Fuzion-120
High-Performance Flash LiDAR / Camera for Short-Range Applications
Designed for Object Identification and Sensor Fusion
Fuzion-120 is an advanced flash-type SPAD-based LiDAR/camera system developed by Compertum Microsystems Inc. Designed for close-range environments, it delivers both 3D point cloud and 2D imaging, enabling high-precision object detection, environment perception, and seamless sensor fusion.
With its solid-state design (no moving parts), compact form factor, and AI platform compatibility (including NVIDIA Orin), Fuzion-120 is ideal for integration into autonomous robots, drones, and smart devices operating in dynamic spaces.
Fuzion-120 also supports customizable field of view, with horizontal angles ranging from 6.6° to 120° and vertical angles from 1.9° to 35°, allowing tailored configurations to meet specific application needs. Contact us for consultation.
Features
All-in-one LiDAR and camera sensing
Customizable FOV (HFOV: 6.6°–120°, VFOV: 1.9°–35°)
Designed for reliable performance in complex environments
Compact, lightweight, and power-efficient
Optimized for mass production and scalability
Eye-safe, industrial-grade build for long-term use
Smart Applications
Autonomous mobile robots (AMRs)
UAVs / drones
Smart robotics
Obstacle detection & collision avoidance
Sensor fusion systems
CMS-T3
Long-Range SPAD-based LiDAR with Integrated FHD Camera
Optimized for distance detection and Autonomous System
T3 is a high-performance long-range SPAD-based LiDAR system developed by Compertum Microsystems Inc. Built for extended-range applications, it integrates a Full HD camera with dense LiDAR scanning to deliver precise 3D perception, object identification, and advanced sensor fusion.
With its robust sensing engine, solid-state design (no moving parts), and compatibility with AI platforms such as NVIDIA Orin, T3 is ideal for deployment in demanding outdoor environments and large-scale autonomous systems.
T3 features a wide and fixed field of view, offering 120° horizontal and 25° vertical coverage—perfect for scenarios requiring broad, far-reaching detection such as ship docking, traffic infrastructure, or autonomous robotics.
Features
High-density, long-range 3D LiDAR sensing
Integrated Full HD camera for enhanced sensor fusion
Wide FOV (HFOV: 120°, VFOV: 25°) for comprehensive area coverage
Seamless integration with autonomous platforms and AI systems
Optimized for industrial scalability and field reliability
Eye-safe, maintenance-free solid-state design
Smart Applications
Smart infrastructure and intelligent traffic monitoring
Robotics and AGVs requiring long-range precision
Outdoor environments with high-speed object tracking
Multisensor fusion systems for complex situational awareness
2D MEMS mirror
Specifications
•Physical dimensions: 21.2mm (l) x 20.6mm (w) x 12.9mm (h)
•Large mirror size: 6 x 6mm
•High mirror reflectivity (98%, wavelength=905nm)
•TX wavelength independent (905nm or 1550nm)
•High resonant frequency
•Two axis angle sensors (allow close loop control)
•Resistant to shock (JESD22-B110, >900G, 0.7ms, XYZ 5 times)
•Operate between -400 to 850C
1D MEMS mirror
Specifications
•Physical dimensions: 39mm (l) x 32mm (w) x 14mm (h)
•Large mirror size: 12 x 9.6mm
•High mirror reflectivity (98%, wavelength=905nm)
•TX wavelength independent (905nm or 1550nm)
•One axis angle sensor (allow close loop control)
•Operate between -400 to 850C
• Minimal frequency shift across temperature