JVC IF-2D3D1 User manual

3D IMAGE PROCESSOR
IF-2D3D1
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3D IMAGE PROCESSOR
◆INSTRUCTIONS
3D-BILDPROZESSOR
◆ BEDIENUNGSANLEITUNG
PROCESSEUR D'IMAGE 3D ◆ MANUEL D’INSTRUCTIONS
ELABORATORE D’IMMAGINI 3D ◆ ISTRUZIONI
PROCESADOR DE IMÁGENES 3D ◆ MANUAL DE INSTRUCCIONES
◆
3D
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Major features
◆Real-time 2D/3D conversion using unique JVC algorithms
2D/3D real-time conversion with four different 3D mixed formats for stereo video output: Can be hooked up with
most stereoscopic 3D displays
Separate L/R HD-SDI outputs: Convenient for rough editing. Compatible with 3D projection systems
Parallax adjustment and 3D intensity adjustment: Enables optimization of the 3D effect according to the scene
◆3D L/R dual signal mixing with L/R image adjustment functions
Scope feature: Waveform monitoring and vectorscope for L/R video stream comparison
Split feature: Combines the two video streams on one screen with a movable boundary
Image Rotation function: Convenient for restricted rig setups
HD-SDI frame synchronizer: Synchronizing L/R cameras
Anaglyph and sequential viewing mode: Provides multiple ways of checking the 3D effect
◆Compatible with a wide range of Input/Output signal formats
FUNCTION button
ADJUST MODE button
SCOPE button
OUTPUT PRESET button
INPUT SELECT button
2D-3D button
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Installation and connection...................................i
Parts identification.................................................. ii
Troubleshooting..................................................... iii
Specifications .......................................................... iv
Index............................................................................ v
Main features
2D-3D converter.........................................................................02
Converting a 2D image into a 3D image.......................03
Selecting a 3D mixing format...........................................04
Adjusting the stereoscopic effect ...................................05
Storing the stereoscopic effect settings........................07
LR mixer.........................................................................................08
Mixing 2-channel 2D images into one 3D image.......09
Functions for camera adjustment ...................................10
Checking the stereoscopic effect....................................12
Configuring the input settings......................................... 13
Technical information
Compatible formats..............................................................14
Settings information ............................................................15
Input/output specifications ...............................................16
Other functions......................................................................17
External control......................................................................18
INSTRUCTIONS
3D IMAGE PROCESSOR
IF-2D3D1
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2D-3D converter
Generating 3D images from 2D images
Many 3D movies have already been shown commercially at movie theaters. The demand for 3D image content
will soon reach the mass-market, especially the home consumer market, as 3D-compatible monitors are
released for consumers and BD players become more popular.
Much new visual content must be made to be 3D-compatible as 3D-viewing environments become popular
and content demand acutely increases. Moreover, it can be expected that the market will demand 3D versions
of current 2D content. The conversion will be hard work for content suppliers.
This unit generates 3D images by real-time conversion of 2D images shot and recorded using existing methods
and formats using a conversion technology based on an original JVC algorithm.
Below is a system structure example using the unit.
Content banking system
3D-compatible monitor
IF-2D3D1
HD player
Recorder
Recorder
Editing system
Left
Right
RightLeft
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What is a 3D image?
A 3D image is an image which looks as if it has depth
though it is displayed on a flat surface; it gives you
stereoscopic visual impression which ordinary pictures
cannot offer. You see something really come out of the
screen or you seem to go actually into it.
On a current standard 3D imaging system, it is required
to process two video signals for the left and right eyes
and display them on a 3D-compatible special monitor to
create 3D images.
Real time 2D-3D image conversion
Video signals of existing 2D content in HD SDI, the
standard format for the video industry, or HDMI, the most
popular format for video recorder/player connections, are
taken in to the unit and converted into 3D images which
are then output to a 3D-compatible visual device in HD
SDI or HDMI format.
The 3D signals processed by the unit can be output
separately as left and right HD SDI signals. It is very
convenient for 3D image post production.
