Manual - Holdan.eu

General Topography - 4:4:4 RGB sampling provides full bandwidth color,
which allows precise keying, including transparent (soft) Keys. The basic
unit’s 9 video inputs accommodate multiple analog and digital video and
computer signal formats and resolutions. It handles all known HDTV formats
and any RGB resolution up to 2048x2048 - not just some predefined ones, but
virtually ANY resolution. Each of the two independent outputs delivers DVI-I,
RGBHV (or RGBS or RGsB), YUV, YPbPr, Composite and YC (S-Video).
Ultimate flexibility - The C2-7000 series’ output signal format flexibility
assures that the native resolution of virtually any digital display can be
matched. Because of the resolution calculator (included in the Windows®
Control Panel), even new resolutions can be added to the unit. Signal
parameter adjustments can be made for each video input and are stored in
individual non-volatile memories. Dedicated memory is included for multiple
integral Testcards and Logos, so the unit can easily be used as a logo
inserter. The C2-7000 series employs pixel adaptive motion compensation to
de-interlace fast moving images and its automatic 3:2 Pull-down efficiently deinterlaces
video from 24 fps NTSC film.
Simple Control - The unit can be controlled from the front panel, via RS-232
or ethernet. The previously mentioned Windows Control Panel (available for
download from our Internet site) affords complete control of the unit and adds
Scripting to facilitate long, complex sequence of commands. Finally, hardware
based, switcher-like CORIO® Console allows a user to control the unit from
hardware, mimicking a classic video switcher device.
3.2 Terms of Reference
In order to operate the C2-7000 series, agreement on terminology is required.
To avoid confusion as you read through this manual, here are the terms of
reference used throughout.
Input Sources: At least nine signal inputs are available (11 on the C2-
7200/7210 and 17 on the C2-7260) and each of these are buffered and
made available to the unit’s video processor. The user can modify
numerous input signal parameters. In addition, the device can
determine the signal format of each input automatically so long as the
signal formats are commonly accepted worldwide standards.
Layers: Imagery is arranged in six layers and made available to the
device’s outputs. The degree of transparency can be set to make
individual layers opaque, semi-transparent or fully transparent. In
addition, with the exception of the 6 th layer (background color), the
layers can be positioned as desired in the ‘stack’ so that the user can
create any relationship he or she desires.
Modes: There are three modes of operation: Switcher, Independent
and Dual Picture in Picture (Dual PIP). In Switcher mode, inputs and
manipulations are shown on one output immediately and transferred to