Sony FX9 Cinema Camera Full Frame E-Mount

Full-Frame Sensor

The full-frame sensor in the Sony FX9 is a key feature that sets it apart from other cameras on the market. A full-frame sensor is larger than the sensors found in most consumer cameras, and it allows for improved low-light performance, greater dynamic range, and more detailed images. One of the benefits of a full-frame sensor is that it allows for better low-light performance. Because it is larger than smaller sensors, it is able to capture more light, which results in improved image quality in low-light conditions.

S-Cinetone Color Science

S-Cinetone Color Science is a proprietary colour processing system developed by Sony for its Cinema Line cameras, including the FX9. It is designed to produce natural, cinematic colours straight out of the camera, without the need for heavy colour grading. This allows filmmakers and videographers to capture the look they want with minimal post-production work, saving time and resources.

Dual Native ISO

The Dual Native ISO feature on the Sony Cinema Camera FX9 is a unique feature that allows the camera to capture clean, low-noise images in a variety of lighting conditions. It does this by using two different ISO sensitivity settings, which allows the camera to perform well at both low and high ISO settings. One of the benefits of Dual Native ISO is that it allows the camera to maintain a high level of image quality in low light conditions, without the need to raise the ISO sensitivity too high. This helps to reduce noise and improve overall image quality, especially in situations where a low ISO is not possible or desirable.

Slow Motion Feature

The Slow Motion feature on the Sony Cinema Camera FX9 allows users to capture smooth, slow-motion footage at up to 120 frames per second (fps). This allows for dramatic, slowed-down footage that is perfect for highlighting action or adding visual interest to your shots.

To use the Slow Motion feature on the Sony FX9, simply set the frame rate to a higher value than the desired playback rate. For example, if you want to capture slow-motion footage at 30 fps, you would set the frame rate to 60 or 120 fps. The camera will then capture the footage at the higher frame rate, and when played back at the desired speed, it will appear slowed down.