Description
10.1 inch Sunlight Readable 1280*800 IPS TFT Display Panel
Here are the key points about the 10.1 inch IPS TFT Display Panel :
Viewing Angle:Offers a wide viewing angle of 85° in all directions.Ensures consistent image quality and color accuracy due to the wide viewing angle.
Brightness:Has a brightness level of 600 cd/m².Provides excellent visibility in diverse lighting conditions because of its high brightness.
Interface:Utilizes a 40-pin LVDS interface.Enables seamless integration with other systems.
Versatility and Applications:The display module is versatile.Suitable for a wide range of applications such as consumer electronics.Also applicable to industrial systems.Can be used in medical devices.
10.1″ TFT Panel with High Brightness
The 600 cd/m² brightness level of the 10.1 TFT Panel significantly enhances its performance in various applications by ensuring clear visibility in bright environments. This high brightness allows the display to remain legible even in direct sunlight or well-lit indoor spaces, making it ideal for outdoor applications such as digital signage and advertising.
10.1 inch Sunlight Readable TFT Display | |||
Model Number | 90-10123-IH1 | Operating Temperature | -20~70 |
Size | 10.1 | Storage Temperature | -30~80 |
Resolution | 1280*800 | LED Lifetime | 20000 |
Outline Dimension | 229.46*149.1*2.5 | Touchscreen Support | Without |
Active Area | 216.96*135.6 | Contrast Ratio | 800:01:00 |
Brightness(cd/m²) | 350 | Power Supply | 3.3V |
Interface | LVDS | Display Type | Color LCD |
View Direction | ALL |
Miqidisplay standard TFT displays range in size from 2.0″ to 10.1″ and feature TN (Twisted Nematic) technology . Providing essential characteristics for diverse applications . They operate efficiently across a wide temperature range of -20°C to +70°C and offer viewing angles of 12:00 or 6:00 . It making them suitable for various environments . Capable of supporting full-motion graphics , TN TFTs present an economical solution for projects that require vibrant full-color displays without compromising on performance.