product description
Jinghong Technology's RGBD camera uses a depth camera that combines TOF technology with RGB technology. It can not only capture RGB color images, IR images, and depth images at the same time, but can also provide 3D point cloud data. More image data can provide all-weather high-quality image data support for both 2D vision and 3D vision, thereby realizing more artificial intelligence vision applications. RGBD cameras can be widely used in vehicle-mounted vision, and can also be widely used in industrial fields such as depalletizing/stacking, volume measurement, industrial sorting, industrial inspection, optical fencing, people counting, SLAM, and agriculture and animal husbandry.
Features
Features and advantages
Automotive-grade quality: The entire process including product design, material selection, production and manufacturing is carried out in accordance with true automotive-grade standards, which is the highest quality in the industry.
High electrical applicability: With ultra-wide voltage input and power protection circuit design, the input voltage range can reach 4.5V~30V, easily supporting 5V system, 12V system and 24V system; at the same time, overvoltage, overload, reverse power protection and other power protection make the product life longer.
Multi-view fusion: Integrating iTOF's depth data, infrared images and three-channel true-color RGB image output, it can provide RGBD alignment through multi-view fusion, more clearly distinguish the position and status of the target object, and increase the scalability and possibility of AI vision fusion applications.
Scenario diversity: intelligent cockpit monitoring, ADAS perimeter obstacle avoidance, automatic parking, intelligent obstacle avoidance, high-precision docking, accurate positioning, target recognition, visual guidance, optical fencing and other application scenarios, which can easily cope with the automotive field, industrial field, agricultural and animal husbandry field, etc.
Strong resistance to ambient light interference: It can meet indoor, window-side, semi-outdoor, and outdoor working scenarios, and better resist the influence of various random and complex ambient lighting such as sunlight, reflection, diffusion, and scattering. Stable imaging can be achieved within 80,000 lux.
Application Scenario
