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I thought I'd I’d share a little hack I put together back at the end of September for a Rev B Beagleboard, in case anyone's anyone’s interested.  I hadn't hadn’t got round to uploading the pictures at the time (and forgot   since then) but I think LVDS-on-Beagleboard will get get more topical   again this month with the release of the excellent RevC update with   the OMAP3 LCD outputs available.

Total cost:  about 10UKP of parts (3xSN74AVC8T245 octal buffers (dual   power rails), 1xDS90C363, misc connectors/passives) plus a small PCB   (homemade in kitchen with Iron-On(TM) On™ toner transfer technology) plus   time.  (A lot of time.  You'll  You’ll see the soldering below; it was   enormously enormously time-consuming.)

So, it's it’s not pretty but it works, as the saying goes...goes….  >:-)  Anyone   want to see?

Here's Here’s the board:

Here's Here’s the space once occupied by the TFP410, with 33 gauge wirewrap   wires being soldered on (apologies for the crappy picture quality).   The flux is making it look a little messy, but it cleaned up.

Naturally I forgot to take a final shot before it got whisked away abroad (d'ohd’oh! :) ), but it worked splendidly.  I believe the prototype   photos of a certain OMAP3-based device announced this week are it in   action...action…..

Am looking forward to (I think Keith Williams'sWilliams’s) revC daughterboard.   One thing to note is that most LCDs will require a lot of current on   the 3.3V rail and will require an extra 3.3V power supply/regulator   from the BB's BB’s 5V supply; software side of things was easy, and it was   a lot of fun.  :) Hope that is of some interest, Matt