HDW101-004L LCD-TFT display from DWIN with HDMI interface

Unisystem » Products » LCD-TFT displays » HDW101-004L LCD-TFT display from DWIN with HDMI interface

Unleash stunning visuals with the HDW101-004L LCD-TFT display from DWIN, your go-to solution for vibrant, crystal-clear imagery. Boasting a generous 10.1-inch screen and a sharp 1280 x 800 resolution, this display offers an immersive viewing experience perfect for both professional and personal use. The 16:10 aspect ratio ensures wide-angle clarity, while the 300 cd/m² brightness delivers vivid colors even in challenging lighting conditions. Equipped with HDMI, Power, and USB interfaces, this versatile display integrates seamlessly into your setup. Its compact design, with an active area of 216.96 x 135.6 mm and outline dimensions of 229.7 x 149.3 mm, is perfect for space-saving installations. Built to withstand a variety of environments, it operates flawlessly in temperatures ranging from -10°C to 50°C. Elevate your display solutions with this reliable and high-performance LCD-TFT display from DWIN, where quality meets functionality.

Datasheet

Ask our team for:

Size (inch)10.1
Resolution1280x800
Aspect ratio16:10
Brightness (cd/m²)300
InterfaceHDMI, Power, USB
Mounting FrameNo
Active area (mm)216.96x135.6
Outline Dimensions (mm)229.7x149.3
Operating temp. (°C)-10~50
Storage temp. (°C)-20~60
SpecialNone
ManufacturerDWIN

Need a display for the designed device?

Contact our experts – we’ll help you choose the optimal solution adapted to your needs.

Industrial operating temperature range

image

This module can operate in a stable and failure-free way for a long period within wide range of temperatures. Thanks to such option, it may be successfully applied e.g. in transportation and automotive industry.

Full observation angles

Full observation angles

Using an IPS/MVA (or a variation thereof) matrix, the display is readable from all angles. There is no grayscale inversion effect that characterizes popular TN matrices. Also, the decrease in contrast when increasing the viewing angle is much lower.

Scroll to Top