The overall performance of specialized imaging equipment hinges critically on the compatibility and seamless integration between the encoding control hub and the imaging core module. Today, applications such as drone electro-optical pods, vehicle-mounted autonomous driving systems, judicial interrogation setups, industrial non-destructive testing, and medical endoscopy all demand stringent standards for image transmission stability, low-light imaging capabilities, and coordinated device control. Kaimorui Electronics holds official distribution authorization from Sony and has independently developed the CM2001S encoding control board, which is paired with the original FCB-EV9520L high-definition integrated imaging module. By using the encoding board as the central scheduling unit for the entire system, we have streamlined the entire workflow—from communication control and image encoding to high-definition output. The original hardware ensures long-term stable operation, while also offering open OEM/ODM customization services to deliver comprehensive, turnkey high-definition imaging solutions tailored to industries across the board.

I. CM2001S encoding control hub—fully channel-compatible, enabling integration without debugging.

The CM2001S SDI encoding control board serves as the control core of the entire imaging system. Its hardware features a six-layer military-grade gold-plated PCB, copper MAX connectors, an industrial-grade ARM microcontroller, and imported chips. Made from high-strength materials, it effectively eliminates (cold solder joints) and contact failures, making it well-suited for long-term operation under harsh industrial conditions characterized by vibration and extreme temperatures. The board is equipped with a dedicated LVDS interface that connects directly to the FCB-EV9520L camera module. Upon power-up, it automatically detects and configures the camera’s output parameters, enabling seamless image adaptation and output without any manual settings required. The hardware control channels include dual RS485 ports, one RS232-TTL port, IO expansion ports, and physical buttons. It comes with built-in power-loss memory and command-pass-through functionality; after a device reboot, it automatically retains the previous control parameters, ensuring uninterrupted operation. At the protocol level, the board supports three major protocols—SONY VISCA, PELCO-P, and PELCO-D—and features a default auto-detection mode. The baud rate can be set to 2400/4800/9600/115200, and the device ID defaults to 1 but can be freely modified. The board is fully compatible with Sony FCB and CM series camera modules as well as domestically produced cameras that support the VISCA protocol. It supports all video signal formats, including 720P50/60, 1080I50/60, and 1080P25/30/50/60, perfectly matching all output specifications of the FCB-EV9520L. The overall dimensions of the unit are 50mm×50mm, with standard mounting holes measuring 45mm×45mm and a hole diameter of 2mm. Its compact size makes it easy to integrate into pan-tilt units, dome cameras, airborne devices, and other small-scale onboard or vehicle-mounted equipment.

II. FCB-EV9520L Sony HD image sensor, leveraging the encoding master controller to unleash full-dimensional imaging capabilities.

Under the stable communication and scheduling provided by the CM2001S encoding board, all imaging functions of the FCB-EV9520L module are fully implemented. The module is equipped with a 1/2.8-inch STARVIS 2 CMOS sensor featuring 2.13 million effective pixels and delivering native 1920×1080 full HD output. In high-sensitivity mode, with ICR turned off, the minimum illumination level is as low as 0.009 lux; when ICR is enabled and infrared mode is activated, the minimum illumination can drop to as low as 0.00008 lux. The module also supports ICR ON COLOR night-time color infrared mode, enabling it to produce colorful images even in low-light conditions and delivering outstanding starlight-level night vision performance. The optical configuration includes a 30x optical zoom with a focal length ranging from 4.3mm to 129mm, combined with a 12x digital zoom for a maximum total magnification of 360x. The wide-angle horizontal field of view is 64°, while the telephoto mode offers a narrow field of view of only 2.4°, striking a perfect balance between wide-area surveillance and detailed observation at long distances. Standard features include Super/Super+ super stabilization, which significantly reduces image blurring caused by vibrations from drones, autonomous driving systems, and shipborne equipment. Additionally, the module boasts a native optical axis correction function, ensuring precise image capture in surveying and measurement applications. Built-in Wide-D dynamic range algorithm automatically optimizes brightness levels in both bright and dark areas by layering exposure adjustments, effectively addressing issues caused by backlighting or extreme contrast between light and shadow. The module supports customizable focus, exposure, and white balance settings via a 6×8 grid, allowing for sharper and more detailed close-up monitoring of specific areas. It also integrates practical features such as defogging, multi-level 2D+3D noise reduction, motion detection, privacy masking, electronic flip, slow shutter, and temperature reading, making it well-suited for complex shooting environments across various industries. The module operates within a temperature range of -5°C to +60°C, powered by a 7–12V DC supply, with a typical power consumption of 4.4W and a peak motor power draw of 5.4W, ensuring reliable long-term operation in outdoor and vehicular applications.

