Sony FCB camera block
FCB-EV9520L uses Sony’s latest generation high-performance sensor STARVIS2 CMOS, which has a super starlight night vision function and can output color images under low illumination of 0.01Lx, and the minimum illumination can reach 0.0008Lx, that is even in weak light or even black light environments, it can output more realistic images. For this reason, FCB-EV9520L was once called the “black light camera” in the industry.
technological breakthrough
What technological breakthroughs have been made in the super starlight night vision of SONY zoom camera block FCB-EV9520L? How is it different from traditional night vision?
- Break through the limitations of traditional night vision technology
Traditional night vision technology often relies on infrared lighting or thermal imaging to capture night time images. However, these techniques have some limitations, such as limited field of view, low resolution, and reliance on additional lighting equipment. FCB-EV9520L super starlight night vision technology mainly adopts a new generation of high-performance sensors, and its low-light performance breaks through these limitations of traditional night vision technology.
- Introduce new sensors and image processing technology
FCB-EV9520L uses the advanced STARVIS2 CMOS sensor, which has higher sensitivity and lower noise level than traditional CCD sensors. In addition, the camera also incorporates innovative image processing algorithms to better optimize image quality and detail performance.
- Improvement of starlight level sensitivity
FCB-EV9520L has ultra-high starlight-level sensitivity and can capture clear images in extremely low-light environments. This means that even at night when there is hardly any light source, the camera can still deliver high-quality images and videos. This is important for applications that require surveillance, filming or drone missions in low-light conditions.
- Clear image capture in low-light environments
FCB-EV9520L can capture more details and colors in low-light environments by improving the sensitivity of the image sensor and introducing advanced image processing technology. The high dynamic range and low noise level of FCB-EV9520L enable images to remain clear, natural and realistic under various lighting conditions, greatly improving the effect and capture capabilities of nighttime surveillance.
Application areas
- Public safety
The super starlight night vision technology of SONY FCB-EV9520L can be used for monitoring public places and traffic, such as streets, parks, stations, traffic, etc. It provides clear night time monitoring images and can help traffic management departments improve traffic safety and provide effective evidence for accident investigation.
- Drone inspection
The super starlight night vision technology of SONY FCB-EV9520L can be used for drone night inspection and maintenance tasks. For example, in the energy industry, it can be used to detect faults in power lines and equipment and guide repair work.
- Nature and ecological fields
FCB-EV9520L can be used in the fields of nature conservation and wildlife observation, providing night time animal activity monitoring and research. It helps scientists understand the behavior of wild animals and the functioning of ecosystems.
- Environmental monitoring and research
FCB-EV9520L super starlight night vision technology can be used for environmental monitoring and research, especially in night environments. For example, in meteorology, it can be used for night time weather observations and climate research, providing important meteorological data.
FCB-EV9520L’s super starlight night vision technology breaks through the limitations of traditional night vision technology and introduces a new generation of high-performance sensors and image processing technology to improve starlight-level sensitivity and image quality in low-light environments. This technological breakthrough provides a more advanced and high-quality solution for night monitoring, bringing huge potential and value to applications in various industries.