SONY CORPORATION PROVIDES NO
WARRANTY WITH REGARD TO THIS MANUAL,
THE SOFTWARE OR OTHER INFORMATION
CONTAINED HEREIN AND HEREBY EXPRESSLY
DISCLAIMS ANY IMPLIED WARRANTIES OF
MERCHANTABILITY OR FITNESS FOR ANY
PARTICULAR PURPOSE WITH REGARD TO THIS
MANUAL, THE SOFTWARE OR SUCH OTHER
INFORMATION. IN NO EVENT SHALL SONY
CORPORATION BE LIABLE FOR ANY
INCIDENTAL, CONSEQUENTIAL OR SPECIAL
DAMAGES, WHETHER BASED ON TORT,
CONTRACT, OR OTHERWISE, ARISING OUT OF
OR IN CONNECTION WITH THIS MANUAL, THE
SOFTWARE OR OTHER INFORMATION
CONTAINED HEREIN OR THE USE THEREOF.
Sony Corporation reserves the right to make any
modification to this manual or the information
contained herein at any time without notice.
The software described herein may also be governed
by the terms of a separate user license agreement.
Functions Supported in Version 3.0
The functions newly supported in XVS-9000/8000/7000/
6000 System Ver. 3.0 are as follows.
Functions common to the M/E-1 to M/E-5 menus and
PGM/PST menu are indicated using M/E-1 menu
numbers. For details about the menu numbers of each
switcher bank, see “Menu Tree” (page 487).
Functions relating to the system
ClassificationFunctions
supported
NetworkSMPTE ST 2110
support
Functions relating to the switcher
Menu
No.
7311.3page 387
See page
page 434
page 443
ClassificationFunctions
supported
DME wipe3840×2160P 2SI
format DME wipe
support
Color correctorXKS-S8112/XKS-
S9112 color
corrector (input
signal) support
Multi viewer(XVS-9000 only)
4-system multi
viewer support
ResizerCG border settings
in 3840×2160P
format
Menu
No.
1117.3
1117.4
1117.5
1117.7
1127.3
1127.4
1127.5
1127.7
116X
7332.9page 442
7333.1
7333.9
7333.10
1115.1page 133
See page
page 153
page 511
page 445
page 452
ClassificationFunctions
InputXKS-S8112/XKS-
OutputXKS-S8167/XKS-
Format
converter
M/E dedicated
output
GPI output(XVS-9000 only)
DMEXKS-8475 DME
supported
S9112 12G-SDI
Input Board
3840×2160P 2SI
12G format signal
input
S9167 12G-SDI
Output Board
3840×2160P 2SI
12G format signal
output
(XVS-9000 only)
Output format
converter
XKS-S8112/XKSS9112 input format
converter support
Mode settings used
for Ext Out (DME or
M/E dedicated
output)
Alarm output from
GPI connector on
switcher
Board
3840×2160P 2SI
format DME support
Menu
No.
–page 63
7332.6
7332.7
7317.3page 63
7333.19
7333.21
7333.20
7333.21
7333.22
7332.1
7332.7
7332.8
7333.8page 447
–page 66
–page 16
1116
1126
41XX
42XX
See page
page 434
page 66
page 440
page 398
page 443
page 66
page 447
page 450
page 444
page 450
page 434
page 439
page 209
page 120
page 126
page 209
page 511
Functions relating to setup
ClassificationFunctions
supported
Cross-pointCross-point
switching delay
setting (cross-point
delay)
TallyTally output prior to
cross-point
switching
(advanced tally)
Menu
No.
7322.14 page 409
7364.3page 475
See page
Functions and Operations Not
Supported in Version 3.0
The following functions are not supported in Ver. 3.0. The
related button operation and menu settings are disabled.
For details about the timing and version for support,
contact your Sony service or sales representative.
DME channels 5 to 8
• DME channel 5 to 8 operation and settings
• DME channel 5 to 8 related bus operation and settings
• DME channel 5 to 8 region operation and settings
• 2nd DME related settings
3
Table of Contents
Functions Supported in Version 3.0..............3
Functions and Operations Not Supported in
Version 3.0...........................................3
Cleaning the Control Panel .......................542
Index ........................................................ 543
15
Overview
Chapter
1
Introduction
This manual describes the functions and operation of the
XVS-9000/8000/7000/6000 Multi Format Switcher
system.
It describes picture creation and configuration settings
using the ICP-X7000 Integrated Control Panel.
System configuration devices
The principal components of the XVS-9000/8000/7000/
6000 system and the terms used in this manual are as
follows.
