Open-source boards designed in KiCad by L0czek on GitHub, from 5 repositories. A board’s address here is its repository’s there.
L0czek/pikvm-atxboard-switch
The need for this hardware arose when I bought a PIKVM v4 mini and wanted to control 2 PCs. I really wanted to be able to forward the POWER, RESET buttons and LEDs to the chosen computer for easy control of the target.
L0czek/railclock
This PCB exposes 11 GPIOs via JST connectors for sensors and actuators. It can run without an external 5V supply by using an on-board battery charger and a boost converter to create a 12V rail for motors and…
L0czek/rakieta
The starter board provides the ignition impulse to fire the engine. It includes an I2C IO expander and an 8-channel digital comparator to require a correct safety byte/address to be present before firing.
L0czek/pikvm-atxboard-switch
The need for this hardware arose when I bought a PIKVM v4 mini and wanted to control 2 PCs. I really wanted to be able to forward the POWER, RESET buttons and LEDs to the chosen computer for easy control of the target.
L0czek/rakieta
The starter board provides the ignition impulse to fire the engine. It includes an I2C IO expander and an 8-channel digital comparator to require a correct safety byte/address to be present before firing.
L0czek/rakieta
The starter board provides the ignition impulse to fire the engine. It includes an I2C IO expander and an 8-channel digital comparator to require a correct safety byte/address to be present before firing.
L0czek/rakieta
The starter board provides the ignition impulse to fire the engine. It includes an I2C IO expander and an 8-channel digital comparator to require a correct safety byte/address to be present before firing.
L0czek/rakieta
The starter board provides the ignition impulse to fire the engine. It includes an I2C IO expander and an 8-channel digital comparator to require a correct safety byte/address to be present before firing.
