Wide dynamic range (WDR) of integrated cameras.

It refers to the brightness range that a camera can capture. It helps the camera capture rich details in high-contrast scenes and accurately

render both bright and dark areas of an image. Since camera sensors entered the CMOS era, wide dynamic range has also been referred to as HDR, short for High-Dynamic Range.

The term HDR is commonly used in the film and television industry, display field, mobile phone screens, photography and videography, among

others. The security industry also refers to wide dynamic range as HDR. This article introduces the significance, principles and applications

of camera wide dynamic range in various fields. Significance of Wide Dynamic Range In high-contrast scenes such as strong lighting and shadows, traditional cameras often fail to accurately capture details in bright and dark

areas, resulting in overexposed or underexposed images. By using multi-frame exposure and image processing algorithms, wide dynamic range

technology synthesizes and processes images with different exposure levels, simultaneously displaying details in both bright and dark regions

to provide more realistic and accurate image information. Performance of Wide Dynamic Range

Performance of Wide Dynamic Range in Integrated Cameras

Principle of Wide Dynamic Range

Applications of Wide Dynamic Range

Security Surveillance

Traffic Monitoring

Industrial Inspection