1. Large-Screen Semitransparent Microdisplay Enabling New System Concepts, Including Optical Overlay by a Display Becoming the Combiner
1 February 2027 | 5:50 PM–6:10 PM PST
The presentation introduces a large-screen semitransparent microdisplay technology that enables new approaches to optical system design. A key concept is the integration of display and optical combiner functionality into a single component, allowing the display itself to serve as the combiner. This approach opens up new possibilities for compact, transparent display systems and innovative augmented reality applications.
View presentation on the SPIE website
2. 1-inch 2K High-Voltage OLED Microdisplay with Scalable Video Interfaces Including DPI, LVDS, and MIPI
1 February 2027 | 11:10 AM–11:30 AM PST
The presentation showcases a 1-inch 2K high-voltage OLED microdisplay featuring scalable video interfaces, including DPI, LVDS and MIPI. The combination of high-resolution display technology and flexible interface options supports versatile system integration and enables new possibilities for demanding near-eye display applications.
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3. Optimization of ODMR Signals from NV Diamonds Generated by μOLED Excitation
2 February 2027 | 11:45 AM–12:00 PM PST
The presentation focuses on optimizing optically detected magnetic resonance (ODMR) signals from nitrogen-vacancy (NV) centers in diamond using micro-organic light-emitting diodes (μOLEDs) as an excitation source. It explores the potential of μOLED-based optical excitation for diamond-based quantum sensing, paving the way for compact and integrated quantum sensor systems.
View presentation on the SPIE website
Fraunhofer-Institut für Photonische Mikrosysteme
