IMX3471/1.8 inch10.5~945mm4MP0.0005Lux90X1T intelligent computing power，Supports deep algorithm learning to improve the performance of intelligent event algorithms 4MP（2688×1520）,Output Full HD :2688×1520@30fps Live Image. Support H.265/H.264/MJPEG Video Compression Algorithm ,Multi-level Video Quality Configuration and Encoding Complexity Settings Starlight Low Illumination Sensor，0.0005Lux/F1.4(color),0.0001Lux/F1.4(B/W) ,0 Lux when open IR 90X Optical Zoom，16X Digital ZoomThe forest is the air purifier; the forest has a natural anti-epidemic effect; the forest is a natural oxygen plant; the forest is a natural muffler; the forest has a regulating effect on the climate; the forest changes low air flow, prevents wind and sand, reduces floods, raises water sources, and preserves water and soil The forest has the function of dust removal and filtration of sewage; the forest is the habitat of many animals and the growth place of many types of plants. It is the most active area of ​​the earth’s biological reproduction. With the development of modern high-tech, the advantages of optical zoom cameras with thermal imaging in forest fire prevention have become increasingly obvious. Since the infrared thermal imager is a device that reflects the surface temperature of an object, it can be used as an on-site monitoring device at night, and can also be used as an effective fire alarm device. In a large area of ​​forest, fires are often caused by unobvious hidden fires. of. This is the root cause of devastating fires, and it is difficult to find signs of such hidden fires with existing ordinary methods. The use of infrared thermal imaging cameras can quickly and effectively find these hidden fires, and can accurately determine the location and scope of the fire, and find the fire point through the smoke, so as to know and prevent and extinguish it early. Our visible light zoom camera with infrared thermal imaging has a strong ability to penetrate fog and water vapor, and is not affected by bad weather. Traditional video surveillance uses visible light to monitor. If there is haze, it is difficult to find the fire hidden behind the haze. The working band of thermal imaging is 3-5 microns with extremely high atmospheric transmittance and long-wave infrared of 8-14 microns. The attenuation of thermal imaging transmittance by fog and water vapor is very small. In haze weather, thermal imaging can be worn Through the fog and haze, there is a fire in the distance.OverviewKey feature:Application :