SMD Emission Module
OPTICAL ENCAPSULATION
SMD 2020 RGB- Viewing angle >160°
- GOB protection
- 120 W/m²
Pioneers in Transparent LED Systems
We develop engineering-grade flexible, modular and suspended display technology for high-fidelity architectural and aerospace integrations.
- >85%
- Maximum Transparency
- 7000 Nits
- Maximum Direct Brightness
- 3.9 mm
- Precision Pixel Pitch
Drone with a Suspended Flexible Transparent LED Display
Vector Subsystem
ACTIVE STABILISATION- 6-axis gyroscope
- Carbon-fibre quick fastening
- Drone bus power
- IP65 protection
Structural Mass
3.2 kg/m²
Transparency
>85%
Mesh / Pitch
3.9 mm
Sync Transmission
3840 Hz
Transparent LED Mesh on Building Facades
Daylight Transparency
92%
Exterior Brightness
6000 nits
Modular Architecture
IP67
How it works
How Transparent LED Displays Work
Internal anatomy and physical principles governing light-emitting diodes on conductive glass substrates.
1. Emitting Diodes
RGB micro-diodes are integrated into an almost invisible conductive grid. Each pixel blends three channels for precise colour reproduction.
2. Frequency
A 3840 Hz refresh rate removes on-camera flicker and preserves visual continuity in motion.
3. Resolution
A 3.9 mm pitch maintains close-range detail without sacrificing transparency or structural lightness.
4. Useful Scale
Modules connect electrically and mechanically, spanning compact aerial formats through to entire facades.
Comparative data
Comparative System Specifications
Empirical structural and optical performance data matrix for engineering analysis.
Parameter
Aerial display
Facade mesh
Transparent film
Application
Suspended aerial
Exterior facade
Interior glass
Transparency
85%
92%
95%
Brightness
7,000 nits
6,000 nits
4,500 nits
Pixel pitch
3.9 mm
6.25 mm
3.9 mm
Protection
IP65
IP67
IP43
Let’s Talk
WHERE WE ARE
Madrid, Spain
WHERE WE WORK
Worldwide