DSP (Digital Signal Processor)
The DSP performs
Gamma curve
|
| FILMLIKE1 |
|
|
level |
|
|
|
|
|
|
|
| |
SD |
|
| ||
Image |
| FILMLIKE3 |
| |
| FILMLIKE2 |
| ||
|
|
|
|
|
| HD |
|
|
|
|
|
|
|
|
|
| Luminance | ||
| HD: | Normal setting for HDTV | ||
| SD: | Normal setting for SDTV | ||
| FILMLIKE 1 — 3: | |||
| FILM REC: | Movie production |
New 2.2-megapixel Progressive/Interlace CCD
For the
Chromatic Aberration Compensation (CAC)
This exclusive technology works between lens and camera, allowing for a highly sophisticated algorithm to be deployed that automatically compensates the registration error that is caused mainly by lens chromatic aberration, and minimizes the neighboring blur. By using a
DRS (Dynamic Range Stretcher) Function
DRS recognizes the average brightness of highlight and shadow areas and then automatically adjusts the aperture and uses knee control to suppress blocking in the shadow areas. In scenes with mixed dark and light areas, such as when moving from indoors to outdoors, DRS automatically provides a wider dynamic range with minimal blown highlights and blocked shadows.
High-Sensitivity Digital Super Gain
The
*1: Due to the use of image accumulation, the number of recorded frames per second decreases. This results in a
*2: With super gain set at +36 dB and digital super gain (6P cumulative mode) at +20 dB.
Scan Reverse Function for Film Lens Use
The
Simulation Showing the CAC (Chromatic Aberration Compensation) Effect
|
|
|
Full screen image (simulated*) | CAC OFF (simulated*) CAC ON (simulated*) |
When a zoom lens is used, chromatic aberration occurs near the perimeter of the R, G and B channels (with CAC turned off). When the advanced CAC function is utilized, after the CCD captures the image, the CAC function uses the DSP circuit to perform digital compensation using a table prepared for selected lens**.
The beneficial effect is more prominent for
Six Gamma Modes Including VariCam Film-Rec
A new digital signal processing (DSP) circuit in the
14-Bit Digital Processing with 12-Axis Color Correction
In the
Scene Files and Lens Files
•Scene Files: Store specific camera settings in
•Lens Files: Store settings for interchangeable lenses. Eight files can be stored in the camera unit, and 64 (8 x 8) files can be saved on an SD/SDHC Memory Card.
Shooting Assist Functions
•Three User Buttons: Assign a function to each, and then you can select functions with pushbutton ease.
•Focus Assist: Facilitates focusing by displaying the frequency.
•Variable Color Temperature: Color temperature can be adjusted with the jog dial after the white balance is set.
•Electronic Shutter with
•Two optical filters, ND and CC, have four positions each. The 3200K, 4300K, 5600K and 6300K positions of the CC filter help to express deeper colors.
•A
•The Audio Rec level adjustment features a push lock function.
•The Audio Input level adjustment (front) can be switched ON/OFF and allocated to desired channels.
Simulation Showing the DRS (Dynamic Range Stretcher) Effect
DRS OFF* | DRS ON* |
As seen in the image at the left, the ordinary auto knee function results in blown highlights outside the window or blocked shadows inside the room. The DRS detects the average brightness of both light and dark areas, and prevents blown highlights and blocked shadows to provide a broader dynamic range. This is especially effective for
** FUJINON 2/3" LENS compatible with CAC | * These simulated images ware prepared for the purpose of explaining the function. It |
| |
is not actual captured image. The effect is emphasized, and the actual image differs | 4 | ||
CANON 2/3" LENS compatible with CAC HJ22ex7.6B IASE/HJ17ex7.6B IASE | from the simulated images shown here. | ||
|