Belden, Belden Sending All The Right Signals, and the Belden logo are trademarks or
registered trademarks of Belden Inc. or its affiliated companies in the United States and
other jurisdictions. Grass Valley, NVISION, NV9000, NV9000-SE Utilities, and NV9642 are
trademarks or registered trademarks of Grass Valley. Belden Inc., Grass Valley, and other
parties may also have trademark rights in other terms used herein.
Terms and Conditions
Please read the following terms and conditions carefully. By using NV9642 documentation,
you agree to the following terms and conditions.
Grass Valley hereby grants permission and license to owners of NV9642 routers to use their
product manuals for their own internal business use. Manuals for Grass Valley products may
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including photocopying and recording, for any purpose unless specifically authorized in
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Care should be taken to ensure that one obtains the proper manual version for a specific
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Information in this document is subject to change without notice and does not represent a
commitment on the part of Grass Valley.
Warranty information is available in the support section of the Grass Valley web site
(www.grassvalley.com).
TitleNV9642 User’s Guide
Part NumberUG0049-01
Revision1.2 (20 Nov 14)
ii
NV9642
User’s Guide
Change History
Rev.DateECODescriptionApproved
1.024 Nov 0916114Initial releaseD. Cox
1.105 Nov 1017286Updated to conform to SE
contract buttons added.
1.220 Nov 1419357Reformatted.D.Cox
6.0.8. Virtual level expand,
D. Cox
FCC Statement
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency energy and,
if not installed and used in accordance with the instruction manual, may cause harmful
interference to radio communications. Operation of this equipment in a residential area is
likely to cause harmful interference in which case the user will be required to correct the
interference at his own expense.
Declaration of Conformance (CE)
All of the equipment described in this manual has been designed to conform with the
required safety and emissions standards of the European Community. Products tested and
verified to meet these standards are marked as required by law with the CE mark.
When shipped into member countries of the European Community, this equipment is
accompanied by authentic copies of original Declarations of Conformance on file in the
Grass Valley offices in Grass Valley, California USA.
Software License Agreement and Warranty Information
Contact Grass Valley for details on the software license agreement and product warranty.
Important Safeguards and Notices
This section provides important safety guidelines for operators and service personnel.
Specific warnings and cautions appear throughout the manual where they apply. Please
read and follow this important information, especially those instructions related to the risk
of electric shock or injury to persons.
WAR NIN G
Any instructions in this manual that require opening the equipment cover or enclosure are
for use by qualified service personnel only. To reduce the risk of electric shock, do not
perform any service other than that contained in the operating instructions unless you are
qualified to do so.
iii
Restriction on Hazardous Substances (RoHs)
Grass Valley is in compliance with EU Directive RoHS 2002/95/EC governing the restricted
use of certain hazardous substances and materials in products and in our manufacturing
processes.
Grass Valley has a substantial program in place for RoHS compliance that includes significant
investment in our manufacturing process, and a migration of Grass Valley product electronic
components and structural materials to RoHS compliance.
It is our objective at Miranda GVD to maintain compliance with all relevant environmental
and product regulatory requirements. Detailed information on specific products or on the
RoHS program at Grass Valley is available from Grass Valley Customer Support at
1-800-719-1900 (toll-free) or
1-530-265-1000 (outside the U.S.).
Symbols and Their Meanings
The lightning flash with arrowhead symbol within an equilateral triangle alerts the
user to the presence of dangerous voltages within the product’s enclosure that
may be of sufficient magnitude to constitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle alerts the user to the presence
of important operating and maintenance/service instructions.
The Ground symbol represents a protective grounding terminal. Such a terminal
must be connected to earth ground prior to making any other connections to the
equipment.
The fuse symbol indicates that the fuse referenced in the text must be replaced
with one having the ratings indicated.
The presence of this symbol in or on Grass Valley equipment means that it has been
designed, tested and certified as complying with applicable Underwriter’s
Laboratory (USA) regulations and recommendations.
The presence of this symbol in or on Grass Valley equipment means that it has been
designed, tested and certified as essentially complying with all applicable
European Union (CE) regulations and recommendations.
iv
NV9642
User’s Guide
General Warnings
A warning indicates a possible hazard to personnel which may cause injury or death.
