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In the video I give a brief introduction into what an FPGA (Field Programmable Gate Array) is and the basics of how it works. In the future I might go more in-depth about certain topics relating to FPGAs/ASICs and CPUs, such as how synthesis or compilation works, or topics like retiming and lower-level FPGA architecture. This video was mostly made for me to practice doing animations and graphics all with Python and trying to experiment with developing my own style/aesthetic. Animations made using Grant Sanderson's (3blue1brown) wonderful "manim" Python animation engine: 🤍 Music: "Black Jar" by Message (betterwithmusic.com) CC BY-SA: 🤍
Learn about the FPGA, the reprogrammable silicon chip that can be made to do almost anything you can conceive of! For my book "Secrets of the Autistic Millionaire": 🤍 FPGA Starter Kit: 🤍 FPGA Dev Board: 🤍 Orange Crab FPGA: 🤍 Follow me on Twitter: 🤍davepl1968 Discord Chat w/ Myself and Subscribers: 🤍 Remember, any "Contact me on Telegram" comments are scams.
A field-programmable gate array (FPGA) is an integrated circuit (IC) that lets you implement custom digital circuits. You can use an FPGA to create optimized digital logic for things like digital signal processing (DSP), machine learning, and cryptocurrency mining. Because of the FPGA’s flexibility, you can often implement entire processors using its digital logic. You can find FPGAs in consumer electronics, satellites, and in servers used to perform specialized calculations. In this series, we will see how an FPGA works and demonstrate how to create custom digital logic using the Verilog hardware description language (HDL). In this first episode, we examine why you might use an FPGA over other solutions, such as a microcontroller. Additionally, we present several example FPGA applications and cover the basic design flow for creating a digital design in an FPGA. A written version of this video can be found here: 🤍 All code examples and solutions for this series can be found here: 🤍 You will need an iCE40 development board for this series. Any of the boards supported by apio (🤍 should work. That being said, I recommend the iCEstick (🤍 which is what I will use in the videos. You will also need a breadboard, jumper wires, and some pushbuttons. An FPGA is made up of many programmable logic blocks (PLBs) that can be configured and connected together to create a large number of digital circuits. You create your desired digital circuit using an HDL (we will use Verilog). The synthesis tool converts your HDL into a gate-level representation of the circuit. The place-and-route tool converts that representation into actual configuration information for your particular FPGA. Throughout the series, we will use the apio tool (🤍 to manage the build and upload process. Apio relies on underlying tools to complete these steps: - Synthesis: 🤍 - Simulation: 🤍 - Place and route: 🤍 - Package: icepack (as part of Project IceStorm: 🤍 - Upload: iceprog (as part of Project IceStorm: 🤍 Many times, a microcontroller, microprocessor, or graphics processing unit (GPU) is capable of accomplishing the job. However, you sometimes need custom digital logic for your particular application, which is where an FPGA can be helpful. Here are some potential applications: - Parallel I/O operations - Data acquisition (DAQ) - Specialized computations - Custom processor Note: while yosys officially supports Verilog-2005, you can find other open source tools capable of synthesizing other HDLs. For example the GHDL project (🤍 supports VHDL. In the next episode, we will install the apio toolset and upload our first FPGA design. Product Links: 🤍 Related Videos: 🤍 🤍 🤍 Related Project Links: 🤍 Related Articles: 🤍 🤍 🤍 Learn more: Maker.io - 🤍 Digi-Key’s Blog – TheCircuit 🤍 Connect with Digi-Key on Facebook 🤍 And follow us on Twitter 🤍
This training is for engineers who have never designed an FPGA before. You will learn about the basic benefits of designing with FPGAs and how to create a simple FPGA design using the Intel® Quartus® Prime software. A software demonstration walks you through the entire process. If you’ve purchased a Terasic Cyclone® V GX FPGA Starter Kit (🤍 you can transfer the programming file created during the tutorial to the development board. For technical questions, contact the Intel Community: 🤍
