Sony FCB camera block
In today’s era of rapid development in medical technology, high-resolution imaging and intelligent recognition have become the key forces driving the transformation of the medical industry. Ruiloog Electronic’s 4KP60 AI network interface board, with its innovative scalable AI computing power technology, has brought a brand-new solution for medical intelligent recognition, and is leading the medical industry towards a new stage of intelligence and precision.
The 93rd China International Medical Equipment Fair
Ⅰ. 4K ultra-high definition and 60 frames per second high frame rate, capturing every detail
The 4KP60 AI network interface board is specially designed to be compatible with Sony FCB 4K ultra-high definition integrated camera module, and also compatible with most other brands’ 4K ultra-high definition modules with the same interface specifications. It supports ultra-high resolution and high frame rate video output of 4K@60fps, capable of capturing every subtle movement and change in the surgical scene.
In high-speed motion scenarios, such as the rapid movement of instruments during heart surgery, traditional 4K30P cameras may experience image blurring and distortion. However, when combined with the 4KP60 AI network interface board and 4KP60 camera module, they can output 4K60 frames at a high frame rate, effectively reducing this phenomenon. This provides doctors with clear and smooth surgical images, ensuring the accuracy of the surgical operation.
Take the Sony FCB-ER9500 camera module as an example. This camera module is equipped with a 1/1.8-inch STARVIS 2 CMOS sensor with an effective pixel of 8.4 million. It is also equipped with a 25x optical zoom lens. When used in conjunction with the 4KP60 AI network interface board, it can clearly capture fast-moving targets in drone aerial photography, such as racing cars and flying birds. In security monitoring, it can accurately identify vehicle license plates and facial features of individuals. In the medical field, it can clearly present the tissue reactions at the surgical incision and the details of the lesions under the endoscope, avoiding the influence of image noise on diagnosis. For example, in neurosurgery, doctors need to accurately locate deep nerves. The 4K ultra-high-definition resolution can capture the tremors of nerve endings, providing doctors with more detailed and accurate imaging information, which helps them make more precise diagnostic and treatment decisions.
4KP60 AI network interface board
Ⅱ. AI intelligent integration, achieving precise intelligent recognition
The 4KP60 AI network interface board is equipped with built-in basic AI functions and supports in-depth expansion of AI capabilities. After authorization, users can flexibly connect their own algorithms and quickly expand customized functions such as intelligent recognition, automatic analysis, and auxiliary interpretation. In medical scenarios, this feature has played a significant role.
In the operating room, it can achieve automatic identification of the lesion. Through learning and training on a large amount of surgical image data, the AI algorithm can accurately identify the location, size and shape of the diseased tissue, and mark them on the surgical image for the doctor to have a clear reference.
Meanwhile, it also has a real-time risk warning function for surgeries. During the operation, the AI algorithm can analyze the surgical images in real time, monitor the patient’s vital signs and the operation procedures. If any abnormal situations are detected, such as excessive bleeding or improper use of instruments, the system will immediately issue a warning signal to alert the doctor to take timely measures to prevent the occurrence of surgical risks.
CMEF2026
Ⅲ. Dual signal synchronous output, meeting diverse needs
Another core innovation of the 4KP60 AI network interface board lies in its ability to simultaneously output two independent and complete 4K@60fps video streams. One stream is displayed locally through an HDMI interface without loss or delay, ensuring a better visual experience on key display terminals such as command screens and surgical demonstration screens; the other stream is encoded and remotely transmitted via a gigabit network interface, supporting mainstream streaming media protocols such as RTSP, RTMP, ONVIF, and can be optionally equipped with standards like GB28181, easily connecting to various platforms and storage systems.
In the surgical demonstration scenario, this design plays a significant role. The local large screen can display the surgical images without delay, allowing medical students and staff on-site to clearly observe every detail of the surgical operation; at the same time, the homogeneous high-definition stream is transmitted via the network to the remote consultation platform, enabling experts in different locations to watch the surgical process in real time, provide remote guidance and communication. This not only solves the problem of the limited number of observers in traditional operating rooms, but also improves the quality and efficiency of medical teaching, and promotes the sharing and optimization allocation of medical resources.
Ⅳ. Rich and expanded interfaces and compatibility, simplifying system integration
The 4KP60 AI Network interface Board offers a wide range of expansion interfaces, including TTL UART for camera control, support for USB and TF card storage expansion, audio encoding and decoding (supporting two-way voice and noise reduction), and alarm input and output interfaces, etc. It has extensive adaptability. Whether it is connecting storage devices for video data storage and backup, or connecting audio devices to achieve two-way voice communication, it can easily meet the requirements.
4K IP interface board
In addition, this control board is highly compatible with Sony’s FCB series and other 4K ultra-high-definition camera modules, and supports more brands of devices through Sony’s VISCA protocol. Its driver compatibility covers systems such as Windows, Linux, macOS and Android, simplifying the integration deployment process. This means that medical institutions can flexibly choose the appropriate camera module and control board to combine based on their own needs and existing equipment conditions, without worrying about system compatibility issues. This significantly shortens the development cycle of equipment manufacturers and reduces the cost and difficulty of system integration.
In the medical industry, how can you bring your work into the era of AI intelligent recognition? From April 9th to 12th, the 2026 Medical Devices Expo in Shanghai awaits your participation for discussion.
Ruiloog Electronic Booth Information:
Date: April 9th – 12th, 2026
Location: Shanghai National Exhibition Center
Ruiloog Booth: Hall 8, 8.1Q43