The digital visual monitoring sector is accelerating its iterative development. In specialized sub-sectors such as special inspections, in-vehicle security, industrial inspection, and comprehensive surveillance, higher standards are being set for camera module integration, imaging stability, and protocol interoperability. Many equipment manufacturers have been separately procuring imaging cores and externally purchasing third-party control boards to assemble complete devices, often encountering bottlenecks such as failed protocol compatibility, delayed image-and-dome linkage, complex internal wiring, and lengthy secondary development cycles. Kaimei Rui has deeply cultivated the visual hardware ecosystem and launched a comprehensive solution featuring the Hikvision DS-2ZMN0407N integrated imaging core paired with the HK-100C dedicated network control board. This solution seamlessly connects the entire workflow—from front-end image acquisition and mid-end signal routing to back-end platform integration—while delivering starlight-level imaging performance, multi-protocol compatibility, and lightweight integration advantages. It provides standardized hardware packages for manufacturers of PTZ cameras, in-vehicle cameras, industrial observation equipment, and special inspection devices, offering a one-stop solution that effectively addresses various technical challenges related to complete device R&D, mass production, and project implementation.

I. High-definition imaging core: The DS-2ZMN0407N integrated module, laying a solid foundation for all-weather visual acquisition.

The upper limit of the overall machine vision capability is determined by the imaging module; Kemore provides solutions compatible with Hikvision.DThe S-2ZMN0407N network imaging module provides a stable, high-definition imaging core for various custom camera devices. This 2-megapixel module with 4x optical zoom is equipped with a 1/2.8-inch progressive-scan CMOS sensor that natively outputs 1080P full HD video. Its 2.8mm–12mm variable-focus lens enables flexible switching between a wide-angle panoramic view of 107.4° for comprehensive area coverage and a narrow-angle mode of 39.8° for detailed close-up monitoring, perfectly balancing the dual requirements of large-area surveillance and precise target recognition at close range. The module’s exceptional adaptability to complex lighting conditions—both day and night—is one of its key strengths. It features color-sensitive components with a sensitivity of 0.05 Lux in color mode and 0.01 Lux in black-and-white mode, paired with an automatic ICR infrared filter switch. This ensures seamless transitions between day and night images without color shifts or abrupt breaks. The module also incorporates advanced image-processing algorithms, including 120dB ultra-wide dynamic range, 3D intelligent noise reduction, strong-light suppression, and backlight compensation. As a result, even in challenging lighting scenarios such as tunnel entrances/exits, backlit factory interiors, nighttime outdoor industrial sites, and backlit intersections, the images maintain rich tonal gradations and preserve all fine details without loss. The module supports dual encoding standards—H.264 and H.265—with a bitrate adjustment range from 32 kbps to 16 Mbps. It enables simultaneous triple-stream output, seamlessly supporting multiple applications such as remote cloud-based previewing, local hard-drive storage, and AI-powered intelligent analysis—all while significantly reducing project bandwidth and storage costs. The module adopts a compact, low-power design, measuring just 49×48×70 mm and weighing only 170 g. Its static power consumption is 2.5 W, with a peak dynamic power consumption of 4.5 W, making it easy to integrate into compact pan-tilt units, vehicle-mounted inspection equipment, and airborne observation terminals. The module uses a 36-pin integrated FFC cable that combines network, audio/video, alarm, and serial communication channels. It comes pre-equipped with over ten smart algorithms, including region intrusion detection, boundary crossing detection, loitering detection, and abandoned-object recognition. Additionally, it features built-in power-loss memory and heartbeat keep-alive mechanisms, making it ideal for long-term, unattended outdoor operations. The module supports multiple open protocols, including ISAPI, ONVIF, and Hikvision SDK, enabling seamless integration with most industry-standard comprehensive management platforms on the market.

II. All-Encompassing Dispatch Hub: The HK-100C Network Control Board, enabling precise and comprehensive control of the movement’s full functionality.

The standalone camera module is equipped solely with image-capturing capabilities and cannot perform integrated operations such as PTZ rotation, alarm linkage, or signal transmission. To address this, Kaimorui provides the HK-100C custom network control board, which serves as the central control hub connecting the camera module with the PTZ, peripherals, and the higher-level management platform. This board enables comprehensive parameter adjustment of the imaging unit and facilitates peripheral expansion, providing a standardized hardware foundation for OEM/ODM customized complete systems. The control board measures 42mm × 42mm and features pre-installed universal mounting holes measuring 38mm × 38mm, making it perfectly compatible with mainstream PTZ housings on the market. Its compact size makes it ideal for developing lightweight, specialized video surveillance equipment. Multi-protocol compatibility is a key competitive advantage of the HK-100C. The hardware integrates dual serial ports—RS485 and RS232-TTL—and fully supports PELCO-P/D, SONY VISCA, and Hikvision’s native control protocols, enabling precise adjustment of all imaging parameters for the DS-2ZMN0407N camera module, including zoom, focus, white balance, exposure, and infrared switching. Additionally, the board features an onboard independent Ethernet port, CVBS analog video output, one audio input and one audio output interface, and one channel for alarm input and output.A single circuit board simultaneously supports multiple functions, including network-based digital preview, local analog monitoring, two-way voice intercom, and alarm signal linkage. This eliminates the need for additional interface boards, simplifies the internal circuit layout of the entire device, and reduces potential failure points. For equipment manufacturers, the HK-100C features a standardized hardware interface definition: a 10P audio alarm terminal, a dedicated 36-pin connector specifically designed for the core module, and a clearly organized 6P network terminal—each with distinct zones. This design ensures simple wiring and facilitates efficient mass production via assembly lines. The board also supports secondary customization of both the device’s appearance and functionality through OEM/ODM development. Leveraging this control board, manufacturers can rapidly deploy applications such as vehicle-mounted pan-tilt units, high-speed smart dome cameras, industrial inspection cameras, and specialized field surveillance cameras, significantly shortening new-product development cycles and reducing secondary development costs associated with underlying communication protocol debugging.