How to write simple HDL blocks (LED blink example), combine with IP blocks, create testbenches & run simulations, flash bitstreams, and configure non-volatile memory. PCBs by PCBWay 🤍 All the way from project creation to real-world demos. Featuring a custom AMD/Xilinx Spartan 7-based audio processing PCB. [SUPPORT] Hardware design courses: 🤍ion Course content: 🤍 Free trial of Altium Designer: 🤍 Patreon: 🤍 [GIT] 🤍 [SOCIAL] Instagram: 🤍 [LINKS] Vivado: 🤍 Nandland Verilog Tutorials: 🤍 [TIMESTAMPS] 00:00 Introduction 00:42 Altium Designer Free Trial 01:11 PCBWay 01:43 Hardware Design Course 02:01 System Overview 03:54 Vivado & Previous Video 04:13 Project Creation 05:13 Verilog Module Creation 07:24 (Binary) Counter 08:45 Blinky Verilog 12:03 Testbench 15:39 Simulation 18:26 Integrating IP Blocks 21:01 Constraints 22:39 Block Design HDL Wrapper 23:02 Generate Bitstream 23:22 Program Device (Volatile) 24:10 Blinky Demo 25:03 Program Flash Memory (Non-Volatile) 27:32 Boot from Flash Memory Demo 28:07 Outro
Fast PCB Prototype for $2 Again : 🤍 Previous video: 🤍 bitluni's lab video: 🤍 Arduino VS Common IC: 🤍 Facebook: 🤍 Twitter: 🤍 Support me for more videos: 🤍 Useful website for FPGA learning: 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 🤍 In this video I will be having a closer look at FPGAs and I will do some simple beginners examples with the TinyFPGA BX board. That means we will find out what makes an FPGA so special and also how to program it easily. At the end I will then show you how the required VGA signals looks like and how the TinyFPGA can create them. Let's get started! Thanks to JLCPCB for sponsoring this video Visit 🤍 to get professional PCBs for low prices Music: 2011 Lookalike by Bartlebeats Killing Time, Kevin MacLeod (incompetech.com)
How easy are FPGA's to hook up and use use compared to traditional microcontrollers? A brief explanation of why FPGA are a lot more complicated to setup and get working than microcontrollers. A short video linking to several other FGPA videos. NOTE: This is very old footage that was meant to be part of a series of videos on trying out some FPGA demo boards. It's been sitting around for too long, so I'm uploading all the footage I have now. What is an FPGA: 🤍 FPGA Implementation Tutorial: 🤍 What is JTAG: 🤍 FPGA Demo Boards: 🤍 Forum: 🤍 EEVblog Main Web Site: 🤍 EEVblog Amazon Store: 🤍 Donations: 🤍 Projects: 🤍 Electronics Info Wiki: 🤍
What is an FPGA, and how does it compare to a microcontroller? A basic introduction to what Field Programmable Gate Arrays are and how they work, and the advantages and disadvantages. FPGA Stuff in Dave's Amazon store: 🤍 FPGA Implementation Tutorial: 🤍 Forum: 🤍 If you find my content useful you may consider supporting me on Patreon or via Crypto: BTC: 33BsprBQNBtHuVzVwDmqWkpDjYnCouwASM ETH: 0x68114e40ff4dcdd384750500501e20acf3875f8c BCH: 35n9KBPw9T7M3NGzpS3t4nUYEf9HbRmkm4 USDC: 0x68114e40ff4dcdd384750500501e20acf3875f8c LTC: MJfK57ujxy55su4XicVGQc9wcEJf6mAoXF EEVblog Main Web Site: 🤍 EEVblog Amazon Store: 🤍 Donations: 🤍 Projects: 🤍 Electronics Info Wiki: 🤍
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 Are you new to FPGA Programming? Are you thinking of getting started with FPGA Programming? Well, in this video I'll discuss 5 FPGA projects for beginners! If you have any additional project ideas, leave them in the comment sections below! My name is Greidi and I'm an Electrical Engineer, I'm here to help you get started with some FPGA project ideas. Let me know if there are topics you would want me to elaborate on or projects you would really want to see a tutorial on! Although this video is intended for beginners, if you are already familiar these FPGA Projects, don't hesitate to join a conversation on adding more projects for beginners in the comments section below! Every Wednesday I'll post a new video on my YouTube channel - although, I'll try to post 1 additional video once a month! Subscribe for new tutorials, product reviews, and conceptual videos. Feel free to leave a comment for any questions you may have.
