Architecture All Access: Modern FPGA Architecture | Intel Technology
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- Опубликовано: 5 июл 2024
- Field Programmable Gate Arrays, or FPGAs, are key tools in modern computing that can be reprogramed to a desired functionality or application after manufacturing. Intel Fellow Prakash Iyer takes us through the building blocks of FPGAs, why FPGA developers are closer to CPU designers than software developers, and more.
Prakash Iyer is an Intel Fellow and has worked in computing for nearly 30 years as a technology designer and implementer. Intel Fellows are selected for their outstanding technical contributions to Intel and the broader industry.
Architecture All Access is a master class technology series featuring Senior Intel Technical Leaders taking an educational approach to the historical impact and future innovations of key architectures that will continue to be at the center of ‘world-changing technology that enriches the lives of every person on earth.’ If you are interested in CPUs, FPGAs, Quantum Computing and beyond, subscribe and hit the bell to get new episode notifications.
Chapters
0:00 FPGAs Are Also Everywhere
1:20 Meet Intel Fellow Prakash Iyer
1:46 Epoch 1 - The Compute Spiral
1:57 Epoch 2 - Mobile, Connected Devices
2:05 Epoch 3 - Big Data and Accelerated Data Processing
2:19 Today’s Topics
2:40 FPGA Overview
4:14 Digital Logic Overview
8:26 ASICs: Application-Specific Integrated Circuits
10:11 FPGA Building Blocks
13:50 FPGA Development
18:26 FPGA Applications
19:30 Conclusion
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Architecture All Access: Modern FPGA Architecture | Intel Technology
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![Sean Rii, Karyon, Sharzkii - Taungule [My Love] (Official Music Video)](http://i.ytimg.com/vi/eJoMuypbSzQ/mqdefault.jpg)
Haven't found a better and intriguing description of FPGA fundamentals, great talk!
Ll
I agree. I share this video with everyone who wants to learn basics. The vendor lock-in subliminal messaging with regard of hard IP blocks and oneAPI is FINE. :-) The value is bigger than that. Great work, Intel and Prakash Iyer!
I could not have asked for a better explanation. Tied together all my previous learning and primed me for what's to come this semester. Thank you for making this!
I love this series! And the opening/closing music is awesome :)
Yes! The care and attention paid to explaining very complex subjects for a general audience, not necessarily even engineer viewers, makes for great entertainment, greater understanding for all.
Finally I got something so simple that I can recommend people to know what I do otherwise people know us as IT people. Thanks #intel.
That city explanation was so good! I am a student currently studying these
What major u in ?
This is the best FPGA introduction I have seen ever.... Thanks....
What a beautiful presentation covering the knitty gritty of vlsi to the enormous applications in real life....one of the best videos i have gone through so far in this emerging technology..this video should hit millions!!
I started my career as a VLSI Design engineer but like many left for a different electronics sector. I have kept upto date so see silicon receiving the attention now it deserves. This is a good start to re-educate people or encourage new people to understand chip fundamentals. I'm especially pleased it isn't a STEM initiative but an introduction to the field by the leading tech professionals. I'd love to see a really futuristic one showing how ML devices with a trillion parameters will process data and how the algorithms they create will work in the real world /real time in different parts of our lives. Silicon is not graphics for games consoles nor the latest mobile phone or a basic control unit. However, it is about to become more pervasive than we imagined even five years ago.
I'd love to see Intel explain that journey and the way everyone will be part of it and why we should care how things work so we can build solutions to the problems that we face now.
Excellent ! everything in the video is absolutely perfect. Thank you Intel and thank you Prakash!
Great! The best video to show FPGA architecture to understand what is FPGA consist of for curious poeple like me, thak you!
There is saying "The one who has indepth view can explain in simpler way" Excellent presentation.
Love this series!
Perfect explanation!
Amazing introductory video on FPGAs. this is great for students want to learn more on FPGAs.