Configuration
device
XVS-9000
Multi Format
Switcher
XVS-8000
Multi Format
Switcher
XVS-7000
Multi Format
Switcher
XVS-6000
Multi Format
Switcher
ICP-X7000
Integrated Control
Panel
PWS-110SC1
Switcher Control
Station
PWS-100SC1
Switcher Control
Station
XKS-8475
DME Board
XKS-8470
HD DME Board
Terms used in this manual
• XVS-9000
•Switcher
• Multi format switcher
• XVS-8000
•Switcher
• Multi format switcher
• XVS-7000
•Switcher
• Multi format switcher
• XVS-6000
•Switcher
• Multi format switcher
• ICP-X7000
• Control panel
• Integrated control panel
• PWS-110SC1
•SCS
• Switcher control station
• PWS-100SC1
•SCS
• Switcher control station
• XKS-8475
•DME
• DME board
• XKS-8470
•DME
• DME board
Configuration
device
MKS-X7700
System Interface
Unit
MKS-X2700
System Interface
Unit
Terms used in this manual
• MKS-X7700
•SIU
• System interface unit
• MKS-X2700
•SIU
• System interface unit
Signal format notation
The signal formats in the menu and this manual are
denoted as given below.
Format termsFormat name
4K format3840×2160P• 3840×2160P/59.94
• 3840×2160P/50
3840×2160PsF • 3840×2160PsF/29.97
• 3840×2160PsF/25
• 3840×2160PsF/24
• 3840×2160PsF/23.98
HD format1080P• 1080P/59.94
• 1080P/50
1080PsF• 1080PsF/29.97
• 1080PsF/25
• 1080PsF/24
• 1080PsF/23.98
1080i• 1080i/59.94
• 1080i/50
720P• 720P/59.94
• 720P/50
a) SMPTE ST 425-5/SMPTE ST 2082-1, Level A, 2-sample interleave
division (2SI) and square division (SQD) compliant.
b) Square division (SQD) compliant.
c) SMPTE ST 425-1, Level A compliant.
3840×2160PsF format
In this format, 3840×2160 images are subdivided into four
and are transferred as four 1080PsF format signals.
Unless stated otherwise in this document, the term “4K
format” includes the 3840×2160PsF format.
c)
a)
a)
b)
b)
b)
b)
c)
About screenshots and illustrations
The display of operation buttons and menu screens vary,
depending on the system configuration.
16
Features
The XVS-9000/8000/7000/6000 Multi Format Switcher
system is an extensible, high performance, multifunctionality switcher system that supports 4K video
creation and networked media interface (NMI) input/
output.
The following are some of the principal features of this
system.
4K format support
4K signal format is supported, enabling 4K video
processing.
The number of M/E (mix/effect) banks, keys, input/
outputs, etc. that support 4K format vary depending on the
switcher.
On the XVS-9000, up to five M/E banks are available, with
up to four keys (two keys + two sub keys)
up to 80 inputs, and up to 40 outputs (up to 48 outputs,
counting the multi viewer output connectors).
1) Sub keys are supported only when the signal format is 3840×2160P.
1)
per M/E bank,
Flexible control panel layout
Modular design enables flexible layout of the various
sections of the control panel. M/E rows can also be split
and installed on curved surfaces or in different locations.
The control panel can be configured in accordance with the
operational environment and organization of systems.
Panel design for enhanced operability
The control panel features high visibility components,
such as organic EL (OLED) displays, cross-point buttons
with color indicators, and LCD buttons (cross-point pad,
Flexi Pad control block, utility/shotbox control block).
In addition, changeable button layouts improve the
operability, making it ideal for live production
environments in which instantaneous decisions are
required.
NMI and ST2110 support
Transfer of input/output signals is supported when
connected to an IP network.
One switcher can support a combination of SDI and IP
networks (NMI or ST2110) using the existing support for
SDI input/output.
2) The XVS-9000 does not support NMI and ST2110 input/output.
2)
Flexible device configuration
The number of M/E banks and number of inputs/outputs
can be changed using combinations of option boards.
Devices can be configured to suit the system scale and
expansion.
Also, installing an optional DME board
functionality on up to four channels on the XVS-9000.
3) 3840×2160P SQD and 3840×2160PsF SQD signal formats are not
supported.
3)
enables DME
Powerful frame memory functions
Installing an optional frame memory board enables use of
20-channel frame memory outputs.
With memory that can store about 5,000 frames of HD
images and large-capacity non-volatile storage (SSD)
installed, this enables images saved in storage to be
recalled into memory at high speed.
17
Main Functions
Image Creation
Transitions
Switching from the current video feed to a new video feed
is referred to as a transition. Switching a background video
or key insertion/removal can be performed, depending on
the transition.
The method for switching video feeds (transition type) can
be set, and the transition executed using the buttons and
fader levers on the control panel.
Independent key transitions
In addition to common transitions, it is possible to
configure independent transitions on each keyer.
Executing an independent key transition in combination
with a common transition enables different transition types
to be used for the background and keys.
For details, see “Signal Selection and Transitions”
(page 73).
DME wipes
This function switches from the current video feed to a
new video feed using a DME effect. There are two types of
DME wipe: those that can be selected in a common
transition, and those that can be selected in an independent
key transition.
You can apply various modifiers to a wipe pattern, such as
setting the wipe direction and pattern position.
