NUMA is a clever system for connecting multiple CPUs to an amount of computer memory. In this video you'll see what it does and why we use it. (AKIO TV) MMXVIII
This video deserves a lot more attention from the youtube computer science enthusiasts. Pure awesome content, simply delivered, loved it! PS- I don't usually comment a lot, but this one deserves appreciation. :)
Given the number of people who find explanations like yours a God-send, I don't understand why more people don't take note. I'll attribute it to skill then - bravo sir, trying to find a good explanation that doesn't require a few months of studying was driving me nuts.
I have never seen a better video that is so concise and yet so informative at the same time, not to mention well presented and that great radio vocal is just a pleasant bonus on top of everything. Very well explained cut to the point. Keep them coming, Cheers :) ps I am subscribing
Good video. It does a great job of answering the question posed by the title. There are obvious management issues (beyond the scope of this video) that have to be in operation in order to orchestrate the I/O of all these CPUs so that they work together as a unit. In this environment, you always have the situation where one CPU has finished its operation prior to the next CPU but this is a management feature common to all multi-threaded environments. Good video.
Excellent explanations, I suggest you to talk about ''Parity Memory" as well in the next episodes! it's another concept to be understood for memory! Good luck.
Uniform is baseline Non-uniform is controller type hierarchy and signal type Pair of master-slave harddisk applied to CPU dual-core Pair of sub-set dual-core applied to dual-core and GPU Pair of sub-set dual-core with GPU applied doubled and assigned master-slave Baseline of NUMA screwed to uniformity
Some people may have decided on flippin-brurger catch-all of one subset do CPU as master and the other catch GPU as master. 4 cores is boolean simplicity
Just love it . Clear, precise, factual. Narration is super.
Absolutely
This video deserves a lot more attention from the youtube computer science enthusiasts. Pure awesome content, simply delivered, loved it!
PS- I don't usually comment a lot, but this one deserves appreciation. :)
best simple explanation so far 👍
Thanks , it was the best NUMA explanation I 've seen
What the heck!! how come it didn't get more view. Very precise and simple to understand.
I agree with everyone who commented on this very nice video with great audio quality. I hope to see many more such videos from this person.
Amazing explanation. You have a teaching talent. Please make more CS contents.
Checked few other videos. But found this one pretty clear , to the point with graphical presentation. Much appreciated.
Love the little details you added in there and your voice and audio quality was good too!
Man, your voice tone is amazing, love it
Thanks for your work, really like your accent and the way you explain
Best explanation i've heard or read. Thanks for making it so clear
The best explanation, honestly the best
Given the number of people who find explanations like yours a God-send, I don't understand why more people don't take note. I'll attribute it to skill then - bravo sir, trying to find a good explanation that doesn't require a few months of studying was driving me nuts.
Thank you for your amazing explanation, you have a real talent!!!
Wonderful and simple explaination
I have never seen a better video that is so concise and yet so informative at the same time, not to mention well presented and that great radio vocal is just a pleasant bonus on top of everything. Very well explained cut to the point. Keep them coming, Cheers :) ps I am subscribing
Among all these Indian guys with their accents, this guy provides amazing study stuff. Thanks!
Great explanation, concise and to the point! also, your voice is nice
Now understand what it's all about ,NUMA. Excellent sound quality as well
Very crisp and exactly what is required, Thanks for sharing bro.. Keep'em coming
Great way to explain complex stuff ...keep it up
Super high quality explanation, mate. Thanks.
Really appreciate the way of explanation. Found it very helpful
Thanks a lot
Great work. Concise, intelligently presented and clear. You've made me smarter. Thank you!
Thank you for this clear and simple video. The sound quality is awesome!
