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TGIF Roundup: GPIO, GSoC & the assembly line

fustini

TGIF - the weekend is almost here! image

 

The manufacturer of the BeagleBone Black, CircuitCo in Texas, has a great video:

 

The making of BeagleBone Black

 

 

Adafruit has added a BBB tutorial:

Setting up IO Python Library on BeagleBone Black

 

Derek Malloy has created an excellent video that explains BBB GPIO and device tree:

Introduction to GPIOs - Using Device Tree Overlays under Linux 3.8+

BeagleBoard.org Google Summer of Code 2013

coding starts this Monday, June 17

http://beagleboard.blogspot.com/2013/06/beagleboardorg-google-summer-of-code.html

 

 

Capture input events via GPIO on BeagleBone black

http://hipstercircuits.com/capture-input-events-via-gpio-on-beaglebone-black/

 

 

Cheers,

Drew

htttp://twitter.com/pdp7

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  • Zubair's blog is here, he's got some good links. His full name is Zubair Lutfullah Kakakhel and he is based in Leeds, currently doing an MSc. This is his project summary. He will be working on ADC drivers as far as I can tell, which will be useful for user applications, as well as touchscreens and for power management, so this is lots of useful infrastructure stuff as well as a user API. There are quite a few (7) analog dedicated (i.e. no muxing with other functions) pins that are brought out to the P9 header, internally multiplexed to a single 12-bit ADC.

     

    Also, hopefully he can tell us how to set the charge voltage on the power management IC on the BBB to 4.2V instead of 4.1V, since some batteries are spec'd for 4.2V charge.

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  • Zubair's blog is here, he's got some good links. His full name is Zubair Lutfullah Kakakhel and he is based in Leeds, currently doing an MSc. This is his project summary. He will be working on ADC drivers as far as I can tell, which will be useful for user applications, as well as touchscreens and for power management, so this is lots of useful infrastructure stuff as well as a user API. There are quite a few (7) analog dedicated (i.e. no muxing with other functions) pins that are brought out to the P9 header, internally multiplexed to a single 12-bit ADC.

     

    Also, hopefully he can tell us how to set the charge voltage on the power management IC on the BBB to 4.2V instead of 4.1V, since some batteries are spec'd for 4.2V charge.

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