Resizer DME wipes
Using the resizer, you can execute DME wipes of keys.
For details, see “DME Wipes” (page 153).
Digital Multi Effects (DME)
When used with the switcher, DME allows you to add
three-dimensional effects such as image movement,
rotation, and scaling, as well as a wide variety of special
effects.
Global effects
Global effects are special effects created by combining the
pictures of successive DME channels.
For details, see “DMEs” (page 209).
Keys
Images (keys), such as titles, can be superimposed on the
background video. Key processing is performed on a
keyer.
The key source (signal used to cut out a portion of the
background image), key fill (signal to embed in the cutout
portion) and key type (key source processing method) can
be selected for a key.
Resizer
This function adds effects, such as movement, rotation,
and scaling, to the created key.
For details, see “Keys” (page 106).
Wipes
This function switches from the current video feed to a
new video feed using a wipe pattern. There are two types
of wipe: those that can be selected in a common transition,
and those that can be selected in an independent key
transition.
You can apply various modifiers to a wipe pattern, such as
setting the wipe direction and pattern position.
For details, see “Wipes” (page 139).
Frame memory
This function freezes and captures a single frame of the
input video feed as a still image for later use. You can also
specify a range in the input video to create still images to
form a frame memory clip.
For details, see “Frame Memory” (page 168).
Color backgrounds
This function is used to create color background video,
using a color signal created by a dedicated generator.
For details, see “Color Backgrounds” (page 181).
Video process
This function adjusts the luminance and hue of the input
signal.
For details, see “Video Process” (page 192).
Side flags
This function is used to attach separate video to both sides
of a video with a 4:3 aspect ratio to make a 16:9 aspect
ratio.
For details, see “Side Flags” (page 194).
18
Image Data Management and
Operation
Macro attachments
You can execute a sequence of macros when a control
panel button or fader lever is operated by assigning the
control panel button or a fader lever to a macro register.
Keyframes
This function loads the conditions of the video at a point in
time as data which can then be recalled to reproduce the
same conditions.
By arranging multiple keyframes on the time axis
(timeline) and interpolating between successive
keyframes, you can create an effect in which there is a
continuous change from each keyframe to the next
(keyframe effect). You can save the effect in memory
(effect register) and then reproduce the same effect by
recalling it from memory as required.
For details, see “Keyframes” (page 292).
Snapshots
This function saves the conditions configured for applying
an effect to an image as data in memory (snapshot register)
which can be recalled to reproduce the same conditions as
required.
For details, see “Snapshots” (page 325).
Utility
This function is used to assign a specific action or a
shortcut for a frequently used menu to a button, which can
then be recalled by pressing the button.
For details, see “Utility Overview” (page 335).
Shotbox
This function is used to save any combination of snapshots
or keyframe effects specified for a region in memory
(shotbox register) and then recall them simultaneously as
required.
For details, see “Macros” (page 343).
Copy and swap
You can copy or swap the settings between switcher banks
or between keyers.
For details, see “Copy and Swap” (page 183).
File operations
You can save register data, including setup information
and snapshot information, as a file on the local drive or
removable drive, and recall it as required.
For details, see “Files” (page 372).
External device control
You can control the operation of external devices, such as
GPI-compatible devices, P-Bus compatible devices,
VTRs, and disk recorders.
You can also control external devices by creating a
timeline and configuring operation actions at keyframes.
For details, see “External Devices” (page 278).
Multi Program 2
This function divides a single M/E switcher bank into two
(“main” and “sub”), allowing you to create images
separately on each.
You can set separate backgrounds, keys, and transitions for
the main and sub outputs.
For details, see “Multi Program 2” (page 197).
For details, see “Shotbox Overview” (page 337).
Macros
This function is used to store a sequence of control panel
operations (events) as data in memory (macro register),
which you can recall to reproduce the same sequence of
operations as required.
Menu macros
You can register menu operations as events.
Macro timeline
You can execute macros in sequence by registering macro
recall/execute actions as keyframes on the timeline.
Setup
You perform the setup operations in the Engineering Setup
menu (hereinafter called the Setup menu).
The Setup menu is separated into the following categories.
System setup (System)
For details, see “System Setup” (page 385).
Panel setup (Panel)
For details, see “Control Panel Setup” (page 399).
19
Switcher setup (Switcher)
For details, see “Switcher Setup” (page 430).
DME setup (DME)
For details, see “DME Setup” (page 460).
DCU setup (DCU)
For details, see “DCU Setup” (page 461).
Router/tally setup (Router/Tally)
For details, see “Router Interface and Tally Setup”
(page 471).
20
Menus and Control Panel
Chapter
2
Names and Functions of Parts of the Control Panel
The number of M/Es and number of DME channels
supported by the XVS-9000, XVS-8000, XVS-7000, and
XVS-6000 are different.
Some button operations and menu settings for functions
relating to M/Es and DMEs may be unavailable,
depending on the switcher.