Various functions for 3D image adjustment
The stereoscopic effect is based on the differences
between images the left and right eyes see, so fine
adjustment of the left and right image is indispensable
for producing quality 3D images.
This unit is equipped with two functions for adjusting the
stereoscopic effect – parallax adjustment and intensity
adjustment – and you can adjust the two parameters
while monitoring images in any of the three display
methods: normal, anaglyph and LR sequential.
Converting a 2D image into a 3D image
●See the following pages and page ii for details of the setting procedure.
●See Technical information (page 14 -) for details of the setting items and setting values.
1Connect the input and output devices to the unit.
2Press INPUT SELECT repeatedly to select an input terminal which an input device is connected to.
3-1 Press OUTPUT PRESET and select an output terminal which an output device is connected to
using .
3-2 Use to select MIX or INDIVIDUAL.
4Select a 3D image format.
5Press 2D-3D.
2D-3D converter
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Selecting a 3D mixing format
A 3D image is realized by viewing a picture on a 3D-compatible monitor through special glasses with shutters
or polarized filters. The monitor displays images for the left and right eyes at the same time. Each lens produces
an image for the left or right eye only and the eyes see them as a stereoscopic image.
The unit is compatible with four 3D image formats, LINE BY LINE, SIDE BY SIDE H, ABOVE-BELOW and CHECKER
BOARD, that allow for various usage.
The unit executes conversion into any one of the four formats above in real-time.
●Selectable formats vary depending on the type of input signal.
●Selectable formats vary depending on the compatibility of the connected devices. Refer also to the instruction
manual or specifications of the connected device to check the compatibility.
Displays image stripes of the left and right images line by line one after another.
You can maintain the same horizontal resolution as the source when using a monitor with a polarized
filter system.
●It is recommended to use another format if you use compression for recording images.
Shrinks the size of the left and right images by half and displays them side by side.
The format is compatible with most recent 3D-compatible displays. This format is very convenient
because of its high compatibility with existing recording and transmission systems though the
horizontal resolution is reduced to half.
Shrinks the left and right images by half vertically and displays them top and bottom.
The vertical resolution is reduced to half but the horizontal resolution is free from degradation if you
use a monitor with polarized filter system.
●The format is available only when MIX is selected both in SDI OUT SELECT and HDMI OUT SELECT of
OUTPUT PRESET.
LINE BY LINE
SIDE BY SIDE H
ABOVE-BELOW
CHECKER BOARD
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Displays image blocks of the left and right images one after another in a grid-like pattern.
This is an advanced format, which can reduce the feeling of image deterioration.
●It is recommended to use another format if you use compression for recording images.
Setting
Follow the steps below to select a 3D mixing format.
1Press OUTPUT PRESET and select 3D MIX FORMAT using .
2Select a setting value using .
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Adjusting the stereoscopic effect – Intensity, Sub-intensity
You can control the engraving-like effect and the feeling of depth of an image by adjusting two types of
intensity: the curvature using scene detection, and the concavity and convexity using color detection. You can
adjust the image in total using the intensity adjustment, then you can adjust it partially using the sub-intensity
adjustment.
●See page 06 for the detail of the adjustment.
Adjusting the stereoscopic effect – Parallax
The stereoscopic effect is based on the differences between the view of the left and right eyes (parallax). This
unit can adjust degree of parallax to control stereoscopic effect.
●See page 06 for the detail of the adjustment.
2D-3D converter
Parallax of the left and right
image is larger.
Parallax adjustment (Stronger)
Parallax of the left and right
image is smaller.
Parallax adjustment (Weaker)
[Feeling of depth]
The degree of curvature of
the whole image isrelatively
high and the feeling of
depth is emphasized.
[Feeling of depth]
The degree of curvature
of a whole image is small
and the feeling of depth is
moderate.
