The infrared transceiver on the top-left corner of the Gameboy
A set of infrared diodes to transmit and receive. An option to run at twice the processor speed. The Gameboy Color (GBC) differentiates itself from its earlier generations with some new features: Apart from its intended gameplay features, I also wanted to try and build something meaningful with it, so I made this application to control my air-conditioner over its existing, reverse-engineered infrared protocol. Last year, I was lucky enough to be gifted a Gameboy Color in great shape. I programmed this Gameboy (cartridge) to control my air-conditioner! Please note: some GIF images will flash briefly. Kris liked UChaser - Ultrasonic Following Control System.Controlling my A/C with a Gameboy Mon, Apr 27, 2020. Kris liked DigiPclock - a Digital Pocket Clock. Kris liked Smart Insect Repellent System. Kris liked Smart Plant Watering System. Kris liked The Recreator 3D - Make Recycled PET#1 3D Filament. Kris liked DIY MODBUS TCP/RTU Gateway with WiFi. Kris liked Building set for embedded developers. Kris liked Heating pad, charger, speaker from credit card. Gameboy macro blinking software#
Oliver on The Other Way To Fight Software Rental. Smooth on The Other Way To Fight Software Rental Steve Stone on The Other Way To Fight Software Rental. wibble on The Other Way To Fight Software Rental. SparkyGSX on The Other Way To Fight Software Rental. Thovthe on The Other Way To Fight Software Rental. Gravis on The Other Way To Fight Software Rental. ITER Dreams And The Practical Reality Of Making Nuclear Fusion Work On Earth 44 Comments Posted in Nintendo Game Boy Hacks, Nintendo Hacks Tagged console mod, game boy, nintendo Post navigation Be sure to include measurements to indicate how it’s scaled in SI units relative to the Game Boy Micro itself. If you end up building the Game Boy Nano or Game Boy Giga, please let us know. It’s a fun build, and one that goes to show you don’t have to throw a Raspberry Pi in everything to have a good time. 
The only thing to note is that the DS hardware can only play Game Boy Advance games, not the earlier 8-bit titles. It also has the benefit of a bigger, brighter screen compared to virtually any Game Boy ever made.
The final result is essentially a larger version of the Game Boy Micro, the final handheld in the Game Boy line. The shell of the bottom half is then cleverly modified with epoxy clay and paint in order to hide the original hinge and give a clean finished aesthetic. The motherboard is then hacked with a resistor on some test points to allow it to still boot with the top missing. In this build, the top screen is removed and discarded entirely. The build is based around a Nintendo DS Lite, one of Nintendo’s later handhelds featuring dual screens. The build ends up like a bigger version of the Game Boy Micro, the final release in the Game Boy line. Of course, you can always build your own Game Boy that rectifies this and other shortcomings, and that’s what did with this Gameboy Macro build. Most notably, the Game Boy didn’t receive a backlit color LCD until the Game Boy Advance SP launched in 2003. Nintendo’s Game Boy line were the world’s most popular handheld gaming systems, but did have their drawbacks.
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