Hd/Rgb Output Section; Sd Input/Output Section; Hd/Rgb Input Section - Roland V-440HD Owner's Manual

HD/RGB Output Section

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1.
RGB PREVIEW Connector (Analog RGB) .................... (p. 20)
This is a D-Sub connector for outputting the RGB preview signal.
* The video in the HD/RGB Preview screen is displayed with the P in P
effect (p. 33) and other such effects applied.
2.
HD PREVIEW Connectors (Analog Component)......... (p. 20)
This is a set of BNC connectors for outputting the preview signal of HD
as analog component video.
* The video in the HD/RGB Preview screen is displayed with the P in P
effect (p. 33) and other such effects applied.
3.
HD OUT 1, 2 Connectors (Analog Component)........... (p. 20)
These are BNC connectors for outputting the result of mixing/switching
on the HD/RGB bus as analog component video.
4.
RGB OUT 1, 2 Connectors (Analog RGB) .......... (p. 20, p. 51)
The result of mixing/switching of the HD/RGB bus is output as RGB
signals from these connectors.

SD Input/Output Section

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1.
SD PGM OUT COMPOSITE Connector (CONPOSITE) .. (p. 20)
This connector outputs composite effects from the SD section as
composite video signals. Video monitors equipped with a composite
video input connector can be connected here.
2.
SD PGM OUT S-VIDEO Connector (S-VIDEO) .............. (p. 20)
This connector outputs composite effects from the SD section as S-video
signals. Video monitors equipped with an S-Video input connector can be
connected here.
3.
SD PREVIEW OUT Connector ............................. (p. 20, p. 24)
The preview screen from the SD section is output from this connector.
The menu (p. 24) is also displayed.
* The video in the SD Preview screen is displayed without the P in P
effect (p. 39) and other such effects applied.
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Names of Things and What They Do
4.
SD S-VIDEO IN 1–4 Connectors ......................... (p. 20, p. 29)
These are connectors for input of S-Video. Video devices equipped with
an S-Video output connector can be connected here.
As initially set at the factory, when video is simultaneously being input to
the SD COMPOSITE IN connector for the same channel, the video input
to the SD S-VIDEO IN connector is given priority.
5.
SD COMPOSITE IN 1–4 Connectors (Analog) ... (p. 20, p. 29)
These are connectors for input of composite video. Video devices
equipped with a composite video output connector can be connected
here.
As initially set at the factory, when video is simultaneously being input to
the SD S-VIDEO IN connector for the same channel, the video input to
the SD S-VIDEO IN connector is given priority.
* You can give priority to the SD COMPOSITE IN connectors. To
make this setting, go to "7. SD Input" (p. 61) and select input channel
in "1. SD Input Select" in the menu, then select "Composite."
6.
SD MONITOR OUT Output 1–4 Connectors (Analog Composite Video) ..(p. 20)
These BNC connectors output video from the SD S-VIDEO IN connectors or SD
COMPOSITE IN connectors as composite video.
When the V-440HD is connected to a video monitor equipped with composite
video input connectors, you can monitor the video of each channel.

HD/RGB Input Section

1.
HD/RGB IN 1–4 Connectors (Analog Component/RGB) . (p. 20)
These are BNC connectors capable of being used for input of analog
component signals or RGB signals.
If not inputting video, connectors to which no video is being input can be
used as loop thru outputs for video input via the HD/RGB IN 1–4
connectors (analog RGB).
* Video cannot be input via both the HD/RGB IN (BNC) connectors and
IN (D-Sub) connectors simultaneously. Inputting video simultaneously
in this manner may result in disruption of the video images.
2.
HD/RGB 75Ω TERMINATOR 1–4 Switches ....................(p. 21)
Switch to ON if no cables are connected to either the HD/RGB IN (BNC)
connectors or the HD/RGB IN (D-Sub) connector.
Switch to OFF if using these connectors as loop thru connectors.
3.
HD/RGB IN 1–4 Connectors (RGB/Analog Component) . ( p. 20 , p. 51 )
These are D-Sub connectors capable of being used for input of analog
component signals or RGB signals.
If not inputting video, connectors to which no video is being input can be
used as loop thru outputs for video input via the HD/RGB IN 1–4
connectors (analog component).
* Video cannot be input via both the HD/RGB IN (BNC) connectors and
IN (D-Sub) connectors simultaneously. Inputting video simultaneously
in this manner may result in disruption of the video images.
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