Frieren is a micro-framework designed for use in routers and Single Board Computers (SBCs). This framework is built to be lightweight, efficient, and easy to integrate into various hardware projects.
A PCB being made while watching Ben Eaters "Build a 6502 computer" video series. Includes the computer itself, a standalone slow clock and an Arduino Mega shield for the bus monitor sketch..
Second version of Pocket65 - 6502 based handheld computer
Compact, feature-filled CM5 carrier board
Another Jupiter Ace computer clone
CV/AI: use ARM Mali GPU on ODROID-XU4 single-board computer + OpenCL acceleration to achieve real time shape and orientation detection of fast moving objects
A recreation of the MOS KIM-1 microcomputer, the start of the Commodore-line of computers. Complete with hex keypad, six digit displays and a lot of 8-bit fun!
Find hardware supported by the Nerves Framework and where to buy it
Expansion board for Jupiter-II computer
Reimplimentation of the Jupiter ACE with slightly more modern hardware. https://www.jupiter-ace.co.uk/ the KiCad versions are the up to date designs which are available at https://jupiterdeuce.blogspot.com and https://github.com/flypie/Ace-2019
Forth code, Microprocessor Z80, CP/M-Version adapted at Institute for Applied Physics, University of Bonn
Simple home made 6502 computer using a Teensy 3.6 to emulate part of the hardware
a wrapper layer for adding custom boards and configs as BR2_EXTERN to mainline buildroot project
Raspberry Pi SBCs - getting started, handy scripts & references.
Cape Compatibility Layer for BeagleBone Black and Beaglebone AI - GSoC 2020 - BeagleBoard.org https://lorforlinux.github.io/GSoC2020_BeagleBoard.org/
2020: Control the screen of RPi with PIR sensor
[WIP] The Armbian Linux Build Framework under Kreyren's Management
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