Gameboy Foot Controller

[youtube=http://www.youtube.com/watch?v=lQdqudTzyBs]

[Joey] sent us a link to the newest version of his Gameboy foot controller. In the video above, you can see how he uses it to control the loops in the background while he plays his guitar through an 8-bit filter. That is an old video, using the previous version. He tells us that several gameboys were used in the construction. At one point, he had to replace the guts because the music was so loud it knocked his equipment over and destroyed it. We can’t help but feel just a tiny bit of excitement as memories of renting a NES cartridge for the weekend fill our heads when we hear these riffs. His music isn’t too bad either. There is a growing crowd of people that support “chip music”. You can see what looks like a decent sized gathering enjoying a show with a little bit of a history lesson after the break.

[This video, and the original version of the controler were posted about a year ago, good catch commenters]

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USB Gameboy Cart

gamecart

[Jose Torres] sent in his latest attempt at creating a custom Gameboy game cartridge. We’ve featured his projects before, and he’s come a lot closer over the last 2 years. He’s aiming to create an easy interface for homebrewers that doesn’t require any other special equipment. In this revision, he’s using a PIC and a memory controller to interface between an SD card and the Gameboy. The cart also has USB support for uploading files to the SD card and reprogramming the PIC. Because it’s just USB mass storage, it will work on almost any modern OS. He’s currently testing the device, but hopes to be selling them soon for $40.

Happy Birthday Gameboy

[youtube=http://www.youtube.com/watch?v=NN5duEPO_vc]

In honor of Gameboy’s 20th birthday, Stupidinventions has released a video showing how to replace the screen. They tend to be a common weak point. Essentially, they just bought another , we’re assuming broken, Gameboy and swapped them out. Not a horribly complicated hack, but nice to know that it’s so easy. We have fond memories of the Gameboy, which came flooding back when he blew in the cartridge.  Happy Birthday Gameboy.

Gameboy Color On An LED Matrix

[youtube=http://fr.youtube.com/watch?v=-n-iORmV3Qk]

Here is a video of a GameBoy Color being played on an LED matrix. He has built it up to 140×140 LEDs so far and it seems to be going well. He needs to add the final 20 LEDs to get the 160×140 resolution of the GameBoy.  He notes in the comments that he had some problems with dead LEDs in the boards he got from eBay. Trying to remove the dead LED with a hot air rework station resulted in massive damage to the board. At one point he says that the power consumption is 1KW when showing all white. Wow, that’s a drain.

[Kevtris] gave us some more info in the comments with a link to the build pictures in his blog.

[thanks tReg]

GameBoy Color In A TI-83

gb_ti

[Mark] had a broken TI-83 graphing calculator and an overwhelming urge to play Pokemon in math class. The solution to his predicament, obviously, is to hack a GameBoy color into the body of his TI-83. He gutted the calculator and connected the front buttons to the contacts on the GameBoy. After some cramming and taping bits together, he got it all working. Now he just needs to find a way to make the cartridge a little bit less conspicuous.

[via Make]

Arduino Gameboy Killer

[youtube=http://www.youtube.com/watch?v=OgKSLxRPtu8]

For roughly $250, you too can have this sweet bit of gadgetry based off of the Arduino platform. It is open source, and has some pretty impressive specs. Sporting a rumble pack, lithium ion battery, OLED display, and space for expanson. You can buy the pieces pre assembled, or as a kit. If you get the kit, you’ll see that the controller board has been laid out so that you can solder your buttons and joystick in as either left handed or right handed. The only problem? No games yet.

USB Transferer (AKA USB Gameboy Card Interface)


[Jose] sent in his efforts to build his USB Transferer. I’m pretty sure it’s a gameboy flash cartridge interface based on the Atmel AT90USB647 AVR microcontroller. Once the prototype board came in, he soldered the controller, gutted an old gameboy for the cartridge connector and had the device showing up on his PC by the end of the day. Oddly, the card he’s interfacing with is a USB device on it’s own. Until a few more details are published, I’d assume that the interface would be useful for connecting to more than just that particular card.