MicroVision Introduces Photonics for AI Data Centers

REDMOND, Wash., September 22, 2026 /CourierPR/ -- MicroVision, a leading provider of advanced perception solutions for industrial, security, and defense applications, today announced the introduction of an advanced photonics solution designed to address power efficiency and performance challenges in next-generation AI data center scale-up architectures and other intelligent infrastructure applications. The company's wholly owned subsidiary, Scantinel, revealed its new external laser small form-factor pluggable (ELSFP) module, which provides a centralized, serviceable light source for co-packaged optics (CPO) systems in existing and next-generation AI data centers and photonics-enabled AI and cloud infrastructure.

The ELSFP module is designed to address the critical challenge of power efficiency and performance in AI infrastructure. As the global photonics community gathers this week for the 52nd European Conference on Optical Communication and the Global Photonics Economic Forum in Málaga, Spain, Scantinel highlighted its differentiated ELSFP technology, which is built around its core photonic integrated circuit (PIC). The PIC is a two-dimensional photonics platform designed to improve the speed, power efficiency, and economics of high-speed optical connectivity.

The PIC technology at the center of the module is the same core technology that fuels MicroVision's FMCW lidar architecture. Since acquiring Scantinel, MicroVision's team has continued to refine and validate this technology. Its application to AI data center connectivity and photonics-enabled cloud computing demonstrates the broader value of that acquisition and the company's ability to expand its technology into new markets without diluting its strategic focus or requiring significant new investment.

Addressing a Critical AI Infrastructure Challenge

AI and high-performance computing are driving unprecedented demand for data movement between processors, servers, and racks. As compute density and bandwidth requirements increase, the power, efficiency, and economics of moving that data become increasingly important constraints for next-generation data centers and photonics-enabled cloud computing. Scantinel's ELSFP module is designed to address this challenge by centralizing and optimizing the laser source used for high-speed optical connections. Its architecture reduces complexity and power consumption while supporting the high-bandwidth connectivity required by increasingly powerful AI infrastructure.

MicroVision is currently in discussions with several potential licensees and development partners as it evaluates efficient channels to accelerate commercialization of the technology. The company is defining the next generation of lidar-based perception solutions for industrial, security, and defense markets. With engineering centers in the United States and Germany, MicroVision leads the industry in depth and breadth of its portfolio, featuring short- and long-range lidar solutions, advanced sensor architectures, design-to-cost engineering, and open software solutions.

The photonics introduction is part of a broader expansion of MicroVision technology into intelligent infrastructure applications. MicroVision is currently in discussions with several potential licensees and development partners as it evaluates efficient channels to accelerate commercialization of the technology.