High Definition LCD Controller LVDS EDP Driver Board -Compatible TYPE-C Game Display

High Definition LCD Controller LVDS EDP Driver Board -Compatible TYPE-C Game Display Description

This driver board adapts to 12V standard voltage input, with a minimum of 1.2V input, up to 15V power supply, exceeding the specified voltage may damage the circuit board and components, please carefully confirm the power input voltage
The power of the power is 2x2W.
this driver board, and TYPEC, automatic identification, automatic conversion, the signal connected in shall prevail,
this driver board can support:EDP 30PIN supports EDP resolutions below 1920X1200;EDP 40PIN supports resolutions below 2560x1440;
LVDS 40PIN definition supports general LCD screen definition of 1CH-6BIT or 8BIT, and the resolution supports LCD screens below 1366 x 768

1.3USB signal inputout,Two extended USB seats, one is a built-in 1.25 6P seat, and supports 3.3V and 5V voltage selection, can be used as touch, USB input requires the use of TYPEC seat
2.Support signal input, for HDMI1.4
3. Support one TYPEC signal input, can support end points such as computers and mobile phones, and only support 5V power supply output, can reverse charge mobile phones, maximum 1A,
4. DC12V input seat, inner diameter DC inner core is 2.1
5. The earphone holder is an audio output, and can be connected to an external power amplifier device using ordinary earphone power.
6.Support button plus remote control full function operation, using 1.25-10 P definition
7. Upgrade to use port
8.Amplifier output dual channel, pitch 1.25-4 P definition
9. LCD interface is the three interfaces defined by EDP30PIN+EDP40PIN+LVDS40PIN, and the output interface needs to be confirmed through software upgrade
Colour:Blue
Material:PCB

Package Contents:
1 x LVDS EDP LCD Driver Board

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.