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 Hello! My name is Greidi, and I’m an electrical engineer. I hope you enjoyed this tutorial about how to Create First Xilinx FPGA Programming Project using Xilinx SoCs/FPGAs and Vivado Desing Suite. Hopefully learning FPGA programming is something you want to continue doing. Xilinx FPGA Programming Tutorials is a series of videos helping beginners to get started with xilinx fpga programming. Thumbs up if you like verilog HDL as well! There will be more tutorials like this, so consider subscribing to my YouTube channel. If you have any feedback for me – feel free to write it into the comments section below. Board Schematic: 🤍 Master XDC File: 🤍 Links to videos mentioned in this tutorial: How to download and Install Vivado Design Suite? - 🤍 What is an FPGA? - 🤍 What is a System on a Chip (SoC)? – 🤍
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 In this video I'll share 5 tips with you on how to get started with FPGA programming. Subscribe for new tutorials, product reviews, and conceptual videos. Feel free to leave a comment for any questions you may have. Xilinx Software Tools (FREE): Vivado Design Suite - 🤍 ISE Design Suite - 🤍 Altera Software Tool (FREE): Intel Quartus Prime Lite - 🤍
Best & Fast Prototype ($2 for 10 PCBs): 🤍 Thanks to JLCPCB for supporting this video. We know logic gates already. Now, let't take a quick introductiion to Verilog. What is it and a small example. Stay tuned for more of this ROAD TO FPGAs series. Help my projects on Patreon : 🤍 my Q&A page: 🤍 Canal en Español: 🤍 LINKS Quartus LITE downlaod: 🤍 (software free for students) Create an account using real + fake data if you want. Then downlaod the free licence softwares. Logic Gates webpage: eng_circuitos_tut22.php Flip Flops: eng_circuitos_tut22_2.php Karnaug table: eng_circuitos_tut23.php COUPONS FPGA Cyclone IV EP4CE6: 🤍 Dual Ch Oscilloscope (266€):🤍 Electrical Tools: 🤍 PRINTERS - Ender 3(167€): 🤍 SparkMaker SLA: 🤍 Crealitu CR10: 🤍 Coupon code: "11CR10EU" or "11CR10US" ANET E10 (219$): 🤍 Coupon code: "Anete10us" TEVO Tarantula (175$): 🤍 Coupon code: "Tarantulaus" Creality CR10 MINI: 🤍 COUPON: CR10MINI Anet A8: 🤍 Coupon code: "A8KIDA" Like share and subscribe to motivate me. Thank you
Digital electronics practice project at the University of Brasilia that plays MID format music in VHDL on the Basys 3 board. 🤍
Answer your emails faster, in the appropriate tone, and with confidence with Grammarly! Go to 🤍 to sign up for a FREE account and get 20% off Premium! Learn about ASICs and FPGAs, and why they're often more powerful than regular processors. Leave a reply with your requests for future episodes, or tweet them here: 🤍 ► GET MERCH: 🤍 ► AFFILIATES, SPONSORS & REFERRALS: 🤍 ► PODCAST GEAR: 🤍 ► SUPPORT US ON FLOATPLANE: 🤍 FOLLOW US ELSEWHERE - Twitter: 🤍 Facebook: 🤍 Instagram: 🤍 TikTok: 🤍 Twitch: 🤍
This training will give you a basic introduction to the architecture of a modern FPGA. We will discuss the common components that make up the FPGA as well as the advantages of using an FPGA for digital logic design Finally, you’ll understand how design software, such as the Intel® Quartus® Prime software makes it easy to create and implement digital logic designs. For technical questions, contact the Intel Community: 🤍
🤍 🤍 - FPGA (Field-Programmable Gate Arrays) are electronic devices which are programmable with a configuration memory to implement arbitrary electronic circuits. While they have been used for decades to implement various adaptable electronic components, they got some traction more recently to be used as generic programmable accelerators more suitable for software programmers. There are already HLS (High-Level Synthesis) tools to translate some functions written with languages like C/C into equivalent electronic circuits which can be called from programs running on processors to accelerate parts of a global application, often in an energy-efficient way. The current limitation is that there are 2 different programs: the host part, running the main application, and the device part, glued together with an interface library without any type-safety guaranty. Since the C standard does not address yet the concept of hardware heterogeneity and remote memory, the Khronos Group organization has developed SYCL, an open standard defining an executable DSL (Domain-Specific Language) using pure modern C without any extension. There are around 10 different SYCL implementations targeting various devices allowing a single-source C application to run on CPU and controlling various accelerators (CPU, GPU, DSP, AI...) in a unified way by using different backends at the same time in a single type-safe C program. We present a SYCL implementation 🤍 targeting Xilinx Alveo FPGA cards by merging 2 different open-source implementations, Intel’s oneAPI DPC with some LLVM passes from triSYCL. For a C audience, this presentation gives a concrete example on why the C standard does not describe detailed