~ 6 ~
1.
Connect HDMI or DVI source to the video input.
2.
Connect S/PDIF or stereo audio source to RCA jack or 3.5mm jack.
3.
For connecting to VGA display/projector, link VGA cable to the VGA output connector. For connecting to component
(YPbPr) video display/projector, link VGA-component breakout cable first to the VGA output connector then link a
component cable to the component (YPbPr) display/projector.
4.
Power up the ASP-HTV.
1.
Power up the ASP-HTV. Connect display to VGA/YPbPr Output.
2.
To learn EDID for HDMI source, please power up ASP-HTV first. Secondly pull down the DIP switch 1 to ON, and the
red light will be dark and bright to indicate the EDID learning process is complete. Finally, please remember to reboot
ASP-HTV for updating. You DON’T NEED to pull up the DIP switch again unless you want to learn another EDID by
pulling DIP switch 1 up and down.
3.
To learn EDID for DVI source, please power up ASP-HTV first. Secondly pull down the DIP switch 2 to ON, and the
red light will be dark and bright to indicate the EDID learning process is complete. Finally, please remember to reboot
ASP-HTV for updating. You DON’T NEED to pull up the DIP switch again unless you want to learn another EDID by
pulling DIP switch 2 up and down.
1.
Only HDMI enabled TV sets with underscan/overscan
*
support, the full active video can be accurately displayed.
Some HDMI equipped TV sets may not support this feature. If underscan/overscan
*
is NOT supported, the top, bottom,
left and right border of the active video may be screened, and the S/PDIF audio may not sound right.
2.
Analog stereo audio can merely support 2-channel audio. This version does NOT support 8-channel analog audio
applications.
3.
S/PDIF audio input supports the main 2-channel audio input
4.
S/PDIF supports only 48kHz audio sample rate. Other than this rate, the input digital audio should be adjusted to
48kHz in order to get audio signal correctly sent.
*
The
underscan
mode
displays
the
full
video
frame,
which
reveals
content
on
the
edge
that
is
recorded.
In
overscan
,
the
field
monitor
zooms
in
to
the
area
that
would
be
visible
on
most
televisions.
Set
the
field
monitor
to
underscan
if
your
video
will
be
viewed
on
a
computer
monitor
or
shown
with
a
projector
and
also
to
look
for
light
stands,
microphones,
and
other
unwanted
objects
on
the
edges
of
your
shot.
Set
it
to
overscan
to
see
how
the
video
will
look
on
a
television.
Hardware Installation
Notice
EDID Learning