here is of any use. In a "permissioned" system a blockchain is at best a detail, and likely a very poorly performing database. Just use postgres! In a "non-permissioned" one you need a crytpo coin (to fund it / pay miners), and with proof-of-waste you're pouring petrol on our climate woes. Below vid is well worth a watch if anyone doubts. Sigh. ruclips.net/video/tspGVbmMmVA/видео.html

❤

Terrible presentation. I agree with the Q+A guys: software should validate, run sanity check and determine the chance of success like if all gRPC/gNOI calls are working and their interface versions, what is really supported. Smirk on his face - just ugh Google.

Great presentation! Thank you to Leon Adato, hope to see more of him

thanks God this was not a sales presentation… what a negative person…. “ you are going to hate this…” 🤦🏻‍♂️

👍

Okay, now I just realized I know nothing about networks. I have an interview tomorrow for the position of a Network Systems Engineer though I am just a newbie in this field. I applied for Network Support Technician and I was called to be interviewed for Network Systems Engineer. I'm nervous, but I'll see what I can do in 24 hours. I pray to succeed. Fingers crossed