Rayleigh Vision is an innovative startup founded in 2023 after over a decade of pioneering R&D in next-generation MicroLED display technology. Based in Hong Kong, our founders previously held senior leadership roles developing LED and display innovations at top global tech companies. Their decades of combined expertise laid the foundation for our proprietary 3D MicroLED architecture and advanced epiwafer designs that enable the highest resolutions and brightness.
Leveraging our founders’ extensive industry knowledge, we have assembled a world-class team and built strategic partnerships to complement our internal capabilities. Our hand-picked network across the MicroLED supply chain gives us a competitive edge. With our strong IP portfolio and unparalleled expertise in this emerging field, Rayleigh Vision is positioned to accelerate MicroLED innovations and solidify our leadership in the future of display technology. We aim to fulfill the vast potential of MicroLED to redefine how we see and interact with the world.
MicroLED displays are an emerging display technology that experts predict will be the next revolution in screens and visual interfaces. MicroLED use micrometer-scale LEDs as individual pixel elements. This allows for the highest resolutions and pixel densities of any display technology currently available.
MicroLED displays also enable unmatched qualities like high brightness, high contrast, fast response times, and low power consumption. Major tech companies are racing to adopt MicroLED as the enabling technology for next-generation devices from AR glasses to holographic watches.
At Rayleigh Vision, we are focused on developing cutting-edge MicroLED microdisplays, which can pack ultra-high pixel densities into very small form factors under 1 inch. Our advanced microdisplays will power visual innovations from VR headsets to smart contact lenses. By bringing MicroLEDs to microdisplays, we aim to catalyze the wider adoption across consumer electronics.
At Rayleigh Vision, our vision is a future transformed by the limitless potential of MicroLED displays. We envision MicroLEDs becoming ubiquitous - from AR glasses and holographic smartwatches, to adjustable wall screens and beyond. Our advanced microLED innovations will unlock immersive experiences and enhanced realities we can only imagine today. We strive to make our mark as pioneers leading the microLED revolution.
Our mission is to drive MicroLED adoption and innovation through strategic licensing of our IP, collaborating with partners, and manufacturing best-in-class microdisplays. We will establish Rayleigh Vision as leaders in the MicroLED space by leveraging our pioneering R&D, robust patents, and unmatched expertise in developing cutting-edge display technologies and solutions.
By converging our industry-leading strengths, we aim to accelerate MicroLEDs as the forefront display solution and enable the immersive extended reality experiences that will shape the future. Our team is committed to revolutionizing how the world sees using our breakthrough MicroLED microdisplays.
Rayleigh Vision is poised for rapid growth and development in the coming years as we solidify our leadership in advanced MicroLED display technologies.
In the near term, we will focus on further expanding our intellectual property portfolio and developing strategic partnerships across the MicroLED supply chain. Ongoing research initiatives aim to enhance our proprietary 3D integration technique and redundancy architecture for higher performance displays.
Within the next 1-2 years, we plan to have monochrome and full-color prototype microdisplays ready, demonstrating our breakthrough ultra-high resolutions. These prototypes will showcase the future capabilities of our technologies to potential clients.
Looking ahead 3-5 years, we intend to scale up operations with dedicated facilities for volume production of MicroLED displays. This will enable us to meet the rising demand from consumer electronics makers as MicroLED adoption accelerates.
Our roadmap has milestones for progressively smaller LED sizes down to 2.5 μm, eventually achieving astronomical pixel densities over 10,000 ppi. We are committed to cementing our leadership with continual innovation as MicroLED become mainstream in AR/VR, smartwatches, and beyond.