INNOLUX AT070TNA2-V.1

INNOLUX AT070TNA2-V.1 is a high-performance 7-inch a-Si TFT-LCD module manufactured by Innolux Corporation for advanced industrial and embedded display applications. This industrial LCD panel features a high-definition 1024 × 600 WSVGA resolution with RGB vertical stripe pixel configuration, delivering crisp text readability, detailed graphics, and stable color presentation for machine interfaces and portable electronic systems. The module supports up to 262K / 16.7M colors and uses TN Normally White transmissive display technology to provide bright, responsive, and clear screen performance.

The display is equipped with a white LED backlight system rated for approximately 20,000 hours of operational life, ensuring uniform illumination, low power consumption, and dependable long-term usage. It offers around 250 cd/m² brightness with a 700:1 contrast ratio, which provides good visibility under indoor industrial lighting and commercial embedded environments. The anti-glare hard-coated front surface helps reduce unwanted reflections and protects the panel during continuous operator handling.

INNOLUX AT070TNA2-V.1 has an active viewing area of 153.6 × 90 mm packed inside a slim compact mechanical body of approximately 165.75 × 105.39 × 3.4 mm, making it ideal for slim OEM assemblies and lightweight control monitor systems. The module uses a 40-pin LVDS digital interface with 3.3V logic architecture for stable high-speed communication with industrial motherboards, ARM boards, automotive controllers, and embedded processor units. It also supports reverse scan functions for flexible installation orientation.

Built for dependable field operation, this Innolux TFT panel supports an operating temperature range of -20°C to +60°C and storage support from -30°C to +70°C, making it suitable for industrial automation, handheld diagnostic systems, POS machines, vehicle display consoles, smart kiosks, and portable monitoring devices. Electronics repair communities frequently point out that LCD replacement quality depends heavily on exact suffix matching because vendors often ship “compatible” screens instead of the original panel, which can change surface finish, connector mapping, or visual performance—so exact model verification is critical before replacement.