Empowering high value applications with breakthrough next generation LED display technology

Empowering high value applications with breakthrough next generation LED display technology

Displays that are entirely composed of single LED pixel units offer unmatched brightness and contrast ratio; when combined with various backplane technologies, this technology can surpass current design and size restrictions to build an infinite ultra large display. The advanced LED display technology can also be applied in different shapes such as curves, one-dimensional arcs, or two-dimensional spheres. For mid to small sized applications, AUO’s micro LED utilizes technology to mass transfer millions of micro LEDs onto a LTPS backplate to produce display modules that are industry leading solutions with a several hundred PPI pixel density; for ultra large displays, LED displays are seamlessly tiled to provide an optimal viewing experience in all types of large spaces.

Displays that are entirely composed of single LED pixel units offer unmatched brightness and contrast ratio; when combined with various backplane technologies, this technology can surpass current design and size restrictions to build an infinite ultra large display. The advanced LED display technology can also be applied in different shapes such as curves, one-dimensional arcs, or two-dimensional spheres. For mid to small sized applications, AUO’s micro LED utilizes technology to mass transfer millions of micro LEDs onto a LTPS backplate to produce display modules that are industry leading solutions with a several hundred PPI pixel density; for ultra large displays, LED displays are seamlessly tiled to provide an optimal viewing experience in all types of large spaces.

Inorganic LEDs' advantages of high brightness, high contrast, long life cycle, and bezel-less design make up for the shortcomings of organic OLEDs. Inorganic LEDs are believed to be the ideal option for the next generation of automotive display applications.

 

  • Characteristics such as flexibility and transparency are ideal in various fields of application

    Micro LEDs are flexible and bendable, allowing displays to be cropped into shapes for various product applications, attach tightly to all types of surfaces, and greatly increase the degree of freedom in product design. Additionally, micro LEDs’ high transparency allows users to see objects behind the display. Their high transparency and brightness make micro LEDs the ideal display technology for augmented reality (AR) and mixed reality (MR) in fields such as automotive displays and operating rooms.

    Characteristics such as flexibility and transparency are ideal in various fields of application
  • Ultra high brightness, long life cycle

    Utilizing LEDs as display pixels maximizes their luminous efficiency, resulting in exceptional display brightness and an outstanding visual experience both indoors and outdoors. In addition, compared to the organic materials used in OLEDs, LEDs boast higher stability and a longer life cycle without issues such as image burn-in and a lower likelihood of malfunctions and dead pixels.

    Ultra high brightness, long life cycle

Application

  • Automotive display

    Automotive display

    AUO’s micro LED automotive displays utilize color conversion technology and feature high weather resistance and stability; furthermore, LEDs’ high brightness provides readable traffic information even under bright sunlight or in areas with large day and night temperature differences. This technology’s flexible and stretchable properties allow installation in S-shaped interiors and round digital knob displays, making it ideal for automotive dashboards and center information displays.

  • Wearable device

    Wearable device

    Smart watches and other wearable devices face the challenge of providing good readability under bright outdoor lighting and non-rectangular display areas; therefore, micro LEDs are the ideal display technology for wearable devices due to their ultra high brightness, fine image quality that surpasses retina resolution, and integration with flexible substrates in the future.