FPGAs can also be deployed in data centers and in that case an FPGA cluster manager is used to make much easy the easy and scalable deployment of FPGAs.
Excellent explanation. The best summary of two courses I teach... Congratulations!!
Clearly and concisely covered an entire semester of basic logic course by 8:24 , and an entire semester of Advanced logic by 18:24. Pure core, but an excellent reference for anyone keen to fill in all the sidebars of the subject without confusion.
Well done mate
👍👍👍👍
👍👍👍👍
👍👍/xb1010
I like this web series...Thanks INTEL !
Very good and informative high-level overview. Not just marketing fluff. Good job.
This is a great introduction to FPGAs.
Wow, I am suprised how good and informative this video was. Thanks for this great content!
I'm a electronic engineering student from Mexico City discovering this new world and I'm really excited to be part of this revolution
This is really cool! I remember when this came out, it was a great advancement!
Awesome video, thanks Intel Technology!
I am gonna put this in my playlist. Because as a FPGA engineer many ask me what is this FPGA?
if somebody ask me i will show this Video. rather than explaining everything.
beautiful presentation..
Thanks a lot for putting enormous effort to make such videos.
Subbed to this channel just for this series.
This is awesome, I hope you guys make more
out all the videos i watched on fpgas this is the most informative.
Thanks, excellent, fast, to the point describtion of modern FPGA's
It remarkable how far and fast FPGAs have come. I first encountered them in while studying for my BEng. Now the Audio Interface I use has 2xFPGAs. I’m looking forward to heterogenous processors integrating FPGAs.
Good introduction 👍🏼 Good going Intel👍🏼
Excellent presentation. Thank you.
Love this series keep it up intel
Very Educative, congratulations 👏👏
This is an incredible explanation!
Thanks, Prakash. I liked this video
Awesome video! We didn’t have FPGAs back when I was in college LOL I would’ve loved studying this stuff!
It’s never too late to start learning. I’m amazed at what is going on with FPGAs…things that were unthinkable 10 years ago are routine.
Really good overview of FPGA. like it.
beautiful explanation. clear and concise
It is a marvelous and knowledgeable presentation
I really like the way they explains but this video could have gone with more deep explanations like the previous videos
I think FPGAs is one of the most important innovations in electronics of our time. In many instances, designing chips is a thing of the past except for the most demanding uses. I'd really like to try it out.
Fantastic video!
Will there also be a video for GPUs as well?
Probably
How the frick have I missed this series of talks from Intel 🤯. Awesome content! It is much appreciated so thanks 🙏 🤓🖖
Super Amazing!
finally i understand
Well done!
Great video!
FPGAs are really great for those interesting in retro-computing or learning how a CPU works. I am implementing Ben Eater's 8-bit computer in an FPGA in a series of videos on my channel for anyone interested. Very cool stuff!
Perfect explanation
Thanks! I would like to see similar video for ASIC
I know this is a surprising question to be asked, but what was the music used? I realize it is probably from some commercial platform. I just love the aesthetic of the music and graphics together while providing information on this subject.
thank you for these videos, i am learning so much and i do ho[e to make an impact on humanity
Very helpful!
Great videos
Contemporary FPGAs have ample logic c gates and RAM blocks to implement complex digital computations. FPGAs can be used to implement any logical function that an ASIC can perform. The ability to update the functionality after shipping, partial re configuration of a portion of the design and the low non-recurring engineering costs relative to an ASIC design notwithstanding the generally higher unit cost, offer advantages for many applications
Amazing.
Intriguing !!!
WoW 💖
Thanks
think about a cd/dvd/blu-ray activated wiring-enable fpga structure, ie, you just print the graphite wires to connect proper units on the board, physically, you already have the structures (fpga logic cells) on the board
I was really hoping they would cover this too!
Is there any which know what to write in awards and acknowledgement on cv in Ms ?
