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DXOMARK Sensor Scores |
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Overall Score
[?]
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0
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Portrait (Color Depth)
[?]
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0 bits
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Landscape (Dynamic Range)
[?]
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0 Evs
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Sports (Low-Light ISO)
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0 ISO
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| Type | |
| Announced | 26/05/2011 |
| Indicative price (USD) | |
| Sensor type | CCD |
| Resolution | 8176 x 6132 |
| Sensor photo detectors (Mpix) | 50 |
| Sensor size (mm) | 36.7 x 49.1 |
| Color filter array | RGB |
| Pixel pitch (µm) | |
| Bits per pixel | |
| Focal length multiplier | |
| Aspect Ratio | 4:3 |
| ISO latitude | 50 - 800 |
| Shutter type | Mechanical shutters controlled via flash sync. Electronic shutters can be controlled from Phocus |
| Fastest - Slowest speed (s) | 1/800 - 128.0 |
| Frame rate (fps) | 0.9 |
| Live view | No |
| Stabilization | No |
| Firmware | |
| Dust cleaning | No |
| Mount type | Hasselblad H system |
| Weight (gr) | |
| Battery type | Li-ion, 7.2V, 1850mAh |
| Battery weight (gr) | |
| Tropicalization | |
| Camera material | metal (One piece stainless steel shell. Die-cast aluminium internal structure.) |
| Mount material | |
| View finder type | Optical |
| View finder magnification | 0 |
| View finder coverage | 100 |
| Mirror lockup | |
| View finder diopter | |
| Monitor type | LCD |
| Monitor size | 3 |
| Monitor pixel | 230400 |
| Articulated screen | No |
| Touch screen | No |
| Contrast screen | |
| Low-pass filter | |
| Focus mode | Yes |
| Autofocus modes | Single Shot (AF S), Continuous (AF C), True Focus (AF T) |
| Number of autofocus points | |
| Exposure bracketing | Bracketing using predetermined number of captures (2, 3, 5, 7 or 9) in 1/3, 1/2, or 1 EV step difference intervals. |
| Exposure compensation | |
| Drive modes | single, multi-shot, continuous, self-timer, interval |
| Buffer size | |
| Recording medium | CF card type U-DMA |
| Image format | Lossless compressed Hasselblad RAW 3FR |
| White balance bracketing | |
| Connectivity | FireWire 800 (IEEE1394b) |
| Bluetooth | |
| 3G | |
| Sound recording | |
| External micro | |
| Histogram | Yes |
| GPS | External (optional) |
| Video | No |
| Maximum format image video | |
| Full HD | |
| Live autofocus | |
| Video file format | |
| Video codec | |
| Video stabilisation |
Certain fields may be left blank. They will be updated as soon as possible.
| Type | |
| Announced | 01/09/2009 |
| Indicative price (USD) | 1974 |
| Sensor type | CMOS |
| Resolution | 5360 x 3515 |
| Sensor photo detectors (Mpix) | 18.84 |
| Sensor size (mm) | 14.9 x 22.3 |
| Color filter array | RGB |
| Pixel pitch (µm) | |
| Bits per pixel | 14.0 |
| Focal length multiplier | 1.6 |
| Aspect Ratio | 3:2 |
| ISO latitude | 100 - 12800 |
| Shutter type | Mechanical |
| Fastest - Slowest speed (s) | 1/8000 - 30.0 |
| Frame rate (fps) | 8.0 |
| Live view | Yes |
| Stabilization | No |
| Firmware | |
| Dust cleaning | Yes |
| Mount type | EOS EF |
| Weight (gr) | 820 |
| Battery type | Canon Li-Ion LP-E6 & CR1616 |
| Battery weight (gr) | 40 |
| Tropicalization | |
| Camera material | |
| Mount material | |
| View finder type | Optical |
| View finder magnification | 1 |
| View finder coverage | |
| Mirror lockup | Yes |
| View finder diopter | Pentaprism, 100% coverage |
| Monitor type | LCD |
| Monitor size | 3 |
| Monitor pixel | 920000 |
| Articulated screen | |
| Touch screen | |
| Contrast screen | |
| Low-pass filter | |
| Focus mode | One-shot, AI Servo, AI Focus, Manual |
| Autofocus modes | TTL-CT-SIR |
| Number of autofocus points | 0 |
| Exposure bracketing | 63 area Eval |
| Exposure compensation | -3 to +3 EV in 1/3 EV or 1/2 EV steps |
| Drive modes | single, continuous, self timer |
| Buffer size | N/A |
| Recording medium | Compact Flash (Type I or II), UDMA, Microdrive cards |
| Image format | JPEG, RAW |
| White balance bracketing | -3 to +3 EV steps |
| Connectivity | USB, video |
| Bluetooth | |
| 3G | |
| Sound recording | |
| External micro | |
| Histogram | |
| GPS | |
| Video | |
| Maximum format image video | |
| Full HD | |
| Live autofocus | |
| Video file format | |
| Video codec | |
| Video stabilisation |
Certain fields may be left blank. They will be updated as soon as possible.
- ScreenThis tab shows the measurement values and graph derived directly from a RAW image when displayed on a computer screen at 100% magnification (i.e., one image pixel corresponding to one screen pixel).
- PrintThis tab displays the print performance measurement values and graph derived from a RAW image after a normalization step that transforms all images, regardless of original resolution, to an 8Mpix image. The print size we have chosen is a standard 300dpi 8"x12" format, which corresponds to about the physical size of an 8Mpix image printed at 100% magnification.
- ScreenThis tab shows the measurement values and graph derived directly from a RAW image when displayed on a computer screen at 100% magnification (i.e., one image pixel corresponding to one screen pixel).
- PrintThis tab displays the print performance measurement values and graph derived from a RAW image after a normalization step that transforms all images, regardless of original resolution, to an 8Mpix image. The print size we have chosen is a standard 300dpi 8"x12" format, which corresponds to about the physical size of an 8Mpix image printed at 100% magnification.
- ScreenThis tab shows the measurement values and graph derived directly from a RAW image when displayed on a computer screen at 100% magnification (i.e., one image pixel corresponding to one screen pixel).
- PrintThis tab displays the print performance measurement values and graph derived from a RAW image after a normalization step that transforms all images, regardless of original resolution, to an 8Mpix image. The print size we have chosen is a standard 300dpi 8"x12" format, which corresponds to about the physical size of an 8Mpix image printed at 100% magnification.
- ScreenThis tab shows the measurement values and graph derived directly from a RAW image when displayed on a computer screen at 100% magnification (i.e., one image pixel corresponding to one screen pixel).
- PrintThis tab displays the print performance measurement values and graph derived from a RAW image after a normalization step that transforms all images, regardless of original resolution, to an 8Mpix image. The print size we have chosen is a standard 300dpi 8"x12" format, which corresponds to about the physical size of an 8Mpix image printed at 100% magnification.