Products & Solution

This 7.0 inch industrial color IPS in-cell touch screen module delivers crisp, vibrant visuals. With 16.7 million vivid colors, a high contrast ratio of 1500:1, and wide viewing angles, it consistently provides stunning visuals. Brightness exceeding 300 cd/m² ensures excellent visibility, while the rugged design of 7.0 inch industrial color IPS in-cell touch screen module supports normal operating temperatures from -20°C to 70°C.

7.0 inch high brightness 8LEDS IPS thin in-cell touch screen module boasts a 1500:1 contrast ratio for a stunning visual experience. With a brightness of 300-350 nits and an 80° viewing angle, 7.0 inch high brightness 8LEDS IPS thin in-cell touch screen module delivers vibrant and vivid images in any lighting condition.

This 7.0 inch 1024×600 transmittance IPS thin in-cell touch screen module delivers exceptional visuals. IPS technology ensures all viewing direction and vibrant, rich colors. Its high brightness and contrast provide a superior reading experience, while its rugged construction supports ultra-low temperature operation from -20°C to 70°C.

Experience the perfect blend of performance and durability. Our 7.0 inch 350 nit anti-glare IPS thin in-cell touch screen module boasts an excellent color gamut and an 80-degree wide viewing angle, ensuring your content displays exceptionally well.

This 7.0 inch 350 nit all viewing direction in-cell touch screen module is designed for durability, perfectly combining a vibrant IPS panel with exceptional ruggedness. 7.0 inch 350 nit all viewing direction in-cell touch screen module delivers consistently high contrast even in extreme temperatures.

Why choose between performance and durability? Our 3.95 inch wide temp free viewing IPS in-cell touch screen module offers the best of both worlds. It boasts 500 nits of sunlight-readable brightness and vibrant, lifelike colors. Its rugged design allows for stable operation in extreme temperatures (-30°C to +80°C), while the modern MIPI interface enables high-speed data transmission.