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How strong is the image stabilization technology of the SONY FCB-ER9500?

FCB-ER9500 is a new SONY high-end camera module, not only has 4K/60FPS capture ability, its image stabilization technology is also a highlight, how strong is its stabilization technology? Where’s the strong?

 

FCB-ER9500

FCB-ER9500

 

To clarify the image stabilization technology of SONY FCB-ER9500, it is necessary to start from the type of camera stabilization technology, which is mainly divided into optical stabilization (OIS) and electronic stabilization (EIS).

 

Optical Stabilization (OIS) : This stabilization technology detects vibrations in the camera by mounting a gyroscope or accelerometer inside the lens, and then moving some of the lenses or sensors in the lens to counteract the vibrations, thereby keeping the image stable. Optical anti-shake technology is divided into two categories: lens mobile and CCD mobile, which reduce photo blur through physical compensation.

 

Electronic shake prevention (EIS) : Unlike optical shake prevention, electronic shake prevention does not involve physically moving parts, but instead uses software algorithms to process image data and fine-tune the image during shooting to counteract camera vibration. This method may reduce the image quality slightly because it involves cropping or panning the image.

 

SONY zoom camera module since the adoption of CMOS sensors, began to convert from optical stabilization to electronic stabilization technology, although in the process may slightly reduce the image quality, but relative to its high-quality imaging ability, the impact is very small, in turn, its excellent stabilization performance, It can keep the output image clear and stable in the application scenario of jitter.

 

SONY FCB-ER9500

SONY FCB-ER9500 unique image stabilization technology

 

Unlike other SONY cameras, the FCB-ER9500 uses advanced image stabilization technology such as a built-in gyroscope sensor, electronic stabilizer and jitter compensation space. When the FCB-ER9500 camera detects jitter or vibration, the built-in gyroscope sensor will collect real-time jitter data. The multi-dimensional jitter information including horizontal, vertical and center rotation is transmitted to the image processing chip.

 

According to the jitter data detected by the gyroscope sensor, the electronic stabilizer will adjust the lens in real time to offset the impact of jitter on the image, ensuring the clarity and stability of the image.

 

In addition, the SONY FCB-ER9500 also uses the image sensor (1/1.8 inch type) pixel number (about 8.4 million) to provide a huge jitter compensation interval, so that it can more effectively reduce the image jitter blur in severe jitter and twisting environments, further ensuring the stability and clarity of the image.

 

The SONY FCB-ER9500 offers two anti-shake modes, “Super” and “Super+”, to suit different shooting scenarios and needs:

SONY FCB-ER9500 Super and Super + anti-shake modes

 

SONY FCB-ER9500 Super image stabilization

 

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.

Because the SONY FCB-ER9500 has excellent super image stabilization, it is very suitable for applications that may produce violent shaking or twisting, such as ships, ITS intelligent transportation, Bridges, drones, vehicles, etc. In these scenarios, the FCB-ER9500 can more effectively reduce image jitter blur.

 

To sum up, the FCB-ER9500’s super image stabilization function is one of the highlights, which uses advanced electronic stabilization technology and 8.4 million pixels of jitter compensation interval, and can achieve stabilization effects in multiple dimensions such as horizontal, vertical and center rotation. This feature enables the FCB-ER9500 to capture stable and clear pictures in complex environments, providing strong support for a variety of application scenarios.

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