manual MAP1 en - Audionet

setting for digital and analog DVI video signals already in the
progressive format.
Cinch Analog The video inputs 4 and video output 5 are re-defined in their
function to be used for component video input. Their analog
signals are routed directly to the analog part of DVI output 16 .
Use this setting for interlaced or progressive signals, that
should not be processed by the Progressive Scan Card.
DVI YUV In Video input 3 is configured for YUV video signals in interlaced
format (see connection diagram below).
DVI RGB In Video input 3 is configured for RGB video signals in interlaced
format. The Sync signals are connected separately as H/V Sync or C-
Sync (see connection diagram below).
DVI RGB+sog Video input 3 is configured for RGB video signals in
interlaced format. The Sync signals are provided on the Green
signal line: sog = Sync On Green (see connection diagram
below).
Cinch YUV In Video inputs IN1 and IN2 4 and video output FBAS 5 are redefined
as component (YUV) analog video input for interlaced
component (YUV) signals (see connection diagram below).
Cinch RGB+sog Video inputs IN1 and IN2 4 and video output FBAS 5 are redefined
as RGB analog video input for interlaced RGB signals
with sync signals on Green signal line: sog = Sync On Green
(see connection diagram below).
Note:
• The Progressive Scan Card will process interlaced video signals only! Use settings
DVI-Int. In or Cinch Analog for signal already in progressive format.
Connector pin assignment DVI input 3 :
As follows you can find the assignment of DVI input connector 3 for the different
analog video formats. Use these overview to choose the right cable for connecting your
video device.
Pin assignment of the DVI input connector
DVI input connector Analog video input format
Pin Signal YUV RGB + H/V-Sync RGB + C-Sync RGB + Sync on Green
8 Analog Vertical Sync - V-Sync - -
C1 Analog Red U R R R
C2 Analog Green Y G G G + Sync
C3 Analog Blue V B B B
C4 Analog Horizontal Sync - H-Sync C-Sync -
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