Unleashing the Power of Display

Our Technology

Our Technology

Truly disruptive high performance micro-display technology.

Bypassing the massive transfer issue, our proprietary micro-LED micro-display technology is ready for mass-production providing customers with the utmost experiences through unrivalled color gamut, ultra-high efficiency and brightness (particularly under bright sunlight), superb robustness under extreme conditions, compared with other existing micro-display technology. Micro-LED micro-display is bound to be the ultimate solution for AR applications.

Applications

Raysolve’s High definition RGB active-matrix micro-display with ultra-high brightness and finest pixels has been proven to be robust and mass-producible.

Applications

With the strong support of our strategic partners, our next-generation micro-display will continually redefine the market and excite our customers.

Breaking in through AR related applications, we are diving and striving in the massive micro-display market. Our potential clientele goes with a long list, not only includes those AR hardware giants, but also Head-up Display (“HUD”), micro-projectors, maskless lithography, 3D printing companies and other micro-display solution providers.

About Us

At Raysolve, we are continuously bringing groundbreaking ideas to life and transform complex technology into easy-to-use devices.

Raysolve Optoelectronics (Suzhou) Company Limited is a semiconductor company focusing on the design, research and manufacturing of unparalleled micro-LED micro-display chips. Our proprietary QD and CoANODETM fabrication technology lie in our world’s first full-color and ultra-high brightness micro-LED micro-display. Avoiding the mass transfer of micro-LED pixel array from one substrate to driving backplane via mechanical process, we are able to manufacture high quality micro-display chips in high-yield, through our innovative large size GaN-on-Silicon wafer-level integration technology.

Our unique and disruptive technology offers brand new possibility and vision to perceive and receive the world in entirely different manners.

Raysolve’s proprietary micro-LED micro-displays enable and empower the next generation of real AR/MR applications with bright, portable and light-weighted solutions. They will replace existing low brightness micro-OLED, LCOS technologies, offering customers “whenever and wherever” options, used to be out of reach before. Our micro-LED could be readily integrated into AR glasses, other consumer electronic devices, together with head-up display (HUD), head-mount display (HMD), micro-projectors and etc. As for industrial applications, it is also an essential technology in maskless lithography and 3D printing, etc.

Our innovative and easy-to-integrate technology are bound to redefine our everyday life through the next smart platform – AR glasses.

Press Release

Raysolve Recognized Again on EE Times’ Prestigious Silicon 100 List

Raysolve has secured its position for the second consecutive year on EE Times’ 25th annual Silicon 100 list of the world’s most innovative semiconductor companies, standing among only nine Chinese firms to receive this honor in 2025. This recognition underscores Raysolve’s leadership in developing groundbreaking monolithic full-color Micro-LED micro-display technology that is transforming the AR/VR

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SID 2025 | Raysolve Showcases World’s Smallest 0.18cc Full-Color Micro-LED Light Engine & AR Glasses Solution

San Jose, May 13, 2025 – At the prestigious SID Display Week 2025, Raysolve stole the spotlight with its groundbreaking PowerMatch® 1, the world’s smallest full-color Micro-LED light engine, alongside its first public demonstration of diffraction waveguide-based AR glasses. This technological breakthrough delivers an unprecedented combination of ultra-high brightness, full-color display, and extreme compactness, poised to

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OFC 2025 | Academician Kei May Lau Redefines III-V Semiconductor Roadmap with “DII” Framework, Raysolve’s Micro-LED Breakthroughs Draw Standing Ovation

April 1, 2025 (Local Time)–At the world’s premier optical communications conference OFC 2025, Prof. Kei May Lau, fellow of the US National Academy of Engineering and core founding member of Raysolve, delivered a pivotal plenary address titled “DII (Diversity, Inclusion, and Integration) of III-V Devices and Technologies in Photonics“, sparking intense industry discussion. The presentation highlighted

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