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Introduction to FPGA Part 1 - What is an FPGA? | Digi-Key Electronics

Кадры Introduction to FPGA Part 1 - What is an FPGA? | Digi-Key Electronics

Описание Introduction to FPGA Part 1 - What is an FPGA? | Digi-Key Electronics

Коментарии Introduction to FPGA Part 1 - What is an FPGA? | Digi-Key Electronics

The button I need to prepare are 4 pins buttons, right? Comment from : Tarn

I was searching for complete tutorial series for FPGA , got the best one ❤🎉 Comment from : Mini-Moment Clips

I was gonna try this but i gotta learn a few more things before i get here , I accidentally bought a VHDL book and I dont return books but looking at it I realized i was Still in the STM32 early stages I get there Thanks bro Comment from : Billy Joy

6:08 Comment from : Rayeli Pratheek

4:24 personal note Comment from : Ashkan Parsa

This a really good video cheers mate Comment from : Josh Nighty

8:55 one again, Verilog was a hardware description language which has been deprecated for its successor Comment from : Alfredo Canziani

7:52 Verilog does no longer exist Its replacement is called SystemVerilog Comment from : Alfredo Canziani

You need to use a pocket with pens and a calculator Comment from : John USP

Can anybody help me? I'm a beginner and I'm looking for a FPGA board to start with I don't know which board is the most suitable for me Nexys A7 is way too expensive My options for the time being are: Basys 3 artix-7, Arty A7/S7 or Cmod A7/S7 (breadboardable) I need a good price quality ratio And also I don't know if the breadboardable boards are enough powerful and capable Are they worth it? Or the extra money for the other boards like Basys and Arty is worth it more? Thank you very much! Comment from : Razvan Vlad

Thank you so much!!! Comment from : Quan Pham

This guy sounds like the lock picking lawyer Comment from : Mark Wayne

For Bitcoin mining is FPGA more efficient than a GPU? Comment from : Howard Williams

Really a great introduction Strong work! Comment from : John Sambrook

Finally found the iCE40 and can't wait to start this course! Thanks Shawn! Comment from : electronic home

Hey there!brI want to go through this course but the stick version of the ICE40 board is out of stock Could anybody suggest a not so expensive alternative? Comment from : Alex Abrikosov

My day is not ruined, After All I thought I must build logic gate from scratch with using transistor while I can program it with FPGA Comment from : Muhammad Ikhwan Perwira

Superbly explained Comment from : Ashish Christian

I <3 Digi-Key! Comment from : jampskan

Good intro to this stuff Something a lot of us need to know for the future in CPUs and microcontrollers Comment from : Ben Flynn

Seems I've been programming FPGAs for years and didn't know it Software defined radio (SDR) is all FPGA Comment from : Agrx Drowflow

Thanks, I learned a lot; clear language, good presentation, I really like what you do here Comment from : Account Name

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! Comment from : Trade Automation Systems

how does Shawn knows literally ANYTHING Comment from : Teemo FPV

Digi-key has been around Helping designers and engineers forever Comment from : Little Clem

What a great video clip which is very useful Comment from : Trisha Yun

Ok so who's writing some ethash mining into one of those sticks? Comment from : Arek R

RC10GT, as classy as a bow tie! Comment from : DrKnow65

What's the difference between a microcontroller and a microprocessor? Comment from : Mr Challenge

Clean overview of the how to make a FPGA do what you want it to do Comment from : William Hart

Very good introduction which while explaining the concepts narrows down choices - eg use Verilog, use APIO) which facilitates hands on learning Also, the list of parts needed that is provided, even specifying a USB extension cable, will have you well prepared for gaining the most from this series Just finished this episode and looking forward to hands on in the next video in the series Thanks Shawn for an excellent video Comment from : Thalanayar Muthukumar

👍👍 Comment from : Gacheru Mburu

I would really love to work alongside this series, but sadly the ICE40 FPGA is not available on Digi-Key At least not in europe Comment from : Maxx115

Well-Done Comment from : Tom B

Clear, concise and informative 👍 Comment from : Chris Stanford

🤗🤗 Comment from : Chris Stanford

Is it possible to develop two MCU cores inside FPGA? Thanks! Comment from : Jangkrik-chan

I wonder how Keysight feels about digikey stealing there spokesman Comment from : Randy Sterling

It is the Word of Landru Comment from : Alexx Baudwhyn

I love his bow tie Shawn taught me a lot of what I know of pcb design Comment from : SmoochyTea

Nice Comment from : Aruna Lakmal

Very good video, looking forward to see the next videos in the series Comment from : FCF

You describe, not program First when you try bringing what you described on the hardware, this process is called programming This is how is it in the hardware world Software is a different thing Comment from : El Domo - Product Design Agency

What an amazing video!!! I'm very excited to see the next video! I was really impressed by the LED cubes in this first video demonstrating the throughput of the FPGA versus a regular CPU I want to make one of those Comment from : Greg Frommer

You're awesome! Comment from : Kavorka

Great explanation! Already waiting for the rest of the series Comment from : Matan Lazarovich

only the most basic FPGAs are accessible to the average hobbyist and for private use Advanced ones are reserved for business and are kept very expensive Comment from : vecelio rubicone

I hate the fake nerd look But I do like the content Comment from : zyxwvutsrqponmlkh

