A-simple-as-possible computer with the 8085 CPU.
Linux, Python 3.8.5, ResNet18 at 20 FPS - Jetson Nano alternative for 7.9 USD?
Brought to the marked in 1976, Zilog's Z80 was the most widespread processor in the '80s until the 2000s. Let's bring it to life again!
Learn how to deploy the best object detection algorithm to Jetson Nano and start building powerful edge computing applications.
If you think the second robot in the picture doesn't look stable enough, you''ll be surprised.
Tired of paying for hosting, or being limited by free hosting providers restrictions? I've decided to build my own web server!
An Arduino sketch that emulates a Commodore C64. Connect a PS/2 or USB keyboard and a TV and run simple BASIC programs!
Marking 40 years, since launch in July 1976 of the Zilog Z80, incorporating AMD Am9511A APU, and Intel 82C55 PPI.
ESPuno Pi Zero is a STEM Maker and Developer SDK board based on an Epsressif ESP32-C6, featuring a wide operating voltage of 5-60V
RPLIDAR A1 is a low cost 360 degree 2D laser scanner (LIDAR) solution developed by SLAMTEC.
A small circuit that turns on the fan when the soc temperature is higher than the defined limit. Controlled by a bash script run by cron.
The PocketBeagle doesn't have network connectivity out of the box because it's a low-cost platform.
Learn how to use Twist messages to control your robot ROS and Python
In this project, we'll learn how to easily train a face mask detector and deploy it on a NVIDIA Jetson board using PyTorch and TensorRT.
Raspberry Pi 5-based all-in-one PC inside a keyboard!
Set up a gateway for The Things Network using plug-and-play parts with the balenaFin Raspberry Pi Compute Module carrier board.
An easy as possible, but still expandable, single-board computer with 65C02 CPU.
This project allows you to use a ChatGPT-like Large Language Model - LLaMA2 on an NVIDIA Jetson cluster.
In this step-by-step tutorial, I will show how to train a 3-class Safety Helmet detector with the NVIDIA Jetson board using YOLOv7 algorithm
SafetyLock: a Smart Lock Made With Raspberry Pi (Fingerprint and RFID)
The objective of this project is to develop an Automated Hydroponics system that integrates cellular IoT.
This guide demonstrates how to build a SLURM cluster using Nvidia Jetson, Raspberry Pi, and Orange Pi single board computers.
We will create a Super Mini ITX Build powered by UDOO BOLT and Nvidia GeForce RTX 2080 Ti.
This project is dedicated to all the Zombies out there. You know who you are.