Intensity adjustment (Weaker) Intensity adjustment (Stronger)
[Engraving effect]
Less emphasis of concavity
and convexity
[Engraving effect]
More emphasis of concavity
and convexity
[Engraving effect]
Partially stronger emphasis
of concavity and convexity
[Engraving effect]
Partially weaker emphasis
of concavity and convexity
Sub-intensity adjustment (Stronger) Sub-intensity adjustment (Weaker)
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Adjusting the stereoscopic effect – monitoring method
You can select a monitoring method when adjusting the stereoscopic effect of a 3D image. In addition to
ordinary 3D representation, anaglyph (the left and right images are colored differently) and LR sequential (the
left and right images are displayed alternately) are available for monitoring and adjusting parallax and intensity.
Setting
Follow the steps below to select a monitoring method.
1Press ADJUST MODE and select a setting value using .
Monitoring method Setting value Content
Normal
PARALLAX
Parallax and intensity are adjusted using an image displayed in the format selected
in 3D MIX FORMAT.
INTENSITY
SUB INT.
Anaglyph
(ANAGLYPH MODE)
PARALLAX ANA
Parallax and intensity are adjusted using an image displayed in anaglyph.INTENSITY ANA
SUB INT. ANA
LR sequential
(LR-SEQ. MODE)
PARALLAX LRS
Parallax and intensity are adjusted using an image displayed in LR sequential.INTENSITY LRS
SUB INT. LRS
2Adjust a setting value using . (0 - +60)
Anaglyph
Images for the left and right eyes are colored in red and blue respectively
and displayed on one screen in layers. You can check parallax adjustment by
viewing the gap between the left and right images even on a 2D (conventional)
monitor or without 3D glasses.
●Be aware that it is difficult to see the colors and stereoscopic effect
correctly in anaglyphic representation.
Images for the left and right eyes are displayed alternately at 0.5-second
interval. You can view images in this method on a conventional 2D monitor
but it requires training to see them as 3D images.
LR sequential
LRLR
Normal 3D images are output as they are. You can adjust images while
viewing them as natural 3D ones by using a 3D-compatible monitor.
Normal
0.5 sec. 0.5 sec. 0.5 sec. 0.5 sec.
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Storing the stereoscopic effect settings
Configuration memory
You can save the setting values of parallax, intensity and sub-intensity.
The stored setting values can be loaded for adjustment of other images. The values can be stored in
MEMORY-1 or MEMORY-2.
Saving
1Press FUNCTION and select MEMORY-1 or MEMORY-2 using .
2Select SAVE using .
3Select OK using .
The setting values are saved.
Loading
1Press FUNCTION and select MEMORY-1 or MEMORY-2 using .
2Select LOAD using .
3Select OK using .
The stored setting values are loaded.
2D-3D converter
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LR mixer
Mixing 2-channel 2D images into one 3D image
Recently 3D-compatible monitors have been released, and in consequence the demand for 3D compatibility of
video content is increasing.
This unit is equipped with a 3D image mixing function, which is indispensable for checking 3D images. The
unit's real time 3D image composition from 2-channel 2D images makes checking images easier and its flexible
monitoring methods and scopes greatly assist you with the adjustment of cameras and other devices.
Below is a system structure example using the unit.
IF-2D3D1
Stereo camera rig
3D-compatible monitor
Left Right
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What is LR mixing?
3D mixing is generating 3D video signals for a
3D-compatible monitor by combining two 2D video
signals from two cameras, which are prepared for
shooting images for the left and right eyes.
Real time 3D image mixing
2-channel 2D video signals in HD SDI, the standard format
for the video industry, are mixed to produce a 3D image
which is output to a 3D-compatible monitor in HD SDI or
HDMI format.
Rich functions for 3D image adjustment
Fine adjustment of cameras and other shooting devices is
indispensable for composing quality 3D video signals.
This unit is equipped with rich functions for monitoring
3D images and adjusting cameras and other devices,
such as waveform monitors, vectorscopes for comparing
and checking characteristics of input signals, and various
monitoring methods: Split for comparing the left and
right images, Anaglyph and LR sequential for checking the
stereoscopic effect.
