Arriflex D-20
Package Includes
Arri D-20 Camera Fiber Optic Box New Arri D-20 Camera Body Arri D-20 Wide Angle Eyepiece Arri D-20 Extension Viewfinder Arri D-20 Manual Arri 24v Power Cable x2 Bridge Plate 19mm Fiber Cable Arri D-20 Body Case
SRW-1 HDCAM SR VTR Package SRW-1 HDCAM SR Portable VTR HKSR-101 Optic interface Board HKSR-102 Picture Cache Board SRPC1 Processor Unit SRW-1 Control Panel SRW Short Control Panel Cable SRW-1 Operation Manual Camera Shoulder Strap AC-DN2 12v Power Supply Shipping Case |
 |
| Arri D-20 with Fiber Box |
|
|
|
|
FILM STYLE CREATIVE OPTIONS BY DESIGN Since
the single 6 Megapixel CMOS sensor at the heart of the D-20 has the
same size as a Super 35 mm film aperture, the D-20 uses the same lenses
as 35 mm film cameras. This makes the vast range and excellent optical
quality of 35 mm lenses available to directors and cinematographers
when shooting HD, greatly expanding their creative options.The
resulting images have the same depth of field as 35 mm film, giving
film makers the ability to direct the viewer's attention to a specific
part of the image, a crucial tool in visual storytelling. Other issues
essential to cinematography are also addressed: the D-20 has the
ability to capture images at higher speeds, it runs speed ramps, has
excellent color fidelity and a high dynamic range.
A MODULAR AND FUTURE PROOF APPROACH To
ensure that the D-20 is an economically viable investment it is
designed in a modular fashion; the sensor can be upgraded when advances
in technology offer better performance, and the signal output boards
can be exchanged to accommodate future file based interface and storage
options. The rest of the D-20, including the housing, the Optical
Module (containing the lens mount, mirror shutter, optical viewfinder
and camera control electronics) and the internal data bus have been
designed to last through many upgrade cycles with traditional ARRI
robustness.
To
further future proof the D-20, many components have been designed for
capabilities far greater than the currently available recording
technologies can accommodate. The sensor and the internal data bus, for
example, are prepared for frame rates up to 150 fps.
THE OPTICAL MODULE Users
of ARRI film cameras should feel right at home with the bright optical
viewfinder and the silent rotating mirror shutter borrowed from the
ARRICAM. The optical viewfinder provides not only the highest quality
color image for evaluating focus and composition but also allows the
operator to see a larger image area than the sensor is capturing. The
optical video assist, which is optional, consists of the IVS II optics
and electronics from the ARRIFLEX 435 Xtreme. An optical video assist
has many advantages in a digital camera, as it provides a video image
when the mirror shutter is stopped in the viewing position, showing a
larger area than the sensor is capturing and using little power. The
Optical Module can be expanded to provide interfaces for many of the
extensive range of cine accessories, including wireless lens and camera
control or speed ramps with the Remote Control Unit RCU-1. These
accessories integrate with the D-20 just like they do with any other
ARRI camera.
FLEXIBLE OUTPUT OPTIONS: VIDEO OR FILM MODE Different
productions have different needs, and the D-20 is a flexible tool that
can be used in two different output modes: Video or Film Mode.
In
Video Mode, the data coming from the D-20 sensor is processed live in
the camera. Color reconstruction is performed simultaneously as the
2880 x 1620 pixel grid is converted to 1920 x 1080 resolution. A
sophisticated on-board color management system has been implemented to
optimize the camera's performance for different lighting situations
including blue and green screen work. In Video Mode, the D-20 can
supply a variety of standard HD video signals for different recording
formats, including HDCAM SR, thus allowing the D-20 to integrate
seamlessly into existing HD infrastructures.
In
Film Mode, the unprocessed data from the sensor is output directly to
the recorder. Similar to a film negative, this data must first be
„developed“ in an off-line process involving complex 3D Look Up Tables
(LUTs) before it is usable or even viewable. The advantage is that all
the image information captured by the sensor is retained, and being
able to use more processing power in post production results in higher
image quality. The live HD output can still be used for monitoring and
as a guide for color grading. The grading parameters can be stored as
metadata with the unprocessed image data.
|
|