G133ZAN01.1

G133ZAN01.1 

The AUO G133ZAN01.1 is a 13.3 inch LTPS TFT-LCD panel designed for industrial applications. The panel has an ultra-high-definition resolution of 3840(RGB)×2160, also known as UHD, with a pixel density of 332 pixels per inch. The pixel format of the panel is RGBW vertical strip, providing clear and vivid images with high color accuracy. The active area of the panel is 293.76mm(W)×165.24mm(H), while the outline size is 298.96mm(W)×186.42mm(H)×2.2mm(D).

The surface of the panel is a mirror with a haze of 0%, and it has a hard coating (1H) with a reflectance of 5.0% (Typ.). This gives the panel a sleek and modern look while providing protection against scratches and other types of damage. The brightness of the panel is 450 cd/m² (Typ.), which is quite high, and the contrast ratio is 1200:1 (Typ.) (TM), making the images sharp and crisp.

The viewing angle of the panel is 85/85/85/85 (Typ.)(CR≥10), providing wide viewing angles and ensuring that the images remain clear and vibrant even when viewed from different angles. The response time is 30 (Typ.)(Tr+Td), which is suitable for most industrial applications. The panel operates in AHVA work mode, which is Normally Black, and Transmissive, providing high-quality images with accurate colors.

The panel has a display color range of 1.07 billion colors, covering 100% of the sRGB color gamut, which is quite impressive. The backlight of the panel is WLED, with a life span of 30,000 hours and an LED driver. The refresh rate of the panel is 60Hz, which is standard for most LCD panels. The panel is not a touch screen, which is ideal for industrial applications.

The weight of the panel is 190g (Max.), which makes it lightweight and easy to handle. The signal interface of the panel is eDP (4 Lanes), with eDP1.4a and 40 pins, making it easy to integrate with other devices. The panel operates on a drive voltage of 3.3V (Typ.). The operating temperature of the panel is 0~50°C, while the storage temperature is -20~60°C, which makes it suitable for use in different environments.