execution semantics (stack, cache, registers...): because C can be executed on devices which are not even processors. While this presentation targets FPGA and a SYCL implementation from a specific vendor, the content provides also: - a generic introduction to FPGA which should be interesting outside of Xilinx or even without the use of SYCL; - how C can be translated in some equivalent electronic circuits; - a generic introduction to SYCL which should be interesting for people interested to know more about heterogeneous programming and C, beyond only FPGA. - Ronan Keryell Ronan Keryell is principal software engineer at Xilinx Research Labs, where he works on high-level programming models for heterogeneous systems, such as FPGA and CGRA, with the open-source 🤍 SYCL implementation. He is the specification editor of the SYCL standard, member of the SYCL, SPIR & OpenCL standard committees from Khronos Group & ISO C committee. Ronan Keryell received his MSc in Electrical Engineering and PhD in Computer Science in 1992 from École Normale Supérieure of Paris & University of Paris Sud (France), on the design of a massively parallel RISC-based VLIW-SIMD graphics computer (a Jurassic GPU ancestor...) and its programming environment. He spent some time in the academia teaching and working on automatic parallelization, compilation of PGAS languages (High-Performance Fortran), high-level synthesis and co-design, networking and secure computing. He was co-founder of 3 start-ups, mainly in the area of High-Performance Computing, and was the technical lead of the Par4All automatic parallelizer at SILKAN, targeting OpenMP, CUDA & OpenCL from sequential C & Fortran. Before joining Xilinx, he worked at AMD on programming models for GPU. - Videos Filmed & Edited by Bash Films: 🤍 YouTube Channel Managed by Digital Medium Ltd 🤍
Simple Examples: 🤍 Check out more information on vhdplus.com Download VHDPlus: 🤍 Our Discord for help: 🤍 More Examples: 🤍 Our Hardware: 🤍
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 In this video I'll show you step by step how to create a blinking led! I'll walk you through and explain everything I'm doing in order to create this. For this specific tutorial I created a counter based clock divider in verilog to create a blinking led. I hope that these Xilinx FPGA Programming tutorials are helping you to further develop understanding in FPGA programming. Let me know how I can improve my tutorials - any feedback is welcome! Every Wednesday I'll post a new video on my YouTube channel - although, I'll try to post 1 additional video once a month! Subscribe for new tutorials, product reviews, and conceptual videos. Feel free to leave a comment for any questions you may have.
To save the software project on the FPGA, you can right-click the project, make targets and add the hex file to the Flash in the .qsys file of the processor 🤍 🤍 Check out more information on vhdplus.com Download VHDPlus IDE: 🤍 Our Discord for help: 🤍 More Examples: 🤍 Our Hardware: 🤍
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 What is an FPGA? Do you want to learn about Field Programmable Gate Arrays? Or, Maybe you want to learn FPGA Programming? Well, you are in the right place! I'm Excited to help you learn and understand this concept! My name is Greidi and I'm an Electrical Engineer, I'm here to help you understand the basic concepts of FPGA. There are so many advantages to FPGAs and where they are used; thus, let me know if there are topics you would want me to elaborate on! Although this video is intended for beginners, if you are already familiar with FPGA concepts, I hope you can still gain some knowledge from this video. Every Wednesday I'll post a new video on my YouTube channel, similar to this one! Subscribe for new tutorials, product reviews, and conceptual videos. Feel free to leave a comment for any questions you may have. Download or learn more about these software's here: LabVIEW Student Edition - (6months free for students) 🤍 LabVIEW FPGA Module- 🤍 Altera (FREE Edition) - 🤍 Xilinx (FREE Edition) - 🤍 Sources used for creation of this video: 🤍 🤍 🤍 🤍 🤍 🤍
Engineers use MATLAB® to develop algorithms for applications such as signal processing, wireless communication, and image-video processing. To develop a proof-of-concept, engineers need to implement their design on FPGA evaluation or prototyping boards. Using the HDL Coder™ workflow, discover the key steps necessary to convert and evolve a MATLAB algorithm to a readable and optimized HDL code that can be implemented on FPGAs. HDL Coder: 🤍 Fixed-Point Designer: 🤍 HDL Verifier: 🤍 Get a free product trial: 🤍 Learn more about MATLAB: 🤍 Learn more about Simulink: 🤍 See what's new in MATLAB and Simulink: 🤍 © 2022 The MathWorks, Inc. MATLAB and Simulink are registered trademarks of The MathWorks, Inc. See 🤍mathworks.com/trademarks for a list of additional trademarks. Other product or brand names may be trademarks or registered trademarks of their respective holders.
