The LattePanda also has an Arduino integrated on its board, which is used to read out the Game Boy’s buttons as well as the resistive touch screen. That makes this a Hackintosh, and probably one of the last ones as well since Apple is busy migrating all of its products onto its own proprietary CPUs. Most people would have gone for something obvious like a Raspberry Pi running Linux, but not : he decided to go for a LattePanda Alpha board and run macOS Monterey on it. ![]() ![]() wanted to build a modern take on the Game Boy design and designed what’s in effect a 3D-printed, oversized copy of the classic handheld powered by a modern single-board computer. The original Game Boy hardware is pretty much bulletproof, but feels a bit outdated today because it lacks modern conveniences like a large, backlit display or a rechargeable battery. While mobile gaming has largely moved to smartphones these days, the classic Game Boy remains a hugely popular platform for retro enthusiasts, owing in no small part to its enormous library of quality games. In the era of cheap 32-bit microcontrollers, it’s also refreshing to see hackers still dragging the ATtiny from time to time.Ĭontinue reading “DIY Fume Extractor With ATtiny13 Speed Control” → Posted in ATtiny Hacks, Tool Hacks Tagged 3D printed enclosure, attiny13, fume extractor, mosfet, pwm, TP4056 But projects like these are a great opportunity to practice your skills, whether it’s PCB design or creating bespoke 3D printed enclosures. There’s even a TP4056 charge controller to top off the internal 18650 cell when the fume extractor is connected to a USB power source. ![]() The first press of the button starts the motor off at max speed, but keep pushing it, and the motor’s speed will ramp down until it turns off entirely. But it still makes for a good starter project, especially if you go out of your way to really flex your maker muscles like did with this tidy build.Īll the hallmarks of modern hardware making are on display here - you’ve got the 3D printed enclosure, a motor salvaged from a cheap toy quadcopter, and a custom PCB which uses the ATtiny13 and an AO4406 MOSFET to implement a PWM speed control. Let’s be honest, commercially-available soldering fume extractors are cheap enough that you probably don’t need to build one yourself.
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