Difference between revisions of "Chalk Roach"
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The MiniSix board is designed for a vertical stacking strategy using a 40 pin Hirose connector. | The MiniSix board is designed for a vertical stacking strategy using a 40 pin Hirose connector. | ||
| − | The MiniSix platform is availible as open source hardware and is registered with the Open Source Hardware and Design Alliance [http://www.ohanda.org/ OHANDA]. | + | The MiniSix platform is availible as open source hardware and is registered with the Open Source Hardware and Design Alliance [http://www.ohanda.org/products/minisix-microcontroller-0 MiniSix at OHANDA]. |
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[[Category:Projects]] | [[Category:Projects]] | ||
Revision as of 21:00, 20 February 2012
Number Six
"The New Number Six - Embedded Microcontroller for Starving Artists"
http://web.media.mit.edu/~nvawter/usb6/
http://web.media.mit.edu/~nvawter/number6/audioBoard
Chalk Roach
This project was developed by the Computing Culture Group at the MIT Media Lab.
It's now called #6!
It's a 2"x2" (5cm x 5cm) one-side printed circuit board that supports the very robust Atmega32 microcontroller.
Because it's one-sided, you can make them at home with Press and Peel Blue a clothes iron, and Ferric Chloride from Radio Shack.
It can be configured minimally with just a tiny handful of components yet connect to so many different things.
http://web.media.mit.edu/~nvawter/chalkroach/ via Noah Vawter
MiniSix
The MiniSix is the smaller (26mm x 26mm) surface mount version of the Number Six microcontroller. Atmel AVR ATmega32 The MiniSix board is designed for a vertical stacking strategy using a 40 pin Hirose connector.
The MiniSix platform is availible as open source hardware and is registered with the Open Source Hardware and Design Alliance MiniSix at OHANDA.
