All board projects
Quality open-source board projects and technical materials from CrowdSupply, Hackaday, and Hackster.io, all in one place
PYNQ ZU Imaging
Creating a MIPI Imaging platform in PYNQ we can use to explore the Vitis Vision Libraries.
Image Captioning for the Visually Impaired and Blind People
Our research study aims to improve accessibility for visually impaired and blind people by developing a novel image captioning system.
Fun with Fractals
Fractals are great patterns to recreate in FPGA. Let's look at what they are and how to implement them.
Linux on MicroBlaze: ArtyA7 Hardware Design in Vivado 2022.1
This project walks details the hardware design in Vivado required to run an embedded Linux image on the Arty A7.
Use Tensil and PYNQ to run ResNet-20 on PYNQ Z1 FPGA board
Show how to use Tensil’s open-source accelerator and Xilinx PYNQ to run ResNet-20 model on PYNQ Z1 development board.
Getting Started with the MiniZed
See how to get your next project running on the MiniZed with a base hardware design in Vivado and a baremetal application using Vitis.
Hydra: OpenVino & DL based Remote plant monitoring & Feeding
Hydra is an Intel OpenVino Deep Learning based Apple Vegetation Monitoring and Feeding system integrated with AIoT Technology
AXI DMA interrupt with UIO driver in Embedded Linux
The project addresses AXI DMA IP interrupt related details with simple example using UIO driver to handle the interrupt via "blocking read"
BCD decoder on BASYS 3
In this project I'll show you how to implement a BCD decoder on the BASYS 3 using the switches and the 7 segments display on the board.
RFSoC 4x2 Quick Start to Hardware Acceleration
The following tutorial demonstrates how to quickly get a project up and running on the Xilinx RFSoC 4x2 FPGA board using the PYNQ framework.
Low-cost workshop robot
I need to create a low-cost robot project for workshops that will actually drive accurately and be fun to work with.
Getting Started with tinyTILE
In this tutorial, we'll learn how to set up Intel's tinyTILE and test the capabilities of Curie's BMI160 IMU.
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