Any use case for hobbyists ?
are there cheap dev kits, once i check it's so expensive
It's a great talk. Now use the FPGA to build a ML model to program other FPGAs to handle the proper instruction sets for application threads :P Then you'll have a truly smart scheduler :P
Ahora si se viene una inovación
Video and audio were great but the loud music was distracting
FPGAs are heavily used in Automation Industry however due to their complexity they're usually hidden behind uC / uPs acting as front end terminal or sequencer. This however not only increase the cost of the hardware but also adds more failure points on the board. I'd love to see Intel or any other company make software development for FPGA as easy as writing Python with all the low level stuff managed safely in the background by the compiler.
Obecne FPGA zmienią klasyczne rozumienie procesora i przeniosą tradycyjny model maszyny stanów Turinga do muzeum.
Indian di very clever!
No SystemVerilog??
Wow, props to Intel for spending all the budget ON EXPLAINING how stuff works wow. Now tell me if AMD will do that heh no never.
The Verilog Code FPGA Add Example showed at ~3:55 is wrong. In the else section, missing the matching end. Also the "result
Additionally, there are semicolons in the port list (should be commas), and they forgot the semicolon after the closing bracket of the "module ()"
We need 2nd generation DE10 Nano!
The Verilog code at 3:39 would not compile. Feel free to guess why ^^
12:17
"You buy the FPGA for the logic, but you pay for routing"
Can someone explain in depth on this statement? Thank you!
Please do a GPU architecture video
0:40 is my cue
Meanwhile, only Intel Max10 & Cyclone V are free licensed to use with their Prime Lite freeveesion.
but what about solid state physics
Indian guy 👦👌
Now is the time
#imintel
you are working for intel?
@@leknyzma that is what that means haha. And I guess I should also say #iamintel
@@AlexSchendel Cool, what do you do at Intel?
@@mikeshane2048 I'm a Server Firmware Engineer, just writing some firmware to make server CPUs more reliable :)
@@AlexSchendel Wow, So I can thank you for keep up Internet stable. Keep up the good work :D
Given the ultra-proprietary, locked down and overpriced nature of the FPGA toolchain it will never gain marketshare like microcontrollers. It's not hard to imagine applications which would be better suited with a CPLD or FPGA that is currently done with microcontrollers because of the redicilous nature of having to pay a fortune for the software, total lack of libraries, NDA's and all the other baggage... The way it is today FPGAs are pretty much exclusivly for Defence, Aerospace, Space, Medical and high-end Industrial applications...
How do you propose to solve this problem? Will you go out there to create an open source movement for it ?
@@ps3301 I already solved it for myself using Lattice FPGAs + SymbiFlow. The rest of the problems is not for me to solve, it's up to Intel and Xilinx...
"FPGA stands for Fuck Pussy Get Ass" - Intel
14++++++++++++++++++++++++++
Nice, but everyone’s waiting for a real M1 competitor.
xilinix bichessssss
Intel had nothing to do with the creation of the FPGA. Just saying. It also completely missed the mobile (cell phone and low-power computing) market trends.
Funny intel makes an fpga video
When a well known fact that there fpga is still at the 90s .....
If you ever work with fpga pls try vivado
Xilinx is better
JK flip flop...
Your explanation of Digital Circuits isn't brilliant because you're Father's / God's isn't. Flip / Flops aren't an Ideal explanation of Memory. Their State changes each Time the Clock does. I suppose you could tie the Clock to an AND gate, then only when you want to Program the Flip Flop, you can and it will Remember.
Your Simple Flip Flops are more Commonly used in State Machines. Where the Next State is dependent on the Previous State.
You don't understand Digital Circuits like me because you're not the same species as me.
How come such a huge company as Intel has no native English speaking employees to read the script for the video? My ears bled to death in the first minute, so I had to stop the video.
@A guy with a name there's no need to be an expert to read a prepared text on camera.
Can’t understand the accent…
PCでは日本語字幕を有効にできます
歯車アイコンクリック > 字幕 > 英語 > 字幕 > 自動翻訳 > 日本語 (リストの一番下)
#iamintel
Great video!