Kramer Electronics VP-747 - Manual (Page 29)

24 VP-747 - Understanding the VP-747
7.2.1 The Transition from Preview to Program
The transition can occur in one of two modes (As selected via the Transition OSD
Menu, see
Section 8.1.3
• The Swap mode (default for the VP-747) (shown in
):
Figure 10 ), in which the
PREVIEW input buttons and the PROGRAM input buttons switch places
after pressing the TAKE button. For example, in
Figure 10 the PROGRAM
input button 3 would switch to 2 and the PREVIEW input button 2 would
switch to 3, so the RGBS source is displayed on the PROGRAM screen and
the Component source is displayed on the PREVIEW screen.
• The Follow mode in which the PROGRAM input button is switched to the
same position as the PREVIEW input button after the TAKE button is
pressed
7.3 Switching/Scaling of an Input
The VP-747 scales the selected sources to HDMI, RGBHV or YUV and VGA
simultaneously. It switches seamlessly between sources using the selected
special effects, which include cuts, fades, and wipes. Select the appropriate source
(from channel 1 to 8) via the Input command in both the Preview Setting OSD screen
and/or the Program Setting OSD screen (see
S ection 8.1
Composite video, s-Video, component video (sometimes called YUV or Y, B-Y, R-Y or Y, Pb,
Pr ), RGB/YUV, RGBS, RGsB, or RGBHV.
), via the IR or front panel
pushbuttons, or via the serial or Ethernet control.
7.4 Understanding the PIP Button Feature
The Picture-in-Picture inserter (PIP) is used for the simultaneous display of video
and graphic sources, and lets you display an inserted video PIP source over a graphic
source (for example, a composite video or s-Video PIP source inserted over a
component, RGB/YUV, RGBS, RGsB, or RGBHV graphic source), or an inserted
graphic PIP source over a video source (for example, a component (graphics),
RGB/YUV, RGBS, RGsB, or RGBHV graphic PIP source inserted over a
composite video, s-Video, or component video source), as in the table below. Both
the Preview and Program outputs can support the PIP function.
Since the HDMI signal is HDCP protected, an HDMI signal cannot appear on a display that is
not HDCP compliant.