Control Panel Configuration
The ICP-X7000 integrated control panel provides flexible
support for a combination of several modules.
The name of each control block and the supported modules
are given below.
Control blockModule
Cross-point control
block
AUX bus control block
Transition control blockMKS-X7020
Transition control block
(simple type)
Independent key
transition control block
Flexi Pad control blockMKS-X7024
Key control blockMKS-X7035
Key fader control blockMKS-X7032
Device control block
(trackball)
Numeric keypad control
block
Utility/shotbox control
block
Menu panelMKS-X7011
MKS-X7017, MKS-X7018,
MKS-X7019
MKS-X7021
MKS-X7023
MKS-X7031TB
MKS-X7026
MKS-X7033
a) b)
For details, see “XVS-9000/8000/7000/6000 System
Configuration Comparison” (page 509).
a) The cross-point control block and AUX bus control block use the same
module. You can set which control block the module is used as in the
Setup menu.
b) There are three types of modules with varying numbers of cross-point
4M/E configuration example using 36-button modules for cross-point control block and AUX bus
control block
M/E-2 bank
M/E-1 bank
Cross-point control block (page 22)
PGM/PST (program/preset) bank
M/E-3 bank
AUX bus control block
(page 45)
Menu panel (page 49)
Key control block (page 35)
Device control block
(page 39)
Utility/shotbox control
block (page 44)
Numeric keypad control block (page 42)
Flexi Pad control block (page 33)
Transition control block (page 28)
M/E configuration example using transition control block (simple type)
Independent key transition control block (page 32)
Transition control block (simple type) (page 31)Key fader control block
Cross-Point Control Block
The cross-point control block is used to select the signals
to be used in the M/E banks and PGM/PST bank.
The button rows on the cross-point control block are set to
key bus mode by default. They can be set to free assign
mode or key/AUX bus delegation mode in the Setup menu.
For details, see “Free assign mode” (page 27) and “Key/
AUX bus delegation mode” (page 27).
Note
To use as a cross-point control block, the control panel
target row must be set to an M/E row or P/P row in the
Engineering Setup >Panel >Config menu (7321).
For details, see “Setting the Configuration for Each
Bank” (page 399).
(page 38)
22
1st row
2nd row
b Display
c Cross-point
indicators
3rd row
4th row
a Button rows
d Cross-point pad
a Button rows
Used as cross-point buttons for selecting signals and
functions.
The 1st row buttons can also be used as 2nd row delegation
buttons (key/AUX bus delegation mode).
NameDescription
1st row• Selects the following bus signals
selected using the cross-point
pad delegation buttons.
Key bus
external video bus, DME utility
bus
• Selects the following functions
when utility/shotbox bank is
selected using the cross-point
pad delegation buttons (utility/
shotbox mode).
Utility command, menu shortcut,
macro recall, shotbox recall
• Selects the shifted signal on the
background A bus when the
[DUAL BKGD BUS] button of the
cross-point pad is lit (dual
background bus mode).
• Selects the DME external video
bus signal while the [UTIL] button
of the cross-point pad is pressed
(utility bus mode).
• Selects the bus signal or utility/
shotbox function
delegation button on the crosspoint pad when free assign mode
is set.
• Selects the bus or utility/shotbox
bank when key/AUX bus
delegation mode is set.
a)
, utility bus, DME
b)
c)
b)
selected by a
NameDescription
2nd row• Selects the following bus signals
selected using the cross-point
pad delegation buttons.
Key bus
a)
, utility bus, DME
external video bus, DME utility
bus
• Selects the following functions
when utility/shotbox bank is
selected using the cross-point
pad delegation buttons (utility/
shotbox mode).
b)
Utility command, menu shortcut,
macro recall, shotbox recall
• Selects the shifted signal on the
background B bus when the
[DUAL BKGD BUS] button of the
cross-point pad is lit (dual
background bus mode).
• Selects the DME utility 1 bus or 2
bus signal while the [UTIL] button
of the cross-point pad is pressed
(utility bus mode).
• Selects the bus signal or utility/
shotbox function
c)
b)
selected by a
delegation button on the crosspoint pad when free assign mode
is set.
• Selects the bus signal or utility/
shotbox function
b)
selected by
the 1st row delegation button
when key/AUX bus delegation
mode is set.
23
NameDescription
3rd row• Selects background A bus
signal.
• Selects the utility 1 bus signal
while the [UTIL] button of the
cross-point pad is pressed (utility
bus mode).
• Selects the bus signal or utility/
shotbox function
delegation button on the crosspoint pad when free assign mode
is set.
4th row• Selects background B bus
signal.
• Selects the utility 2 bus signal
while the [UTIL] button of the
cross-point pad is pressed (utility
bus mode).
