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Summary：In forest areas lacking both standard lighting and active laser illumination systems, how can forest fire monitoring systems meet nighttime surveillance needs? Some brands employ visible-light cutoff filters in their lenses and cameras to achieve fog penetration; however, this compromises nighttime image quality, making it impossible to strike a balance between fog-penetrating capability and low-light performance.
How can forest fire monitoring systems meet nighttime surveillance needs in forest areas that lack standard lighting or active laser illumination systems? Some brands attempt to achieve fog penetration by installing visible-light cutoff filters in the lenses and cameras; however, this compromises nighttime image quality, making it impossible to strike a balance between fog penetration capabilities and low-light performance.
The challenge of nighttime surveillance can be addressed by adding an active light source, such as a laser night-vision system, which delivers excellent monitoring results. Key features of laser night-vision systems include: Color-to-B&W switching—utilizing ultra-low-light infrared cameras paired with laser infrared illuminators to enable real-time, round-the-clock monitoring (color by day, black-and-white by night).
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