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Short TTL Auto Driving Lenses Come in M8 and M12 Mount for ADAS Featured Image

ADAS Lenses

Brief Description:

Short TTL Auto Driving Lenses Come in M8 and M12 Mount for ADAS

Auto driving lens for ADAS
5 Mega Pixels
1/2.7″, M8/M10/M12 Mount Lens
1.8mm to 6mm Focal Length

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Product Detail

Product Tags

Model

Sensor Format

Focal Length(mm)

FOV (H*V*D)

TTL(mm)

IR Filter

Aperture

Mount

Unit Price

MORE+LESS-

CH8052EB

1/2.8"

1.65

209°*100.4°*220°

14.23

IR650

2.4

M10*P0.5

/Request Quote

MORE+LESS-

CH3599AB

1/2.7"

5.4

59º*33º*68.8º

17.02

IR650

2.0

M12*P0.5

$6.0Request Quote

MORE+LESS-

CH3665AB

1/2.7"

6.0

48.2º*37.5º*62º

10

IR650

2.0

M8*0.5

$5.0Request Quote

MORE+LESS-

CH3665CB

1/2.7"

6.0

48.2º*37.5º*62º

10

IR650

2.0

M12*0.5

$5.0Request Quote

ADAS stands for Advanced Driver Assistance Systems, which are electronic systems in vehicles that use sensors, cameras, and other technologies to assist drivers in various tasks such as detecting obstacles, maintaining safe distances, and providing warnings for potential collisions.
The type of lenses suitable for ADAS depends on the specific application and the sensor technology used in the system. Generally, ADAS systems use cameras with different types of lenses, such as wide-angle, fisheye, and telephoto lenses, to provide a comprehensive view of the surroundings and accurately detect objects.
Wide-angle lenses are suitable for providing a broad view of the scene, which is useful for detecting objects in the distance or in blind spots. Fisheye lenses are also sometimes used for providing an ultra-wide-angle view that can capture a 360-degree view of the vehicle’s surroundings. Telephoto lenses, on the other hand, are useful for providing a narrow field of view, which can help to focus on specific objects or features in the scene, such as road signs or lane markings.
The choice of lens depends on the specific requirements of the ADAS system and the application it is being used for. The lens selection will also depend on other factors, such as the camera sensor resolution, the image processing algorithms, and the overall system design.