Product guide

The following diagrams show two typical ways to use the iScan Ultra in a system.
Figure 1a depicts a system where the iScan Ultra is used as the primary video
switcher. Figure 1b depicts a system when the iScan Ultra is used in conjunction
with an A/V Preamplifier/Processor or A/V Receiver.
5
Installation and Set-Up (continued)
Signal Flow
Diagrams
VCR or other
Composite video source
Projector, HD-Ready TV,
or other 480/576-p
capable display device
Game Console or other
Composite video source
VCR or other
S-Video video source
Set-Top Box or other
S-Video video source
DVD Player or other
Component video source
DVD Player or other
Component video source
HD-DSS, Progressive
DVD Player, PC, or other
HD video source
Composite Video 1
*
Composite Video 2 *
S-Video 1 *
S-Video 2*
DVI Output
DVI Connector
or
Analog Output
HD-15 Connector
Component Video 1 *
Component Video 2 *
SD or HD
Component or RGB Video
* NTSC/PAL/SECAM interlace only
VCR or other
Composite video source
AVPreamp
Processor,
AV Receiver,
or other
Video
Switcher
Projector, HD-Ready TV,
or other 480/576-p
capable display device
Game Console or other
Composite video source
VCR or other
S-Video video source
Set-Top Box or other
S-Video video source
DVD Player or other
Component video source
DVD Player or other
Component video source
HD-DSS, Progressive
DVD Player, PC, or other
HD video source
Composite Video 1
*
Composite Video 2 *
S-Video 1 *
S-Video 2*
DVI Output
DVI Connector
or
Component Video 1 *
Component Video 2 *
SD or HD
Component or RGB Video
* NTSC/PAL/SECAM interlace only
Composite
Video
S-Video
Component
Video
iScan
Ultra
video
processor
iScan
Ultra
video
processor
Pass Thru Input
Pass Thru Input
Analog Output
HD-15 Conn ector
Figure 1a: iScan Ultra
used as the primary video
switching device.
Figure 1b: iScan Ultra used
in conjunction with an A/V
Preamplifier/Processor or
A/V Receiver