Accom dveous/mx Manual Information page 30

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Section 1: Introduction to Dveous/MX
• Dual Twin HD Configuration
Please refer to the Video and Key Signal Paths section for detailed informa-
tion.
The A video transformation path is a full-bandwidth video channel. The B
channel can process key signals (luminance only), but is also a full band-
width video channel. This lets Dveous/MX operate in four modes:
• Video—you can control one video channel.
• Video/Video—you can control the twin channels independently.
• Video/Key—you can control the key channel independently.
• Video-Key/Shadow—the key follows the main video channel, with inde-
pendent control of the shadow.
Please refer to the Video and Key Signal Paths section for detailed informa-
tion.
Dveous/MX supports twelve Standard Definition (SMPTE 259M)or High
Definition (SMPTE 292M)10 bit serial inputs. Six inputs are standard and
six are available as an option.
The Dveous/MX chassis supports six Standard Definition (SMPTE 259M)
or High Definition (SMPTE 292M)10 bit serial outputs. They are selectable
as combined video, combined key, channel video or channel key outputs.
Multiple Rates and Formats -Dveous/MX supports both 525 and 625 for-
mats in SD mode. HD modes supported include 720,1035 and 1080 at
both progressive and interlaced formats.
SuperShadow—a full--bandwidth drop shadow.
An internal Combiner that keys up to two DVE channel pairs and the Target
Framestore over a background.
A Background Framestore that can feed live or frozen images to the internal
Combiner as a background.
SurfaceFX, which combines the powerful texture and 3D light sourcing
tools. There is an internal Pattern Framestore for generating video test pat-
terns and textures. You can use any input to the routing matrix, including
video and key inputs and the SuperMatte generator, as the source for a tex-
ture.
SuperMatte color generator for creating dual color washes and patterns. The
reTouch Color Corrector offers wide range color correction and modification
in either RGB or YUV space for each DVE channel input independently.
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