This is perfect brbrA couple of years ago, I decided I needed to conquer FPGAs So I bought a bunch of boards, watched a lot of videos, learned many things, dabbled with projects, etc But I kept getting distracted It's time to dive back in and finish the jobbrbrHappily, one of the boards I bought was the Lattice board you have highlighted, which thus far I've barely touched This has been a source of some frustration, since most good tutorials I've come across invariably use different tools than I have This time I'm preparedbrbrI like your attitude Most people spend gobs of time explaining code and running testbenches, rarely ever implementing it on actual hardware Important of course, but as you suggest, it's a lot more fun wiring things up and seeing the hardware actually do somethingbrbrThank you I look forward to your next video Comment from : 0x 52696368617264

why use FPGA instead of DSP for audio synthesizer? Comment from : 紀章kisho

Incredible teaching skills Incredible Comment from : Dino Scheidt

At 8:30 That H in VHDL is doing a LOT of heavy lifting there Comment from : Alacritous

Interesting dear I can do parallel tasks with fpga? Comment from : surflaweb

You cannot run a graphics card in a threaded mode, just fyi Comment from : toordog

an FPGA is possibly described as - semi-soft hardware that allows you to construct a custom application specific micro-controller/micro-processor Comment from : smde1

What an excellent overview and explanation ! I'm looking forward to see the next episode ! Comment from : Philip Gevaert

For a number of years now, work has been proceeding in order to bring perfection to the crudely conceived idea of a transmission that would not only supply inverse reactive current for use in unilateral phase detractors, but would also be capable of automatically synchronizing cardinal grammeters Such an instrument is the turbo encabulator br brNow basically the only new principle involved is that instead of power being generated by the relative motion of conductors and fluxes, it is produced by the modial interaction of magneto-reluctance and capacitive diractance br brThe original machine had a base plate of pre-famulated amulite surmounted by a malleable logarithmic casing in such a way that the two spurving bearings were in a direct line with the panametric fan The latter consisted simply of six hydrocoptic marzlevanes, so fitted to the ambifacient lunar waneshaft that side fumbling was effectively prevented br brThe main winding was of the normal lotus-o-delta type placed in panendermic semi-boloid slots of the stator, every seventh conductor being connected by a non-reversible tremie pipe to the differential girdle spring on the “up” end of the grammeters br brThe turbo-encabulator has now reached a high level of development, and it’s being successfully used in the operation of novertrunnions Moreover, whenever a forescent skor motion is required, it may also be employed in conjunction with a drawn reciprocation dingle arm, to reduce sinusoidal repleneration Comment from : Gdk

Omg i love it Comment from : First Last

Shawn Hymel is like the Steve Irwin of electronics Thanks to you and Digikey for making these tutorials! Comment from : Rohit Kudre

please complete FPGA Course Comment from : Mazen AS

I've been wanting to get into FPGAs for a while, and this series is right up my alley! I especially appreciate the use of an open source toolchain, as the proprietary tools that plague the FPGA landscape is why I've held back on getting into FPGAs for so long Looking forward to the next entry in the series Comment from : Cytlan

ugh Comment from : Larry

At about 11:12 you switched from being really beginner friendly to suddenly using a lot of unexplained jargon that beginners would not be able to follow I was only able to guesstimate the meaning of a lot of those terms because I took a whole course in FPGAs many years back You might want to make another video explaining the meaning of all those terms you threw at your viewers Comment from : Grant Robertson

"What a weird aircraft carrier" - my first thought when I saw the thumbnail Comment from : mr anonymous

Great video Comment from : Tom G

Not a single downvote Impressive Comment from : Alpine

Really looking forward to the follow up videos to this series This first one was very dense but not overwhelming Comment from : robosilo

So is this how people plan to emulate the 6502? Comment from : Michael Brown

Excellent!! Comment from : Pablo

well I hope digikey gets those iCEstick back in stock! They should definitely check that out before releasing those videos Comment from : Jerome Demers

@Digi-Key PLEASE PLEASE use something other than that bright white background I have vision problems and those glaring white backgrounds trigger migraines Other than that, great video/topic, look forward to more (visually soothing) content Comment from : rojomojo

I did not know that I can use FPGA, thanks for explain Comment from : Кирилл Царёв

I am the only one that go to digikey after the video ? and 0 In Stock Comment from : eBike Unlock

I can't tell how glad i am thank You! thank You! Comment from : Robert Philip

Cool! I'm going to digi-key to purchase the ICEstick now Looking forward to the upcoming tutorial videos! Thanks Comment from : Justin Green

As a FPGA engineer I appreciate you introducing our world to others Keep up the good work Comment from : Ali

@Digi-Key Stop dressing your technical presenters as stereotypical nerds You are insulting your audience Comment from : helloworld

I've wanted to do a little FPGA experimentation for a few years but have been spending my hobby time with SBCs and microcontrollers Thanks for giving me the push to start on another adventure My iCEstick will be here on Monday so I'm itching for the next episode! Thanks Digi-Key and Shawn! Comment from : Rick H

The RTOS series helped me a lot Now I can get into FPGAs! Comment from : Tehmudjin Khan

Please do some example with Verilog It is really useful for me because I learn embedded system with Verilog in this winter semester Thank you so much Comment from : Ng VN

I was waiting for this tutorial since a long time thank you very much Comment from : Ahmad Asmandar

A very good introduction to FPGA, I look forward to watching more videos that are coming in this series of videos on Designing FPGA I hope they will be very helpful for my understanding studies as a computer engineering student Comment from : Patrick Byamasu

Thanks a lot! Can't wait for the next part! Comment from : Александр Ерофеев

Stumbled onto this channel Was glued for the entire duration Can't wait for part 2! Comment from : Syed Bilal

Shawn, did you work at Spark fun doing this stuff? Comment from : Rich M

Excellent relaxed presentation looking forward to this series Comment from : Bob Jane

Awesome title 👏 Comment from : MS Banda

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