Gamers who remember sliding cartridges into their old Game Boy Color will feel right at home when they pick up the PicoPal. Its clear plastic shell displays all of the internal components while maintaining the classic shape and button layout of old. The small LEDs illuminate the directional pad and action buttons with customizable brightness, making them ideal for late-night gaming sessions when all you want to do is keep playing. And a 2.6-inch screen front and center displays lovely crisp colors on games that used to seem tiny on vintage Game Boys.
Hold the PicoPal and you’ll be surprised at how light and easy it is to slip into your pocket; it doesn’t feel like it’s going to bulge anytime soon. The buttons seem exactly right, with the firm tactile reaction that many players used to enjoy back then. The speakers are angled forward for good sound, but you can also use headphones if you prefer to be alone. A simple USB-C port on the side allows you to easily update and charge your device.
At the center of it all is a Raspberry Pi Pico 2 microcontroller. Some creative developers have managed to overclock it to 300 megahertz, allowing it to run through Game Boy and Game Boy Colour titles without lag. There’s a spare ESP32 chip ready for future wireless connections to be resolved. Games load directly from a microSD card, which can hold up to two terabytes if properly formatted, and the emulation software is based on some of the open-source projects available and appears to run everything just fine with a few tweaks to ensure it all works together smoothly across a wide range of titles.
It’s simple to navigate the menu and select a game, or to load up the last one right away, and you can even store your progress at any time and resume where you left off even if you turn the device off and on again. The deep sleep option preserves the last position you were in ready to go with little to no battery consumption. If you click one button when you turn it on, it can even function as a full-fledged MP3 player, streaming tunes directly from the same card with nice audio.
Battery life varies, however it can last anywhere from two to seventeen hours depending on screen brightness, volume, and whether the button lights are turned on or off. Most users appear to get approximately nine hours with the settings adjusted down slightly. There’s a decent solid DAC and amplifier combo that produces clean sound with no hiss or shaky bass. There’s even an IMU kicking around that can measure motion, possibly for future games or simply to show your G-forces during a vehicle journey.
Other nice touches include preserving screenshots as little files on the card and a fast-forward tool for sections that become repetitious. You may also choose from thirteen various color palettes or go with a lovely plain greyscale. With a rapid button combination, you can access the on-screen menu and change the brightness and other settings on the fly. The cartridge slot is now dormant, but there is plenty of area for future additions; you never know what they may come up with next.
For the truly dedicated makers, there are even more freebies, like a full open-source schematics firmware and a comprehensive bill of materials, allowing you to study the design, tweak the code, or even construct your own version. With future updates, you may expect the ESP32 to come to life for wireless connectivity and the like. Real-time clock support ensures that the time is kept accurate even after long interruptions.
