I have long thought it would be extremely useful to be able to drive
screens from past-use-by-date laptops at their original resolutions.
And I have frequently seen people explain why it's not viable.
This man and these people didn't listen
Yee Ha!
avr-lvds-lcd
Drive an old laptop display from an 8-bit AVR microcontroller
Start here maybe: http://dangerousprototypes.com/?p=3D86688
Then:
https://code.google.com/p/avr-lvds-lcd/
https://sites.google.com/site/geekattempts/home-1/drive-an-old-laptop-displ=
ay-from-an-avr
If you read the finer print - the man has less $ than some for reasons
which he explains.
If this idea is transformational consider giving him a few $s.
If this idea is NOT transformational, please advise me of sites which are
doing the same or better ready.
Really, I'd like to know.
The writer is Eric Hungerford. email(remove spaces -> eric wazhung at
gmail dot com
Russell
_________________________________
He notes:
*This project is based-heavily on (and has contributed greatly to)
**https://hackaday.io/project/3828-commoncode-not-exclusively-for-avrs
*
*..............*
Different displays have different (undocumented) functionality. With the
several I've tested, I've attempted to create a step-by-step procedure to
get a new display going (or find out early-on if it's not possible. So far
I haven't run into one that couldn't be coaxed into working with this
system).
Several of the tested LVDS displays were removed from old 12in G3/G4
iBooks. Two revisions of the same Samsung model, a Chi-Mei, and a Boe-Hydis
have been tested. All are pretty standard laptop TFTs: 1024=D7768,
FPD-Link/LVDS single-channel, DE-Only displays. (The code is written to
work with non DE-Only displays-those that pay attention to the H-sync and
V-sync signals-but this is untested.)
Each display has its quirks and its benefits.
--=20
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