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SONY FCB-ER9500 coming soon: 4K/60FPS leads breakthrough

FCB-ER9500, as the first 4K/60FPS integrated camera module launched by SONY, is coming soon, causing widespread concern and expectation.

ONY FCB-ER9500 not only has a breakthrough of 4K/60FPS, but also combines the advantages of the FCB-EV9520L STARVIS2 CMOS sensor with high sensitivity, high dynamic range, low illumination, and the FCB-9500 series with high definition, super image stabilization, 7-blade aperture, and new three-zone function. It combines a number of advantages and pushes visual products to a whole new level.

 

1. Breakthrough of 4K/60FPS

Frame rate boost:

FCB-ER9500 4K/60FPS, in the realization of 4K ultra HD resolution at the same time, can transmit 60 frames per second, compared to 4K/30FPS, in the capture and display of dynamic images have a higher frame rate, thus providing a more natural video picture.

 

Increased fluency:
In fast motion or highly dynamic scenes, the 4K/60FPS FCB-ER9500 can maintain the coherence and stability of the picture, reduce motion blur, and make the dynamic image clearer and smoother.

 

More real:
The 60-frame picture is closer to the visual perception in real life, because the human eye is actually constantly receiving and processing a large amount of picture information when observing fast-moving objects. Therefore, the 60-frame picture can more accurately simulate the visual perception of the human eye, and users feel a more real and more immersive visual experience.

 

Detail capture:
The high frame rate also helps capture more detail and dynamic changes, making the picture look more natural and comfortable. When shooting scenes such as sporting events, fast-paced games or virtual reality, the SONY FCB-ER9500 is particularly advantageous.

 

2. 25x optical zoom

In addition to 4K/60FPS, the FCB-ER9500 also features a 25x optical zoom lens, SONY’s first application on a 4K ultra HD camera module. The 25x optical zoom lens enables the FCB-ER9500 to make a smooth transition from wide Angle to telephoto, covering a wider shooting range. Whether you need to capture vast scenes or remote details, you can maintain the clarity and detail of the picture.

 

3. Super image stabilization

Like SONY FCB-EW9500H, FCB-EV9500M, FCB-EV9500L,

SONY FCB-ER9500 uses advanced image stabilization technology such as a built-in gyroscope sensor, electronic stabilizer and shake compensation space, and uses 8 megapixels to provide a wider correction area, which can more effectively reduce image shake and blur in violent shake and twisting environments. In addition, it can realize the super image stabilization function in multiple dimensions such as horizontal, vertical and center rotation.

At the same time, two anti-shake modes “Super” and “Super+” are also provided to adapt to different shooting scenes and needs:

Super mode: In the general jitter environment, Super mode can effectively suppress jitter to ensure the clarity and stability of the image.

Super+ mode: Users can switch to Super+ mode when experiencing more intense jitter. In this mode, the camera will use a larger correction area to suppress and reduce stronger jitter, ensuring the stability of the video picture.

In the applications of ships, ITS intelligent transportation, Bridges, drones, vehicles, etc., which may produce violent shaking or twisting, SONY FCB-ER9500 can ensure that it can still capture stable and clear pictures in these complex environments with its multi-dimensional and all-round image stabilization function.

 

4. 4K STARVIS2 CMOS sensor

The FCB-ER9500, which utilizes an 8-megapixel STARVIS2 CMOS sensor and a 4K resolution lens, achieves superior high sensitivity, high dynamic range, wide motion and low light performance to capture more detail in high-contrast scenes and low-light environments. Color images can still be output even at a low illumination of 0.01Lx, with a minimum illumination of 0.00008Lx.

The low illumination performance of the FCB-ER9500 has a wide range of applications in many industries such as security monitoring, industrial automation, inspection robots, drones, broadcast television and video conferencing. These industries demand high standards for high-quality, low-light image capture, and the FCB-ER9500 is the ideal choice to meet these needs.

 

5. New three regional functions

The new three-zone features of the SONY FCB-ER9500 include: zone Auto focus, zone auto exposure, and zone auto white balance.

These functions can set independent specific areas within the picture, so that the adjustment level of the captured image changes only according to the specific area, and will not be affected by changes outside the area.

By controlling the key parameters of the image, the intelligence and image quality of SONY FCB-ER9500 are greatly improved. These features not only meet the demanding professional monitoring and remote video needs, but also provide users with more flexible and accurate image adjustment options.

 

6. ICR ON Color

SONY FCB-ER9500 night sense infrared mode has also been greatly improved, compared with FCB-EV9520L and FCB-9500 series, in the near infrared to infrared band (850~1000nm) has a higher sensitivity, can effectively get color images in the dark environment, especially suitable for application in the scene of low light.

 

7. Other functions

SONY FCB-ER9500 also uses 7 blade aperture, and has night sense infrared mode, reduce image jelly effect distortion, fog, noise reduction, automatic day and night switch, point light source avoidance and other functions, through different ways and methods, to ensure the improvement of image quality and picture stability.

Sum up
SONY FCB-ER9500 not only achieves 60 frames per second capture capability and 25x optical zoom on 4K ultra HD resolution, but also continues to use the powerful hardware composition and excellent performance of FCB-EV9520L and FCB-9500 series. The SONY FCB-ER9500 can maintain a stable working state in a variety of complex environments, while providing high-quality image output. Provides strong visual support for a wider range of application scenarios.

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