Ⅰ. High-Definition Imaging: Long-Distance Capture, Low-Light Full-Color to Prevent Fire Omission

The KC9420 adopts a 1/2.8-inch 4-megapixel progressive scan CMOS with a maximum resolution of 2560×1440. Equipped with 20× optical zoom (focal length: 4.3mm–86mm) and a horizontal viewing angle ranging from 59° to 4°, it delivers full wide-angle coverage and long-distance detail magnification. Deployed at commanding heights in forest areas, it can cover a range of several kilometers and accurately capture smoke spots, flames and abnormal heat sources in the woods.

The device supports automatic ICR infrared cut filter switching. The minimum illumination is 0.05Lux@F1.6 in color mode and as low as 0.01Lux in black-and-white mode, ensuring clear imaging in low-light conditions such as dawn, dusk, dark nights and forest shadows to avoid missed fire judgment in dim environments. Built-in 120dB ultra-wide dynamic range and 3D digital noise reduction, together with strong light suppression and backlight compensation, effectively counteract complex light interference such as backlight, light spots and fog in forest areas. It delivers clean and transparent images with obvious smoke and fire features, providing reliable visual support for early fire warning.

Ⅱ. Intelligent Encoding: Low Power Consumption & Stable Transmission, Stable Operation in Complex Forest Areas

Long-term stable online operation is essential for forest fire monitoring. The KC9420 adopts efficient H.265 video compression with an adaptive bit rate ranging from 32kbps to 16Mbps. It reduces bandwidth occupancy while maintaining identical image quality and ensures smoother transmission, enabling stable high-definition image feedback even under weak forest network conditions and greatly cutting storage and bandwidth costs.

It supports triple-stream simultaneous output to meet multi-scenario demands including real-time preview, remote storage and platform forwarding, with up to 6-channel simultaneous preview availab.

Ⅲ. Global Control: Multi-Protocol Compatibility, Flexible Pan-Tilt Deployment for Full Coverage

The HK-100C control board is tailor-made for integrated forest fire prevention deployment. With a compact size of 42mm×42mm, it connects seamlessly with the KC9420 camera module. It adapts to various installation forms including dome cameras, pan-tilt units and high tower mounting, meeting the flexible deployment demands of complex environments such as mountainous areas, woodlands and sloped terrain.

Fully compatible with diversified interfaces and protocols: it supports RS485, RS232-TTL transparent transmission, network output, alarm/audio input and output, as well as CVBS output. It is compatible with mainstream control protocols including SONY VISCA, Pelco-P and Pelco-D, and can be directly connected to Hikvision DS-2ZMN series modules and mainstream domestic cameras. It perfectly integrates with GB/T28181, Hikvision SDK, Ezviz Cloud and other platforms, enabling quick access to the existing forest fire prevention command system and reducing renovation and upgrading costs.The 36pin FFC integrated interface integrates network, communication, alarm and power supply functions, featuring simplified wiring and efficient installation, which is ideal for rapid deployment at high-altitude and remote monitoring points in forest areas.

Ⅳ. Scenario Adaptation: Low Power Consumption & High Durability, Stable Operation in Harsh Forest Environments

Forest areas feature harsh and changeable conditions. The combined solution of KC9420 and HK-100C delivers outstanding environmental adaptability.The KC9420 operates stably at temperatures from -10℃ to 60℃ with relative humidity below 90%, reliably coping with large day-night temperature differences, high humidity, wind and sand in forest regions. With a static power consumption of only 2.5W and dynamic power consumption of 4.5W, its low-power design suits solar power supply and long-term field operation, effectively easing power supply difficulties in remote forest areas.

Intelligent detection targets core fire prevention challenges directly. It supports regional intrusion, cross-border detection, and area entry/exit detection. Key fire prevention zones and fire source control areas can be customized, with real-time alarms triggered by abnormal events. Combined with regional focus and regional exposure functions, the system automatically locks targets and optimizes imaging quality, realizing early detection, early warning and rapid disposal to contain fires at the initial stage.Open API and ISAPI protocols allow deep integration with third-party systems. It can link smoke and flame recognition algorithms, GIS mapping and emergency dispatch systems, forming a complete smart fire prevention workflow: automatic monitoring — intelligent identification — precise positioning — rapid dispatch — closed-loop disposal.

Conclusion

Technology safeguards forests, and intelligence guards green mountains.The integrated forest fire prevention monitoring solution of Kaimorui KC9420 + HK-100C features four core strengths: high-definition imaging, intelligent encoding, full-range control and strong scenario adaptability. It solves the major shortcomings of traditional forest fire prevention, such as limited monitoring distance, blurry images, unstable transmission, inflexible control and difficult deployment. It realizes long-distance monitoring, 24/7 all-weather imaging, low-consumption stable transmission, full-scenario compatibility and rapid emergency response, delivering a highly reliable, easy-to-install and cost-effective smart fire prevention solution for key forest zones, ecological reserves and forest parks.

Empower ecological protection with technology, and prevent fire hazards through intelligent innovation.Kaimorui continues to focus on security imaging and intelligent control technology. With high-performance hardware and professional solutions, we help forest fire prevention upgrade from manpower-dependent management to technology-led, man-machine collaborative prevention and control. We strive to protect national ecological security and consolidate the solid safety defense line of forest resources.