5:58 - Yes; this was why I searched for NUMA. 😃
Great Very well explained. The best one i have found for NUMA till now.
i was having trouble understanding this part from my operating systems textbook, thank you for explaining it clearly
❤
Great video! Thanks for being explaining it easily and quickly! The info graphic helped too
Super, crisp and directly to the point Thanks for this awesome video
Good video. It does a great job of answering the question posed by the title. There are obvious management issues (beyond the scope of this video) that have to be in operation in order to orchestrate the I/O of all these CPUs so that they work together as a unit. In this environment, you always have the situation where one CPU has finished its operation prior to the next CPU but this is a management feature common to all multi-threaded environments. Good video.
Excellent presentation, simply explained and exceptionally clear. Thank you very much!
Awesome Job explaining !! Pls have more videos coming...
Thanks from India!
Amazing !! Such a confusing topic in such a simple manner!! loved it...
Great Video! Short yet from basics !
Thanks, your explanation was very clear and precise
Awesome 🔥
your explanation is really good and easy to understand thank you !
Thanks, very clear and simple explanation.
Excellent explanation, lovely unique voice.
Nice video! Very simple and clear! Keep going like this man!)
Very Good Explanation. Great Job!
Thanks for the video. Made it easily understandable.
Nicely explained!. Keep up the good work
Thank you. Great video.
Very well explained - Thanks for sharing this.
Very clear and underdstandable. Thanks
Great explanation!
It is very clear. Thank you so much!
Great work. nice and simple...
Thank you very much this video is very clear and simple
Thanks , great explanation
Thanks. I appreciate the explanation.
Amazing.....keep the excellent simple work and amazing illustration
I will certainly do that, thank you.
Awesome, consise and informative.
Excellent explanations, I suggest you to talk about ''Parity Memory" as well in the next episodes! it's another concept to be understood for memory! Good luck.
That's a good idea, I will put that on the list. Thank you.
Great Explanation
commended. very nice explanation
I liked it because of your brilliant use of duck tape for your video. You also have a great radio voice... but mostly for the duck tape. lol
GREAT vid... It helped me a lot
Amazing, very good, thank you!
Well Explained. Thanks
Exceptional!
I like it plz upload unique and more briefly i like it dude
Thanks for the info, dude
Well explained !!
thanks , the video was so good.
Crystal clear
this guy is good...thanx
Wow... you ELI5! :D loved the video!
great video
Very good!
underrated ngl !
Awesome. Thank you so much.
NP
Great vid dude !
Thank you!
great thank you
Niiice, thanks!
Good explanation , where are you from
Nice expaination dude ..Can u please tell me a little about CC-NUMA...........
great!
Nice
you should have a lot more subscribers
123443456662uehdhrhdu yes he desrve man
Does a CPU that have multiple cores count as 1 CPU in this case or not?
Well fank you sir for this great video, I love your fokin accent.
*NUMA*
My Brain: Numa Numa Yay! Numa Numa Yay! Numa Numa Numa Yay!
Quad-CPU Cache-Coherent NUMA. And no mention of Sequent?
Is this your real voice? 😦
Supp bro
You remind me of Buildzoid
damn your voice claps
I'm here from searching "Numa Numa" XD
Uniform is baseline
Non-uniform is controller type hierarchy and signal type
Pair of master-slave harddisk applied to CPU dual-core
Pair of sub-set dual-core applied to dual-core and GPU
Pair of sub-set dual-core with GPU applied doubled and assigned master-slave
Baseline of NUMA screwed to uniformity
Cache coherence type of NUMA used to double on coherence
Some people may have decided on flippin-brurger catch-all of one subset do CPU as master and the other catch GPU as master. 4 cores is boolean simplicity
Too simply but still a great video to view.
Bus is not a vehicle!
Came here after Linus' video (64 cores CPU and 2 NUMA nodes):
th-cam.com/video/HuLsrr79-Pw/w-d-xo.html
Great explanation, thanks ;)
haha, "These won't be Celerons...they'll be actually GOOD CPU's..." :::hides my Celeron sticker on my tower...:::
Im 13 so why the hell am I interested in this
Talk about voice not matching the face wow so funny
Voice and face don't go together. Voice is so mature, face is so childish. :D
hahaha