The HDR-FX7E is a beast of a camcorder, and its price will be well beyond most people's budgets. However, if you're serious about your videomaking it could make a wise investment. If you can live without XLR audio, it's an ideal camcorder for anyone looking to do professional video work with a limited budget. Sony seemed to attract its consumer and professional discussion with the release of HDR-FX7E. What do you get for the extra money, and why it came to hit the market all over the world and changed the period of digital camcorder? Here I will introduce this type of Sony camcorder with concise words.
Product Description: Sony Handycam HDR-FX7E - camcorder - Mini DV (HDV)
Product Type: Camcorder - 1080i - widescreen
Dimensions (WxDxH): 14.5 cm x 32.2 cm x 15.6 cm
Weight: 1.4 kg
Media Type: Mini DV (HDV)
Supported Flash Memory: Memory Stick Duo, Memory Stick PRO Duo
Sensor Resolution: 1.12 Mpix
Effective Sensor Resolution: Video: 1.04 Mpix - Still: 1.2 Mpix
Shooting Modes: Digital photo mode
Lens Aperture: F/1.6-2.8
Focus Adjustment: Automatic, manual
Image Stabiliser: Optical (Super Steady Shot)
Microphone: Microphone - built-in - stereo
Viewfinder: Electronic - 0.54" - colour
Display: LCD display - 3.5" - colour
Supported Battery: 1 x Li-ion rechargeable battery - 2200 mAh ( included )
The FX7E still records to regular tape-based HDV, using the usual 1,080i resolution ratio. However, it is not so easy for us to enjoy HD video files directly in PC with its restore media. So you need a great managing tool to ensure that you can play HD videos in TV players or other mobile devices. Generally, the number of sensor chips was one of the main differentiations between consumer and professional camcorders. The common consumer used just one CCD, where the professional users used three, one for each colour signal.
But three decently-sized sensors are still the authentication of a quality camcorder, and Sony's HDR-FX7E is no exception. The FX7E used three CMOSes instead of CCDs. Each one is 1/4in with 1.1-megapixels, which are actually smaller than the trio of 1/3in CCDs. In theory, it will mean inferior low-light performance. But CMOSes do have their advantages - lower power consumption, and true progressive scanning, where video CCDs provide an interlaced signal.