See how I've made my own PCB for the well know circuit of ATtiny85 Arcade game. Here you will have the schematic, part list, step by step of soldering components, how to burn bootloader and how to upload codes for different games to the ATtiny85. I know this is nothing new and you have more here on the original GitHub post. But I hope you will learn something new.
Tutorial here: https://electrono...
**[Buy ready to play ESPboy at Tindie.com](https://www.tindie.com/products/18194/)**
- [OSHWA certification record](https://certification.oshwa.org/ru000001.html)
- [Openhardware.io record](https://www.openhardware.io/view/786/ESPboy-Games-IoT-STEM-for-education-and-fun-ESP8266-core)
** ESPboy is an ultimate multi-gadget **
Open source, open hardwa...
A tiny (35mm * 17mm) electronic dice powered by ATtiny13. Please use only red LEDs and a rechargable li-ion battery (LIR2032)!
Project Video: https://youtu.be/Zr3TuCeP4eM
Tiny handheld gaming device with games by Daniel C (www.tinyjoypad.com).
Project Video: https://youtu.be/dF4XtVUN5mo
This is my take on Daniel C's [Tiny Joypad](https://www.tinyjoypad.com/tinyjoypad_attiny85) ATtiny85 arcade project. You can see the writeup on my [blog](https://keithlohmeyer.blogspot.com/2020/09/tiny-arcade.html).
PCB of my take on the classic Simon game using an Arduino Nano. Students created the code in an intermediate Arduino class I teach. You can find more info and the code on my [blog](https://keithlohmeyer.blogspot.com/2020/01/adventures-in-printed-circuit-board.html)
Your goal in [geometry dash](https://www.geometrydash.me/) apk is to run and jump to skip traps and reach the finish line. It may sound simple but it's not an easy task. You need to sharpen your flexibility to get a high score.