Camcorders - Sony Camcorders HDW-F900R HDWF900R HDW F900 R
Description of Sony Camcorders HDW-F900R HDWF900R HDW F900 R
SONY HDCAM HDW-F900R
£22000 (excluding VAT)
Comes with Sony HDVF 20A Viewfinder and Mic.
Drum hours - 738
Tape hours - 129
Operation hours - 1048
Thread hours - 337
Comes with a 3 month warranty
The highly respected HDW-F900 camcorder has now been refined into the next-generation HDW-F900R, offering a variety of further enhanced functionalities. The HDW-F900R camcorder records images in accordance with the CIF (Common Image Format) standard, which specifies a sampling structure of 1920 x 1080 active pixels (horizontal x vertical). Plus, as well as recording at 24P, the HDW-F900R camcorder is switchable to record at 25P, 29.97P progressive scan, and also at 50 or 59.94 Hz interlaced scan.
The HDWF900R also provides a comprehensive range of features for creative shooting such as enhanced gamma features and colorimetry controls. Plus, the design of the HDW-F900R is highly compact and lightweight, giving users higher levels of mobility and comfort when shooting.
To further enhance the creative and operational versatility of the camcorder, a wide range of optional accessories are available. These include a picture cache board, a 2-3 Pull-down and down converter board, and a slow-shutter board. In combination with its renowned 24P capability and attractive cost efficiency, all of these great functionalities make the HDW-F900R the perfect solution for shooting television series , documentaries, commercials, as well as motion pictures.
Highlights:
·Camera image capture complies with the ITU-R, BT 709-3 Recommendation for High Definition Production and International Programe Exchange
Equipped with 2/3" type 2,200,00 sensor FIT imager, providing high resolution 16:9 images
Compact, lightweight and robust body design with cinematography accessories attached
Continuous recording time of up to 50 minutes (24P mode)
Newly developed LSI for ADSP (advanced digital signal processor) improves picture quality, ensuring picture stability and operational reliability while reducing total power consumption.