• Selects the bus signal or utility/
shotbox function
delegation button on the crosspoint pad when free assign mode
is set.
a) When a cross-point button is pressed, a key fill signal is selected. While a
key bus delegation button is pressed, you can select a key fill signal on the
1st row and a key source signal on the 2nd row.
b) Utility/shotbox mode functions are assigned in the Setup menu. The
settings are common to the M/E and PGM/PST banks.
For details, see “Assigning Functions to Cross-Point Buttons of the CrossPoint Control Block” (page 418).
c) You can change the bus assignment and operation mode of the [UTIL]
button in the Setup menu.
For details, see “Setting Utility Bus Mode” (page 428) and “Setting the
[UTIL] button operation mode” (page 423).
c)
b)
c)
b)
selected by a
selected by a
Cross-point button numbers
The button numbers are labeled on the cross-point buttons.
For details, see “Cross-point control block button
numbers” (page 79).
Assigning signals to button numbers
You can assign a signal to each button number in the Setup
menu.
For details, see “Creating Cross-Point Assign Tables”
(page 405).
Colors of lit cross-point buttons
The status of cross-point buttons can be checked according
to the color of the button when lit.
For details about re-entry buttons, see “Re-entry buttons”
(page 75).
SHIFT button
The [SHIFT] button function is assigned to the button on
the right-hand end, and is used to toggle between the
shifted and unshifted states of the button row.
The operation of the [SHIFT] button can be set to one of
the following modes in the Setup menu.
• The shifted state is selected while the button is pressed
(hold mode).
• Every time the button is pressed, it toggles between
shifted and unshifted states (lock mode).
You can also disable the [SHIFT] button function.
For details, see “Setting the [SHIFT] button operation
mode” (page 406).
SHIFT ALL button
You can switch the cross-point button rows on all buses to
the shifted state using the [SHIFT ALL] button assigned to
the cross-point pad. The [SHIFT ALL] button operation
can be set to hold mode or lock mode in the Setup menu.
For details, see “Setting the [SHIFT ALL] button
operation mode” (page 407).
Note
The [SHIFT ALL] button is not available when a M/E or
PGM/PST bank is in the following states.
• When dual background bus mode is set
• When set to [Dual M/E Assign]
• When the operation of the [SHIFT] button of a crosspoint button row is set to hold mode
Cross-point hold function
Setting cross-point hold enables you to recall a keyframe
or snapshot while keeping the current cross-point selection
unchanged.
When cross-point hold is set, use the cross-point hold
buttons of the cross-point pad.
To set for each bus, press the cross-point hold button for
the target bus, turning the button indicator on.
To set for each cross-point button row, press the 1st row to
4th row cross-point hold buttons, turning the button
indicators on.
For details, see “Colors of lit cross-point buttons”
(page 81).
Re-entry buttons
Re-entry buttons are assigned to the cross-point button
rows (M/E-4 and M/E-5 re-entry buttons must be assigned
in the Setup menu). Re-entry buttons can also be assigned
to the cross-point pad.
You can check whether cross-point hold is set for a key bus
(K1 to K8), utility bus (U1, U2), or background bus (A, B)
on the cross-point hold status display assigned to the crosspoint pad button.
24
Inhibiting operation of a cross-point button row
(protect function)
To inhibit operation of buttons on the 1st to 4th rows, press
the [ROW-1 PROT] to [ROW-4 PROT] buttons on the
cross-point pad, turning them on.
• Settings of buttons on the 1st row to 4th row (signal
name, bus name, register name, or function name
assigned to the button)
• Macro register name of macro attachment assigned to
the 1st to 4th row buttons
Inhibiting operation of a cross-point button row
(inhibit function)
To inhibit operation of a cross-point button, press and hold
the [XPT INHBT SET] button on the cross-point pad, and
press the target cross-point button you want to inhibit. To
release the inhibit setting, press and hold the [XPT INHBT
SET] button on the cross-point pad, and press the target
cross-point button you want to release.
To release the inhibit setting for all buttons, press and hold
the [XPT INHBT SET] button on the cross-point pad, and
press the [XPT INHBT ALLCLR] button.
For details about the inhibit function, see “Inhibiting
Operation of Cross-point Buttons” (page 80).
KEY button
In free assign mode or key/AUX bus delegation mode, you
can select the key signal of a V/K pair using the [KEY]
button on the cross-point pad.
When a cross-point button is pressed while pressing the
[KEY] button, the key signal is selected. When a crosspoint button is pressed without pressing the [KEY] button,
the video signal is selected.
When a key source signal is selected and an operation
mode that allows you to select both a key signal and video
signal is set in the Setup menu, the [KEY] button is
enabled. In key source signal operations, when the [KEY]
button is pressed, turning it on, and a cross-point button is
pressed, the key signal is selected. When the [KEY] button
is not lit and a cross-point button is pressed, the video
signal is selected.
Information for the key signal or video signal, whichever
is selected, appears on the display.
For details, see “Setting the Button and Fader Lever
Operation Mode” (page 422).