III. The encoding board and movement mechanism are deeply integrated to establish a stable imaging closed loop for mobile special scenarios.

The CM2001S encoding control board serves as the core component for instruction distribution, signal conversion, and SDI high-definition output. It is fully compatible with the hardware protocol of the FCB-EV9520L mechanism and perfectly matches its video formats, forming an integrated software-hardware synergy system. The encoding board transmits control commands—including zoom, focus, ICR switching, and wide dynamic range activation—real-time and without any delay. After the mechanism’s LVDS image signal is connected to the encoding board, it is directly converted into a standard SDI signal for lossless transmission. This complete set of equipment is ideally suited for fixed-scene digital courtrooms and interrogation systems, as well as for highly mobile and vibration-prone environments such as in-vehicle cameras for autonomous driving, drone electro-optical pods, underwater robots, mobile law enforcement devices, and road surveillance equipment. Featuring a military-grade PCB encoding board paired with industrial-grade, original Sony mechanisms, this solution offers dual resistance to bumps, temperature fluctuations, and dusty conditions, supporting 7×24 hours of continuous, non-stop operation. As a fully integrated package, it requires no additional adapter accessories; it can be unpacked, integrated, and debugged right out of the box, significantly reducing both equipment manufacturing and assembly costs as well as subsequent maintenance expenses. It represents a standardized, core component combination for specialized imaging equipment.

IV. Sony officially distributes genuine factory-supplied products and offers customized, exclusive imaging solutions tailored to your needs.

Kaimorui Electronics is an authorized distributor for Sony. Both the CM2001S encoding board and the FCB-EV9520L imaging module are directly supplied by Sony’s original factory, adhering strictly to Sony’s original quality inspection standards throughout the entire process. The parameters, performance, and service life of these products are all backed by Sony’s original manufacturer certification, effectively eliminating image quality issues and communication failures caused by refurbished or aftermarket components. This ensures compliance with the stringent reliability requirements of high-demand applications such as law enforcement, medical equipment, and autonomous driving systems. We offer comprehensive OEM/ODM customization services tailored specifically for equipment manufacturers. Built around the CM2001S encoding control board as the core foundation, we provide custom development solutions that are precisely aligned with customers’ equipment architectures and industry-specific operating conditions. These solutions allow for the addition of new communication interfaces, customization of control protocols, removal of unused features, and adjustment of peripheral layouts on the circuit boards—making them perfectly suited for a wide range of specialized devices including medical imaging equipment, industrial online inspection systems, in-vehicle cameras for autonomous driving, drone payloads, and intelligent traffic surveillance cameras. From initial product selection and hardware integration and debugging through to subsequent feature iterations and upgrades, we provide one-stop technical support, enabling us to tailor-make complete, high-definition imaging solutions that meet your specific needs.

Leveraging the powerful scheduling capabilities of the CM2001S encoding and control hub, we fully harness the imaging advantages of the Sony FCB-EV9520L camera module—its ultra-low-light performance, high zoom capability, and robust image stabilization. Combined with genuine, factory-supplied Kaimo Rui products and customized development services, we offer a stable, highly adaptable, and customizable all-in-one HD imaging solution for a wide range of industries, including autonomous driving, security, healthcare, industrial applications, and drones.