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Views: 0 Author: Site Editor Publish Time: 2026-04-10 Origin: Site
In the wave of medical intelligence, high-definition imaging and real-time recognition are becoming important engines for enhancing the accuracy of diagnosis and treatment. Our company's newly launched 4KP60 AI Capable & Addable IP Interface Board, relying on an expandable AI computing architecture, provides new support for medical image recognition and real-time analysis, helping to take surgical visualization, remote collaboration, and intelligent diagnosis to a higher level.
The 4KP60 AI Capable & Addable IP Interface Board, showcased by Our company at the 93rd China International Medical Equipment Fair (CMEF 2026), empowers intelligent recognition, real-time analysis, and lesion marking of medical images with AI computing power. We sincerely invite you to experience it from April 9th to 12th.
The 4KP60 AI Capable & Addable IP Interface Board is specially designed to be compatible with Sony FCB series 4K ultra-high definition camera modules and is also compatible with most 4K ultra-high definition camera modules with consistent interfaces. It supports 60 frames per second video output at 4K resolution, capable of clearly capturing the minute tissue changes and instrument dynamics during surgery.
In high-dynamic scenarios, such as the rapid manipulation of catheters and valves during cardiovascular interventional surgeries, traditional 30-frame-per-second videos are prone to trailing and blurring. By integrating a 4K60 frame-per-second camera module, the 4KP60 AI Capable & Addable IP Interface Board can significantly enhance the continuity and clarity of the images, providing more reliable visual support for the surgeons.
Take the Sony FCB-ER9500 module as an example. It is equipped with a 1/1.8-inch STARVIS 2 CMOS sensor, featuring 8.4 million effective pixels and 25x optical zoom. Coupled with a 4KP60 AI Capable & Addable IP Interface Board, it can clearly present the microvessels of the mucosa and the tissue layers at the surgical incision site under the endoscope in medical scenarios. Even in neurosurgery, it can help doctors identify the subtle tremors of deep nerves, providing visual evidence for precise operations.
The 4KP60 AI Capable & Addable IP Interface Board is equipped with basic AI processing capabilities and supports the authorized access to user-developed recognition algorithms, enabling the rapid implementation of customized functions such as lesion annotation, instrument tracking, and real-time monitoring.
During the surgical procedure, the system can automatically mark suspicious lesion areas based on visual algorithms to assist the doctor in positioning. Meanwhile, through real-time analysis of the surgical video stream, it can monitor indicators such as blood loss and the distance between instruments and tissues. Once potential risks are identified, it immediately alerts the surgeon, enhancing the safety of the operation.
The 4KP60 AI Capable & Addable IP Interface Board can synchronously output two complete 4K@60fps video streams: one is losslessly output via HDMI to the local large screen to ensure the surgical field of view is displayed without delay; the other is efficiently encoded and remotely transmitted through a gigabit network, supporting protocols such as RTSP, RTMP, and ONVIF, and can be integrated with platforms like GB28181, facilitating the distribution and storage of streaming media.
In surgical teaching and remote consultation, the local large screen provides a clear picture for on-site observation, while the network video stream can be transmitted in real time to the remote expert end, enabling multi-party synchronous participation and interactive guidance, breaking the spatial limitations and promoting the sharing of medical experience.
The 4KP60 AI Capable & Addable IP Interface Board offers a variety of expansion interfaces, including TTL UART for camera control, USB and TF card storage expansion, audio codec (supporting two-way voice and noise reduction), and alarm I/O interfaces, meeting the integration needs of various medical imaging systems.
The 4KP60 AI Capable & Addable IP Interface Board is compatible with Sony FCB series and other 4K ultra-high-definition camera modules, and can support more brand devices through the VISCA protocol. The system driver supports common platforms such as Windows, Linux, and macOS, significantly reducing the complexity of equipment connection and system integration, and helping medical institutions and equipment manufacturers quickly deploy high-definition intelligent visual solutions.
Step into the new era of AI recognition in medical imaging and join us in exploring the deep integration of technology and clinical practice.
We sincerely invite you to visit Our company's booth at the 2026 China International Medical Devices Expo in Shanghai.
Time: April 9th-12th, 2026
Location: Shanghai National Exhibition and Convention Center
Booth: 8.1Q43, Hall 8
