More than just a camera, the C300 cameras mark the beginning of a whole new system for the motion picture industry. Form factor, ergonomics, image processing and lenses - re-imagined to tailor the experience of shooting to the needs of professional cinematography crews.

The F23 camera system is the pinnacle of Sony's 2/3" CineAlta™ line of 24P acquisition products for digital television and motion picture content creation.

A great tool for cinematographers, in daily use worldwide

"3G Ready" HD Studio Camera

The HDC-1400 portable camera utilises advanced HD Digital Signal Processing with 14 bit A/D converters. It also incorporates a newly developed CCD imager that captures images in 720 50 frame progressive or 1080 50 field interlace frame rates. The new CCD and DSP LSI are key devices that allow stunning image capture and control.

The HDC-1450 portable camera utilises advanced HD Digital Signal Processing with 14 bit A/D converters.

The HDC-1500 portable camera utilises advanced HD Digital Signal Processing with 14 bit A/D converters. It also incorporates a newly developed CCD imager that creates images in either 1080 50 or 60 frame progressive or 1080 50 or 60 field interlace frame rates,

The HDC-1550 portable camera utilises advanced HD Digital Signal Processing with 14 bit A/D converters. It also incorporates a newly developed CCD imager that creates images in either 1080 50 or 60 frame progressive or 1080 50 or 60 field interlace frame rates, depending on desired final system output.

The HDC-3300 can capture full-resolution 1920 x 1080 high-definition images at an amazing three times the normal frame rate (1080/180i, 1080/150i, 720/180P, or 720/150P). The HDC-3300 system is capable of transferring data at a rate of 10 Gb/s.

The HDC-X300 multi-purpose compact HD camera - opening new possibilities to HD image acquisition.

The HDC-X300 multi-purpose compact HD camera - opening new possibilities to HD image acquisition.

The HDC-X310 incorporates three 1/2-inch type 1.5-mega pixel HD CCDs, which offer high resolution, high sensitivity, and high signal-to-noise characteristics.