Observe the following general warnings when using or working on this equipment:
• Heed all warnings on the unit and in the operating instructions.
• Do not use this equipment in or near water.
• This equipment is grounded through the grounding conductor of the power cord. To
avoid electrical shock, plug the power cord into a properly wired receptacle before connecting the equipment inputs or outputs.
• Route power cords and other cables so they are not likely to be damaged.
• Disconnect power before cleaning the equipment. Do not use liquid or aerosol clean-
ers; use only a damp cloth.
• Dangerous voltages may exist at several points in this equipment. To avoid injury, do
not touch exposed connections and components while power is on.
• Do not wear rings or wristwatches when troubleshooting high current circuits such as
the power supplies.
• To avoid fire hazard, use only the specified fuse(s) with the correct type number, voltage
and current ratings as referenced in the appropriate locations in the service instructions or on the equipment. Always refer fuse replacements to qualified service personnel.
• To avoid explosion, do not operate this equipment in an explosive atmosphere.
• Have qualified service personnel perform safety checks after any service.
General Cautions
A caution indicates a possible hazard to equipment that could result in equipment damage.
Observe the following cautions when operating or working on this equipment:
• When installing this equipment, do not attach the power cord to building surfaces.
• To prevent damage to equipment when replacing fuses, locate and correct the problem
that caused the fuse to blow before re-applying power.
• Use only the specified replacement parts.
• Follow static precautions at all times when handling this equipment.
• This product should only be powered as described in the manual. To prevent equip-
ment damage, select the proper line voltage on the power supply(ies) as described in
the installation documentation.
• To prevent damage to the equipment, read the instructions in the equipment manual
for proper input voltage range selection.
• Some products include a backup battery. There is a risk of explosion if the battery is
replaced by a battery of an incorrect type. Dispose of batteries according to instructions.
• Products that have (1) no on/off switch and (2) use an external power supply must be
installed in proximity to a main power outlet that is easily accessible.
• To reduce the risk of electrical shock, plug each power supply cord into a separate
branch circuit having a separate service ground.
This guide is provided in PDF format, allowing you to use Acrobat’s “bookmarks” to navigate to
any desired location. You can also easily print a hardcopy. Please note:
• Use the Table of Contents or the bookmarks page to jump to any desired section.
• Many hyperlinks are provided within the chapters.
• Use the Index to jump to specific topics within a chapter. Each page number in the index is a
hyperlink.
• Use Acrobat’s ‘Go to Previous View’ and ‘Go to Next View’ buttons to retrace your complete
navigational path.
1
Preface
Terms, Conventions and Abbreviations
Use the ‘First Page’, ‘Previous Page’, and ‘Next Page’, and ‘Last Page’ buttons to go to the first,
previous, next, or last page within a PDF file.
Note
To display the navigation buttons, right-click the Tool Bar area, and check ‘Navigation’.
• Use Acrobat’s extensive search capabilities, such as the ‘Find’ tool and ‘Search’ tool to per-
form comprehensive searches as required.
Terms, Conventions and Abbreviations
The following conventions are used throughout this guide:
• The symbol p denotes either an example or a special message.
• Entries enclosed in single quotation marks or Capital Letters denote physical control panel
buttons, configuration buttons, or menu items.
• Click ‘Apply’ to ...
• Press the SRC12 button ...
The following terms and abbreviations are used throughout this guide:
• The term “control panel” refers to the NV9642 control panel and to NV96xx control panels, in
general.
• “High tally” means that a button is brightly illuminated.
• “Low tally” means that a button is illuminated at low intensity. Most buttons assume a low
tally state until selected.
• “MD” is an abbreviation for multi-destination.
• “SE” is an abbreviation for NV9000-SE Utilities.
Other Documentation and Software
You should read and be familiar with the material presented in the following documents:
• NV960, NV920, or NV915 Quickstart Guide(s).
• NV9000-SE Utilities User’s Guide (or NV9000-SE Utilities help files).
• The router manuals for whatever routers you have in your system.
You should also be familiar with the NV9000-SE Utilities software and NV9000 family router
control systems.
2
Summary
LCD Function Buttons (34)Alphanumeric DisplayUp/Down Buttons
GPIO (tally)
Ethernet
RS-232 (diagnostic)
Power
Introduction
Chapter 2 provides a basic functional description of the NV9642.
