After seeing a Game Boy emulator for the first time, [Thijs] was amazed. A small box with just a handful of electronics that turns a Game Boy cartridge into a file able to be run on an emulator is simply magical. [Thijs] has learned a lot about GB and GBC cartridges in the mean time, but still thinks the only way to really learn something is to roll up your sleeves and get your hands dirty. Thus was born [Thijs]’ Game Boy cartridge dumper, powered by a pair of I2C port expanders and a Raspberry Pi.
Inspired by a build to dump ROMs off Super Nintendo games with the help of a Raspberry Pi, [Thijs] grabbed all the hardware necessary to create his own GB cart dumper. A DS Lite cartridge adapter provided the physical connection and a pair of MCP23017 I/O expanders – one soldered to a Slice of PI/O board – provided the electrical connections.
In the end, [Thijs] managed to dump the ROMs off the Japanese editions of Pokemon Yellow and Gold in about 13 minutes. This is a much slower transfer rate of 26 minutes per SNES cart in the post that gave [Thijs] the inspiration for this build. Still, [Thijs] will probably be the first to say he’s learned a lot from this build, especially after some problems with dumping the right banks from the cartridge.
[Akira] can play any Game Boy, GBC, GBA, NES, SNES, or SMS game while on the go thanks to all the work he put into this portable gaming hack. The outside seems familiar; it’s an original Game Boy case. But you should immediately notice that it has a few extra buttons. That’s the first clue that what’s inside isn’t stock… which is a huge understatement.
The idea for the project started off rather simple, but quickly got out of hand (check out the build log for full details on that). He thought it would be nice to have a backlight for the original screen. After mixed results he scrapped the original mainboard and started anew with some Nintendo DS Lite hardware. It had a broken LCD connector so he tried a couple of different fixes to get it working again. After some success he started adding more equipment, like the extra pair of buttons, a better speaker on the battery door, and the microSD add-on you can see above.
You can catch a demo of the finished goods after the jump.
Continue reading “Extreme Game Boy hack plays titles from a wide range of systems”
For a few years now, [Michael] has wanted to put the guts of a Game Boy Advance – the small clamshell version with a backlit LCD – into the classic and comfortable DMG-01 ‘brick’ Game Boy. He’s finally finished with his project, and we’ve got to say it’s looking pretty good.
The build began by excising the backlit LCD from an old clamshell Game Boy Advance and hot gluing it to the screen bezel of an old DMG-01. The cartridge slot from the original ‘brick’ Game Boy remained, but this design decision did require a fair bit of soldering and a length of ribbon cable.
Since [Michael] is using the original cartridge slot found in the original Game Boy, he can’t play any games in the smaller Game Boy Advance cartridge format. Still, it should be possible to build an adapter to fit those smaller cartridges inside the larger Game Boy, and he can always play Tetris and Little Sound DJ, so nothing of value is lost.
[Matt] still has his original Game Boy from when he was a kid. He wanted to pull it out and play some of the classics but alas, the screen was broken and he couldn’t find a source for a drop-in replacement. In the end he ordered a used unit and pulled the screen from that one. This left him with a pile of leftover Game Boy parts which turned into a Raspberry Pi case project.
Since the RPi doesn’t have a power switch he thought it would be pretty neat to incorporate the Game Boy power switch. He was able to cut out one section of the original PCB that included the switch and one mounting hole. This kept the switch aligned with the case and gave him some pads to solder the incoming USB cable and the jumper wires to the RPi board. In the image above the power LED is on. He mentions that there was an issue with that circuit; the voltage drop across the LED was messing up the feed to the Pi so it’s disabled for now.
We’ve embedded a couple of images of everything inside the case after the break. If you’re a fan of this hack you should also take a look at the Game Boy hard drive enclosure which uses the same pixel art printed on paper effect for the screen window.
Continue reading “Raspberry Pi is right at home inside of a Game Boy”
What looks to be a stock brick Game Boy with two additional buttons is actually one of the coolest portable mods we’ve ever seen.
Instead of the classic 1989 hardware, the interior of this Game Boy is stuffed with a Dingoo A330 portable emulation machine capable of playing Game Boy, Game Boy Advance, and other 8 and 16-bit console classics.
After a great deal of modification to the original Game Boy enclosure, [Alex] cut down two Game Boy PCBs to wire the D pad, A, B, select and start buttons to the Dingoo. An extra pair of buttons were added and the shoulder buttons present on the Dingoo were emulated with rocker switches placed where the original volume and contrast controls were.
All this and a new color LCD (and screen bezel) means this Game Boy looks nearly stock, save for the addition of an extra pair of buttons. It’s a fabulous piece of work, and we’re exceedingly jealous for [Alex]’s friend receiving this for his birthday.
You can check out this build in action after the break.
Continue reading “There’s something strange about this Game Boy”
[Jani ‘Japala’ Pönkkö] found a way to make his old Game Boy Advance exciting again. He poured a ton of time and craftsmanship into building a miniature arcade cabinet. He did such a good job it’s easy to think this is a commercial product. But when you open the back of the case to switch games one look at what’s crammed inside let’s you know this is custom work.
What’s most surprising to us is that he didn’t draw out a full set of plans before beginning. He simply measured the circuit board and LCD screen from the Game Boy and went with his gut for everything else. The case itself is crafted from baltic birch plywood, which was primed and painted before applying the decals. There is also a screen bezel made of acrylic with its own decal like you’d find on coin-op machines. These were made using printable sticker paper. The electronic part of the build involves no more than extending contacts from the circuit board to buttons mounted on the case. But he did also replace the stock speaker for one that produces better audio.
For their final project in a microcontrollers course, [Trudy] and [Josh] designed a pair of morse code transceivers. To send the message, they used an array of IR LEDs. The message is received using a Gameboy Color Camera, which takes care of basic image processing. This allows a 8-bit ATMega1284p microcontroller to handle transmitting and receiving messages.
The transmission LEDs form a square pattern with one LED in the center. The four outside LEDs are used to help the receiver locate the center LED, and the center LED is used for transmitting the message.
The Gameboy Color Camera is based on a M64282FP image sensor. This sensor uses an SPI-like protocol, which they implemented on the ATMega. It allows them to grab frames from the camera, and get the value of specific pixels. From this data they find the center LED and process the message.
The result can transmit messages of 200 letters at a time, but the speed is limited by the frame rate of the camera. If you have a Gameboy Color Camera lying around, their detailed write up might provide some inspiration and information on how to use it in a hack.