Notes
• When the [SHIFT] button function is set, “SHFT”
appears on the display. When the shifted state is selected,
“SHFT” is highlighted in reverse video, and the button
information also toggles to show the shifted display.
• When the [SIDE FLAG] button function is set, “SIDE
FLAG” appears on the display.
The information shown in each display mode is configured
in the Setup menu. The display can also be subdivided (top
and bottom) to display two pieces of information.
For details, see “Setting the Display Mode of the CrossPoint Control Block/AUX Bus Control Block” (page 427).
c Cross-point indicators
When lit, this indicates the source color of the video signal
assigned to buttons on the 3rd row.
If a signal cannot be selected, because a signal is not
assigned or the inhibit setting is set, the indicator is not lit.
You can set whether to enable the cross-point indicator in
the Setup menu.
For details, see “Setting cross-point indicators”
(page 425).
d Cross-point pad
Contains button assignments for functions used for crosspoint operations, status display, and so on.
Current page
name indicator
HOME button
button
Note
The [KEY] button cannot be used on the following buses.
Only the video signal is selectable.
• Key fill bus
• DME video bus
• Background A bus, B bus
b Display
Six types of display mode can be selected, according to the
information to display. The display mode is switched using
the display mode buttons on the cross-point pad.
The following information can be shown on the display.
You can assign functions to each button in the Setup menu.
You can set up 14 pages of settings and assign an arbitrary
name to each M/E and PGM/PST bank.
25
For details, see “Configuring the Cross-Point Pad”
(page 425).
Use the following buttons to navigate the cross-point pad
pages.
• [HOME] button: Displays the HOME page configured
in the Setup menu.
• [<<] button: Displays the previous page (page name
below <<).
• [>>] button: Displays the next page (page name below
>>).
• Button assigned with page recall function: Displays the
page configured in the Setup menu.
If the current page name indicator button is pressed, or the
[<<] button and [>>] button are pressed simultaneously,
the cross-point pad changes to page selection display
mode, and you can press a button, turning it on, to select
the page to display. To exit page selection display, press
the [EXIT] button.
The following functions can be assigned to the cross-point
pad of the cross-point control block.
Button name
HOMEDisplays the HOME page of the
PREV
(<< XXX)
NEXT
(>> XXX)
Row-n Assign Status
(XXX)
Current Page Status
(PAGE 1 XXX to
PAGE14 XXX)
M/E Status
(P/P, M/E1 to M/E5)
Disp Mode Status
(DISP: XXX)
Macro Reg Status
(MACRO: XXX,
ATTCH: XXX)
PRE MACROSets macro attachment in pre
a)
Description
cross-point pad.
Displays the previous page of the
cross-point pad.
XXX = page name (up to 12
characters)
Displays the next page of the crosspoint pad.
XXX = page name (up to 12
characters)
Displays the bus/function names
assigned to the 1st row to 4th row.
n = 1 to 4
XXX = bus/function name
Displays the name of the currently
displayed page.
XXX = page name (up to 12
characters)
Displays the name of the currently
set bank.
Displays the name of the currently
set display mode.
XXX = display mode name (up to
12 characters)
Displays the name of the currently
recalled macro register.
Displays the macro attachment
register name while the [PRE
MACRO] button or [POST MACRO]
button is pressed.
XXX = macro register name (up to
8 characters)
macro mode.
b) c)
b) c)
c) d)
c) d)
a)
c) d)
c) d)
b) c)
b) c)
b) c)
b) c)
b) c)
Description
macro mode.
Enables macro attachments
assigned to buttons of the M/E
banks and PGM/PST bank.
Selects display mode 1 to 6 (display
mode button).
XXX = display mode name (up to
12 characters)
Assigns background A and B buses
to the 1st row to 4th row.
n = 1 to 4
Assigns key 1 to 8 buses to the 1st
row to 4th row.
n = 1 to 4
Assigns utility 1 and 2 buses to the
1st row to 4th row.
n = 1 to 4
c) d)
Assigns DME external video bus to
the 1st row to 4th row.
n = 1 to 4
c) d)
Assigns DME utility 1 and 2 buses
c) d)
to the 1st row to 4th row.
n = 1 to 4
b) c)
Assigns edit preview bus to the 1st
row to 4th row.
n = 1 to 4
Assigns AUX1 to AUX48 buses to
the 1st row to 4th row.
n = 1 to 4
Assigns frame memory source 1
and 2 buses to the 1st row to 4th
row.
n = 1 to 4
Assigns DME1 to DME4 video
buses to the 1st row to 4th row.
n = 1 to 4
Assigns DME1 to DME4 key buses
to the 1st row to 4th row.
n = 1 to 4
Assigns utility/shotbox banks 1 to
10 to the 1st row to 4th row (utility/
shotbox mode).
n = 1 to 4
Displays buses for which crosspoint hold is set.
Sets cross-point hold for the
background A or B bus.
Sets cross-point hold key 1 to 8
buses.
Sets cross-point hold for the utility 1
and 2 buses.