Mixing 2-channel 2D images into one 3D image
●See the following pages and page ii for details of the setting procedure.
●See Technical information (page 14 -) for details of the setting items and setting values.
1Connect the input and output devices to the unit.
2Press INPUT SELECT repeatedly to select input terminals which input devices are connected to.
3-1 Press OUTPUT PRESET and select an output terminal which an output device is connected to
using .
3-2 Use to select MIX or INDIVIDUAL.
4Select a 3D image format.
LR mixer
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Functions for camera adjustment – Waveform monitor and vectorscope
This unit is equipped with a waveform monitor and vectorscope to check input signals from the 2 channels for
assisting with the adjustment of cameras and other devices. You can select one of three indication types and
four display positions for each scope.
Select the scope and indication type you want.
Setting
Follow the steps below to select a monitoring method and its indication type.
1Press SCOPE and select a scope using .
Setting value Indication type Content
PARA._W.F.M.
Y Y
Select this to display the waveform monitors/vectorscopes of
the images from the HD/SDI IN 1(L) and HD/SDI IN 2(R) terminals
side by side.
Adjust the settings of the cameras so as to make the forms of the
signals as similar as possible.
PARA._V.S.
IN1_W.F.M.
Y
Select this to display the waveform monitor/vectorscope of the
image from the HD/SDI IN 1(L) terminal.
IN1_V.S.
IN2_W.F.M.
Select this to display the waveform monitor/vectorscope of the
image from the HD/SDI IN 2(R) terminal.
IN2_V.S.
BAL._W.F.M.
Y
Select this to display the differential of the signals from the HD/
SDI IN 1(L) and HD/SDI IN 2(R) terminals in waveform monitor/
vectorscope.
No signal differential (flat line on the waveform monitor and
center dot on the vectorscope) is ideal. Adjust the settings of the
cameras so as to make the differential as small as possible.
BAL._V.S.
Waveform monitor
(W.F.M.)
Y
It displays the characteristics of input signals
on a waveform chart.
It displays the characteristics of input signals on a
vectorscope.
Vectorscope
(V.S.)
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Functions for camera adjustment – Rotation
You can turn an input image upside-down. This is useful when you must
set a camera upside-down. The frames of the left and right images are
automatically synchronized when using this function.
Setting
1Press FUNCTION and select ROTATE using .
2Select a setting value using .
The three functions below are available as options of the scope function while it is activated.
Gain adjustment
You can adjust the gain of the waveform monitor/vectorscope.
1Adjust the setting value using while displaying the waveform monitor or vectorscope. (-30 - 0 - +30)
Scope filter
Use it to activate a lowpass filter to limit the frequency band of the scope.
1Press FUNCTION while using the scope function and select SCOPE FILTER using .
2Select LOWPASS using .
Scope position
You can change the display position of waveform monitor/vectorscope.
1Press FUNCTION while using the scope function and select SCOPE POSITION using .
2Select a position using .
RIGHT LOWER
RIGHT UPPERLEFT UPPER
LEFT LOWER
LR mixer
SDI 1(L) ROTATE (inversion of the left image)
SDI 2(R) ROTATE (inversion of the right image)
The image from HD/SD SDI IN 1(L) or HD/SD SDI IN
2(R) is inverted.
●One-frame delay is required for image rotation.
The unit also delays the non-rotated image by
one frame in order to synchronize them.
One camera is set upside-
down.
OFF
Example camera setting
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Checking the stereoscopic effect – monitoring method
You can select a monitoring method other than normal 3D display when checking the stereoscopic effect of a 3D
image. Anaglyph (the left and right images are colored differently) and LR sequential (the left and right images are
displayed alternately) are available for checking.
Setting
1Press ADJUST MODE and select a setting value using .
Functions for camera adjustment – Split
The unit can divide the screen and display the left side of the left image and the right side of the right. This is
useful for checking the left and right images.
