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Topic: LCD restrictions (Read 3 times) previous topic - next topic

todda

Hi are there any restictions on the sort of LCD i can use with an arduino 2560
I have a 15" colour lcd from a broken laptop that i would like to use, if it has a built in inverter i see no reason that the wiring and code would be any different except for resolution, and obviously power.


can anyone with experience please confirm.

P.S. this is my first post and I dont have my board yet...its on order, cant wait

James C4S

Quote
i see no reason that the wiring and code would be any different except for resolution


There are (far) more pixels in your screen than there is memory in the ATmega processor.  If you have a separate controller that is managing the screen, you might be able to use it. 
Capacitor Expert By Day, Enginerd by night.  ||  Personal Blog: www.baldengineer.com  || Electronics Tutorials for Beginners:  www.addohms.com

todda

if the arduino wont do it, what board would you recomend that will power something like that straight out of the box?
or anti static bag to be more presise.

im gonna persevere with the arduino as a learning curve but i will need something that will do this eventually.

thanks for your reply

liudr

So you are looking to use an LCD to display information but you don't want to use a computer for it? You know things are much easier if you used a computer, lots of memory lots of software and what not. If you still insist, you should think about using a standalone LCD monitor, not a panel from a broken laptop. Finding how to talk to the panel will be impossible.

If you take a standalone monitor, then use a demo board, you can run some simple videos on the monitor and can possibly accept a few button pushes. This beagleboard may help:
http://beagleboard.org/

James C4S

Along the lines of lidur's idea... a single-board computer (SBC) with integrated LCD controller.  You'll still need to find a LCD that is compatible with that particular controller and that isn't always simple.

Or you get a standard off the shelf screen and now you are just driving VGA.  Still more than the Arduino can do.
Capacitor Expert By Day, Enginerd by night.  ||  Personal Blog: www.baldengineer.com  || Electronics Tutorials for Beginners:  www.addohms.com

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