3611 Series 2G4P 360 Vehicle Surround-view Cameras Fisheye Lens
There are several key reasons why fisheye lenses are widely used in vehicle surround-view cameras:
1. Super wide-angle field of view, wide coverage
Panoramic monitoring: The fisheye lens has an extremely wide viewing angle and can include a wider area around the vehicle, including both sides of the vehicle, front
and rear, and even part of the roof. This greatly increases the driver's perception of the surrounding environment, reduces visual blind spots, and improves driving safety.
Reversing assistance: When reversing, the fisheye lens can provide a wider rear view, helping the driver more accurately judge the location of obstacles behind the car and
avoid collisions.
2. Reduce the number of cameras and reduce costs
Wide-angle coverage: A fisheye camera can cover the range that multiple traditional cameras can cover, thereby reducing the number of cameras required on the vehicle
and reducing the production cost of the vehicle.
Simplified system: Reducing the number of cameras also simplifies the structure of the vehicle camera system and reduces the complexity of system maintenance.
3. Adapt to complex environments
Distortion correction: Although fisheye lenses have obvious distortion, through image processing technology, the distortion can be corrected and a relatively accurate
image restored.
Low-light adaptation: Fisheye lenses usually have a larger amount of light input and can provide clear images in low-light environments.
4. Other applications
Surround view system: Combining multiple fisheye cameras can achieve 360-degree panoramic monitoring around the vehicle, providing important visual data for
autonomous driving.
In-car monitoring: Fisheye lenses can be used to monitor drivers and passengers in the car to improve vehicle safety.
| Model:OKS-3052-A68-650 |
| Optical Specifications |
| NO. | Items | Description |
| 1 | Focal-Length | 1.3mm±0.5mm |
| 2 | F/No. | F2.2±5% |
| 3 | OpticalBack Focal Length | 2.36mm±0.1 |
| 4 | Mechanical Back Focal Length | 1.84mm±0.1 |
| 5 | MAX Image Circle | θ4.6 |
| 6 | Lens Structure | 2G4P+IR |
| 7 | Mount Type | M12*0.5 |
| 8 | FOV | Sensor | H | V | D |
| 1/2.9" | 210° | 130° | 210° |
| 9 | IR Filter | 650nm |
| 10 | TTL | 14.23MM |
| 11 | Waterproof Level | IP68 |
| 12 | Working Temperature | -40℃~+85℃ |