17.2‑inch FHD (1920×714) TFT‑LCD open cell with LVDS interface

The 17.2-inch FHD TFT-LCD open cell display features a wide 1920 × 714 resolution, delivering clear and detailed image quality for industrial, automotive, and embedded display applications. Designed with an LVDS interface supporting 2 pixel/clock transmission, this display provides stable data communication and excellent performance for high-resolution visual systems. With an 8-bit colour depth, it supports up to 16.7 million colours, ensuring smooth colour transitions, accurate image reproduction, and enhanced visual clarity.

The panel adopts a normally black mode design and supports DE-only operation, providing reliable display performance and flexible integration into various system architectures. With a typical brightness of 500 cd/m², the display offers strong visibility in different lighting environments, while the 1000:1 contrast ratio delivers deeper blacks, brighter whites, and improved image depth. The 14 ms (G to G) response time ensures smooth image transitions with reduced motion blur, making it suitable for applications requiring fast and stable visual feedback.

Featuring wide viewing angles of 89° in all directions (CR > 10), the display maintains consistent image quality even when viewed from different positions. The integration of HADS (High Aperture ratio & Advanced Display Structure) technology further enhances optical performance by reducing colour shift and improving viewing angle stability, allowing users to experience accurate colours and clear images across a broader perspective.

Engineered for reliability and long-term operation, this 17.2-inch TFT-LCD open cell is RoHS compliant and meets environmental and quality standards. Its combination of high resolution, wide viewing capability, excellent brightness, and advanced panel technology makes it an ideal solution for industrial control systems, smart equipment, transportation displays, and other professional display applications requiring dependable performance and superior image quality.

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