Model | CK-MOT360-1080-V2.0 | REMARKS |
Image Sensor | GC2053 | |
Image Sensor Size | 1/2.9 | |
Effective Pixels | 1920*1080 | |
Pixel size | 2.8μm x 2.8μm | |
Optical distortion | ≤-17.2% | |
Image sensor Data output | AHD | |
Maximum Frame Rates and Resolution | Full resolution of 1920 X 1080@30fps | |
SNR max | 45dB | |
Dynamic range | 85dB | |
Min. Illumination | ≥0.001LUX at F.No2.0 | NO LED |
Interface | AHD with connector of RCA | |
Power requirements | 5V / 12V | |
Storage temperature | -30℃ to 105℃ | |
operating temperature | -20℃ to 85℃ | |
Power Consumption | Max 300mW | |
LED IR-850 | NO, but could be customized | |
OS | All automotive systems | |
Lens size | M12 diameter;15mm TTL | |
Lens Construction | 6G + IR | |
F/NO | 2.0 | |
EFL | 2.26mm | |
FOV | D:127° H:103° V:78° ±3° | Customizable |
Shooting distance | Fixed Focus, 50cm-infinity |
Features
360-Degree View: The system uses multiple cameras positioned around the vehicle to capture a complete view of the surroundings, including areas that might be blind spots.
Stitched Image: The images from individual cameras are stitched together in real-time to create a seamless, bird's-eye view of the vehicle and its immediate environment.
Parking Assistance: The system aids in parking by providing a clear view of obstacles, curbs, and other vehicles, allowing drivers to maneuver safely and accurately.
Obstacle Detection: It helps drivers detect pedestrians, cyclists, and other objects that might be in close proximity to the vehicle.
Bird's-Eye View: The combined images create a top-down perspective, making it easier for drivers to navigate tight spaces and crowded areas.
Front, Rear, and Side Views: Some systems allow drivers to switch between different camera views, including front, rear, and side views, for enhanced situational awareness.
Real-time Monitoring: The system provides real-time images and is particularly useful during slow-speed maneuvers and parking.
Object Tracking: In certain systems, moving objects (such as pedestrians or vehicles) are tracked on the display to enhance driver awareness.
Rain and Low-Light Mode: Some systems offer enhanced visibility during rain or low-light conditions to aid parking and maneuvering.
Applications
Parking and Maneuvering: The primary application is assisting drivers in parking, especially in tight spots or crowded areas.
Urban Driving: Surround view cameras are valuable in urban environments where navigating through traffic and parking can be challenging.
Avoiding Obstacles: The system helps drivers avoid collisions with obstacles, curbs, and other vehicles, contributing to overall safety.
Enhanced Visibility: It provides a comprehensive view of the surroundings, reducing blind spots and enhancing overall visibility.
Safety and Driver Assistance: In-car surround view cameras contribute to advanced driver assistance systems (ADAS), promoting safer driving practices.
Commercial Vehicles: These cameras are useful for larger vehicles, such as vans and trucks, to aid in navigation and parking.
Lane Departure Warning: Some systems offer lane departure warnings by detecting lane markings and alerting the driver if they unintentionally drift out of their lane.
Off-Road Driving: In certain off-road vehicles, the system assists in maneuvering through challenging terrains and avoiding obstacles.
Towing: For vehicles towing trailers, the system helps align the vehicle and trailer during hitching and maneuvering.
Ridesharing and Car Sharing: Surround view cameras can assist drivers who are less familiar with a vehicle's dimensions or when sharing vehicles with multiple drivers.
Mass production capacity: 80k/month
Customization: support, any kind of FPC or PCB shape, change the Lens size, customizable FOV, housing, and so on.