microByte

by Byte-Mix Labs

A tiny, open hardware, ESP32-powered retro-gaming console

View all updates Jan 30, 2021

We Are Live!

by Juan Flores

The time has come. Crowdfunding for microByte has begun!

There’s a lot more detail on our campaign page, but a good summary never hurts, right? So here we go. MicroByte is a portable, hand-held, retro-gaming console that allows you to play your favorite NES, GameBoy, GameBoy Color, Game Gear, and Sega Master System games. But it’s not just for gaming. microByte is fully Arduino compatible, so you can also create your own applications. You can even load them onto a microSD card and launch them without reflashing the device!

The whole thing fits in a 7.8 x 4 x 1.7 cm package that’s small enough to fit in your pocket but large enough to keep your hands from cramping. We chose the 1.3" IPS display for its crispness and fabricated the controls using materials that your thumbs will actually enjoy touching. And, with four colors to choose from, it’s adorable as well.

And best of all, microByte is fully open source. Whether you want to modify the firmware, create a custom enclosure, or tweak some other aspect of the device, we invite you to have at it!

So come have a look. And stay tuned, because we’ll be posting some interesting updates over the coming weeks, including one about a MicroPython library that you can use to create your own games!

About the Author

Juan Flores

jfm92


$3,540 raised

of $3,750 goal

94% Funded

Pledge Now

$45

microByte Eco Edition

A white microByte. If you already have a USB Type-C cable and a MicroSD card, this version saves you money and helps us reduce the amount of electronic waste produced.


$60

microByte Premium Bundle

This kit includes a microByte in your choice of three colors—translucent, yellow, or blue—as well as a USB Type-C cable, an 8 GB MicroSD card, and a second enclosure (white with gray buttons).

Credits

Byte-Mix Labs

I'm an embedded-systems engineer and PCB designer. In recent years, I've been working on open source robotics projects and contributing to the development of an ROS2 port for micro-controllers called micro-ROS.


Juan Flores

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