ADVANCING AUTOMOTIVE DISPLAYS: TRANSPARENT DISPLAY TECHNOLOGY FOR ADVANCED AUGMENTED REALITY APPLICATIONS

Abstract

This paper investigates the development of transparent display technology for Augmented Reality (AR) systems, particularly in automotive applications. We focus on key specifications such as panel resolution, transmittance, luminance, and Field of View (FOV). Our experiments demonstrate that a resolution exceeding 5000 Pixels Per Inch (PPI), a transmittance over 60%, and a luminance of 1700 nits are achievable, ensuring clear and visible AR content in various lighting conditions. Additionally, a compound eye design expands the FOV to ±70 degrees, enhancing the user experience. These findings underscore the potential of transparent displays to revolutionize automotive interfaces, improving safety and situational awareness.