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5MP F1.5 Fisheye Car Lens from China Suppliers - Wide-Angle, Night Vision, Durable Factory Product for Safe Driving
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5MP F1.5 Fisheye Car Lens from China Suppliers - Wide-Angle, Night Vision, Durable Factory Product for Safe Driving

Introducing our high-definition dash camera, expertly designed to enhance your driving experience and ensure your safety on the road. With a focus on delivering exceptional image quality, our dash cam utilizes a high-resolution lens to capture clear and detailed footage, making it an essential tool for recording accident evidence, Featuring an ultra-wide 170° field of view, this device captures every angle both inside and outside your vehicle, ensuring you won't miss any critical details during your journey. The night vision capability allows for outstanding low-light performance, providing clear visuals even in dark or poorly lit conditions, Our smart monitoring functionality supports automatic video recording and collision detection, making your driving not only safer but also more reliable. The strong and durable metal casing is built to withstand shocks and pressure, offering robust protection for your peace of mind on the road, Ease of use is paramount; our dash cam comes with an intuitive interface that allows for one-click video switching, ensuring hassle-free operation. It is versatile and suitable for various applications, whether you’re driving a car, SUV, or commercial vehicle, catering to the diverse needs of our users, As a trusted product from a leading China manufacturer, we take pride in delivering high-quality products that meet the demands of customers worldwide. Partner with us, your reliable suppliers in the industry, and enhance your vehicle's safety with our exceptional dash cam
  • FOV 152 D
  • F/NO 1.5
  • SENSOR 1/2.8 IMX335

Automotive Sensing Lenses for ADAS & Autonomous Driving

In anticipation of the advent of the autonomous driving society, we are working on the development of various automotive lenses. As advanced detection capabilities are required for the various sensors used in the field of ADAS/autonomous driving, we continue to challenge ourselves to develop high-specification lenses that serve as the “eyes” of such sensors.

To realize a safe and secure automotive society, we will contribute to solving social problems such as traffic accidents and increasing traffic congestion by providing high-performance optical products used in image sensors and LiDAR that support preventive safety and autonomous driving.

Automotive Sensing Cameras

Automotive sensing cameras play an indispensable role in autonomous driving by detecting vehicles, pedestrians, and traffic signs, etc. based on digital image data captured by cameras, and accurately controlling the vehicle.

LiDAR Sensor Technology

Since the camera can only detect objects that can be imaged, it is difficult to detect images in situations that are difficult for humans to see, such as when the weather is awful and visibility is poor, or when direct light is shining into the camera. In such cases, LiDAR can measure the distance to the object by measuring the disturbance and reflected light compared to the laser irradiation.

Frequently Asked Questions

What is the role of automotive sensing cameras in autonomous driving?
Automotive sensing cameras play an indispensable role by capturing digital image data to detect vehicles, pedestrians, and traffic signs, which allows for accurate control of the vehicle.
Why are high-specification lenses necessary for ADAS and autonomous driving?
Advanced detection capabilities are required for the various sensors used in ADAS/autonomous driving. High-specification lenses serve as the crucial "eyes" of these sensors to ensure precise data acquisition.
What are the main limitations of automotive sensing cameras?
Sensing cameras can only detect objects that can be clearly imaged. They face difficulties in low-visibility conditions, such as awful weather, poor environmental visibility, or when direct light shines directly into the camera lens.
How does LiDAR technology address the limitations of cameras?
Unlike cameras, LiDAR technology measures the distance to objects by calculating the disturbance and reflected light compared to laser irradiation, making it highly effective in poor visibility.
How do high-performance optical products contribute to a safer society?
By providing advanced optical components for both image sensors and LiDAR, these products support preventive safety and autonomous driving, helping to reduce traffic accidents and alleviate traffic congestion.

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