5 inch 800x480 Capacitive Touch Screen

This is a fantastic HDMI monitor with capacitive touch screen and driver free. It's been tested on Raspberry Pi, beagle bone black, windows 10 and Mac book pro. And it works well on those platform and it really plug and play, all you need to do is to adjust the resolution(on RaspberryPi).

It supports 800x480 resolution and you may find that the pictures are more bright when you are using this display. The capacitive touch function give the user full control over any device. It's driver free for your device due to built-in EDID device information, it is very easy to let the equipment correctly identified the touch screen. And the Capacitive USB touch screen can support functions of the right mouse button and drag and drop, and also support multipoint touch, maximum 10 points.(only test in windows 10)

Features

•Resolution up to 800 x 480

•USB Capacitive touch control

•Free-driver, Plug and Play

•Supports Raspbian, Ubuntu Mate, NOOBS with RaspberryPi

•Supports Debian, Angstrom with BeagleBone

•Supports Windows / Ubuntu / Mac with PC

•Supports Intel-Processor Base MiniPC

•ULP (Ultra Low Power) consumption backlight

FAQ

If you can not see anything when it attached to your device, please make sure that the HDMI wire is work properly and your device’s resolution is changed to 800x480, If you see this picture, means that you need to change the resolution to 800x480 on your output device.

If you are using Raspberry Pi, you can change resolution by this steps:

If touch screen is out of work please make sure you connect the Display’s MicroUSB to your device (PC, Raspberry Pi, Beagle bone black etc.) 

If you find that the screen is blur when you connect it to your device, please check the FPC cable on the back of driver board, it may loose when it was shipping to you. Just pull out the block of the FPC cable and put the FPC wire into it and make sure it fasten tightly and retry it again. Please take care of this cabin cable, it's connected to the board and send the touch screen data to the chip on the board.