PiBoy DMG Early Development

Raspberry Pi Kits


The PiBoy DMG is a kit that transforms a Raspberry Pi 4 in to a Gameboy inspired handheld. This handheld is the same size as the original but feature a 3.5″ color LCD screen. The system can run a wide range of games from multiple platforms because it runs RetroPie which is a frontend to a large collection of video game system emualators. A large internal battery allows for hours of gameplay and the built-in charger makes getting back to gaming simple.


3.5″ LCD screen

The PiBoy DMG features a 3.5″ color LCD screen with a resolution of 320 by 240 pixels. This screen is the exact same size as the one used in the original gameboy.

DPI mode

The interface between the Raspberry Pi and the sceen uses what is known as a DPI (Display Parallel Interface) interface. This is a faster interface than the commonly used SPI interface found in other Raspberry Pi based prodcuts. DPI allows the PiBoy to reach a full 60 frames per second framerate for games that require it.

HDMI out

The PiBoy has a mini sized HDMI output so that the gaming action can be extended to a TV or monitor.


8 Gameplay Buttons

This iteration of a handheld gaming systems has a total of 8 buttons that can be used for gameplay. There are six buttons on the front of the case and a pair of shoulder buttons on the back.

D Pad

A classic style D Pad can be found on the left-hand side of the system and is the same size as the original.

Start and Select

As with the original gameboy there are dedicated Start and Select buttons.


All of the buttons on the handheld can be mapped globally or specific to each game. Unhappy with the way the orginal game played? Make it custom and make it your own!

High Quality Silcone

The D Pad and all 8 buttons are backed by high quality silicone that emulates the feel on the orginal handheld.

Figure 5: The current prototype of the PiBoy assembled.

Figure 5: The current prototype of the PiBoy assembled.


Lithium Polymer Battery

The PiBoy is powered by a high capacity Lithium Polymer (LiPO) battery for hours of reliable gameplay. Replacement batteries can be easily found anywhere quality electronics are sold.

Built In Charger

The handheld feature a built-in charger capable of quickly charging the internal battery. To charge the battery simply connect a USB charger to the micro USB port.

Battery Protection

The system features a handful of safety features to protect the battery and the SD card of the Raspberry Pi. When the battery reaches a miniumum voltage the system will turn itself off to protect tha battery. When shutting down the handheld will properly shutdown the operating system instead of simply removing power abruptly. This protect against the SD card on the Raspberry Pi from becoming corrupted.

Available as Kit

Easy to Assemble

The PiBoy comes as a kit that can be easily assembled by anyone. The only thing you need to provide is a Raspberry Pi 3 and a micro SD card.



The sound of your favorite classic games can be heard loud and clear from the amplified speaker built in to the PiBoy.

Audio Jack

For times when a speaker isn’t appropriate you can use the 3.5mm audio jack to pipe sound to a pair of headphones.

Volume Control

The PiBoy also has a handy volume control to crank up the audio or lower is to a whisper.

Software and Configuration


The PiBoy hardware runs RetroPie which features an easy to use inteface for dozens of emulators allowing you to play games from multiple generations of gaming hardware.

Customizable Controls

The combination of the PiBoy’s 8 buttons and RetroPie’s flexibility allows you to create a custom control scheme for any game you choose.

Additional Features

We’ve also added custom settings that allow you to control the power saving features of the hardware. You can choose when to turn off the display and when to shutdown the system to extend your battery life.

Development Snapshots

Development of the PiBoy has been an interative process of several prototypes and a large number of changes over time. One of the primary challenges was making a Raspberry Pi 3 fit in to a case that kept the same size and feel as the original handheld. The control board has been reworked several times as features have been developed and bugs worked out. Several different LCD screens have called the case home during the development of the hardware. Also, the audio hardware has seen quite a few changes as we have worked to create a satisfying audio experience.

Figure 1: The internals of the PiBoy. Note the Raspberry Pi used in the build.

Figure 2: A late prototype of the PiBoy case.

Figure 3: An early version of the screen and the breakout board for testing it.

Figure 4: A prototype version of the PiBoy’s control board.

Figure 5: The current prototype of the PiBoy assembled.