Setting
1Press ADJUST MODE and select SPLIT MODE using .
2Adjust the position of the dividing line using . (–60 - 0 - +60)
Example of vertical shift of
shooting position
Image from HD/SD SDI IN 1(L) Image from HD/SD SDI IN 2(R)
Example of mismatch of iris
adjustment
Example of mismatch of white
balance adjustment
Anaglyph
Images for the left and right eyes are colored in red and blue respectively
and displayed on one screen in layers. You can check parallax adjustment by
viewing the gap between the left and right images even on a 2D (conventional)
monitor or without 3D glasses.
●Be aware that it is difficult to see the colors and stereoscopic effect
correctly in anaglyphic representation.
Images for the left and right eyes are displayed alternately at 0.5-second
intervals. You can view images in this method on a conventional 2D monitor
but it requires training to see them as 3D images.
LR sequential
LRLR
0.5 sec. 0.5 sec. 0.5 sec. 0.5 sec.
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Configuring the input settings
Frame synchronizer
You can synchronize the left and right input signals by locking the right input signal based on the
synchronizing signal of the left input.
1Press FUNCTION and select FRAME SYNCHRO. using .
2Select a setting value using .
●The signals cannot be synchronized if the formats of the signals input to HD/SD SDI 1(L) and HD/SD SDI 2 (R) are different.
●You cannot adjust frame synchronization on a timeline basis. If high-precision 3D images are required, turn off the function and
use generator lock on the cameras for frame synchronization.
LR inversion
You can switch the left and right of the input signals and output to the opposite channels.
1Press INPUT SELECT repeatedly to select SDI-LR.
2Select INVERT using .
Setting value Content
SDI-LR: NORMAL Normal output (no inversion of the left and right channel)
SDI-LR: INVERT Outputting the signals from HD/SD SDI IN 1(L) through HD/SD SDI OUT 2(R), and those from HD/SD SDI IN 2(R)
through HD/SD SDI OUT 1(L).
LR mixer
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2D-3D converter LR mixer
OUTPUT 2D-3D converter ADJUST LR mixer ADJUST SCOPE**
LR INVERT ROTATE FRAME SYNCHRO.***
INPUT
3D MIX FORMAT HD/SD SDI HDMI
PARALLAX INTENSITY SUB INT. PARALLAX ANA INTENSITY ANA SUB INT. ANA PARALLAX LRS INTENSITY LRS SUB INT. LRS MEMORY-1 MEMORY-2 SPLIT MODE ANAGRYPH MODE LR-SEQ.MODE PARA._W.F.M. PARA._V.S. IN1_W.F.M./IN2_W.F.M. IN1_V.S./IN2_V.S. BAL._W.F.M. BAL._V.S. LINE BY LINE SIDE BY SIDE H AVOBE-BELOW CHECKER BOARD MIX INDIVIDUAL MIX INDIVIDUAL
HD/SD SDI stereo
1080 60p* ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
30p* ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
25p ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
24p* ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
60i* ¶ ¶¶ ¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶
†† ¶
50i ¶ ¶¶ ¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶
†† ¶
720 60p* ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶¶¶¶¶¶¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶
HD/SD SDI single
1080 60p* ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
30p* ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
25p ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
24p* ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
60i* ¶ ¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
50i ¶ ¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
720 60p* ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶¶
HDMI
VIDEO
1080 60p* ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
30p* ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
25p ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
24p* ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
60i* ¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
50i ¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
720 60p* ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
50p ¶ ¶¶¶¶
††
¶¶¶¶¶¶¶¶¶¶¶¶¶
PC (DVI)
WUXGA@60**** ¶ ¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
UXGA@60 ¶ ¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
WSXGA+@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
SXGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
WXGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
XGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
SVGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
WVGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
VGA@60 ¶ ¶¶¶ ¶¶¶¶¶¶¶¶¶¶¶¶¶
† No output when HDCP is used.
†† The bottom scanning line of the rotated image is processed into black when using the rotation function.