In this tutorial, we demonstrate how to use continuous assignment statements in Verilog to construct digital logic circuits on an FPGA. A field-programmable gate array (FPGA) is an integrated circuit (IC) that lets you implement custom digital circuits. You can use an FPGA to create optimized digital logic for things like digital signal processing (DSP), machine learning, and cryptocurrency mining. Because of the FPGA’s flexibility, you can often implement entire processors using its digital logic. You can find FPGAs in consumer electronics, satellites, and in servers used to perform specialized calculations. In this series, we will see how an FPGA works and demonstrate how to create custom digital logic using the Verilog hardware description language (HDL). Previously, we showed how to install apio and the open-source toolchain required to work with Lattice iCE40 FPGAs (🤍 In this episode, we demonstrate how to write simple continuous assignment statements in Verilog to create digital logic circuits. Wikipedia article on adders: 🤍 The solution to the challenge at the end of the episode can be found here: 🤍 All code examples and solutions for this series can be found here: 🤍 We start by showing how to define pins using a physical constraints file (.pcf), which maps Verilog I/O signal names to physical pin numbers on the FPGA package. Refer to the following documents to see the pinout on the iCE40HX1K and how it’s connected on the iCEstick: - iCE40 LP/HX Datasheet - iCEstick Evaluation Kit User’s Guide From there, we show how lookup tables are used to construct digital circuits inside the FPGA. We design a very simple digital circuit (a simple AND gate with pushbutton inputs) in Verilog, synthesize it, and upload it to the iCEstick. Next, we demonstrate how vectors work in Verilog (as a bus of wires) and how to branch wires using the replication operation. Verilog Quick Reference Card: 🤍 Your challenge is to create a 1-bit full adder as shown in this Wikipedia article. Product Links: 🤍 Related Videos: 🤍 🤍 🤍 Related Project Links: 🤍 Related Articles: 🤍 🤍 Learn more: Maker.io - 🤍 Digi-Key’s Blog – TheCircuit 🤍 Connect with Digi-Key on Facebook 🤍 And follow us on Twitter 🤍
Getting Started With FPGA's Part 1 What is an FPGA: 🤍 DE0-Nano: 🤍 Quartis Prime: 🤍 PCBWay Big Xmas Sale Nov. & Dec. Shopping Festival!: 🤍 Yes!! I now have merch: 🤍 Electronics themed T-Shirts! HEY YOU ABOUT TO POST SOMETHING STUPID: Yes, I know my hands are large/fat. It's because of a heart condition I suffer from called Congestive Heart Failure. Here's a link to some information about CHF: 🤍 One of the symptoms is that is causes fluid retention, mostly in the hands, feet/ankles, and face. It will kill me one day. I'm doing ok right now, but someday... If you are shopping for electronic components, test gear or consumables please consider visiting my Amazon shop 🤍 amazon.com/shop/learnelectronics Please check out 🤍patreon.com/learnelectronics and pledge a dollar if you can. It will go a long way to keeping the channel alive. It costs a bit of money to buy all the items and produce these videos. You help is appreciated. - Or....if you'd like to send a one-time donation you can use this link: paypal.me/learnelectronics Here is all the gear I currently use: Oscilloscope 1: Rigol 1054Z 🤍 Oscilloscope 2: Siglent SDS1202X-E 🤍 Power Supply 1: TekPower TP3005N 🤍 Power Supply 2: RUIDENG DP50V5A 🤍 Signal Generator: JS2800 🤍 DMM1: Owon18B 🤍 DMM2: Aneng 8008 🤍 DMM3: Aneng 8009 🤍 DMM4: Uni-T UT801 🤍 Soldering Station1: Zeny (Yihua)862D+ 🤍 Soldering Station2: KSGR T12 🤍 Light Meter Smart Sensor AS803 🤍
How to implement a soft-core microcontroller (AMD/Xilinx Microblaze) and peripherals (UART, GPIO) on an FPGA. PCBs by PCBWay 🤍 From project creation, system generation in Vivado, Vitis set-up, to live demos. Featuring a custom AMD/Xilinx Spartan 7-based audio processing PCB. [SUPPORT] Hardware design courses: 🤍ion Course content: 🤍 Free trial of Altium Designer: 🤍 Patreon: 🤍 [GIT] 🤍 [SOCIAL] Instagram: 🤍 [LINKS] Microblaze: 🤍 Vivado: 🤍 Vitis: 🤍 [TIMESTAMPS] 00:00 Introduction 00:55 Altium Designer Free Trial 01:24 PCBWay 01:55 Hardware Design Course 02:12 Microblaze Basics 04:18 Hardware Block Diagram 06:25 Vivado Project Set-Up 07:18 Constraints 11:30 Microblaze Block Design 12:40 Clocking Wizard IP 13:54 UART IP 15:27 GPIO IP 16:16 Reset Signal 17:29 Bitstream Generation 18:30 Exporting Hardware (XSA) 19:05 Vitis IDE 19:24 Vitis Project Set-Up 20:07 UART Hello World Test 21:50 GPIO LED Test 23:45 Outro
