P2.8-5.6 Indoor Transparant LED Screen Full Color RGB High Resolution Grille screen 1R1G1B Module size 500*125mm

Transparant LED Screen

Transparant LED Screen Product introduction

The P2.8-5.6 Indoor Grille Screen is an innovative LED display system combining high-resolution imaging with superior ventilation properties. Featuring an adjustable pixel pitch from 2.8mm to 5.6mm, this cutting-edge display delivers exceptional visual performance while maintaining the architectural aesthetics of any indoor space.

Transparant LED Screen Key Features:

- Adjustable Pixel Density: Switchable between 2.8mm and 5.6mm pitch for optimal resolution based on viewing distance
- Advanced Grille Design: Ultra-thin 35mm profile with 70%+ transparency for natural airflow and light transmission
- Crystal-Clear Display: 3840Hz refresh rate and 16-bit processing for smooth, flicker-free visuals
- Modular Flexibility: Lightweight aluminum modules (8kg/m²) enable curved installations (90°~150°)
- Seamless Integration: 2mm ultra-narrow bezel for near-invisible splicing (≤0.5mm after calibration)
- Smart Control: Supports HDR10+ and automatic brightness adjustment (100-1500nit)

Transparant LED Screen Applications:

✓ Luxury retail stores and showrooms
✓ Corporate lobbies and reception areas
✓ Broadcast studios and control rooms
✓ High-end hospitality venues
✓ Architectural feature walls

Transparant LED Screen Advantages:

1. Dual-Resolution Technology: One screen supports two viewing scenarios
2. Architectural Harmony: 72% transparent design maintains spatial aesthetics
3. Quick Deployment: Magnetic connection system enables fast installation
4. Intelligent Cooling: Passive thermal design operates at <30dB noise level

This revolutionary display solution combines the benefits of traditional LED screens with architectural transparency, making it perfect for premium indoor installations where both visual impact and environmental integration matter. The unique pixel-switching capability allows venue operators to optimize content presentation based on different viewing scenarios without hardware changes.