Panasonic AV-HS410N User Manual
7
Features
Compact design, wide variety of input/output signals
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HD/SD‑SDI input and output signals are supported as
a standard option, and a frame synchronizer (FS) is
incorporated for all inputs. In addition, there are four
up‑converter (UC) lines and eight video process lines.
incorporated for all inputs. In addition, there are four
up‑converter (UC) lines and eight video process lines.
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The unit is provided with two option slots for input/output
applications. When an option board designed for input
applications is installed, the number of input lines can
be extended up to 13; similarly, when an option board
designed for output applications is installed, the number of
output lines can be extended up to 10.
applications is installed, the number of input lines can
be extended up to 13; similarly, when an option board
designed for output applications is installed, the number of
output lines can be extended up to 10.
Multiple formats supported
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The signal formats listed below are supported.
HD format:
1080/59.94i, 1080/50i,
1080/59.94i, 1080/50i,
1080/24PsF
1
, 1080/23.98PsF
1
,
720/59.94p, 720/50p
SD format:
480/59.94i, 576/50i,
480/59.94i, 576/50i,
DVI
2
1: The following option boards are not supported:
AV‑HS04M1, AV‑HS04M2, AV‑HS04M3, AV‑HS04M4,
AV‑HS04M5, AV‑HS04M6, AV‑HS04M7
AV‑HS04M5, AV‑HS04M6, AV‑HS04M7
2: The standard DVI‑D IN connector and DVI‑D OUT
connector support the input and output of DVI‑D
signals.
signals.
The AV‑HS04M3 board supports the input of DVI‑I
signals.
The AV‑HS04M5 board supports the output of DVI‑I
signals.
The AV‑HS04M8 board supports the input of DVI‑D
signals.
Frame synchronizer system
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A frame synchronizer is incorporated for each of the inputs
so that asynchronous video signals can be selected with
no accompanying shocks.
no accompanying shocks.
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A genlock function is provided so that external
synchronization systems using external sync signals (BB
or TRI signals) as a reference are also supported.
or TRI signals) as a reference are also supported.
4-channel up-converter, 8-channel Dot by Dot function
and 8-channel video process function
and 8-channel video process function
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An up‑converter is incorporated in SDI IN 5 to SDI IN 8.
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A Dot by Dot function is incorporated for all the SDI input
connectors (SDI IN 1 to SDI IN 8).
By using this function and the PinP function together,
SD materials can be embedded in HD images with no
deterioration in the image quality.
By using this function and the PinP function together,
SD materials can be embedded in HD images with no
deterioration in the image quality.
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The video process function is incorporated in all the SDI
input connectors (SDI IN 1 to SDI IN 8) to make it possible
to adjust the colors at the input stage of the switcher.
to adjust the colors at the input stage of the switcher.
Sophisticated multi view display function
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One channel is provided for the multi view display function.
The user can select whether the screen is to be split into
16, 10, 9, 6, 5 or 4 sections.
16, 10, 9, 6, 5 or 4 sections.
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Materials such as PGM, PVW and AUX as well as a clock
can be allocated to the split screens in addition to the input
materials.
materials.
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The level of the embedded audio signals superimposed on
the SDI input signals can be displayed.
Many different effect functions incorporated
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Along with the standard wipe, mix and cut functions, the
switcher can provide size reduction, slide and other DVE
transitions.
transitions.
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Any of the following keys can be selected as the keyers.
Linear key, luminance key, chroma key
One DSK line is also provided as a keyer.
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The unit is equipped with two PinP lines and four AUX bus
lines.
Not only cut but mix transitions can be selected as the
bus transition function (effects produced by switching the
materials using the PinP and AUX buses).
(AUX1 only for AUX bus)
Not only cut but mix transitions can be selected as the
bus transition function (effects produced by switching the
materials using the PinP and AUX buses).
(AUX1 only for AUX bus)
High-quality chroma keys using Primatte
®
algorithms
The Primatte
®
algorithm, which has proven to be very popular
in many non‑linear editors as a plug‑in software, has been
put to practical use in a linear editing system for the chroma
keys. High chroma key image quality can be achieved through
some simple operations.
put to practical use in a linear editing system for the chroma
keys. High chroma key image quality can be achieved through
some simple operations.
Recording and playback of video memory data
(2 systems: still images and movie clips) with key signals
attached possible
(2 systems: still images and movie clips) with key signals
attached possible
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The still images (STILL) and movie clips (CLIP) stored in
the video memory can be selected as the bus materials.
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Movie clips with two lines of key signals attached can be
recorded and played back.
(Up to 10 seconds/600 frames when the 59.94i system is
used)
(Up to 10 seconds/600 frames when the 59.94i system is
used)
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Still images and movie clips can be sent from memory
cards to the video memories.