BSD080WX1-206 is an 8-inch TFT LCD module optimized for tablets and wide-type mini-PCs. It delivers 1280×800 resolution, 16.7M vibrant colors (8bits+Hi-FRC), and typical 500 cd/m² brightness (max 550 cd/m²) with ≥600:1 contrast ratio. Featuring 85° wide viewing angles (horizontal/vertical), 3.3V logic power, and 3.7V LED backlight power, it boasts a slim 2.25mm profile (181.65×118.75mm), ≤104g weight, and low-reflection 3H hard coating. Its 30,000-hour LED lifespan (at 20mA) ensures long-term reliability, and it is fully RoHS compliant for safe integration.

The ​DV215FHM-NN0​ is a 21.5-inch TFT LCD module with Full HD resolution (1920×1080 pixels), delivering 16.7 million colors through an RGB vertical stripe pixel arrangement. Featuring a high-brightness LED backlight (500 cd/m² typ) and 1000:1 contrast ratio, it ensures vivid visuals with wide viewing angles (89° typ). The anti-glare, 3H-hardness surface minimizes reflections and scratches. Its LVDS interface supports high-speed data transmission (74MHz clock), while the 6-bit Hi-FRC color depth enables smooth color reproduction. With a typical power consumption of 19.8W and a 30,000-hour LED lifespan, this RoHS-compliant module is engineered for reliability in industrial and commercial applications.

The DV150X0M-N10 is a 15-inch XGA-resolution TFT LCD module designed for industrial and commercial applications. With a 1024×768 pixel array and 16.7 million colors (6-bit+FRC), it delivers vibrant, high-contrast visuals. Key features include a wide viewing angle (85°/85° horizontal/vertical), 350-nit brightness, and a 50,000-hour LED lifespan (at 55mA). Engineered for reliability, it supports 7×24 operation in temperatures from -20°C to 70°C and humidity up to 90% (non-condensing). The module incorporates anti-glare coating, 3H hardness polarizers, and RoHS compliance. Its robust design withstands vibrations, shocks, and extreme environments, making it ideal for gaming consoles, control systems, and outdoor terminals. Advanced LVDS interface ensures seamless connectivity, while power-saving modes optimize energy efficiency.