Customized New LED Display Solutions for You
EA250INV indoor glass LED screen
EA250INV is an indoor glass LED screen with up to 95% transparency and a 2 mm ultra‑thin profile, weighing only 1.3 kg per square meter for lightweight installation on glass surfaces. The display delivers 4500 cd/m² brightness, 9000:1 contrast ratio, and 3840 Hz refresh rate for vivid, flicker‑free visuals.
Ultra‑Thin & Lightweight
The display measures only 2 mm in thickness and weighs just 1.3 kg per square meter, placing virtually no load on glass surfaces. This ultra‑slim profile allows installation on delicate structures without additional reinforcement. The lightweight design also simplifies handling and reduces shipping costs.
Three Size Options
EA250INV is available in three cabinet sizes: 1000×250 mm, 1200×250 mm, and 1500×250 mm. Each size supports multiple pixel pitches—P3.9, P6.25, and P10.42—allowing flexibility to match resolution requirements with viewing distance. This modular approach enables customized configurations for different window dimensions.
High Visual Quality
EA250INV glass LED screen delivers 4500 cd/m² brightness, ensuring clear visibility even in brightly lit indoor environments with direct sunlight. The 9000:1 contrast ratio produces deep blacks and vibrant colors, making content stand out against bright backgrounds. With 3840 Hz refresh rate, the display delivers flicker‑free, smooth motion for video content.
Wide Viewing Angle
The Transparent LED display screen offers a 140° viewing angle, allowing content to be clearly seen from a broad range of positions. This wide field of view makes it suitable for storefronts, exhibition halls, and public spaces where viewers approach from different directions. Consistent color and brightness are maintained across the viewing range.
Application Scenarios
EA250INV glass LED screen is designed for glass curtain walls, retail windows, exhibition halls, museums, and creative display installations. It is ideal for shopping malls, corporate building facades, and transportation hubs where maintaining natural light and architectural aesthetics is essential.










