Specifically designed to mimic the human eye's sensitivity to changes in light, it can accurately capture and respond to various lighting conditions, providing a light-sensing experience highly consistent with human vision. This characteristic ensures natural transitions in the vehicle's lighting system, enhancing driving comfort and safety, and reducing visual fatigue.

Supports an extremely wide light intensity detection range, allowing the sensor to accurately detect from faint starlight to intense sunlight. This provides stable and reliable light intensity data under various lighting conditions, adapting to diverse driving environments.

Advanced circuit design enables ultra-low power operation. Meanwhile, its high integration combines multiple functions into a single chip, simplifying system design, reducing the need for external components, and lowering overall costs, making it suitable for resource-constrained automotive applications.

The packaging technology used meets automotive industry standards and offers excellent durability and reliability, capable of withstanding extreme temperatures, vibrations, and other harsh conditions. This rigorous manufacturing process ensures long-term stable performance, meeting the demand for high-quality electronic components in modern vehicles and ensuring driving safety.