Panel Organization
Modes of Operation
Other NV9642 Functions
The NV96421 is a hierarchical control panel featuring 34 LCD function buttons (illuminated in
various colors and having 1 to 3 lines of text) and a small vacuum fluorescent display having 4
lines of 22 characters. It can operate in X-Y mode or in multi-destination (MD) mode. Operators
can switch between modes at any time. The up and down buttons allow you to scroll the
display.
This 1RU panel is organized as shown in figures 2-1 and 2-2:
At the rear, in addition to power, serial, and network connectors, is a 25-pin GPIO (tally)
connector that supports 4 optically isolated relay outputs and 8 optically isolated inputs:
Fig. 2-2: NV9642 Rear
The NV9642 provides a tree-structured (or hierarchical) button layout. Configurers can define a
“tree” of buttons in such a way that each of the 30 LCD buttons can either (1) execute a function
or (2) select a subtree (i.e., present an entirely new set of functions at a different level in the tree).
The tree, with its subtrees, is not limited in size.
1. An equivalent NV9642V—a GUI that is called a “virtual panel”—is available. It emulates the NV9642.
3
Introduction
Panel Organization
We use the term “button page” or “page” to mean the set of 34 button functions at any particular level in the tree.
Configurers will use ‘Navigate’ buttons to create new button pages (subtrees). During operation,
NV9642 users will press a ‘Navigate’ button to access a subtree. However, ‘Navigate’ buttons are
typically not labeled “Navigate”; they would be labeled according to the specific function they
perform in your system.
The panel can also display predefined button pages. For instance, a “category” button, when
pressed, will display one or more pages of sources or destinations through which the operator
may browse. A “menu” button presents a page of menu options.
Panel Organization
Function Buttons
The NV9642 has two rows of 17 LCD buttons—a total of 34 LCD buttons. Each has 3 lines of text
(up to 8 characters per line). The buttons can display one of seven colors dynamically: nominally
red, green, blue, purple, amber, yellow, or grey. An eighth color exists
is off.
If the button text occurs on only one or two lines, the button displays larger text, centered on
the button.
During configuration, you can assign any of the 7 colors to a button.
Each LCD button has four levels of brightness: off, low, medium, and high, and supports three
operational levels: high tally, low tally, and off. High tally can be either medium or high brightness and low tally can be either low or medium brightness. High tally is always constrained to be
brighter than low tally. See LCD Buttons
Although you can see a list of the pages in the tree during configuration, the structure of the
tree is not evident on the panel itself. The panel operator must commit the tree structure to
memory to be able to use the panel. It is up to the person configuring the panel to design a
usable tree structure.
Some buttons functions are assigned by the system depending on the context. For example. if a
button page is to represent all sources in a category, and that list changes, the button subtree
adjusts in size dynamically. The panel software adds a “forward” button and a “back” button if
there are more sources than buttons. Pressing the ‘Forward’ button takes you to the next page
of sources. Pressing the ‘Back’ button takes you to the previous page of sources.
Some button states depend on context. Many buttons remain unlit when their functions are
disabled. For example, ‘Page Up’ and ‘Page Down’ buttons remain unlit until there is an opportunity to scroll selection buttons. By default, an XY/MD button turns green for X-Y mode and
amber for multi-destination mode. ‘Save Preset’ goes low tally when you press ‘Clear Preset’.
The LCD buttons display a menu if the operator presses a menu button. When the operator
make a menu selection, viewable data are displayed on the LCD buttons. In some cases, the
operator can enter data (such as panel ID or LCD brightness) using buttons that allow data entry.
Configurers can define ‘Selection’ buttons that select a level during a breakaway setup. (Configurers must do so if the operator is to make such selections.)
Scrolling is necessary when a list of items
of buttons available for the items. The panel adds ‘Forward’ and ‘Back’ buttons as necessary.
—“dar k”—when the LCD
, page 81, for a color chart.
—for instance, source devices—exceeds the number
4
NV9642
XY Dest VTR1XY Dest VTR1
HD HD
CAM1 SDCAM1 SD
CAM1 AUDIO 1CAM1 AUDIO 1
Panels that use multi-destination mode will probably require ‘Page Up’ and ‘Page Down’
buttons.
