The HDW101_001L – 10.1inch 1024×600 IPS HDMI LCD Display Capacitive Touch for Android, Linux, RPI, Windowsis developed by DWIN.
Key Features

IPS screen, CTP
Capacitive touch display, air bonded CTP with LCD, OCA bonding is optional
Brightness: 300nit
HDMI and USB Port
Plug & Play Monitor
10.1 inch ,16.7M Color, 24bit,1024×600 Pixel
Display AreaA.A: 222.70(W)x125.30(H)
Dimension : 235.0(W)x142.3(H)x20.60(T)mm
IPS View Angle: 85/85/85/85 (L/R/U/D)
HDMI Interface (6-36V power interface)
Suitable for Windows,Raspberry,Linux,Android system.
Backlight : LED (>20000H(Continuous working with maximum brightness, time of the brightness decays to 50%)
Not only meet the current quality of 1080P rule,but also support the most advanced digital audio formars as DVD audio
Transiting uncompress high resolution video and multi-channel audio data in digital form while maintaining high-quality
With broadband digital content protection to prevent unauthorized copying of high audio-visual content

Resources
Datasheet
Specifications

Applications

10.1inch 1024×600 IPS Industrial HMI LCD UART Display Video

DWIN Smart LCD Display Applications

FAQs:

Q: Is this display compatible with my Raspberry Pi/Linux/Android device?
A: Yes, the display is compatible with Raspberry Pi (all models with a standard 40-pin header), Linux, Android, and Windows devices.
Q: What kind of touch input does this display support?
A: The display supports capacitive touch, allowing for multi-touch gestures and precise input.
Q: What are the viewing angles of this display?
A: The display features IPS technology, providing wide viewing angles of 178 degrees horizontally and vertically, ensuring clear visibility from different positions.
Q: What comes included with the display?
A: The display comes with an HDMI adapter board, USB cable, HDMI cable, and a user manual to help you get started.
Q: What is the typical application for this display?
A: This display is suitable for various applications such as industrial control panels, smart home displays, POS terminals, medical devices, and educational projects.