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5MP F1.5 Fisheye Car Lens - High-Quality Night Vision, 170° Wide Angle, Smart Monitoring - China Suppliers & Factory
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5MP F1.5 Fisheye Car Lens - High-Quality Night Vision, 170° Wide Angle, Smart Monitoring - China Suppliers & Factory

Experience superior clarity with our high-definition dash cam, crafted for optimal image quality. Utilizing a high-resolution lens, it captures detailed and clear driving footage, ensuring reliable evidence in the event of an accident. With a wide-angle 170° field of view, this innovative device records every angle of your journey, making sure no important detail is overlooked.

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Our dash cam excels in low-light conditions, providing outstanding night vision capabilities that allow for clear recordings in dark or poorly lit environments. Enhanced with intelligent monitoring features, it includes automatic video recording and collision detection, making your driving experience safer and more dependable.

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Built to last, the robust metal chassis of our dash cam offers exceptional protection against shocks and pressure, assuring your safety on the road. The user-friendly interface enables simple one-click video switching for effortless operation.

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Perfect for various vehicles including cars, SUVs, and commercial vehicles, this dash cam meets the diverse needs of users. As a leading product from trusted suppliers in China, our dash cam is manufactured in a reliable factory, guaranteeing quality and performance that you can trust.

  • FOV 152 D
  • F/NO 1.5
  • SENSOR 1/2.8 IMX335

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 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.

Since the camera can only detect objects that can be imaged, it is difficult for the camera 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, light sensor technology called LiDAR can measure the distance to the object by measuring the disturbance and reflected light compared to the laser irradiation.

Advanced Optical "Eyes"
Developing high-specification lenses designed to empower sensors with high-precision vision for ADAS and autonomous systems.
Preventive Safety Focus
Contributing to the mitigation of traffic accidents and congestion through high-performance optical sensing technologies.
LiDAR Integration
Overcoming low-visibility and harsh lighting environments by utilizing laser reflection for accurate distance measurement.
Frequently Asked Questions
Q: What is the primary function of automotive sensing cameras in autonomous driving?
Automotive sensing cameras capture digital image data to detect vehicles, pedestrians, traffic signs, and other surroundings, enabling the system to control the vehicle accurately.
Q: Why are high-specification lenses critical for ADAS?
ADAS and autonomous systems require advanced detection capabilities. High-specification lenses serve as the core "eyes" for these sensors, ensuring high-performance image capture.
Q: What are the limitations of standard camera sensors in vehicles?
Cameras rely on visible light, making it difficult to detect objects in low-visibility conditions such as severe weather, or when direct, blinding light shines into the lens.
Q: How does LiDAR resolve visibility issues?
LiDAR uses laser irradiation to measure the distance to objects by analyzing reflected light. This active sensing technology works reliably even when standard cameras face visibility challenges.
Q: How do these optical products benefit the future transport society?
By supporting autonomous driving and preventive safety systems, these optical components help reduce traffic accidents and alleviate traffic congestion.

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