Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Introduction

The open source projects introduced earlier were more theoretical. Are there any open source projects that can be referenced for learning?

Here, we will introduce several open source websites that often feature various projects, including SDR, image processing, and recreating old CPUs…

Hackster

https://www.hackster.io/

Recommended column:

https://www.hackster.io/xilinx

https://www.hackster.io/intel

This site is a collection of various platforms for open source projects. The main platforms are as follows:

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

For other platforms, I have seen relatively little. Under the AMD-Xilinx category, several experts have been dedicated to sharing open source projects, including neural networks, video processing, and various development board “unboxings”. Almost all projects share their source code, making it very suitable for learning alongside.

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Hackaday

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
  • Hackaday provides fresh hacks from the internet every day. Our interesting posts are the gold standard for engineers and engineering enthusiasts.

Home

Introduction to Excellent Verilog/FPGA Open Source Projects (29)

This platform is where many DIY enthusiasts come to find inspiration, featuring many interesting projects:

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Crowdsupply

https://www.crowdsupply.com/

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Our mission is to bring original, useful, and respected hardware to life.

This is a crowdfunding open source website with many novel “products”, such as the hardware related to FPGA below:

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Of course, most projects come with open source code:

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

AI Radio based on Xilinx Artix-7 – Transceiver (AIR-T)

Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Xilinx Artix Development Kit suitable for laptops

Introduction to Excellent Verilog/FPGA Open Source Projects (29)
Introduction to Excellent Verilog/FPGA Open Source Projects (29)

PCI Express form factor video development board, supporting overlaying OSD on encrypted video signals

Conclusion

Today, we introduced only three websites, mainly focused on projects that combine software and hardware. Among them, Hackster has several experts in Xilinx FPGA, with projects ranging from large to small, and many purely FPGA architecture projects. Many FPGA development tutorials in China also reference these online projects, so it’s recommended to explore more!

PS: Many DIY projects on a certain site can be found reflected on the above websites~

Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Finally, thanks to all the experts for their open source projects, which have greatly benefited us. If there are any interesting projects in the future, everyone can leave a message in the backend or add WeChat to leave a message. That’s all for today, I’m the exhausted ramblings, looking forward to seeing you in the next article.

Introduction to Excellent Verilog/FPGA Open Source Projects (29)

Niuke.com has released a brand new digital logic question bank! Will this lead to more competition in the FPGA/IC industry this year?!!

Related posts

  1. MicroPython IoT: Practical Implementation of ESP32 and MQTT Protocol for Building a Smart Home Control System!
  2. Yunyang Becomes the First Domestic Company to Collaborate with openGauss for Deep Embedded Applications, Contributing to Generative AI

Leave a Comment