This project demonstrates how to stream samples from the ADC on the Zmod Digitizer into the DDR memory of the Eclypse Z7.

This project walks through how to create a base design on the Eclypse Z7 to use the AWG Zmod in custom projects.

See how to control an eInk display with the UC8151D chipset from a ZynqberryZero running Adafruit's Circuit Python.

How to modify Adafruit's CircuitPython packages to install them on the ZynqberryZero with a Linux image created in PetaLinux 2022.1

This project walks through how to implement and use SPI in embedded Linux via the spidev kernel on the Zynq-7000 using PetaLinux 2022.1.

This project continues with the bare metal application in Vitis for using the Digitizer Zmod on the Eclypse Z7 in a custom design.

This project walks through how to create a custom hardware design in Vivado 2022.1 for the Eclypse Z7 with the new Digitizer Zmod.

Using the base hardware design from Vivado 2022.1, this project walks through the software for the ARM Cortex processor of the Zynqberry.

This project walks through how to create a basic hardware design for the Zynqberry in Vivado 2022.1 to be compatible with Raspberry Pi pHATs.

This project walks through how to set up a base hardware design for the Artix UltraScale+ XEM8320 FPGA development board.

This project shows how I used the Kria KR260 & Edge Impulse to transform the Land Rover Defender Lego Technic kit into an autonomous robot.

This project walks through how to create an embedded Linux image for the Arty-Z7 using PetaLinux 2022.1

This project walks through no-OS development from hardware through to C code on the Zynq-based Arty-Z7 FPGA development board.

This project walks through how to get up and running on the ZU Board using Avnet's build scripts for Vivado & PetaLinux 2022.1

This project details how to develop an embedded Linux image for a MicroBlaze design on the Arty A7 in PetaLinux.

This project walks details the hardware design in Vivado required to run an embedded Linux image on the Arty A7.

The Lattice Certus NX Space Dev Board is a new development board from Adiuvo Engineering for space application projects.

A look into one of Ted Fried's MicroCore Labs projects that use an SoC FPGA to drive an MDA monitor.

Implement a RISC-V system on an iCE40HX8K-EVB FPGA with the xv6-riscv-fpga project to run UNIX xv6 OS on the FPGA!

WiCAN is a ready out-of-the-box solution for car hacking and general CAN bus development equipped with Wi-Fi and Bluetooth.

AMD Xilinx announced an extension of the product lifecycle for their popular 7 series devices for at least the next 13 years through 2035.

AMD-Xilinx launches another development kit for their Kria K26 SOM targeted for robotics applications: the KR260 Robotics Starter Kit.

There has been a lot of buzz about AMD-Xilinx's 7 series FPGAs, here's what you need to know about upgrading your design.

Avnet launches a new cost and power efficient single-board computer with a special CPU specifically for vision AI development.

The ZUBoard 1CG Development Kit from Avnet is an FPGA development platform based on the latest AMD-Xilinx ZU1CG chip.

Upgrade to the LimeSDR Mini 2.0, a drop-in replacement for the original LimeSDR Mini with a bigger FPGA.

Living in a software defined world, CPUs are next to experience the transition from hardware to software defined.

Utilize the AMD-Xilinx Kria K26 SoM for high-speed camera applications with the new Aper-Oculus carrier board.

A simplistic and eloquent FPGA-based solution to adding a VGA or HDMI interface to your old Game Boy.

Expand the capability of your Analog Discovery 2 by opening up its differential input to detect ground loops in your circuits.

Cleverly implemented code takes advantage MATLAB's Instrumental Control toolbox to stream data via UDP from a host PC to their FPGA.

Add capacitive touch button functionality to your FPGA design with this clever controller written in platform-independent VHDL.

This project walks through the basics of creating your own ML model in Edge Impulse & deploying it on the Kria KV260.

Using Vitis for FPGA acceleration, this post in the series for the KV260 covers the final step of creating & testing the Vitis Platform.

This project outlines the latest updates to the Kria KV260 PetaLinux project when using the 2021.2 BSP since 2021.2 was originally released.

Using Vitis for FPGA acceleration, this second part covers how to add the accelerated kernel to the embedded Linux image in PetaLinux.

Using Vitis for FPGA acceleration, this first part goes through how to create the hardware design with the hooks for the accelerated kernel.

This project walks through how to build & launch a ROS 2 package with KRS on your host PC and on target hardware.

This project walks through how to walk through how to install Kria Robotics Stack, a set of robotics libraries & utilities for the Kria SoM.

This project demonstrates how to control the PMOD I/O on the KV260 carrier board and develop IP for it using Vitis HLS.

How to update the boot binary on the Kria KV260 using the Ethernet recovery tool so Ubuntu 20.04 is more stable and installing Pynq.

This project demonstrates how to prep the Linux image for the Kria to be able to install Edge Impulse for Linux and connect to EI Studio.

This project walks through installing Ubuntu 20.04.3 Desktop on the Kria KV260 Vision AI Starter Kit and using Edge Impulse with it.

This project walks through the build of an embedded Linux image for the Kria KV260 Vision AI starter kit using PetaLinux 2021.2

When using the Kria KV260, this project shows you how to auto-populate the carrierboard peripherals in the block design for easy connection.

This project walks through how to create a custom embedded Linux image for the Kria KV260 Vision AI Starter Kit in PetaLinux 2021.1.

The project walks through how to create a custom hardware project for the Kria KV260 Vision AI Starter Kit in Vivado 2021.1

This project walks through how to generate your own custom Linux image for the Kria KV260 board using its BSP as a starting point.