Planar Bobcat X SN-4045-WX, User Manual, Page: 24 / 157

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2.5 Connecting Picture Sources
The Bobcat X accepts inputs from many different sources, depending on configuration
Which Configuration Do You Have?
The Bobcat X can be ordered in one of two configura-
tion: Base Model or Video Model.
Base Model Inputs
The base model has on analog computer video input port
and two RS232 ports (input and output). You may connect
standard sources ranging from VGA to UXGA and 480i,
480p, 720p, or 1080i to the analog video input port.
Video Model Inputs
The Video Model has a total of five different inputs. Of
these five different video inputs, four are the same for both
models: Analog, Composite, S-Video, and Component
(YPbPr).
The fifth connector on the Video Model is a DVI input
port that accepts all video and graphics signal inputs up to
165MHz pixel clock.
Computer sources
Connect analog computer sources to the analog connec-
tor or on Video Models, connect digital computer sources
to the DVI connector.
Since computer sources are RGB, you must set the Col-
orspace to RGB in the Picture menu.
Video Sources
Connect composite video sources to the yellow RCA
connector, S-Video sources to the S-Video connector, and
component video sources to the red, green, and blue RCA
connectors.
Component and S-Video connectors accept NTSC and
PAL video sources. The composite connector also accepts
SECAM video sources.
✎
For some customers and field upgrades, video
boards are shipped separately and must be
installed prior to use. For more information, see
“Installing the DVI Board” on page 7.
YPbPr sources
Component video sources, such as those provided by
some DVD players, should be connected to the component
connectors. These connectors accept 480i and 576i signals
(480p and HD signals are not accepted).
Most DVD players have red, green, and blue RCA con-
nectors for component video output.
Connectors and Locations
The locations of the connectors are show in the illustra-
tion on 7.
✎
For exact locations and dimensions of connectors,
see “Connector Locations and Diagrams” on
page 131.