* The unit is compatible with frame rates of 1.00 and 1/1.001 both when the input signal is 60 Hz, 30 Hz, or 24 Hz.
(60 Hz: compatible with 59.94 Hz and 60.00 Hz, 30 Hz: compatible with 29.97 Hz and 30.00 Hz, 24 Hz: compatible with 23.97 Hz and 24.00 Hz)
** The scope function does not work when input signals are incompatible with the selected 3D mix format though the SCOPE button lights up.
*** The frame synchronizer cannot synchronize frames if the 1.00-frame-rate signal and 1/1.001-frame-rate signal are input. Unify the frame rate of input signals to 1.00
or 1/1.001.
**** WUXGA: VESA CVT-RB
●The unit is not compatible with the signal formats which
are not listed here.
●SDI input Y/Cb/Cr = 4:2:2
Compatible formats
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Compatible formats/Settings information
●2D-3D converter
Button Item Setting value Initial value
2D-3D — ON/OFF OFF
SCOPE × × ×
ADJUST MODE PARALLAX 0 - +60 +13
INTENSITY 0 - +60 +23
SUB INT. 0 - +60 +40
PARALLAX ANA 0 - +60 +13
INTENSITY ANA 0 - +60 +23
SUB INT. ANA 0 - +60 +40
PARALLAX LRS 0 - +60 +13
INTENSITY LRS 0 - +60 +23
SUB INT. LRS 0 - +60 +40
FUNCTION — ON/OFF OFF
1 ROTATE OFF/SDI-1(L) ROTATE/SDI-2(R) ROTATE OFF
2 FRAME SYNCHRO. ON/OFF OFF
3 SCOPE POSITION RIGHT LOWER RIGHT LOWER
LEFT LOWER
LEFT UPPER
RIGHT UPPER
4 SCOPE FILTER FLAT/LOWPASS FLAT
5 BEEP ON/OFF ON
6 BACK LIGHT –30 - 0 - +30 0
7 MEMORY-1 SAVE/LOAD
8 MEMORY-2 SAVE/LOAD
INPUT SELECT — SDI-1(L)/SDI-2(R)/HDMI/SDI-LR:NORMAL SDI-LR:NORMAL
OUTPUT PRESET SDI OUT SELECT MIX/INDIVIDUAL MIX
HDMI OUT SELECT MIX/INDIVIDUAL MIX
3D MIX FORMAT LINE BY LINE LINE BY LINE
SIDE BY SIDE H
ABOVE-BELOW
CHECKER BOARD
●LR mixer
Button Item Setting value Initial value
2D-3D — ON/OFF OFF
SCOPE — ON/OFF OFF
PARA._W.F.M. –30 - 0 - +30 0
PARA._V.S. –30 - 0 - +30 0
IN1_W.F.M. –30 - 0 - +30 0
IN1_V.S. –30 - 0 - +30 0
IN2_W.F.M. –30 - 0 - +30 0
IN2_V.S. –30 - 0 - +30 0
BAL._W.F.M. –30 - 0 - +30 0
BAL._V.S. –30 - 0 - +30 0
ADJUST MODE SPLIT MODE –60 - 0 - +60 0
ANAGRYPH MODE — —
LR-SEQ. MODE — —
FUNCTION — ON/OFF OFF
1 ROTATE OFF/SDI-1(L) ROTATE/SDI-2(R) ROTATE OFF
2 FRAME SYNCHRO. ON/OFF OFF
3 SCOPE POSITION RIGHT LOWER RIGHT LOWER
LEFT LOWER
LEFT UPPER
RIGHT UPPER
4 SCOPE FILTER FLAT/LOWPASS FLAT
5 BEEP ON/OFF ON
