Panasonic AW-IF400 System Camera and Switcher Product Lineup Catalog - Page 60

AV-HS6000 Main Features

Page 60 highlights

AV-HS6000 Main Features *For information on other switchers, see Specification Function Comparison on page 64-67. Ample Input / Output Functions Inputs and outputs are provided with frame synchronizer, freeze, frame delay, format converter, dot by dot, color corrector and video process functions. The AVHS6000 supports incorporation of asynchronous signals, virtual system delay difference compensation, and color correction based on differences in camera and display device characteristics, for a smoother program production process. Multi-Format Support The AV-HS6000 supports multiple HD/SD formats including 1080/24PsF and 1080/23.98PsF to enable digital cinema production and worldwide operation. It is also compatible with the 3G/4K format*1. Various Keyers for Flexible Operations The AV-HS6000 comes with luminance key, linear key, chroma key and full key as well as keyers that can be used with P-in-P. Chroma keying employs the Primatte® algorithm, which is widely used as a plugin for nonlinear editors. Superior blue-spill processing naturally combines translucent objects, such as silk and glass, with background colors, making it possible to faithfully reproduce extremely fine objects such as individual strands of hair at a very high level of detail. It also comes with upstream and downstream keyers to support a wide range of video renderings. In addition, the preset function lets you register key settings for each DSK keyer and the keyers for each ME. P-in-P Examples Sample of 4 keyers in use Diverse DVE Transitions In addition to wipe, mix and cut transitions, 3D DVE effects such as page turn or DVE transitions using dual channel squeeze can be performed. Various renderings of image effects are also possible, including mosaic and defocus. Transitions and Effects Display Example Page Turn 2ch Squeeze Memory Functions Using memory function, setting, video and effects can be easily stored and recalled. It allows quick operation of switching and recalling effects in live video production, supports efficient operation and making it easy to perform video effects for more complicated operations. •Shot memory: This function recalls background transition patterns or other video effects, including PinP size, position, border width, and key on. Effect dissolve can be set to ensure smooth switching from the current effect to the next effect registered in shot memory. Display Example of Shot memory recalled just by pushing the selection button. Frame P-in-P 4 Layer P-in-P Primatte® High-Quality Chroma Key (picture simulated) Primatte® Chroma Key (picture simulated) Conventional Chroma Key (picture simulated) Display Example of Using Upstream Key 4:3 SD source (before UC) CG source for both sides HD 16:9 image with both sides Display Example of using Downstream Key (Example of multi-language broadcasting) LIVE LIVE ME output 60 DSK 1 Source DIRECT DSK 2 Source DSK PGM 1 DIRECT DSK PGM 2 •Event memory: This function allows continuous image effects to be registered and played back in a timeline. •Macro memory: This function allows record and playback of a series of operations on the Control Panel. It can also record and play back setting information, such as input/output and keyers. MultiSelection Panel shot memory and event memory operations can also be recorded in macro memory. Macro memories can be played back by assigning them to the cross point buttons, such as macro bus, PGM, and PST. •Video memory: Moving images (Clip) and still images (Still) can be recorded for use as video sources. Up to 60 seconds of moving images can be saved in standard mode, and up to 30 seconds in high image quality mode.

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60
Diverse DVE Transitions
In addition to wipe, mix and cut transitions, 3D DVE
effects such as page turn or DVE transitions using dual
channel squeeze can be performed. Various renderings
of image effects are also possible, including mosaic and
defocus.
Memory Functions
Using memory function, setting, video and effects
can be easily stored and recalled. It allows quick
operation of switching and recalling effects in live
video production, supports efficient operation and
making it easy to perform video effects for more
complicated operations.
•Shot memory: This function recalls background
transition patterns or other video effects, including
PinP size, position, border width, and key on. Effect
dissolve can be set to ensure smooth switching from
the current effect to the next effect registered in
shot memory.
•Event memory: This function allows continuous
image effects to be registered and played back in a
timeline.
•Macro memory: This function allows record and
playback of a series of operations on the Control
Panel. It can also record and play back setting
information, such as input/output and keyers. Multi-
Selection Panel shot memory and event memory
operations can also be recorded in macro memory.
Macro memories can be played back by assigning
them to the cross point buttons, such as macro bus,
PGM, and PST.
•Video memory: Moving images (Clip) and still
images (Still) can be recorded for use as video
sources. Up to 60 seconds of moving images can be
saved in standard mode, and up to 30 seconds in
high image quality mode.
AV-HS6000 Main Features
*For information on other switchers, see Specification
Function Comparison on page 64-67.
Ample Input / Output Functions
Inputs and outputs are provided with frame synchronizer,
freeze, frame delay, format converter, dot by dot,
color corrector and video process functions. The AV-
HS6000 supports incorporation of asynchronous
signals, virtual system delay difference compensation,
and color correction based on differences in camera
and display device characteristics, for a smoother
program production process.
Multi-Format Support
The AV-HS6000 supports multiple HD/SD formats
including 1080/24PsF and 1080/23.98PsF to enable
digital cinema production and worldwide operation.
It is also compatible with the 3G/4K format*
1
.
Various Keyers for Flexible Operations
The AV-HS6000 comes with luminance key, linear key,
chroma key and full key as well as keyers that can
be used with P-in-P. Chroma keying employs the
Primatte® algorithm, which is widely used as a plug-
in for nonlinear editors. Superior blue-spill processing
naturally combines translucent objects, such as silk
and glass, with background colors, making it possible
to faithfully reproduce extremely fine objects such as
individual strands of hair at a very high level of detail.
It also comes with upstream and downstream keyers to
support a wide range of video renderings. In addition,
the preset function lets you register key settings for
each DSK keyer and the keyers for each ME
.
Display Example of using Downstream Key (Example of multi-language broadcasting)
ME output
Primatte® High-Quality Chroma Key (picture simulated)
Primatte® Chroma Key (picture
simulated)
Conventional Chroma Key (picture simulated)
Display Example of Shot memory
recalled just by pushing the selection button.
Display Example of Using Upstream Key
4:3 SD source (before UC)
CG source for both sides
HD 16:9 image with both sides
Sample of 4 keyers in use
P-in-P Examples
Frame P-in-P
4 Layer P-in-P
DSK 1 Source
DSK PGM 1
LIVE
LIVE
Transitions and Effects Display Example
Page Turn
2ch Squeeze
DIRECT
DSK PGM 2
DIRECT
DSK 2 Source