Technologie Yteq Sense
In today’s rapidly developing technological landscape, 4D point cloud imaging millimeter-wave radar is becoming a key technology in fields such as autonomous driving and drone obstacle avoidance, thanks to its superior performance. This radar boasts significant advantages in high precision and a wide-angle field of view, bringing new development opportunities to numerous industries.
High precision is one of its core highlights. It can accurately capture information such as the position, vitesse, and angle of target objects, providing precise data support for the system and greatly improving the accuracy and reliability of decision-making. Whether dealing with complex road conditions in autonomous driving or avoiding obstacles in drone flight, high-precision detection capabilities are crucial.
The wide-angle characteristic gives the radar a broader field of view. It can cover a larger area, reduce blind spots, and promptly detect potential hazards. This is particularly important in scenarios such as mining operations and sanitation cleaning, effectively ensuring operational safety and efficiency.
Furthermore, the radar adopts a 12-transmitter, 16-receiver design, further enhancing its performance. It strengthens signal transmission and reception capabilities, making detection more sensitive and stable.
Currently, 4D point cloud imaging millimeter-wave radar has been widely used in various fields such as autonomous driving, drone obstacle avoidance, mining trucks, and sanitation. With continuous technological advancements, it will play an important role in even more fields, driving the intelligent development of industries.
Key Features:
Detection Range: 40/100/350 m
Frequency Band: 77 GHz
Antenna Channels: 12T16R
Range Resolution: 0.04 m
Horizontal Field of View (FOV): 120°
Horizontal Accuracy: 0.1°
Elevation Field of View (FOV): 60°
Elevation Accuracy: 0.1°
Elevation Resolution: 0.8°
Maximum Point Cloud : 8000
Maximum Target Output: 256