6 BACK LIGHT –30 - 0 - +30 0
7 MEMORY-1 SAVE/LOAD
8 MEMORY-2 SAVE/LOAD
INPUT SELECT — SDI-1(L)/SDI-2(R)/HDMI/SDI-LR:NORMAL SDI-LR:NORMAL
SDI-LR:INVERT
OUTPUT PRESET SDI OUT SELECT MIX/INDIVIDUAL MIX
HDMI OUT SELECT MIX/INDIVIDUAL MIX
3D MIX FORMAT LINE BY LINE LINE BY LINE
SIDE BY SIDE H
ABOVE-BELOW
CHECKER BOARD
Settings information
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Input/output specifications
Video input/output
* Throughout output
INPUT SELECT OUTPUT PRESET Output terminal (video)
LR
INVERT 2D-3D SDI OUT SELECT HDMI OUT
SELECT HD/SD SDI 1(L) HD/SD SDI 2(R) HDMI
When using
2D-3D
converter
HD/SD SDI IN
1(L) —
OFF — — HD/SD SDI IN 1(L) throughout
ON
INDIVIDUAL INDIVIDUAL
HD/SD SDI IN 1(L)
3D-converted left-
channel signal
HD/SD SDI IN 1(L)
3D-converted right-
channel signal
*HD/SD SDI IN 1(L)
3D-converted left-
channel signal
MIX MIX
HD/SD SDI IN 1(L)
3D-converted mixed
signal
HD/SD SDI IN 1(L)
3D-converted mixed
signal
HD/SD SDI IN 1(L)
3D-converted mixed
signal
HD/SD SDI IN
2(R) —
OFF — — HD/SD SDI IN 2(R) throughout
ON
INDIVIDUAL INDIVIDUAL
HD/SD SDI IN 2(R)
3D-converted left-
channel signal
HD/SD SDI IN 2(R)
3D-converted right-
channel signal
*HD/SD SDI IN 2(R)
3D-converted left-
channel signal
MIX MIX
HD/SD SDI IN 2(R)
3D-converted mixed
signal
HD/SD SDI IN 2(R)
3D-converted mixed
signal
HD/SD SDI IN 2(R)
3D-converted mixed
signal
HDMI IN —
OFF — — HDMI IN throughout
ON
INDIVIDUAL INDIVIDUAL
HDMI IN
3D-converted left-
channel signal
HDMI IN
3D-converted right-
channel signal
*HDMI IN
3D-converted left-
channel signal
MIX MIX
HDMI IN
3D-converted mixed
signal
HDMI IN
3D-converted mixed
signal
HDMI IN
3D-converted mixed
signal
When using
LR mixer
HD/SD SDI IN
1(L)
HD/SD SDI IN
2(R)
NORMAL
— INDIVIDUAL INDIVIDUAL
HD/SD SDI IN 1(L) HD/SD SDI IN 2(R) **HD/SD SDI IN 1(L)
INVERT HD/SD SDI IN 2(R) HD/SD SDI IN 1(L) **HD/SD SDI IN 2(R)
NORMAL
— MIX MIX
MIX MIX
INVERT MIX-INVERT MIX-INVERT
* A 3D-converted video signal from the HD/SD SDI IN L(1) terminal comes out of the HDMI OUT terminal when OUTPUT PRESET is set to INDIVIDUAL during 2D-3D
conversion.
** A video signal from the HD/SD SDI IN 1(L) or HD/SD SDI IN 2(R) terminal comes out of the HDMI OUT terminal when OUTPUT PRESET is set to INDIVIDUAL during
LR mixing.
