How an autonomous gemini-4-argon Hardware-in-the-Loop (HIL) agent wrote a kernel on Cortex-M33F that outperforms official ARM CMSIS-NN s4.
Flight Control, Vision and Video: A drone's flight controller and companion computer on one tiny ZynqUS+
This tutorial will show how to add your own custom IP to SDSoC system and have it integrated with PetaLinux.
hRobot is an open source, connected, 3D-printable robotic arm, powered by ROS, with 500g lift capacity.
This project walks through the steps of how I designed my own custom carrier board for the AMD Kria™ K24 SOM.
FlyingROS is a set of tools and libraries helping you to make autonomous flight with your multicopter.
Guessing what it can do? It draws what you draw in front of the webcam, real-time by means of a 2D arm.
Play Connect Four (the common board game) against a robotic arm.
An automated robotic arm sorting colored objects using computer vision and real-time operating system.
I have designed and built a prototype of an underwater robot with ARM technology AI. For the monitoring, cartography and data collection.
Homemade low-cost CPLD dev board (STM32F103 and Altera MAX II EPM240/EPM570 CPLD). Two dev boards into one.
This project walks through the base workflow for accelerated application development on the Kria KD240 in Vitis Unified 2023.2
Explore M3 is a feature rich ARM Cortex M3 development board. It can help you prototype ideas faster with Arduino and take them beyond.
Compact ESP32-S3 + FPGA +LCD dev board with Wi-Fi, web-based JTAG/debug, voltage-tunable I/O, and local GDBServer/OpenOCD/FPGALoader tools.
OK3399-C single board computer is based on Rockchip RK3399 SoC consists of SoM and carrier board, carries 2GB RAM and 16GB eMMC on-board.
Compact Debugger is an embedded-focused debugger written entirely in pure C with a footprint of roughly 500 KB.
A system to keep people with dementia from leaving the house unnoticed.
LCD display modules are no longer simple screens. they are intelligent interfaces that connect humans with machines efficiently and reliably
Industrial Human–Machine Interfaces (HMIs)