Wow! I had no idea it is so simple to add a Microcontroller into FPGA. Thank you very much Adam Taylor for great and practical step by step tutorial about how to do it. This tutorial can be useful for beginners or when starting with FPGA. Includes also DDR3, USB UART, VHDL block, Logic Analyzer and how to write Hello word software for the microcontroller. Previous video with Adam: - How To Create Difficult FPGA Designs 🤍 Links: - GitHub of the archived projects, just download and extract: 🤍 - Adam's website and blog with a lots of tutorials 🤍 - The book Adam mentioned 🤍 and Altium files for the board from the book 🤍 Chapters: 00:00 What is this video about 01:35 What we are going to design 04:08 Starting a new FPGA project in Vivado 05:58 Adding Digilent ARTY Xilinx board into our project 07:48 Adding system clock 10:47 Adding and configuring DDR3 in FPGA 19:41 Adding Microcontroller (MicroBlaze) into FPGA 30:00 Connecting reset 32:24 Adding USB UART 34:00 Assigning memory space ( Peripheral Address mapping ) 34:59 Creating and explaining RTL ( VHDL ) code 40:19 Adding RTL ( VHDL ) code into our FPGA project 43:56 Synthesis 45:25 Defining and configuring FPGA pins 52:21 Adding Integrated Logic Analyzer 55:00 Adding GPIO block 58:28 Checking the summary and timing of finished FPGA design 1:03:36 Exporting the design 1:04:43 Writing software for microcontroller in FPGA - Starting a new project in VITIS 1:09:50 Compiling, loading and debugging MCU software 1:11:44 IT WORKS! 1:12:16 Checking content of the memory and IO registers 1:14:31 How to use GPIO driver to read gpio value 1:17:40 Using Integrated Logic Analyzer inside FPGA for debugging 1:24:14 Adam's book and give away Would you like to support me? It's simple: - Sign up for my Hardware design and PCB Layout online courses: 🤍 - You can also support me through Patreon: 🤍 - Or sign up for my Udemy course: 🤍 It is much appreciated. Thank you, - Robert
Learn the basics of what is an FPGA. This video discusses the history of FPGAs and how they have advanced over time. It discusses some applications that are possible. Finally I introduce the two languages used to program FPGAs: VHDL and Verilog. For much more examples and tutorials subscribe to this channel and check 🤍nandland.com Support this channel! Buy a Go Board, the best development board for beginners to FPGA: 🤍 Like my content? Help me make more at Patreon! 🤍
Best & Fast Prototype ($2 for 10 PCBs): 🤍 We know ModelSim and Quartus. In this third part we finally make the synthesis and upload the blink and counter codes to the FPGA using the USB blaster. The example is very simple, but we will get to more complicate projects soon. Help my projects on Patreon : 🤍 my Q&A page: 🤍 Canal en Español: 🤍 LINKS Blink project files: 🤍 Counter project files:🤍 Quartus LITE downlaod: 🤍 (software free for students) Create an account using real + fake data if you want. Then downlaod the free licence softwares. FPGA Cyclone IV EP4CE6: 🤍 Part 2 video: 🤍 Part 1 video: 🤍 COUPONS FPGA Cyclone IV EP4CE6: 🤍 Dual Ch Oscilloscope (266€):🤍 Electrical Tools: 🤍 PRINTERS - Ender 3(167€): 🤍 SparkMaker SLA: 🤍 Crealitu CR10: 🤍 Coupon code: "11CR10EU" or "11CR10US" ANET E10 (219$): 🤍 Coupon code: "Anete10us" TEVO Tarantula (175$): 🤍 Coupon code: "Tarantulaus" Creality CR10 MINI: 🤍 COUPON: CR10MINI Anet A8: 🤍 Coupon code: "A8KIDA" Like share and subscribe to motivate me. Thank you
Learn how to make a retro-style table tennis game with an FPGA. Take a look at the DE0-Nano development board, along with Altera's Quartus II design software. We also learn about the Verilog language and dive into some code. With the help of additional components, interface directly with a VGA monitor and an NES game controller. Visit element14 Presents: 🤍 Visit the FPGA group: 🤍 Join Path to Programmable: 🤍 Visit Project14: 🤍 Visit The Learning Circuit: 🤍 Visit sudo Sergeant: 🤍
Hi, I'm Stacey, and I'm a Professional FPGA Engineer! Today I go through the first few exercises on the HDLBits website and discuss tips for Verilog beginners that I see going through them. HDLBits website: 🤍 Buy me a coffee to support my channel: 🤍
Walkthrough of FPGA-based (Xilinx Artix 7) PCIe hardware accelerator in an M.2 form-factor (e.g. for laptops, computers) including DDR3 memory, quad buck converter, controlled impedance, assembly documentation, and more! Thanks to the new channel sponsor PCBWay! PCBs manufactured and assembled by PCBWay at 🤍 *Advanced Hardware Design Course Survey* 🤍 Tag-Connect SWD Probe: 🤍 [SUPPORT] Free trial of Altium Designer: 🤍 Patreon: 🤍 Mixed-signal hardware design course: 🤍ion [GIT] 🤍 [TIMESTAMPS] 00:00 Overview (1) 01:08 Altium Designer Free Trial 01:32 Overview (2) 02:09 PCBWay Advanced PCB Service 03:48 Advanced Hardware Design Course Survey 04:26 Power Supply 09:09 FPGA Power and Decoupling 14:18 FPGA Configuration 15:01 FPGA Banks 16:06 DDR3 Memory 21:57 PCIe (MGT Transceivers) 25:01 Assembly Documentation (Draftsman) 25:55 Manufacturing Files 27:16 Outro
In this tutorial, we take you from zero to writing your first program onto a Mojo FPGA. This video covers everything from where to buy an FPGA to installing the necessary software to writing a program to the chip. In this video, the programming environment (Xilinx ISE and Mojo IDE) is set up on Ubuntu Linux, but similar steps can be followed for Windows.
