Sony FCB camera block
In the field of medical education, the remote teaching system of operating rooms is becoming an important tool for improving the level of primary medical care and promoting the downward flow of high-quality medical resources. However, traditional remote teaching systems often have pain points such as unclear picture quality, insufficient true color reproduction, and short transmission distance, which affect the teaching effect and user experience.
Sony FCB-EV9520L camera module, with its network output capability and advanced technical advantages, has successfully solved these pain points and brought a brand-new solution for remote teaching in the operating room.
First Outstanding picture quality, recreating real surgical scenes
Sony FCB-EV9520L adopts a 1/2.8-inch STARVIS 2 CMOS sensor with approximately 2.13 million effective pixels and supports full HD 1080P/60FPS video capture. This high pixel density and low noise feature enable the camera to provide excellent image quality and detail representation under various lighting conditions. Even in the complex lighting environment of the operating room, clear and detailed images can be captured, restoring the real surgical scene for remote observers.
In addition, the FCB-EV9520L also has the ability to reproduce true colors and can maintain the authenticity and fineness of colors under different lighting conditions. This is particularly important for medical teaching, as doctors need to accurately distinguish between normal tissues and areas with minor lesions. The surgical images captured by FCB-EV9520L have natural and realistic colors, which is conducive to improving the teaching effect and diagnostic accuracy.
Second, high-magnification zoom, flexible layout, meeting diverse teaching needs
The FCB-EV9520L is equipped with a 30x optical zoom lens, covering a wide shooting range from wide-angle to telephoto. In remote teaching in the operating room, doctors can flexibly adjust the focal length as needed. Whether it is fine operation observation at close range or overall layout control at a distance, it can all be easily achieved. This flexibility not only improves the efficiency of teaching, but also enhances the intuitiveness and interactivity of teaching.
Third, wide dynamic range, low illumination performance, capable of handling complex lighting environments
The lighting conditions in the operating room are often complex and changeable, while the wide dynamic range technology of FCB-EV9520L can effectively deal with this challenge. Through pixel-level exposure control and multi-frame synthesis algorithms, the FCB-EV9520L achieves an ultra-high dynamic range and is capable of maintaining clear images in extreme scenarios such as backlighting and direct strong light exposure. Even when the surgical light contrasts sharply with the shadowless lamp, it can still ensure that doctors accurately identify the direction of nerves and blood vessels.
Furthermore, the FCB-EV9520L also features starlight-level low-illumination performance, with a minimum illuminance of up to 0.0008Lx. This means that in medical environments with complex lighting conditions such as operating rooms, clear and stable images can be captured even in dim light. This low-illumination performance not only enhances the accuracy and safety of the surgery, but also provides more reliable image support for remote teaching.
Fourth, intelligent adjustment, real-time interaction, and enhanced teaching experience
FCB-EV9520L supports area auto exposure, area auto focus and area auto white balance functions. These intelligent adjustment functions can make individual adjustments based on the differences in brightness, focus and color temperature in different areas of the image, achieving clarity optimization and color restoration of different areas of the image in medical applications. This intelligent adjustment method not only improves the image quality, but also reduces the teaching burden of doctors.
Fifth. Long-distance transmission, stable output, and ensuring teaching quality
In order to cooperate with the network video signal output of FCB-EV9520L, the VRS-UD350 network control board was specially developed. This coding control board is capable of converting the video of FCB-EV9520L into network video signals, achieving high-definition and remote video acquisition, conversion and transmission. The camera module can be directly controlled through the network IE interface, meeting the demand for efficient transmission in remote teaching in the operating room.
Conclusion
The Sony FCB-EV9520L network output, with its advantages such as excellent picture quality, true color reproduction ability, wide dynamic range and intelligent adjustment, combined with the VRS-UD350 network interface board, has successfully solved the three major pain points of remote teaching in the operating room. It not only brings a brand-new solution to medical teaching, but also promotes the downward flow of high-quality medical resources and the improvement of the level of primary medical care.