HaptiFold Display

Flexibility, form, and functionality.?

A cutting-edge 14.6-inch Micro LED touch screen that introduces sharp folds and distinct surfaces, paving a new design path for automotive displays. By seamlessly merging CID functionality and climate control into one intuitive unit, it elevates interior aesthetics while providing enhanced usability, all backed by brilliant image quality and energy-efficient technology. Advanced active haptics and force sensing provide intuitive control for a truly immersive interaction.

Display Behind Wood

Uncover HMI content only when you need it.?

A revolutionary solution designed to elevate automotive interiors. This innovative display merges a seamless wood-like surface with advanced TFT technology, enhancing design aesthetics while delivering a high-performance user interface. With an invisible border and energy-efficient brightness, it redefines elegance and functionality, creating a luxurious, eco-friendly experience in modern automotive design.

In-Vehicle Computing Solutions

AUO combines advanced display technology with years of experience in the automotive industry to inspire innovative applications in the smart cockpit. We are dedicated to providing comprehensive smart cockpit solutions through the development of "Display HMI Solutions" and "In-Vehicle Computing Capabilities."

We offer exceptional in-vehicle computing solutions and reliable system integration for smart vehicles. These solutions feature human-machine interaction interfaces, software services, and artificial intelligence, enabling the simultaneous operation of multiple displays, sensors, and devices. This capability meets the growing demands for entertainment, voice assistance, and AI-driven support, ultimately enhancing passenger comfort and safety.

Enabling XR Interactive Window

The AUO Smart Cockpit 2025 leverages in-vehicle computing solutions to power the rear-seat "XR Interactive Window," which is equipped with GenAI technology. This innovative feature allows passengers to intuitively interact with their surroundings and engage in virtual reality games. In the future, users will be able to simply circle an area on the window to access relevant information, showcasing the system's remarkable computing capabilities.