Alphanumeric Display
The 4×22 alphanumeric display provides real-time feedback for the operators as they press
buttons to execute takes and other operations. The panel functions in two modes: X-Y or multidestination and the display changes according to the mode:
In either case, the display has 4 rows. Operators might need to scroll the display to see additional information. (The up and down buttons, right next to the display, are for scrolling the
display.)
Display Fields
The display has 2 columns:
• Level/Dest.
In X-Y mode, this column identifies the levels of the currently selected destination. That destination is identified in the information column. In the illustration above, ‘VTR--1’ was
selected. Operators might need to scroll to see or select a level.
In MD mode, the ‘Level/Dest’ column presents all the MD destinations defined in the
NV9642 configuration. (Actual destinations are defined in the NV9000 configuration.) Operators might need to scroll to see or select a destination.
• Status.
The status column indicates what source was routed to a destination.
In X-Y mode, the status column represents the levels of a source or the levels of multiple
sources under breakaway. These are called the current source(s). The presence of ‘--------’ in
the status or preset columns means that that particular level is not defined for the destination. Therefore, no source selection for that level is possible. The illustration above shows
that levels HD and ‘TimeCode’ are not defined for VTR 1.
5
Introduction
Panel Organization
In MD mode, the status column represents the sources routed to each of the destinations in
the ‘Level/Dest’ column. Again, these are the current sources.
In X-Y mode, the display uses its top row to show the selected destination. Therefore, in X-Y
mode, the display scrolls 3 lines at a time.
In multi-destination (MD) mode, the display uses all 4 lines to show MD destinations. In MD
mode, the display scrolls 4 lines at a time.
The display fields can show either aliases or system mnemonics for devices depending on (1) the
state of the ‘Name Set Toggle’ button (if the panel has one), (2) the default name set (3) the existence of name sets in the NV9000 configuration. (An alias is a name defined in a name set.)
Flags
The display also shows flags of different kinds next to the sources and destinations.
Selection Marks
At the far right of the display are marks (3 small bars) that turn on to indicate selections.
In X-Y mode, the marks turn on to indicate that a level is selected and are not visible otherwise.
(The operator makes level selections in the button array.)
In MD mode, a mark appears to the right of the currently selected destination (and of all the
currently selection destinations in hold mode).
Other Signs
A plus sign (+) indicates that additional information is available. There is an ‘Info’ button that
operators may press to view the additional information.
In MD mode, an asterisk (*) directly after a source indicates a breakaway on that destination.
An ‘L’ indicates that a device has been locked. A ‘P’ indicates that a device has been protected.
NV9642 operators may lock, protect or release destinations. It is important for operators to
know that other operators may lock, protect, or release sources and destinations.
Tally Interface
At the rear of the panel is a DB25 connector that provides 8 tally inputs and 4 tally outputs. (The
outputs are solid state relay outputs.) Both inputs and outputs are optically isolated.
During configuration, you can construct Boolean logic that switches the outputs on. The terms
of the logic expressions are states of the source and destination devices, etc., controlled by the
NV9000 control system.
During configuration, you can prescribe NV9642 behavior that depends on the tally inputs.
What you connect to the tally interface is, of course, up to you. Grass Valley provides a breakout
cable (WC0053) for the tally connector as a purchase option.
The NV9000-SE Utilities on-line help documentation calls the tally interface a GPIO interface. On
the rear of the panel, it is labelled a “GPI interface.”
See Chapter 6, GPIO
, on page 69, for complete detail.
6
Modes of Operation
The panel operates in either X-Y mode or multi-destination (MD) mode. A single button (XY/MD)
can toggle between the modes. A third mode
“button-per-source” mode
The primary modes of operation are:
• X-Y mode—individual control of all router levels. Choose a destination, optionally choose
desired breakaway levels, choose a source, and press ‘Take’ to complete a desired route.
• Multi-destination mode—lets you control multiple destinations. The LCD buttons display
destinations and sources. You can scroll through destination lists using the ‘Page Up’ and
‘Page Down’ buttons. Select a destination using selection buttons, choose a source, and
repeat for all desired routes. Then press ‘Take’. Takes are “all level,” and breakaways cannot be
performed.
