How to connect lcd display with arduino

[paul12]

I am trying to connect Sony Ericsson W910i mobile display on breadboard with arduino... jumper wires...

can anyone please assist ...will this work...and which jumper wire goes to which connection on arduino.

Thanks..

 

[paul12]

I am trying to connect Sony Ericsson W910i mobile display on breadboard with arduino... jumper wires...

can anyone please assist ...will this work...and which jumper wire goes to which connection on arduino.

Thanks..

updated with image

 

[bigdogguru]

Without knowing the specific LCD driver chipset and access to their datasheets, I suspect your goal with be an exercise in frustration.

Other cell and smart phone displays have been successfully repurposed, largely due to the availability of the specific driver chipset's datasheet.

Unfortunately, there do not appear to be any clear indication of the actual manufacturer of the display or whether it is in fact manufactured by Ericsson or Sony.

You might try, Googling any visible part numbers, perhaps you might get lucky and find the corresponding datasheet.


BigDog

 

[paul12]

behind the display its mentioned with part number 1200- 2645 2 RB369-10A G729E , service manual states Display A-Si TFT 2.36 , from the alldatasheet.com not able to get the datasheet...

any other tips...

Without knowing the specific LCD driver chipset and access to their datasheets, I suspect your goal with be an exercise in frustration.

Other cell and smart phone displays have been successfully repurposed, largely due to the availability of the specific driver chipset's datasheet.

Unfortunately, there do not appear to be any clear indication of the actual manufacturer of the display or whether it is in fact manufactured by Ericsson or Sony.

You might try, Googling any visible part numbers, perhaps you might get lucky and find the corresponding datasheet.


BigDog

 

[bigdogguru]

Without the datasheet or at least the display controller chipset, I'm afraid you're out of luck.

Besides, new well documented TFTs of that size are widely available and typically inexpensive, in the $5 dollar range. While the time and energy required to reverse engineer an unknown without any guarantees of success, far out weigh any of the possible advantages.

I came across this site sometime ago, however that particular model is not listed:

Mobile Phone LCD Pinout and Datasheets


BigDog