Using an Innolux LCD with NanoPi M3's LVDS header.

[Semaphor]

I own a EJ070NA-01J LCD screen (By CHIMEI INNOLUX). It has a 40-pin 1 channel, 6/8bit interface. I'm looking to order a NanoPi M3 which sports a 20-pin LVDS header. I don't know much about how LVDS actually works, other than that it's a uses a high clock rate and some preset amount of channels.

I'm looking at this adapter to hook the NanoPi M3 to the display. Looking at the cable, and pins of that board in particular, they line up with the pins of the LVDS header on the NanoPi. So the setup would be NanoPi -> Adapter -> LCD, with the extra pins of the LCD being handled by the adapter (ie Inverter power, etc).

Question 1: Where can I find more information about how the LVDS header works on the NanoPi? Does the NanoPi support 6/8bit, single channel LVDS?
Question 2: Will the LVDS signals generated by the board be compatible with the LCD? Is it configurable?

[jjm]

Hi，
If you want to use LVDS display，you need clone our kernel source coed to compile.
a. First you should change kernel configuration to open lvds interface：
make menuconfig
Device Drivers --->
Graphics support --->
Nexell Graphics --->
[*] LVDS
(0) Display In [0=Display 0, 1=Display 1]
b. After doing above steps，if the board doesn't detect lvds display，you can modify uboot source code，such as you can check/proc/cmdline file which includes lcd=HDMIxxx .
c. There should be display something after opening kernel configuration of LVDS，but you need to modify arch/arm/plat-s5p6818/nanopi3/lcds.c to add LCD timing configuration .
d. Actually we didn't test lvds display under uboot.
e. If the board cannot detect display's type，you need do these steps：
1. You need to modify uboot to make it notice kernel correct LCD type；

2. Or you can modify kernel source code lcds.c，forced LCD models，that is to say you need to make sure LCD timing is correctly.