Electgon’s Post

Building Xilinx ZynqMP Guide. This book is a practical guide for building an integrated system for Xilinx FPGA - ZynqMP family. What is meant by integrated system is the complete flow starting from the hardware logic up to a running application on an Operating System. You can experience through this book all needed steps to have Xilinx ZynqMP FPGA running. To download this book: https://lnkd.in/dzvnX2g6 for other tutorials: www.electgon.com

Participated in the workshop on the topic FPGA based system design conducted by PSG College of technology during their event KRIYA2022-2023. It was very useful for me and I have done a simple hardware model during the workshop using Xilinix software . #fpgadesign #fpga

Join Ari Mahpour as he dives into the exciting world of FPGA development with the CMOD S7 evaluation board from Digilent Inc. Equipped with an AMD Xilinx Spartan-7 FPGA and a handy set of header pins for prototyping, this board opens up a world of possibilities. In this tutorial, Ari walks you through the basics, from an overview of the CMOD S7 to setting up your project in Vivado. Watch the full tutorial below: https://ow.ly/KM7R50Q4HpX #fpgadesign #fpga #tutorial #developmentboard

As undergrads, my team and I took on an exciting challenge: building "Simba," a custom RISC-V 64IMA Linux-capable processor from scratch. Five years later, I'm still thrilled to share our achievement: Simba powering a full SoC on the Arty Z7-20 FPGA! 🦁💻 With HDMI, USB, Ethernet, and SD card support, it was incredible to browse the web on a processor we built ourselves as students. Looking back, it's amazing to think that 20 years ago, I was excited to draw on MS Paint, and then we created a fully functional computing system based on our custom processor. 🎨🖥️ RISC-V is gaining traction, and I'm proud to have been a part of this project as an undergrad, learning valuable skills and contributing to the growing open-source hardware community. Check out the video demo to see our creation in action! #RISCV #FPGA #EmbeddedSystems #LinuxOnRISCV #ThrowbackThursday #UndergraduateResearch

This project is about how to design a RISCV MIPS32 microprocessor using Modelsim Verilog. RISC (Reduced Instruction Set Computing) follows the principles of a reduced instruction set. MIPS32 is a specific version of the MIPS (Microprocessor without Interlocked Pipeline Stages) architecture, characterized by a streamlined set of instruction that aim for efficient and high performance computing. just ran my waveform tests with a custom test bench . to verify this I am using an example of adding 10,20 and 30 and store it to the register RISCV MIPS32:- 32 , 32 bit general purpose register r0 to r31. a special purpose 32 bit program counter No flag register(Carry, Sign etc.) very few addressing modes(register,immediate,register indexed etc.) only load and store instruction can access memory we assume memory word size is 32 bits 

I finally got hold of the book "Getting Started with FPGA" written by Russell Merrick, the book covers everything you need to get started with FPGA, and covers topics like Clk Domains, SerDes and more. Thanks #fpga , No Starch Press

Stanford Seminar - A Superscalar Out-of-Order x86 Soft Processor for FPGA https://lnkd.in/dNqGV5n7

Do you have an Arty Z7-20 or any other Zynq 7000 board? An amazing video series, "Intro to FPGA and the Arty Z7," curated by renowned engineer and FPGA expert Adam Taylor CEng FIET, is freely accessible! This in-depth course aims to provide a clear understanding of FPGA design, starting with the fundamental hardware elements encapsulated in Xilinx FPGAs, extending to Zynq and Ultrascale architectures. It covers essential topics, including processors, a variety of operating systems, and potential software applications executable on these platforms. For those keen on further exploration, the Arty Z7 Resource Center on Reference is a go-to destination. It hosts an array of materials generated by Digilent for the Arty Z7 board, such as support files, a reference manual, tutorials, and example projects. Visit the Arty Z7 Resource Center for comprehensive knowledge and application of the Arty Z7. Course Link: https://lnkd.in/dWVE4pVX Whether an experienced FPGA designer seeking to enhance skills or a beginner eager to comprehend the fundamentals, this free course is a treasure trove of insights. Take advantage of this opportunity to delve deeper into the world of FPGA design! Happy Learning! #FPGA #ArtyZ7 #Zynq7000 #FreeEducation #AdamTaylor #HardwareDesign #OnlineLearning #FreeCourse #electronics #engineers #electricalengineering #electronicsengineering #learning #growing #skillsdevelopment #skills #training

Our manuscript titled "FPGA based ANN classifier for Bengali Handwritten Digit Recognition " has been published online in the #ieeexplore. Here we have proposed a hardware driven approach using FPGA's for BHDR which is 27 times faster than regular cpu based solutions. You can check it out using the link below and please express your thoughts or suggestions in the comment below if you have any interest in this field. Link:https://lnkd.in/gMdpi_ht DOI: 10.1109/ICCIT60459.2023.10440974 Also you can visit the github repo for the source code in xilinx vivado and verilog HDL in here, https://lnkd.in/gV3RRpwf #researchpublication #ieee #iccit2023

Thrilled to have finished the course “Learning FPGA Development” by Eduardo Corpeño! I got to understand how to work and program an FPGA and deploy it to hardware. Key take away: An FPGA is not a microcontroller.