The alphanumeric display scrolls independently of the selection buttons. Use the fixed
up/down buttons to scroll the display.
The ‘Hold’ button allows you to select many MD destinations at once.
• Single-destination mode.
Single-destination” mode is not a distinct mode, but we mention it because it is a mode on
some other panels and can be simulated on the NV9642. It can be combined with the other
two modes. You can create many different forms of “single-destination” mode. This mode
may in fact have more than a single destination.
To understand single-destination mode, you must understand the different button types.
Please read the Configuration and Operation chapters and then see Single-Destination
Mode (page 38).
The secondary modes of panel operation are:
• Setup mode—where the NV9642 is freshly powered up, but disconnected from the net-
work. In this mode, you can preset the NV9642’s panel ID and perform a few diagnostic tasks.
• Salvo mode—pressing a Salvo button (and then the ‘Take’ button) executes a salvo. (The
duration of a salvo is indeterminate.)
• Menu mode—pressing a Menu button places the NV9642 in “menu” mode. In menu mode,
the LCD button array becomes a menu that changes as needed during menu operation.
Other modes of operation are:
• Hold mode—when you press the ‘Hold’ button, hold mode becomes active and when you
press it again, hold mode becomes inactive. See Hold
• Save preset mode—when you press the ‘Save Preset’ button, ‘Save Preset’ mode becomes
active and when you press it again, ‘Save Preset’ mode becomes inactive. See Save Preset
page 62.
NV9642
User’s Guide
—called “single-bus,” “single-destination,” or
—can be emulated in either X-Y mode or MD mode.
on page 59.
on
7
Introduction
Other NV9642 Functions
Other NV9642 Functions
The NV9642 can be configured to perform the following additional functions:
• Previous source, free source, “quick” source, and source/destination buttons.
• Return to a pre-defined (or default) state.
• Hold breakaway levels.
• System salvos.
• Lock/protect/release for destinations.
• Forced release of locked or protected devices.
• Device selection using indexes or suffixes.
The NV9642 provides the following additional features:
• The NV9642 supports multiple-level breakaways in X-Y mode. This lets you route multiple
sources to the same destination on different levels.
• The panel supports gang or dub switching in multi-destination mode.
• Broadcast data routing in X-Y mode.
• Level mapping.
• Button page “templates”—global navigation templates and suffix templates—for easier
configuration.
8
Chapter 3 provides installation and connection instructions.
If you have ordered one or more NV9642 control panels from Grass Valley, inspect the shipping
container for damage. If you find any container damage, unpack and inspect the contents. If the
contents are damaged, notify the carrier immediately.
As you unpack the shipping container, look for the packing slip and compare it against the
contents to verify that you received everything as ordered. If anything is missing (or if you find
equipment damage unrelated to shipping), please contact technical support. Refer to Grass
Valley Technical Support on page 95.
Depending on your order, the NV9642 items that can ship include:
• One or more NV9642 control panels.
• One or two power supplies for each NV9642, with straps that secure the AC power cords to
the power supplies.
• Optional WC0053 breakout cable.
The package does not contain network cables, serial cables, or mounting screws.
You do not need to take any special precautions regarding ESD.
This document does not address the shipment or installation of any other equipment or software that can be used in conjunction with the NV9642 (including any system controllers, other
NV96xx control panels, EC9700 GUI, EC9710 GUI, and configuration programs such as UniConfig,
MRC, or NV9000-SE Utilities).
This document does briefly address the use of NV9000-SE Utilities and the Panel IP Configuration Utility as they pertain to panel configuration.
Follow these steps to install a NV9642 control panel:
1 Mount, and secure, the panel in the rack.
The NV9642 is designed to mount in a 19” rack. Rack-mounting is not a requirement.
Place the panel in position in your rack. Attach the panel to the rack frame, using screws
appropriate for your rack. The panel’s mounting slots are spaced 1.75” (44.5mm) vertically
and allow approximately 1/8” (3mm) of movement horizontally.
2 We assume that you have an Ethernet switch connected to the “Panel and Router Network”
port of your system controller. Connect an Ethernet cable from that switch to the RJ-45 port
at the rear of the NV9642.
