CIS USB3.0 VGA AI cameras are designed for high-performance imaging, integrating AI processors and CMOS sensors for real-time data processing. These cameras provide VGA resolution through high-speed USB 3.0 connectivity, making them ideal for a wide range of industrial and automation applications. The SCM-EVS1 features a 1/5” monochrome CMOS sensor with Event-Based Vision System (EVS), allowing for precise motion detection and fast event-triggered imaging. The SCM-RGBD1 camera combines a 1/4.5” monochrome CMOS sensor with Time-of-Flight (ToF) and RGB capabilities for accurate depth mapping and color imaging, while the SCM-ToF1 focuses solely on ToF technology, delivering high-precision 3D imaging. All models are equipped with M12 or S/M12 lens mounts for easy integration into different setups.
These cameras are engineered for AI-driven applications in fields like robotics, machine vision, and industrial automation, where low-latency and high-frame-rate performance are essential. The integrated AI processors ensure real-time image analysis, while the ToF and RGB sensing technologies provide enhanced depth perception and spatial accuracy. Whether used for robot navigation, object detection, or 3D scanning, the SCM-EVS1, SCM-RGBD1, and SCM-ToF1 cameras deliver reliable, high-quality performance with a focus on versatility and scalability. Their compact design, coupled with flexible mounting options, makes them an optimal choice for a wide variety of demanding imaging tasks.
These cameras are engineered for AI-driven applications in fields like robotics, machine vision, and industrial automation, where low-latency and high-frame-rate performance are essential. The integrated AI processors ensure real-time image analysis, while the ToF and RGB sensing technologies provide enhanced depth perception and spatial accuracy. Whether used for robot navigation, object detection, or 3D scanning, the SCM-EVS1, SCM-RGBD1, and SCM-ToF1 cameras deliver reliable, high-quality performance with a focus on versatility and scalability. Their compact design, coupled with flexible mounting options, makes them an optimal choice for a wide variety of demanding imaging tasks.