Knowing how to programme an FPGA is one of the key steps to the successful implementation of FPGA designs. Traditional methods used approaches such as VHDL but now graphical methods of programming FPGAs are being used. LabVIEW FPGA is one programme. It combines the established graphical interface of LabVIEW with additional tools to enable it to programme FPGAs. The video tells you how to program FPGAs using LabVIEW FPGA giving you an example demonstration. And then some industry experts give some of their top tips on how to programme FPGAs with LabVIEW FPGA. FPGAs are used in many areas of the electronics industry. They are used where flexibility, and complex logic circuitry is required. FPGAs are also able to provide complex and fast processing and as such they are ideal for many applications from vision processing, and general signal processing to security, and in fact anywhere that complex logic circuitry is needed. The key to a successful project is knowing how to program an FPGA properly. Although traditional methods of FPGA programming like VHDL have been used for many years and work well, graphical approaches are being increasingly investigated for FPGA programming. LabVIEW FPGA provides an ideal platform for many instances and it is based upon a tried and tested platform. LabVIEW FPGA utilises the basic LabVIEW platform. The addition of a few extra tools enables it to program FPGAs. More information on LabVIEW FPGA and how to program an FPGA can be found here: 🤍 Website: 🤍 Please subscribe to our YouTube channel: 🤍
Purchase your FPGA Development Board here: 🤍 Boards Compatible with the tools I use in my Tutorials: 🤍 Xilinx FPGA Programming Tutorials is a series of videos helping beginners to get started with Xilinx fpga programming. Are you interested in learning about how to use Xilinx Vivado Simulator? Do you also want to learn how to create a test bench in verilog HDL? Well, in this video show you the basics of how to use Vivado 2018.2 Simulator and Test bench in Verilog. Vivado simulator and test bench in verilog are highly important factors in successful FPGA programming. If you have any questions throughout this video, leave a comment in the comments section below! Throughout this tutorial you will also learn how to use RGB LED in Xilinx FPGA Programming and test an implementation about it on the board. My name is Greidi and I'm an Electrical Engineer, I'm here to help you get started with using Vivado Simulator and Creating a testbench in Verilog. Let me know if there are topics you would want me to elaborate on or projects you would really want to see a tutorial on! Although this video is intended for beginners, if you are already familiar this tutorial, don't hesitate to join a conversation on adding more ideas to the community on some tips on using the Vivado Simulator! Every Wednesday I'll post a new video on my YouTube channel - although, I'll try to post 1 additional video once a month! Subscribe for new tutorials, product reviews, and conceptual videos. Feel free to leave a comment for any questions you may have.
Follow along with this step-by-step tutorial to make a "hello, world!"-like application to experience the advantages of multiple linked VIs running simultaneously on the FPGA target, real-time (RT) target, and desktop computer: (1) "FPGA Main" VI blinks the onboard LEDs and reads the onboard button; these onboard devices physically connect to the FPGA I/O pins, (2) "FPGA testbench" VI runs on the desktop computer for interactive development and debugging of "FPGA Main" in simulation mode prior to compiling to a bitstream file, (3) "RT Main" VI runs as the RT target start-up VI; it runs "FPGA Main", interacts with its front-panel controls/indicators, and communicates with an external desktop computer via network-published shared variables, and (4) "PC Main" VI runs on the desktop computer as a user-friendly human-machine interface (HMI) for remote command and control of "FPGA Main" through the network. See the "RIO Developer Essentials Guide for Academia" available at 🤍 for more video tutorials related to programming, architecting, and networking with LabVIEW and NI Academic RIO products.
