Our latest LiDAR captures depth as well as velocity information (shown in color).
To deliver the most compact, lightweight, and cost-efficient solution for high-performance LiDAR and free-space optical communication—designed for autonomous vehicles, drones, and other platforms where size and weight are critical. Built on wafer-scale silicon photonics, our technology enables ultra-low-cost scalability at high volumes. The flat, ultra-compact design integrates seamlessly into virtually any vehicle or UAV platform.
We are leaders in silicon photonics-based optical phased arrays and tunable lasers for dynamic 2D beam steering. Our proprietary heterogeneous integration of CMOS, silicon photonics, and indium phosphide (InP) delivers unmatched miniaturization while enabling advanced automation in manufacturing. This architecture supports scalable, high-performance optical systems ready for next-generation mobility and communication applications.
Automotive – LiDAR is often used as a primary sensory modality for Level 2+ ADAS application due to its reliable 4D (X, Y, Z and velocity) data that helps with object detection, velocity/direction prediction and crash avoidance.
Data communication – Our optical transceiver engines offer the highest bandwidth density and energy efficiency, addressing the needs in the datacenter and high-performance computing interconnects at an aggregate data rate of 400G-to-3.2Tbps.
Free Space Optical Communication – Optical Phased Arrays with integrated beam steering allow significant reduction in Size, Weight, Power and Cost (SWaP-C) while offering larger communication data rates.
Security & Surveillance – High density point cloud from LiDARs helps perception algorithms with better target classification and thus reducing false alarms
Our team includes highly trained and talented members from broad array of industries including Photonics, Communications, Aerospace, Automotive and Academics.
