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 Raysolve’s revolutionary Micro-LED breakthroughs, with their innovative architecture and record-breaking performance metrics becoming the talk of the conference.
Recognized as a pioneering figure in semiconductor research, Prof. Lau has made seminal contributions across III-V transistors, LEDs, and laser diodes. Her work continues to redefine the boundaries of photonics and semiconductor engineering.
Under the leadership of Prof. Lau and Dr. Eddie Chong, Raysolve’s R&D team has pushed the frontiers of III-V semiconductor applications. At OFC 2025, the company’s Micro-LED micro-display technology stole the spotlight, demonstrating superior performance for next-generation AR application.
Beyond technical achievements, Prof. Lau’s “DII” vision presents a transformative approach to III-V device development:
Diversity: Enabling cross-industry applications from space tech to consumer wearables.
Inclusion: Creating synergistic partnerships across photonics platforms.
Integration: Mastering heterogeneous integration (e.g., III-V-on-Si) for compact, high-efficiency devices.
With global photonics competition reaching fever pitch, Prof. Lau’s work provides both immediate solutions and long-term direction. Raysolve’s showcased technologies demonstrate the tangible potential of III-V semiconductors, while inspiring renewed research investment across academia and industry–signaling the dawn of a new photonics revolution.