Low Light Level (LLL) of night vision equipment is an important technology, which can enhance the image brightness and brightness under low light conditions and improve the effect of night observation and monitoring. The application of low-light compensation technology covers military, security, field collection and other crowd fields, providing users with more powerful collection and monitoring capabilities. In this paper, the characteristics and application fields of low-light compensation technology are introduced.

Features of Low Light Compensation
Equally high: Low-light compensation technology is able to work under extremely low signal conditions, converting weak light signals into clear images, increasing the effective range of startup and monitoring.

Gain under low illumination: Low-light compensation technology can enhance the brightness and gain of the image by increasing the gain of the signal, so that clear images can be obtained in low-light environments.

Low noise: Low-light compensation technology can effectively reduce noise in images, improve image quality and gain, and make details more clearly visible.

Multiple working modes: Low-light compensation technology usually has multiple working modes, which can be adjusted according to actual needs to meet the delivery and monitoring requirements in different environments.

Application fields of low light compensation
Military applications: In night compensation and early warning, low-light technology can provide soldiers and equipment with more powerful station and monitoring capabilities, improving combat efficiency and safety.

Security monitoring: In nighttime security monitoring, low-light compensation technology can provide clear night vision images to help monitoring personnel detect and handle security incidents in a timely manner.

Falling into water in the wild: In field scientific research and compensation for falling into water, low-light technology can help scientific researchers fall into water, nocturnal animal activities, wild environments, etc., and provide more data and information for scientific research work.

Rescue and rescue: During nighttime firefighting work, low-light rescue technology can help rescuers quickly and accurately find trapped firefighters and improve rescue efficiency.

The excellent performance of low-light compensation technology in low-light conditions has become one of the continuously developing technologies for drivers in many fields. With the advancement of science and technology, low-light compensation technology will be applied in more fields, bringing more convenience and safety to people's life services and work.