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Micro LED Display
Redefining the visual experience of future mobility
Ultra-high brightness, transparent, and flexible display technology redefining the possibilities of smart mobility
Micro LED display technology represents the next evolution of the automotive display experience.
With ultra-high brightness, high transparency, and flexible form factors, it remains clearly visible under intense sunlight while enabling bold, unconventional cockpit designs. Its superior image quality and seamless scalability allow digital content to extend beyond traditional screens—transforming dashboards, windows, and glass surfaces into integrated visual interfaces.
By expanding displays from isolated panels to surrounding surfaces, Micro LED redefines how cockpit spaces are experienced. Engineered with automotive-grade reliability and long lifetime, Micro LED supports immersive, future-forward visual experiences under demanding real-world conditions.
High‑Transparency Display
Blending digital information with real-world views
With ultra-high light transmittance, high brightness, and high resolution, Micro LED displays enable digital content to blend naturally with transparent surfaces. Navigation, alerts, or entertainment information can be seamlessly overlaid onto real-world views. By merging digital information with the external environment, it supports AR and MR applications—enhancing driver focus while delivering more immersive and interactive passenger experiences.
Seamless Tiling and Flexible Design
Freeform layouts beyond traditional cockpit constraints
Micro LED display technology offers exceptional flexibility in form factor, supporting bendable and seamlessly tiled large-area displays. It can be integrated across panoramic instrument panels, center consoles, windows, and sunroofs. This design freedom enables OEMs to create differentiated cockpit experiences while breaking away from conventional screen boundaries.
Hidden Display Capability
Invisible when idle, visible when needed
Through advanced optical films and structural design, display surfaces remain hidden when inactive and appear only when needed. This allows seamless integration with cockpit materials and interior design, preserving aesthetic consistency while delivering high-quality visual performance on demand.
Ultra-High Brightness with Automotive-Grade Reliability
Clear and dependable performance in demanding environments
Micro LED’s ultra-high brightness ensures excellent visibility even under intense sunlight or harsh environmental conditions. The use of inorganic materials significantly extends lifespan, reduces failure risk, and minimizes pixel degradation—delivering stable, reliable performance throughout the vehicle lifecycle.
Applications
Head-Up Display
Micro LED display technology enables high-brightness, compact HUD solutions that present navigation and ADAS information directly in the driver’s field of view. High contrast ensures that virtual content blends seamlessly with real-world views, allowing drivers to stay focused while improving safety and situational awareness.
Transparent Roof Displays
By integrating large-scale transparent Micro LED technology into sunroofs, transparent surfaces become immersive interfaces that can deliver entertainment-driven content and relaxing environmental visuals. This enhances the passenger experience by creating a more immersive and engaging in-cabin ambiance, while preserving natural visibility and the vehicle’s aesthetics.
XR Interactive Window
Combining transparent display technology with touch sensing, side windows become interactive digital surfaces. Passengers can interact directly with the outside environment—accessing information, engaging with AR content, and turning windows into immersive digital canvases.
Exterior Communication Displays
Micro LED displays integrated into the vehicle exterior offer high weather resistance and enable intelligent communication between the vehicle and pedestrians. The vehicle can display charging status, welcome messages, and ADAS warnings to pedestrians and other vehicles. This establishes a new communication language between the vehicle and the surrounding environment, enhancing road safety in the autonomous driving era.