XPT INHBT ALLCLRReleases inhibit mode for all cross-
DUAL BKGD BUS
ROW-n PROT
MACRO TAKE
(TAKE)
Macro Status
(EVENT XX/XX)
Button name
Macro: XXX
(XXX)
a) Button name when setting in the Setup menu. When the display differs
from that on the cross-point pad, the button name shown in parentheses
( ) is displayed.
b) Disabled in key bus mode.
c) Disabled in key/AUX bus delegation mode.
d) 3rd row and 4th row disabled in key bus mode.
e) 1st row disabled in key/AUX bus delegation mode.
f) 1st row and 2nd row disabled in key bus mode and key/AUX bus
delegation mode.
g) Disabled in free assign mode.
a)
Description
Recalls a macro register (1 to 250).
XXX = macro register name (up to
8 characters)
Free assign mode
Setting free assign mode in the Setup menu allows you to
use the 1st row to 4th row as cross-point button rows.
For details, see “Setting the Operation Mode of the CrossPoint Control Block Button Rows” (page 424).
To assign a bus/function to the 1st row to 4th row, use the
delegation buttons on the cross-point pad.
Notes
• When a key bus is assigned and a cross-point button is
pressed, a key fill signal is selected.
While a key bus delegation button is pressed, you can
select a key fill signal on the 1st row and a key source
signal on the 2nd row, regardless of the button row to
which the key bus is assigned.
• When a DME video bus or DME key bus is assigned and
a cross-point button is pressed, a front image signal is
selected. When a cross-point button is pressed while
pressing a DME video bus/DME key bus delegation
button, a rear image signal is selected.
• The operation of the [SHIFT] button is the operation
mode set by the cross-point assign table of the switcher
bank (M/E or P/P), regardless of the buses assigned to
the cross-point button rows.
Key/AUX bus delegation mode
Setting key/AUX bus delegation mode in the Setup menu
allows you to use the 1st row buttons as 2nd row
delegation buttons.
For details, see “Setting the Operation Mode of the CrossPoint Control Block Button Rows” (page 424).
27
You can assign the following bus/function delegation
buttons to the 1st row.
KEY1 to KEY8
UTIL1, DME UTIL2, EDIT PVW, AUX1 to AUX48,
FMS1, FMS2, DME1 V to DME4 V
2)
K
, UTIL/SBOX1 to UTIL/SBOX10
1) When a 2nd row button is pressed, a key fill signal is selected. When a 2nd
row button is pressed while pressing a 1st row delegation button, a key
source signal is selected.
2) When a 2nd row button is pressed, a front image signal is selected. When
a 2nd row button is pressed while pressing a 1st row delegation button, a
rear image signal is selected.
1)
, UTIL1, UTIL2, DME EXT, DME
2)
, DME1 K to DME4
Transition Control Block
The transition control block is used to execute transitions.
It supports common transitions and independent key
transition.
Notes
• In key/AUX bus delegation mode, the cross-point pad
delegation buttons are not available.
• The operation of the [SHIFT] button in the 2nd row is the
operation mode set by the cross-point assign table of the
switcher bank (M/E or P/P), regardless of the bus
selected in the 1st row.
a Display
b Transition settings section
b Transition settings sectioncTransition execution section
d Independent key transition execution
section
a Display
The following information is displayed.
• Left-side display: Target bank name (M/E1 to M/E5, P/
P)
• Center display: State (highlighted in reverse video when
on) and priority of key 1 to key 4
• Right-side display: State (highlighted in reverse video
when on) and priority of key 5 to key 8
For details about priority of keys, see “Displaying the Key
Output Status and Priority” (page 87).
b Transition settings section
Used in the assignment of functions, such as selecting
transitions and making settings, to buttons.
You can change the assignment of buttons in the Setup
menu.
For details, see “Setting Transition Control Block Button
Assignments” (page 403).
28
Next transition selection buttons
These buttons specify how the image will be changed as a
result of the next transition.
Button nameDescription
BKGD (background)Press the button, turning it on, to
change the background using the
next transition.
KEY1 to KEY8• Press the [KEY1] button, turning
it on, to insert or remove key 1
using the next transition.
If key 1 is not currently inserted, it
will be inser ted by the transition.
If key 1 is currently inserted, it will
be removed by the transition.
• The same applies to the [KEY2]
to [KEY8] buttons.
KEY1/5, KEY2/6,
KEY3/7, KEY4/8,
ADD, SHIFT
KEY PRIOR (key
priority)
ALLSelects multiple next transitions
PRIOR SET (priority
set)
(Assignment in the Setup menu is
required.)
• Press the [KEY1/5] button,
turning it on, to insert or remove
key 1 using the next transition.
Press the [SHIFT] button, turning
it on, and press the [KEY1/5]
button to insert or remove key 5.
Press and hold the [ADD] button
and press the [KEY1/5] button,
turning it on, to simultaneously
insert or remove key 1 and key 5.
