01
Curtain Wall Display
Transparent building-scale media for façades, atriums and landmark architecture.
Transparent information systems
ClearSignal transforms architectural glass into a transparent digital surface—preserving light, sightlines and the experience of space.
See what glass can becomeFrom cluttered to clear
Drag the divider to compare conventional external displays with information integrated directly into transparent glass.
ClearSignal Intelligent Glass
Transparent silicon-based LED glass turns architecture into communication—without placing another object in front of it.
Discover ClearSignalThree systems
Configured around architecture, audience, content and viewing distance.
01
Transparent building-scale media for façades, atriums and landmark architecture.
02
Safety glass and dynamic communication combined in one transparent surface.
03
Turn storefront glass into Digital media while preserving what's behind it.
Anatomy of ClearSigna IG
Explore each llayer to see how glass, circuitry and SLED components are integrated into a single transparent architectural glass surface.
Provides architectural protection, impact resistance and a clean finished surface for the complete laminated assembly.
Bonds the glass assembly into a durable safety-glass system while helping protect the embedded display components.
Precision-arranged, high-brightness and low-power LED chips create the transparent digital image plane.
Transparent silicon-based conductive circuits and integrated controls transmit power and display information through the glass.
Preserves natural light and sightlines while providing the structural foundation for architectural integration.
Core advantages
Select a performance signal to understand how the platform responds to architectural, environmental and operating demands.
Production and materials are positioned to align with architectural environmental standards, with no air-pollutant or wastewater emissions stated for the platform.
Architectural laminated-glass construction and low-voltage operation support safer integration into occupied environments.
High conductivity supports fast information transmission; manufacturer data states substantially lower energy consumption than ordinary transparent screens.
Heat dissipates through the glass body, eliminating the need for additional cooling devices in the stated configurations.
IP68 protection, temperature resistance, corrosion resistance and salt-spray resistance support demanding outdoor use.
A design life of at least 50,000 hours is stated, supported by stable thermal behavior and replaceable system components.
A new urban layer
Stadiums, retail windows, cultural districts, transportation hubs and public spaces can gain a digital voice while remaining open to the world behind them.