Fuzebox, Open Source Gaming

fuzebox

Adafruit has just put their Uzebox based console into production. The Fuzebox is an 8bit game console based around the ATmega644-20PU microcontroller. Full 256 color 240×224 resolution video output is provide by either a composite connection or svideo. There is an SD card slot on board for future expansion. The chip takes care of all the I/O, so you just need to write your game code in C on top of it.

The kit looks easy to assemble. Almost all of the components are through-hole. The video chip is SMD and comes presoldered to the board. The kit has two SNES controller ports included, but you can use NES ports too. There are three ways you can load your program onto the board: 6pin FTDI, ICSP10, and ICSP6.

Boxee On Apple TV 2.3 Firmware

We heard some fear mongering that Apple had released Apple TV firmware 2.3 to break Boxee and XBMC. It certainly was a side effect of the upgrade, but that doesn’t matter now since a new version of ATV USB Creator has been released to work with the new firmware. So, everything is essentially back to normal for the two media center programs.

Stupidly Huge POV Display

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[Mario Mauerer] and friends were commissioned to build this 2m persistence of vision display (translated) for a party (in a hight-voltage lab no less). Dubbed “Display from Hell”, it uses 100 blue SMD LEDs to generate the POV images. They’re connected to an ATMega64 via shift registers. Their target speed is 600rpm for a flicker free image, which means the propeller tips are moving at 140mph. The board can be updated wirelessly via IRDA and plans for adding SD storage are in place. You have to see and HEAR this thing in the video embedded below. Continue reading “Stupidly Huge POV Display”

Johnny Lee’s Favorite Wiimote Projects

[youtube=http://www.youtube.com/watch?v=txtl51YDMYw&fmt=18]

There is no doubt that [Johnny Lee] is the authority on Wiimote based projects. So, when he compiles a list of his favorite Wiimote projects, we definitely pay attention. He’s organized the list as a progression of the unusual. By the time you get to ‘Chicken Head Tracking‘ at the bottom, you’ll be adequately prepared. You’re bound to get some inspiration from the list even it’s building a pigeon guided missile.

Augmented Reality In Flash

Digital Pictures Interactive has put together a great augmented reality demo. Unlike many others, it’s entirely Flash based, so there’s no install necessary. Print out the custom symbol and try it out for yourself in your browser. Augmented reality refers to any mashup that combines computer generated content with a live video stream. We see great potential for this technology and the large number of consumer webcams would certainly help consumer adoption. Video demo embedded below. Continue reading “Augmented Reality In Flash”

Alarm Clock Automated Blinds

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[Anupam Pathak] knows how jarring it can be to wake up to a traditional alarm clock. He decided to hack an alarm clock so that it would open the shades in his room to allow in natural light. He found the pin that went high when the alarm was triggered and used that to signal an ATtiny45. The microcontroller activates a servo connected directly to the blinds. He has switches on the side of the clock to manually control the blinds and to cut power to the audible alarm. Video embedded after the break. Continue reading “Alarm Clock Automated Blinds”

Auduino Software Synth

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Tinker.it has published plans for building a software synthesizer using an Arduino. The Auduino uses granular synthesis to create a truly unique sound. The grain is constructed from two triangle waves. Each one has adjustable frequency, decay rate, and the repetition rate can be changed too. The Arduino just needs five potentiometers attached to the analog inputs and an audio jack on the digital out. You don’t have to use pots; you can use anything that varies the analog input between 0 and 5 volts. A video of the device is embedded after the jump. Continue reading “Auduino Software Synth”