KO | EN

GitLite

Minimalist Open Source Repository Search Engine

gitlite — search

#dsh #dsh-plugin #typescript #developer-tools #claude-code #ai-agent #codex #deepseek-harness #ai-agents #cli #react #mcp

tutorial-snippets

★ 85 Open GitHub ↗

[BRH YT CHANNEL] This repo contains all the code and ressources you need for the Zynq and other FPGA tutorials, ready to copy and paste.

// repository documentation

Was this content helpful?

★ 0 (0 ratings)

# BRH Tutorials - Code Github repo

> [!TIP]
> Contributions are welcome ! Especially since I'm prone to mistakes ;) You can also check out the [blog](https://0bab1.github.io/BRH/) where you have additional informations for each tutorial, *but also exclusive content related to engineering in general and bonus tutorials to learn more valuable stuff on a text format*.

This repo contains **all the code you need** for the tutorials, ready to copy and paste.

It also contains **links to the associated [blog posts](https://0bab1.github.io/BRH/)** where you'll find additional tips & resources if you want to do it yourself or push the concepts I discuss a bit further.

I will also link all the very interesting ressources that helped me in my own learning journey for the curious among you.

> [!TIP]
> In the future, I will focus more on "Project reviews" on youtube and post actual technical tutorials here and on the blog. Stay tuned !

# Table of Contents

1. [ZynQ in two minutes](#1--zynq-in-two-minutes)
2. [AXI IP, Hello world & custom LED driver](#2--axi-ip-hello-world--custom-led-driver)
3. [An introduction to HDLs](#3--an-introduction-to-hdls)
4. [DMA Tutorial with an FFT IP](#4--dma-tuturial-with-an-fft-ip)
5. [Quick Petalinux Example for Zynq](#5--quick-petalinux-example-for-zynq)
8. [Python AI to FPGA](#8--python-ai-model-to-fpga)
13. [Typical FPGA Beginers projects (Blink to VGA PONG)](#13--Testing-Typical-FPGA-Beginers-Projects)

# 1 : ZynQ in two minutes

[Video](https://www.youtube.com/watch?v=DQHTSelupDs)

This video is all about clarifying what ZynQ is and how it use FPGAs at its advantage.

## Code

There is no code necessary for this video

## Blog post

Find the blog post [here](https://0bab1.github.io/BRH/posts/Zynq_in_120s/)

# 2 : AXI IP, Hello world & custom LED driver

[Video](https://www.youtube.com/watch?v=zJJTxOT37K4)

## Code

In the video's directory you will find:

- Verilog code for the top wrapper
- Verilog code for the AXI protocol handler in which we add our submodule
- Verilog code for the submodule
- Constraint file to "link" the IP's output to the LED's pin
- The main.c file for the sofware part

## Blog post

Find the blog post [here](https://0bab1.github.io/BRH/posts/Axi_led_ip/)

# 3 : An introduction to HDLs

[Video](https://www.youtube.com/watch?v=9wNddNaA_1o)

## Code

In the video's directory you will find:

- just the basic hdl and constraints so you have a basic template, nothing fancy

## Blog post

Find the blog post [here](https://0bab1.github.io/BRH/posts/HDL_in_120s/)

# 4 : DMA Tuturial with an FFT IP

[Video](https://youtu.be/aySO9jCKj9g)

## Code

In the video's directory you will find:

- dma_fft.c : The main file that I took you through during the video

**IMPORTANT NOTE :** do not use xil_printf() but rather printf() to handle the display of floats correctly.

## Blog post

Find the blog post [here](https://0bab1.github.io/BRH/posts/DMA_FFT_ON_ZYNQ/)

# 5 : Quick Petalinux Example for Zynq

Summer is here ! Lighthearted video, more or less entertainement but keeping in mind the objective of delivering fast and technicals infos for you to enjoy !

[Video](https://www.youtube.com/watch?v=SUBGtxwq7RY)

## Code

In the video's directory you will find:

- commands.sh : a file (*NOT MEANT FOR EXECUTION*) with a list of the commands alongside some tips

IMPORTANT NOTE : do not use xil_printf() but rather printf() to handle the display of floats correctly.

## Blog Post

There is no blog post for this one, but here are some resources :

- [Learn a LOT more on Linux for embedded application and FPGA on the Zynq book PDF (from page 385 chapter 22 to chapter 24)](https://is.muni.cz/el/1433/jaro2015/PV191/um/The_Zynq_Book_ebook.pdf)
- [Download Petalinux Here](https://www.xilinx.com/support/download/index.html/content/xilinx/en/downloadNav/embedded-design-tools.html)

Here are the topics covered in this ressource :

- Chapter 22 _Linux an overview_ : understand the basic of linux to get some context
- Chapter 23 _The linux kernel_ : pretty interresting but not useful to understand booting here
- Chapter 24 _Linux booting_ : FSBL, SSBL, U-BOOT etc... are discussed

Combined with the video, this 1 hour read should give you a great overview on Linux for embedded solution in no time (in 1/2 day of learning, worth it) !

# 8 : Python AI Model to fpga

THANK YOU SO MUCH for the success of the intro video !!! But now, Let's get serious : time for the actual tutorial, and it's a BIG one !

[Video](https://www.youtube.com/@BRH_SoC)

## Code

In the video's directory you will find:

- ALL THE RESSOURCES

> This video is a big one, It has its own [Readme file](./8%20Python%20to%20FPGA//README.md). See you there !

## Resources & Blog Post

C.f. the [Readme file](./8%20Python%20to%20FPGA//README.md).

You can also find the blog post [here](https://0bab1.github.io/BRH/posts/PY2FPGA/) for building the model's IP using FINN and [here](https://0bab1.github.io/BRH/posts/FPGA_MANUAL_INFERENCE/) to run manual inference on Zynq.

# 13 : Testing Typical FPGA Beginers Projects

Note this video is not really a tutorial on its own but rather a way for you to have an overview of what it's like to work on FPGA and you'll also be able to know if typical FPGA projects are at your level and worth your time.

[Video](https://www.youtube.com/@BRH_SoC)

You'll still find rich commented verilog snippets in this repo.

## Code

[Readme file](https://github.com/0BAB1/tutorial-snippets/tree/main/13%20Beginners%20FPGA%20projects)

tutorial-snippets

Explore Similar Repositories

Was this content helpful?

Recent Feedback

Download README