3.2 inch TFT LCD 1100Nits 1024×768

Part Number IF032BM102-76B Brand IFANTEK Diagonal Size 3.17″ Panel Type a-Si TFT-LCD , LCM Resolution 1024(RGB)×768, XGA Orientation Landscape type Display Area 64.51 × 48.38 (H×V) mm Outline Size 69.41 × 57.19 × 1.99 (H×V×D) Viewing Angle 85/85/85/85 (Typ.)(CR≥10) Luminance 1100 cd/m² (Typ.) Color Gamut 16.7M Contrast Ratio 1200 : 1 (Typ.) (TM) Interface MIPI DSI 4 Lane Response 25 (Typ.)(Tr Td) ms Driver IC JD9168 Operating Temperature -20 ~ 70 °C Application Outdoor High Brightness Product Overview The 3.2 inch TFT LCD display is an innovative product that is designed to meet the needs of consumers who demand the best in visual performance.With its 1100nits high brightness and 1024×768 resolution, this product is perfect for outdoor applications that require clear and crisp visuals in bright sunlight. What sets this LCD display apart is its high-quality performance and cutting-edge technology. The 3.2 inch 1024×768 TFT LCD high brightness display boasts a MIPI interface that ensures fast and efficient data transfer, making it ideal for use in a wide range of applications. Whether you’re a photographer, a videographer, a gamer, or a business person, this display is sure to meet your needs and surpass your expectations. Not only is this product designed to meet the needs of professionals, but it also offers a range of features that make it perfect for everyday use. Its high resolution ensures that images and videos are displayed with exceptional clarity and detail, making it the perfect choice for movie lovers and gamers alike. Its high brightness makes it perfect for outdoor use, so you can enjoy your favorite content anywhere. Overall, the 3.2 inch TFT LCD 1100Nits 1024×768 high resolution is a powerful and versatile display. Whether you need a display for kiosk, public transportation system, or any others, it is sure to meet your needs. 3.2 inch TFT LCD 1024×768 Features High Brightness of 1100nits High resolution of 1024×768 Perfect for outdoor applications Efficient data transfer with the MIPI interface