Himax Unveils Groundbreaking 400K Nit LCoS Microdisplay for Next-Gen AR Applications at CES 2025
Himax Technologies, Inc., a leader in fabless display driver ICs and other semiconductors, has announced it will showcase its next-generation, proprietary ultra-luminous Color Sequential Front-lit LCoS Microdisplay solution at CES 2025 in Las Vegas, from January 7-10, 2025. This display sets a new standard for brightness in microdisplays, solidifying Himax's leadership in LCoS technology and its commitment to advancing AR applications.
Key Features and Benefits:
Unprecedented Brightness: The microdisplay boasts an industry-leading brightness of 400K nits, ensuring excellent visibility even in bright outdoor environments.
Low Power Consumption: With typical power consumption of just 300 milliwatts, the display is highly energy-efficient, crucial for wearable devices.
Enhanced Visuals: Integration with 2D waveguides delivers clear and vibrant visuals, ideal for next-generation see-through goggles.
Compact and Lightweight: The microdisplay has an ultra-compact form factor of less than 0.5 c.c., making it suitable for all-day wearable devices.
Vibrant Color Performance: The display offers exceptional color reproduction.
These features make the Color Sequential Front-lit LCoS Microdisplay an ideal solution for the evolving needs of AR goggle devices.
Live Demonstration of AR Glasses Prototype:
At CES 2025, Himax will demonstrate a Proof of Concept (POC) AR glasses prototype. This prototype features the Himax Color Sequential Front-lit LCoS Microdisplay combined with a collimator lens and a 2D waveguide from third-party partners. This setup delivers over 1,000 nits of brightness to the eye, making it suitable for both outdoor and everyday use.
Himax's LCoS Leadership:
With over a decade of experience in LCoS technology design and high-volume production, Himax is well-positioned to drive innovation and meet the growing demands of the AR market. The company collaborates with major industry players to advance AR solutions for mass production.
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