3 Connect one or both power supplies. First connect the 4-pin connector to PS1 or PS2 on the
rear of the router. The connectors are keyed and snap into place. There is only one way they
fit. Do not force them. Then connect the power supply to AC power.
A second power connection is for redundancy only (protection against failure) and is not a
requirement for operation.
Refer to Power Specifications
Power Cord Retention
on page 75 for details on the PS0001 power supply. See also
on page 82.
4 Connect tally (GPIO) input devices and output devices at the DB25 GPI connector.
You can use the optional WC0053 breakout cable to make these connections.
See Chapter 6, GPIO
, on page 69 for detail regarding the tally interface.
Installing Software and Documentation
This document is available through the Grass Valley web site.
You must use NV9000-SE Utilities to configure the NV9642 control panel. Contact Grass Valley if
you need to obtain the latest version of this NV9000 configuration software.
You may use the Panel IP Configuration Utility if you want to your NV9642 to have a static IP
address or to use DHCP. The panel, as it comes from the factory, defaults to DHCP.
10
Initialization
MENU
• • •
ENTER
PANEL ID
SOFTWARE
VERSIONS
EXIT
• • •
PANEL
TEST
MODE
Before your system controller can communicate with an NV9642, you must give the NV9642 a
panel ID. Follow these steps for each NV9642 you are installing:
1 Power up the NV9642. Do not connect its Ethernet cable. (Disconnect it if it is connected.)
2 Press the ‘Menu’ button to enter the menu. The menu button now displays ‘Exit’. At any time
3 Find and press ‘Enter Panel ID’ among the panel buttons on the left.
NV9642
User’s Guide
After a few seconds, the alphanumeric display will show ‘Acquire IP Address’ at the top and
show the panel’s current panel ID. The right-most button in the top row illuminates and
reads ‘Menu’:
during this process, you can press the exit button to “back out of” the process. You might
have to press it more than once.
Testing
The ‘Panel ID’ button shows the current panel ID
—in this example, it is 4200.
4 After you press ‘Enter Panel ID’, the panel illuminates 10 “digit” buttons on the top row of
buttons. Press the digits of your intended panel ID in order
—up to 8 digits. Then press the
‘Save’ button (on the right) to save the ID, press the ‘Clear’ button to discard the ID, or press
‘Exit’ to return to the menu.
5 You may use any other menu function at this time. When you are finished, press the exit but-
ton (which reappears) to leave the menu.
6 After you designate the panel ID, reconnect the Ethernet cable. The system controller will
detect your panel in a few seconds. (All panel IDs must be unique.)
You can now prepare an NV9642 configuration in NV9000-SE Utilities and upload the configuration to the NV9642. You need the panel ID to create a NV9642 configuration. When you upload
the configuration, the panel ID you entered in NV9000-SE Utilities designates the actual panel to
which the upload will occur. If no actual panel has that ID, the upload cannot occur.
As shown previously, in step 3, a panel test function is available when the NV9642 is disconnected from the system controller. Run the test to determine the health of your NV9642. See
Setup Mode
on page 65 for detail. Press the ‘Software Versions’ button to review the versions of
installed software and firmware.
These are points to consider after you install your NV9642 control panel(s):
1 Do the buttons illuminate? When an NV9642 powers up, its two leftmost LCD buttons are
supposed to turn green. Does it pass the panel test mentioned above?
2 When the NV9642 powers up and it is connected to the system controller, it should initialize
completely. (That takes a few seconds.) The NV9000 system should load whatever configura-
11
Installation
Testing
tion exists for that panel and the buttons appropriate for that configuration should light in
the colors appropriate for the top-level button page of that configuration.
If you continue to see “No Server,” “Acquiring IP Address,” or “Locating Network” on button 2,
you have a problem. Reboot everything and try again.
The NV9642, by default, acquires its IP address through DHCP on the system controller’s
panel/router network. You can use the Panel IP Configuration Utility to force the panel to
have a static IP address.
If (in setup mode) you do not see your designated panel ID on the display, you have either
not initialized the panel or no configuration has been created for your panel in NV9000-SE
Utilities.
3 Is the system controller actually running? With the typical noise levels in a facility, it can
sometimes be difficult to tell. Use the ‘System’ pages of NV9000-SE Utilities to make the
determination.
