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Excellent explanation. Great job !!

This is the best video I watched to explain how a NIC work and DPDK. Thanks !

Hello Mam, i want to learn how exactly packet move once packet received in NIC card. Detail step by step packet processing. Plz guide me or if there is any way to learn this from you.

This is best videos on DPDK on there on internet , thnk you very much .

AMAZING VIDEO YOU HAVE A NEW SUBSCRIBER FOR SURE

Hello Nice Overview , Do you have any example that implements UDP server/client using DPDK ?

Superb explanation... appreciate the effort put in. can you pls make a video on vector packet processing too..

excellent video and technical details. thank you.

This was very useful!, thank you

In Dpdk , the dma is done from userspace ?

I found the explanations very lucidly conveyed. At least the kernel part . The style .. like a newsreader.. was a bit distracting and often difficult to follow . Would have been better if you talked as if you are talking to a friend rather than this so reading off a news article style.

When fragmentation and reassembly happens , do we have one sk buff or multiple ?

Great Explanation

CAN you do a detailed video on eBPF please

Awsm explanation - loved it! Thank You!

very vague and elementary level explanation of Kernel bypass .... poor content

Good lecture, but Priyanka was evidently reading from a writeup. That is a horrible way to teach. If you know your stuff, you shouldn't have to write paragraphs of what you are going to talk about.

Wow. Lecture is short, but when i get into understanding this it took much more time to remember all of this information.

nice one!!

well explained

Amazing video. Needed this concept for my own algo-trading. Was researching faster processing ideas and big name hedge funds are also looking at bypass kernel methods. This video provides the skeleton solution which can be scaled up by engineers.

Fantastic explanation, thank you for this

Good intro. Would be good to start with the overheads involved in context switching, locking, cache miss penalties. Maybe those are part of another/previous video?

I’m interested in learning the Linux kernel network programming, and this is really good start! I’ll connect to seek some guidance. Thanks

this is excellent tutorial of kernel bypass

helped me a lot, thank you very much .

What a wonderful and well-designed video lecture that explained such a cutting-edge complex technology with such simplicity and confidence...! No wonder why IIT is praised so much for their great productivity of quality engineers.. Heartish love from BUET, Bangladesh...

Wonderful presentation. Thanks

Very Nice explanation

Hi Priyanka , Upload such videos

It would be very much helpful if you explain the things with the kernel code side by side. Otherwise it would not be very much helpful.

Nice video with good explanation. Appreciate the effort.

very well presented!

Great lecture

In the RX path, if the application is already blocked on the read() system call, does the bottom half processing involve moving the application's kernel thread to the READY queue, after the data is copied to the user buffer?

Great video, very well organized. Defiantly will be downloading this

Excellent resource - very clear and informative.

Very nice information 👍 , so any other consecutive tutorials are available ?

What a video.. Thanks

Hey, thank you, can you also make videos on network optimization techniques by changing the TCP/IP kernel paramters

Very good content.

very good content and very nice presentation

Ton of information

very very very usefull!!! Wow!!! best simple without any unneeded details but very precise explanation

Excellent content and clear delivery on kernel bypass and linux networking i/o processing. Thanks :)

Very easy understandable and even beginners can gain lot of information

Excellent !!

This video is wonderful , short and crispy, thanks

This video is wonderful , short and crispy, thanks

Amazing content on networking stack