Optimized Displays for Emerging Emissive Applications. Balancing Cost and Performance

The evolution of MicroDisplay technology is driving a new era of smart glasses, ranging from information-focused wearables to fully immersive Augmented Reality (AR) solutions. This talk will explore the role of passive Microdisplay in applications that require minimal yet effective visual overlays—such as displaying real-time stats, GPS navigation, health tracking, and sports performance metrics—while also examining the breakthrough potential of high-resolution self-aligned MicroDisplay for ultimate
AR experiences. For information-driven glasses, power efficiency and clarity are paramount. Passive Microdisplay provides a low-power, high-contrast solution for delivering critical information without unnecessary visual clutter, ensuring extended usability and seamless integration into everyday wearables. These displays are ideal for applications like navigation assistance, fitness tracking, and enterprise data visualization, where discreet yet effective data presentation enhances user experience. On the other end of the spectrum, achieving truly immersive AR experiences requires a leap in display technology. By leveraging a high-resolution, self-aligned manufacturing process, CMOS based MicroDisplay solutions enable ultra-compact form factors while
delivering exceptional brightness, contrast, and image clarity. These advanced displays bridge the gap between digital and physical environments, ensuring a natural and interactive experience suitable for next-generation AR applications.
This discussion highlights the necessity of tailored MicroDisplay solutions, demonstrating how passive MicroDisplay can optimize power and functionality for lightweight information glasses, while high-resolution self-aligned MicroDisplay drive the future of
AR immersion. Attendees will gain insight into the latest technological advancements, industry trends, and the strategic development of displays that align with the evolving needs of wearable and AR technology.