Audio signals
Audio signal input/output
INPUT SELECT OUTPUT PRESET Output terminal (audio)
LR
INVERT 2D-3D SDI OUT SELECT HDMI OUT SELECT HD/SD SDI 1(L) HD/SD SDI 2(R) HDMI
When using
2D-3D
converter
HD/SD SDI 1(L)
HD/SD SDI 2(R)
HDMI
(When selected one
of the above)
—
OFF MIX/INDIVIDUAL MIX/INDIVIDUAL
Throughout
ON
INDIVIDUAL INDIVIDUAL
MIX MIX
When using LR
mixer
HD/SD SDI (L)
HD/SD SDI (R)
NORMAL
—
INDIVIDUAL INDIVIDUAL HD/SD SDI 1(L) HD/SD SDI 2(R) HD/SD SDI 1(L)
INVERT HD/SD SDI 2(R) HD/SD SDI 1(L) HD/SD SDI 2(R)
NORMAL MIX MIX HD/SD SDI 1(L) HD/SD SDI 2(R) HD/SD SDI 1(L)
INVERT HD/SD SDI 2(R) HD/SD SDI 1(L) HD/SD SDI 2(R)
Input/output formats of audio signals
Input format of embedded audio signal Output format of embedded audio signal
HD/SD SDI IN IEC60958 PCM 48 kHz 8ch HD/SD SDI OUT IEC60958 PCM 48 kHz 8ch
HDMI OUT IEC60958 PCM 48 kHz 2ch
HDMI IN
IEC60958 PCM 48 kHz 8ch HD/SD SDI OUT IEC60958 PCM 48 kHz 2-8ch
HDMI OUT IEC60958 PCM 48 kHz 2ch
Dolby Digital (AC3) 5.1ch compatible
DTS 5.1ch
MPEG2-AAC stereo 2ch
HD/SD SDI OUT No output available
HDMI OUT
Dolby Digital (AC3) 5.1ch compatible*
DTS 5.1ch*
MPEG2-AAC stereo 2ch*
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Input/output specications/Other functions
Other functions
You can configure the settings below to suit the unit to your operation environment.
Operation tone
The unit's beeps for confirming operations can be activated/deactivated.
1Press FUNCTION and select BEEP using .
2Select a setting value using .
Backlight
You can adjust the brightness of the information display.
1Press FUNCTION and select BACK LIGHT using .
2Adjust the setting value using .
Control key lock
You can deactivate the buttons on the front of the unit.
1Press and hold and simultaneously when the information display indicates the current input (e.g.: SDI-1(L)).
KEY LOCKED! appears on the information display and the buttons on the front of the unit are deactivated.
To release the lock, press and hold and simultaneously again.
5BEEP
ON
Setting items
Setting value
KKEED!YOLC
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External control
You can control the unit using a PC or the special control unit connected to the RS-232C terminal on the rear of
the unit.
●Connect the RS-232C straight-through cable (purchased separately) to the RS-232C terminal on the rear of the unit. (See page ii.)
Control specifications
●Communication specifications
●Terminal specifications
This is a male
terminal.
Pin number Signal
1—
2RXD
3TXD
4—
5GND
6—
7—
8—
9—
●Connection
1Connect the PC to the RS-232C terminal on the rear of the unit using an RS-232C extension cable (purchased separately).
2Send the log in command from the PC to log into the unit.
REMOTE MODE appears on the information display and the unit becomes operatable from the PC. You cannot operate the unit
using the buttons while the PC is logged into it.
When the operation has finished, send the log off command to the unit from the PC to log off.
●If you cannot log off the unit from the PC, press and hold and . Communication is forcibly terminated. The buttons on
the unit remain locked after the forcible shutting down. Press and hold and again to release the lock. (See page 17.)
●Communication is automatically terminated if the unit is turned off during communication. Log in from the PC again to
restart external control.
Command outline
You can control the unit by sending commands from an external device.
●Communication example
●Command structure
! 00BCN1000Cr
ab c d e
a: Header ! : Control command from an external device
? : Reference command from an external device
@ : Response command from the unit
b: Device ID 00 (Fixed)
c: Command Command list (see page 19)
d: Data
e: Exit code Cr (0Dh)
●Baud rate: 9600bps
●Data bits: 8 bits
●Parity: Odd parity
●Stop bits: 1 bits
●Flow control: None
●Communication code: ASCII code
REM MOOTE ED
1!00BCN1000Cr
2@00BOK.000Cr 3
External control
device
IF-2D3D1
1Command for starting
communication
2Acceptance from the unit
3The unit becomes operatable
from the external control device.
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