• The same applies to the [KEY2/
6], [KEY3/7], and [KEY4/8]
buttons.
• Press the button, turning it on, to
enable the key priority setting
after the transition.
• When the [PRIOR SET] button is
lit, the setting for key priority after
the transition is used.
For details, see “Setting the Key
Priority (Transition Control
Block)” (page 86).
simultaneously. You set the next
transition to select in the Setup
menu.
For details, see “Setting the
Operation Mode of the [ALL] Button
in the Transition Control Block”
(page 423).
Sets the key priority.
For details, see “Setting the Key
Priority (Transition Control Block)”
(page 86).
Transition type selection buttons
These select the transition type.
• MIX button
• NAM (non-additive mix) button
• SUPER MIX button
• PST (preset) COLOR MIX button
• WIPE button
• DME WIPE button
• FM1&2 CLIP, FM3&4 CLIP, FM5&6 CLIP, FM7&8
CLIP (frame memory clip) buttons
(The [FM3&4 CLIP], [FM5&6 CLIP], and [FM7&8
CLIP] buttons must be assigned in the Setup menu.)
For details about transition types, see “Transition Type”
(page 83).
When multi-program mode is selected, there may be cases in
which two or more transition type selection buttons are lit.
For details about multi-program mode, see “Setting the
Operation Mode” (page 430).
Wipe direction selection buttons
These buttons select the wipe direction when the transition
type is a wipe or DME wipe.
Button nameDescription
NORM (normal)The wipe proceeds in the direction
REV (reverse)The wipe proceeds in the opposite
NORM/REV (normal/
reverse)
from black to white of the pattern
images, shown in “Wipe Pattern List” (page 480), or in the direction
of the arrows.
direction of [NORM].
The wipe direction alternates
between normal and reverse every
time a transition is executed.
TRANS PVW (transition preview) button
(Assignment in the Setup menu is required.)
With the preview output of the M/E banks and PGM/PST
bank, you can check the effect of the image during a
transition in advance.
During preview, you can use the fader lever, [AUTO
TRANS] button, and [CUT] button.
The operation of the [TRANS PVW] button can be set to
one of the following modes in the Setup menu.
• Press the button to start transition preview mode; the
mode returns to normal mode when the transition finishes.
• The transition preview mode is maintained only while
this button is pressed.
• Each time the button is pressed, the mode toggles
between transition preview mode and normal mode.
For details, see “Setting the Button and Fader Lever
Operation Mode” (page 422) and “Setting the transition
preview mode” (page 456).
KF (keyframe) button
(Assignment in the Setup menu is required.)
You can use the fader lever as a keyframe fader.
For details about the keyframe fader, see “Effect
Execution” (page 316).
29
Pattern limit setting buttons
(Assignment in the Setup menu is required.)
These buttons are used to set pattern limits.
• PTN (pattern) LIMIT button
• LIMIT SET button
NameDescription
CUT buttonExecutes an immediate transition.
d Independent key transition execution section
This section executes independent key transitions.
For details about pattern limits, see “Pattern Limit”
(page 92).
External device operation buttons
(Assignment in the Setup menu is required.)
These buttons are used to control playback, stop, and cueup operations on connected devices.
• PLAY button
• STOP button
•CUE button
For details about operation of external devices, see
“Control of VTRs and Disk Recorders” (page 283).
c Transition execution section
This section is used to execute transitions and check the
progress of the transition.
Transition
indicator
Fader lever
Transition rate display
CUT button
AUTO TRANS button
NameDescription
Fader lever• Move this up or down to carry out
the transition.
• Press the [KF] button, turning it
on, to enable the fader lever to be
used as a keyframe fader.
Transition indicatorDisplays the transition progress
Transition rate displayDisplays the configured transition
AUTO TRANS (auto
transition) button
using LEDs.
rate (the time from the beginning of
a transition to its completion).
• Executes an auto transition with
the set transition rate and
transition type.
• During the transition, the button
is lit amber.
Independent key transition display section
KEY5 ON to KEY8 ON buttons
KEY1 ON to KEY4 ON buttons
AUTO TRANS buttons
NameDescription
Independent key
transition display
section
KEY1 ON to KEY8 ON
buttons
AUTO TRANS (auto
transition) buttons
Displays the following information
for key 1 to key 8.
Key material name (key source
name when a key source is
selected on the key bus of the
cross-point control block), DME
channel or resizer being used,
transition rate, and transition type
• Inserts or removes the key
instantaneously.
• If a key is currently inserted, the
corresponding key button is lit
amber.
• Inserts or removes the key
automatically, for key 1 to key8,
with the set transition rate and
transition type.
• During the transition, the button is
lit amber.
You can change the position of the key 1 to key 8 operation
buttons in the Setup menu. However, the [AUTO TRANS]
button is assigned with the [KEYx ON] (x = 1 to 8) button
of the same key as a set.
For details, see “Setting Transition Control Block Button
Assignments” (page 403).
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