III. Integrated and Synergistic Empowerment: A unified, integrated package of movement + control board, solving the industry’s challenges in assembly and adaptation.

The industry-standard split procurement model involves separate manufacturers for the camera module and third-party motherboard, with incompatible underlying protocols and signal transmission logic. This setup easily leads to issues such as jerky zoom performance, failure of smart alarms, delayed pan-tilt联动, and hardware compatibility problems. The Kaimorui DS-2ZMN0407N camera module, paired with the HK-100C control board, forms a complete solution that features deep integration and adaptation of underlying hardware, communication protocols, and functional logic, creating a closed-loop, stable, and synergistic system. The imaging module and control board achieve millisecond-level synchronization in transmitting signal commands; alarm signals triggered by the module’s intelligent detection can be pushed bidirectionally in real time via the control board’s serial port or network, enabling coordinated actions such as panning and tilting the PTZ camera toward the target area, activating external audio-visual alarms, and displaying pop-up alerts on the platform. Standardized cabling integrates power, audio/video, and serial-port signals, and each unit undergoes factory-completed adaptation and debugging, eliminating the need for additional wiring or modifications during final assembly. The temperature parameters of both products are precisely matched: the camera module operates reliably within a temperature range of -10°C to 60°C, while the control board is specially adapted to handle varying environmental conditions—such as outdoor settings, automotive applications, and high-temperature workshops—with humidity levels up to 90% without causing condensation or short-circuit failures. The hardware interfaces between the two components are perfectly aligned: the DS-2ZMN0407N comes equipped with a 36-pin FFC cable that can be directly plugged into the dedicated interface of the HK-100C camera module, removing the need for adapters or conversion accessories and significantly boosting mass-production assembly efficiency. The camera module incorporates built-in AI intelligent algorithms, working in tandem with the control board’s multi-channel alarm and audio output capabilities to fully meet diverse smart monitoring application requirements. This approach eliminates the labor and time costs associated with repeated adjustments required when using separate components, thereby improving the overall yield rate of finished products.

IV. Comprehensive, multi-scenario implementation: A complete set of visual hardware covers diverse specialized monitoring applications.

The KEMORE DS-2ZMN0407N movement paired with the HK-100C control board offers a comprehensive solution that leverages its compact size, strong compatibility, and all-weather stability to support the development of customized imaging devices across various industries. In the traditional security sector, this solution enables the creation of small-to-medium-sized outdoor high-speed PTZ cameras and lightweight pan-tilt cameras, providing 24-hour intelligent security coverage for industrial parks, commercial buildings, and residential communities. For specialized vehicle-mounted inspection applications, it is well-suited for vehicle-mounted pan-tilt cameras, allowing for clear and complete image capture day and night through its starlight low-light imaging technology, ideal for road inspections, construction waste truck monitoring, and emergency response operations. In industrial inspection scenarios, equipment manufacturers can use this solution to develop compact industrial observation cameras. Production line quality checks and workshop equipment status inspections benefit from its 120dB ultra-wide dynamic range, which effectively suppresses metal reflections and strong light interference, ensuring precise inspection results. For outdoor applications such as field-based special inspections, river hydrological monitoring, and port shoreline surveillance, the dual-product’s low-power consumption and wide temperature tolerance make it perfectly suited for 7×24-hour outdoor operations. Paired with the control board’s CVBS analog output, this solution meets the demand for real-time local monitoring at on-site operation stations. For OEM/ODM equipment manufacturers, this standardized hardware package significantly lowers the R&D barrier—eliminating the need for separate debugging of the movement’s communication logic with the motherboard—and enabling rapid development of proprietary brand camera systems. The solution also comes with a fully integrated suite of network transmission protocols, tiered user access permissions, and data encryption mechanisms, fully complying with the stringent acceptance standards for government and enterprise security, industrial plants, and outdoor special projects. This mature, integrated hardware solution empowers manufacturers to quickly capture niche segments in the visual monitoring market.