Against the backdrop of rapid development in the low-altitude economy, unauthorized flights, covert surveillance, and illegal intrusions by small, slow, and low-altitude drones have become new security challenges in critical areas such as airports, border defenses, energy base stations, military camps, and large industrial parks. Traditional surveillance systems suffer from limitations—including insufficient zoom capability, weak night vision, delayed integrated control, and poor adaptability to complex environments—which make them inadequate for meeting practical requirements such as long-range drone detection, round-the-clock monitoring, high-precision identification, and integrated management. Kaimorui addresses these challenges by combining the CM8258E-IOS ultra-long zoom high-definition camera module with the CM2001H professional encoding control board, delivering an integrated hardware-software optoelectronic sensing solution that seamlessly connects front-end data acquisition to central control systems, providing highly reliable support for low-altitude drone security operations.

I. Enhanced with advanced optoelectronic optics, providing comprehensive detection and prevention coverage across ultra-long-range airspace

The Kaimorui CM8258E-IOS serves as the core electro-optic sensing system for drone detection, featuring a 58x ultra-long zoom range covering 6.3–365 mm focal lengths. With a compact 145 mm body length, it achieves high-zoom capabilities in just 8 seconds, enabling rapid focus tracking without missing drone flight paths. Equipped with a 1/8-inch Sony Starvis Starlight-grade CMOS sensor offering 2.16 million effective pixels, the camera utilizes multiple aspherical glass lenses and professional anti-reflection coatings to minimize chromatic aberration and enhance image resolution, allowing clear identification of small drone models and their silhouettes even at long distances.

The aircraft boasts an extensive field of view, spanning 63.4° to 1.2° horizontally and 38.3° to 0.6° vertically. Its wide-angle capability enables rapid inspection of extensive airspace, while its long-range focus delivers precise targeting of suspicious objects at kilometer scales. The overall control TV distortion absolute value remains below 1%, ensuring optimal compatibility with AI-powered recognition algorithms and minimizing misjudgments or missed detections caused by image distortion. Standard features include optical fog penetration, optical temperature compensation, and three specialized filters, enabling effective operation in complex outdoor conditions such as haze, dust storms, backlighting, and rain/snow. With a color sensitivity of 0.005 Lux under ultra-low illumination and an ICR infrared filter for day-night switching, the system ensures uninterrupted airspace monitoring around the clock, effectively meeting the critical demand for all-weather anti-drone defense.

II. Multidimensional Intelligent Image Capability: Enabling Precision Recognition and Early Warning for Drones

In terms of intelligent drone detection and analysis, the CM8258E-IOS boasts robust image processing and analytical capabilities. It supports synchronized dual-channel video output via network and LVDS interfaces, delivering high-frame-rate imaging at 1080P@50/60fps with mainstream H.265/H.264 encoding standards offering bitrates from 32kbps to 16Mbps, ensuring both high-definition quality and stable long-distance transmission. Equipped with built-in 2D/3D digital noise reduction, wide dynamic range, bright light suppression, and optical image stabilization, it effectively mitigates image jitter and noise caused by high-altitude wind disturbances and sudden lighting changes, enabling stable tracking of mobile drone targets.

The device integrates a comprehensive suite of intelligent security algorithms, featuring fundamental protection mechanisms such as motion detection, obstruction alarms, and storage capacity alerts. It also incorporates behavioral analysis capabilities including wire-tripping intrusion, area intrusion detection, crowd gathering monitoring, loitering detection, and object movement identification. The system intelligently identifies risky behaviors like drone overstepping boundaries, fixed-point hovering, or unauthorized lingering, promptly issuing warning signals. It supports ROI (Region of Interest) enhancement and customizable OSD overlay for high-definition annotation of no-fly zones, complemented by 16x digital zoom and multi-mode focus switching to magnify details, providing precise visual evidence for backend analysis and rapid response actions.

III. Professional Coding Controls the Mainboard to Achieve Efficient Coordination of Anti-UAV Systems

The CM2001H encoding control board serves as the core coordinating hub of the comprehensive anti-drone system, specifically developed for high-definition mechanisms and classified as a dedicated encoding control component. Featuring a 6-layer military-grade PCB with gold-plated surfaces, integrated original imported chips, and a copper HDMI interface, it offers excellent interference resistance, prevents poor solder joints, and demonstrates exceptional environmental durability—making it ideal for demanding anti-drone deployment scenarios such as outdoor operations, vehicle-mounted installations, and airborne equipment applications.

The control board connects directly to the CM8258E-IOS sensor via an LVDS interface, eliminating the need for complex parameter calibration and automatically identifying compatible image outputs, thereby significantly simplifying the device integration process. It supports multiple control modes including RS485, RS232-TTL, and IO buttons, and is compatible with the SONY VISCA universal protocol, enabling seamless integration with various pan-tilt units, turntables, and command platforms for remote adjustment of sensor zoom, focus, angle, and parameter settings. Equipped with a power-loss memory mechanism, the device automatically restores its operational settings upon power restoration without manual reconfiguration, ensuring uninterrupted 24/7 operation of the anti-drone system. Additionally, it supports all video formats—including 720P,1080I, and 1080P—to meet diverse application requirements such as large-screen display, local storage, and remote transmission.

IV. Minimalist structure with low-energy consumption design, enabling rapid deployment and easy implementation across multiple scenarios

Professional anti-drone equipment must not only deliver robust performance but also be compatible with engineering installation and long-term operation and maintenance. The CM8258E-IOS measures 145×82×96 mm in dimensions and weighs only 930 g, featuring a compact and lightweight design that allows flexible integration into various devices such as intelligent pan-tilt units, fixed surveillance towers, and vehicle-mounted security base stations. It operates on a DC 9–12 V wide-voltage power supply, with a static power consumption of just 3.5 W and a maximum power consumption of 7.1 W—making its low-power design ideal for continuous year-round operation. The device functions within a temperature range of-20°C to +60°C and is stored at-40°C to +70°C, offering resistance to extreme temperatures and humidity, and adapting well to diverse outdoor climates across China.

The CM2001H control board features an ultra-slim profile of just 50505 mm and a 42-mm standard mounting hole design, ensuring universal installation compatibility without occupying additional internal space. The combination of these two products requires no extensive secondary development, enabling rapid deployment of a closed-loop system for airspace inspection—target locking, intelligent recognition, remote control, and early warning response. Widely applied in scenarios such as airport airspace protection, border low-altitude security, energy station flight bans, industrial park airspace management, and outdoor camp security, this solution leverages professional hardware capabilities to establish an intelligent, ultra-long-range, and all-weather anti-drone defense barrier for low-altitude safety.