Hi, I'm Stacey, and in this video I share some free webinar series! Links: 🤍 🤍 🤍 Buy me a coffee to support my channel: 🤍
In this episode of the Ben Heck Show we will learn more about FPGA's or Field Programmable Gate Arrays with Verilog. When is it appropriate to use an FPGA? What types of FPGA's are out there? How can you implement an FPGA into your project? All of these questions and more will be answered. Let's get started! Watch Ben program an FPGA! - 🤍 Buy the DE0-Nano FPGA : 🤍 Join the element14 community! - 🤍 Learn more about Keysight Technologies - 🤍
This video provides you details about creating Xilinx FPGA Project. Contents of the Video: 1. Introduction to Nexys 4 FPGA Board 2. How to Create First Xilinx FPGA Project? 3. Implementation of Half Adder on Nexys 4 FPGA Board. Do Watch our previous videos in a playlist related to Verilog HDL Tutorials 🤍 Do Watch our previous videos in playlist related to FPGA Tutorials 🤍 Subscribe for more content about Verilog, MATLAB, AutoCAD, and C Programming tutorials. #XilinxFPGAProgramming #XilinxFPGAProject #Nexys4 #Nexys4FPGA #FPGAProgramming #HalfAdderonNexysFPGA #XilinxFPGAProgrammingTutorials #VivadoDesignSuite #VerilogSimulationinVivado #VerilogSimulationinVivadoDesignSuite #Vivado #VivadoTutorial #VivadoDesignSuiteTutorial #SimulationinVivado #FPGATutorial #VerilogTutorials #Verilog #IntellCity
A field-programmable gate array (FPGA) is an integrated circuit (IC) that lets you implement custom digital circuits. You can use an FPGA to create optimized digital logic for things like digital signal processing (DSP), machine learning, and cryptocurrency mining. Because of the FPGA’s flexibility, you can often implement entire processors using its digital logic. You can find FPGAs in consumer electronics, satellites, and in servers used to perform specialized calculations. In this series, we will see how an FPGA works and demonstrate how to create custom digital logic using the Verilog hardware description language (HDL). Previously, we demonstrated procedural assignments and how to feed a clock signal to such statements (🤍 In this episode, we show how to create finite state machines (FSMs) in Verilog. The solution to the challenge at the end of the episode can be found here: 🤍 All code examples and solutions for this series can be found here: 🤍 A finite state machine (FSM or sometimes just “state machine”) is a mathematical model used to express how something (e.g. an abstract “machine”) can move sequentially through a series of states to tackle various problems. FSMs are used often in software, and we can create FSMs in hardware logic circuits. While many problems can be tackled without the use of an FSM, they provide a wonderful way to organize code (whether that’s hardware or software). A machine (or process) takes on certain properties when in a particular state, which often includes changing some kind of output. Such output might be toggling a bit, incrementing a counter, or opening a network connection. The machine moves to another state when certain criteria are met (known as the “inputs”). For example, a button might be pressed, a timer might expire, or a client might close the network connection, which will cause the state machine to move to a different state. State machines are often depicted in diagram form as a series of connected circles or rectangles. The arrows show how the machine moves between states and list the input criteria required for the transition. A Moore state machine has its outputs associated with each state. As a result, a Moore FSM must change states in order to change its outputs. A Mealy state machine, on the other hand, associates its outputs with states and inputs. This means the outputs in a Mealy state machine may change on the transition. While a Mealy state machine may be harder to understand at times, they often have fewer states than the equivalent Moore FSM (thus saving you precious logic cells or code space). Your challenge is to create a state machine that debounces a button to fix the counter from the previous episode. Instead of skipping counts on some button presses, the counter should increment by 1 (and only 1) each time you press the INCREMENT button. You are welcome to use a Mealy or a Moore machine. Product Links: 🤍 Related Videos: 🤍 🤍 🤍 Related Project Links: 🤍 Related Articles: 🤍 🤍 🤍 Learn more: Maker.io - 🤍 Digi-Key’s Blog – TheCircuit 🤍 Connect with Digi-Key on Facebook 🤍 And follow us on Twitter 🤍
Before Christmas I received an email from Xilinx lawyers. Wow, I do not have words on Xilinx behavior. They do not even bother to answer my emails and explain the situation.
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