4 Is NV9000-SE Utilities installed and operating? If so, can you upload a configuration to the
specified panel?
5 Does the configuration actually work? Is it useful? Can the operator perform takes and per-
form other operations?
The design of an NV9642 “operator interface” is non-trivial. You might want to consider how well
your operator interface works in addition to the basic question of whether it works.
12
Configuration
Chapter 4 provides configuration instructions for the NV9642.
The NV9642 has a “multi-page” user interface. Each of its 34 buttons (illuminated in various
colors and having 3 lines of text) can either (1) execute a function or (2) select another button
page (i.e., present an entirely new set of functions). The set of button pages is not limited in size.
Panel operators navigate to different button pages to perform different tasks.
We say that the user interface is tree-structured (or hierarchical) although it is not always a “tree”
in the strictest sense. (You can construct a tree-like graph of the button pages.)
The NV9642, in addition, has an 4×22 alphanumeric display that presents the status of operations as they occur. The NV9642 panel has up and down buttons next to the display with which
the operator can scroll the display.
At the rear of the panel, a DB25 connector supports 8 tally inputs and 4 tally outputs.
NV9000-SE Utilities is the software with which to configure the NV9642. Figure 4-1, following,
shows the default NV9642 panel configuration page from NV9000-SE Utilities.
Adding a Panel to an NV9000 Configuration
You must create configurations for the NV9642 using NV9000-SE Utilities. We assume that you
are familiar enough with NV9000-SE Utilities that you can understand the following material. It
is not difficult material, but some of the concepts might not be familiar to everyone.
It takes only a few seconds to add a new panel configuration.
13
Configuration
Adding a Panel to an NV9000 Configuration
After launching NV9000-SE Utilities, choose ‘Control Panels’ from the Configuration pane in the
navigation area. The ‘Control Panels’ configuration page appears:
Click ‘Add Control Panel’ at the bottom of the configuration page. The ‘Add Control Panel’ page
appears:
14
Choose “NV9642” from the ‘Type’ field. In the ID field, enter the panel ID you assigned to the
panel while it was in setup mode. Give a name to the panel in the name field and select a user.
When you are creating a panel configuration you have 3 options. These options are presented in
the ‘Configuration Options’ area:
1 Make a copy of an existing configuration file, giving it a new file name.
2 Use an existing configuration file. (This allows several panels to share a single configuration.)
3 Create an entirely new configuration file.
In the first and third cases, you will create a new configuration file whose name you designate.
The file extension for an NV9642 configuration file is
.642. Click ‘Next’ or ‘Finish’ to proceed.
NV9642
User’s Guide
There are 2 other buttons: ‘Suffix’ and ‘Navigate’. Pressing either of these buttons creates a
button page template, not a panel configuration. See Global Navigation
on page 39.
Return to the ‘Control Panels’ page to view your new entry. To edit an NV9642 configuration,
either double-click its list entry or select the entry with a check in the checkbox and then click
‘Edit Selected Control Panels’:
You will then see the panel configuration page for the selected NV9642.
The following section of this guide discusses using the panel configuration page in which you
configure an NV9642.
The entries in the list can be (1) actual panel configurations (2) global navigation templates
or (3) global “suffix” templates. See Global Navigation
on page 39.
15
Configuration
Button
Definition
Section
Button
Page Table
GPIO Defi-
nitions
Display
Options
Panel Image
Panel
Options
NV9642 Panel Configuration Page
NV9642 Panel Configuration Page
This is the default NV9642 panel configuration page in NV9000-SE Utilities:
Fig. 4-1: NV9642 Configuration Page (Default)
Similar pages exist for NV9642 suffix templates and for NV9642 global navigation templates. See
Global Navigation
on page 39.
After you configure buttons, and button pages, the appearance of the panel buttons will have
changed.
At the bottom of the page are two important configuration buttons: ‘Revert to Saved’ and ‘Save’.
The ‘Save’ button commits modifications you have just made. The ‘Revert to Saved’ button
restores the last saved version of the panel configuration, canceling any changes you just made.
16
User’s Guide
Regions of the Configuration Page
Above the ‘Revert to Saved’ and ‘Save’ buttons (always present) there are 5 main regions:
• A graphic representation of the NV9642 panel.
