Chip type | PGD03DK 1/7.5 (DVP) |
Array size | 644H x 484V |
AVDD (Analog Voltage) | (Typ. 2.8V) |
DVDD (Digital Voltage) | (Typ. 1.2V) |
DOVDD (IO Voltage) | (Typ. 1.8V) |
Sensor CRA | N/A |
Sensor IIC Address | fixed to 33h |
Pixel Size | 3.0um×3.0um |
EFL (Effective Focal Length) | 0.899mm |
F/NO (Aperture) | 2.4±5% |
View angle | V77.63° / H88.81° / D119.83° |
TV - Distortion | H: -14.7222% V: -6.9085% |
Focusing range | AT = 25cm 4.6 ~ INF |
Chief Ray Angle | <25.73° |
COMPOSITION | 3P + IR |
FILTER | 808nm±10 Single pass |

1.Night-time Obstacle Avoidance and Full - timeOperation
Navigation in Lightless Environments
Night -time Obstacle Detection
2.Depth Sensing and Intelligent Obstacle Avoidance
Stereo Depth Estimation
Recognition of Low- lying Obstacles
3.Detection of Transparent Objects and SpecialObstacles
Recognition of Glass Doors/Transparent Furniture
Detection of Highly Reflective Surfaces
4.Boundary Recognition and Fall - prevention Protection
Fall-prevention on Stairs
Virtual Wall Positioning Assistance
5.Recognition of Specific Objects and OperationOptimization
Recognition of Pets/Pet Waste (Combined with AlAlgorithms)
Abnormal Environment Monitoring
6.Sensor Fusion and Positioning Enhancement
Fusion with LiDAR and Ultrasonic Sensors
Adaptive Switching in High -light Environments
Navigation in Lightless Environments
Night -time Obstacle Detection
2.Depth Sensing and Intelligent Obstacle Avoidance
Stereo Depth Estimation
Recognition of Low- lying Obstacles
3.Detection of Transparent Objects and SpecialObstacles
Recognition of Glass Doors/Transparent Furniture
Detection of Highly Reflective Surfaces
4.Boundary Recognition and Fall - prevention Protection
Fall-prevention on Stairs
Virtual Wall Positioning Assistance
5.Recognition of Specific Objects and OperationOptimization
Recognition of Pets/Pet Waste (Combined with AlAlgorithms)
Abnormal Environment Monitoring
6.Sensor Fusion and Positioning Enhancement
Fusion with LiDAR and Ultrasonic Sensors
Adaptive Switching in High -light Environments