Sony FCB camera block
Relying on the standardized bridge of SONY VISCA protocol, SONY FCB-EV9520L breaks through the interface barriers between traditional medical and industrial equipment and conducts in-depth ecological collaboration with Ruiloog Technology, a leading enterprise in high-definition video secondary development. Its core advantage lies in: Through seamless compatibility with the full range of high-definition coding control boards independently developed by Ruiloog Technology, The SONY FCB-EV9520L can flexibly adapt to seven mainstream interface solutions, including 3G-SDI, VRS-UD350 network, HD-HDMI, SDI/HDMI/CVBS multi-interface, USB3.0, USB TYPE-C, and LVDS to MIPI conversion. Form a “plug-and-play” solution covering fields such as unmanned aerial vehicles, medical care, industry, security, robotics, and engineer debugging.
I. Protocol Standardization: VISCA builds a cross-device control hub
The SONY VISCA protocol, as the industry-recognized control standard for camera equipment, provides the underlying communication guarantee for the compatibility of the SONY FCB-EV9520L with the coding board of Ruiloog Technology. Through this protocol, users can uniformly control core functions such as zoom speed, aperture size, and white balance parameters, without the need to develop independent control logic for different devices. For instance, in the scenario of surgical robots, the main control system can simultaneously schedule the 30x optical zoom of SONY FCB-EV9520L and the parameters of Ruiloog Technology’s coding board through the VISCA protocol, achieving control over the core module and presenting the surgical image in a clearer picture.
Ii. full coverage of interfaces: Seven solutions meet the ultimate demands of scenarios
The modular design of Ruiloog Technology’s interface board enables SONY FCB-EV9520L to precisely meet the interface requirements of different industries.
Medical image-level transmission: The 3G-SDI interface board supports 1080P/60fps uncompressed video transmission, meeting the strict requirements of operating rooms for low latency and high fidelity. The USB3.0 video capture module can be directly connected to the endoscope workstation to achieve real-time capture, collection and storage of high-definition images.
Industrial remote monitoring: The VRS-UD350 network interface board supports H.265/H.264 dual-stream coding, which can compress the monitoring image of SONY FCB-EV9520L to a low bandwidth and is compatible with 5G/4G network transmission, facilitating remote inspection of wind power equipment in remote areas.
Industrial inspection The SONY FCB-EV9520L fast autofocus integrated camera module, combined with the HD-HDMI encoding control board, builds a high-performance and low-latency video capture and transmission system. It not only achieves end-to-end high-definition imaging and lossless transmission, but also significantly lowers the system integration threshold due to the universal compatibility of its HDMI interface. Provide plug-and-play efficient solutions for diverse scenarios such as PCB inspection, printed matter inspection, and production line quality inspection.
Multi-screen abnormal display control: The SDI/HDMI/CVBS three-in-one conversion board can simultaneously output signals of different resolutions. For example, in the emergency vehicle scenario, the main screen displays high-definition surgical images through HDMI, and the secondary screen outputs navigation information through CVBS, achieving dual tasks of “diagnosis and treatment – navigation” in parallel.
Future interface pre-embedded: The USB TYPE-C video capture module integrates functions such as capture, encoding, and control within a single module, reducing the connection of external devices, enhancing the stability and reliability of the system, and more importantly, significantly lowering costs. The LVDS to MIPI adapter board reserves a high-speed data channel for AR/VR devices, which can meet the demands of cutting-edge scenarios such as metaverse healthcare and industrial digital twins.
Iii. Ecological Synergy Effects: From “Device Compatibility” to “Scene Co-creation”
Ruiloog Technology, with 16 years of experience in high-definition video secondary development, has empowered SONY’s FCB-EV9520L. Not only has it solved the interface compatibility issue, but it has also promoted industry application innovation through a joint development model
In the medical field: In response to the trend of miniaturization of endoscopes, both parties jointly optimized the power consumption matching between SONY FCB-EV9520L and the USB3.0 video capture board, enabling the entire set of equipment to perform video capture, transmission, and storage, etc.
Unmanned aerial vehicle inspection Ruiloog Technology has developed a weight-reduced version of the SONY FCB-EV9520L camera module specifically for the load bottleneck in the drone inspection scenario. Through material and structural innovation, the weight has been reduced from 239 grams to 165 grams (a decrease of 31%). This not only significantly enhances the drone’s endurance and maneuverability but also endows it with stronger adaptability to complex tasks through performance optimization. It is equipped with a 3G-SDI coding control board to achieve real-time video transmission for unmanned aerial vehicles.
In security scenarios, through the interaction of the VISCA protocol with the VRS-UD350 network interface board of Ruiloog Technology, the SONY FCB-EV9520L can trigger real-time abnormal behavior alarms. For instance, in prison monitoring, when a gathering of people is detected, the module automatically switches to 10x zoom mode and marks key areas, significantly reducing the response time.
Conclusion: An open ecosystem defines the future of the industry
From the standardized integration of the SONY VISCA protocol to the scenario-based implementation of the seven interface solutions, and then to the joint innovation with Ruiloog Technology, the official authorized distributor of SONY (China), the SONY FCB-EV9520L is being empowered by “hardware + protocol + ecosystem” in a triple way. Redefine the boundaries of visual technology in fields such as drones, healthcare, industry, security, robotics, and engineer debugging.
This open collaboration model not only reduces the secondary development costs for customers, but also reserves a technological upgrade channel for the industry towards 5G, AI and the metaverse through continuously iterated interface solutions – because true innovation always occurs in the chemical reaction of ecological collaboration.