On the right are 34 function button images. Click on a button to assign a function to it. In
some cases, you can click or double-click certain buttons to execute the button function.
Double-clicking a ‘Navigate’ button, for instance, causes the button’s “subpage” to appear.
The image of the alphanumeric display is not used. The images of the fixed up/down
buttons, just to the right of the image of the display, are not used.
Double-clicking a ‘Page Up’ or ‘Page Down’ button (not the same as a fixed up or down but-
ton) allows you to scroll through multi-destination pages that are represented in the image
of the alphanumeric page.
Buttons can be illuminated in several colors: green, amber, yellow, red, blue, purple, and
grey. There are 3 levels of illumination: high tally (bright), low tally (muted) and off. Unde-
fined buttons are turned off (dark) on the actual panel and are gray in the configuration
page.
Buttons disabled during operation have text, but are dark on the control panel. Unde-
fined buttons are dark and have no text.
• Button definitions.
In this section, configurers make button assignments, using its pull-down menus and text
fields. The menus and fields vary with the button type.
See Button Definitions
• Button page table.
This section
—the region below the button definition section—displays a list of the individ-
ual pages of the tree structure. The button page at the top of the list (or root of the tree) is
called “Default.”
During operation, category buttons can display device subpages when pressed. Those sub-
pages are not definable in NV9000-SE Utilities. The button page list does not display the
device subpages accessed through category buttons. Category buttons can also display suf-
fix pages when pressed. Suffix pages are included in the button page table.
See Button Page List
• GPIO definitions.
In this section, configurers may define GPIO logic. The control panel has a rear connector
that provides 4 relay outputs and 8 optically isolated inputs. See GPIO
information. (Note that the graphical buttons represent connector terminals and not actual
buttons.)
• Panel options.
In this section, configurers may specify the behavioral characteristics of the panel.
• Display options.
In this section, configurers may partially specify the behavior of the display when the panel
is in X-Y mode.
In X-Y mode, the display shows 3 lines of level information. (The display also scrolls by 3 lines
at a time.) The display options let you specify explicitly what levels appear on those 3 lines.
The specification applies, however, only to the first page of the level display.
, following.
on page 33.
, page 69, for more
NV9642
17
Configuration
NV9642 Panel Configuration Page
For example, if your NV9000 configuration has levels HD, SD, AES12, AES34, AES56, AES78,
timecode, and ‘Ctrl’ defined, and you specify that HD, AES12, AES34 are to appear on lines 1,
2, and 3, that will always happen. Then levels SD, AES56, and AES78 will appear on page 2,
and ‘timecode’ and ‘Ctrl’ will appear on page 3 as the operator scrolls.
During configuration, you may leave any of the fields in this section blank. If you leave all 3
fields blank, the display will present levels in their default order (according to their display
index, as defined in NV9000-SE Utilities).
If you leave only one or two fields blank, those display lines will appear blank, while the line
for which you specified a level will show that level.
Configuration Tasks
The person configuring an NV9642 panel will want to consider how best to use the hierarchical
nature of the button tree to support the devices and routers in the router control system at
hand. The task is non-trivial.
In support of that effort, the configurer will do the following:
• Select panel options.
• Assign functions to buttons.
• Create pages (subtrees) of buttons. (Do this using the Navigation button type).
• Define logic for some or all of the tally inputs and outputs.
A configuration should lead the operator through required tasks. It is possible to make navigation through the tree structure of panel operations intuitive through the judicious use of color
and text on the LCD buttons.
The configurer must keep in mind that the operator generally cannot view the entire button
tree at a glance.
The configurer must also keep in mind that the operator must be able to reach any page in the
tree. In particular, the operator, having navigated down a subtree, must have some way to navigate back up the subtree. There are several ways to ensure this. Two ways are listed here:
• Place a “Back” button on each subpage. The “back” button causes the NV9642 to redisplay
the previous page.
• Place a “Navigate” button on each page, where the navigate button causes the NV9642 to
display a specific page.
The operator can always return from system-generated pages (e.g., device lists) using the
‘back’ button.
The panel operator, in most cases, needs a ‘Take’ button and at least one selection button. In
addition to their basic function, selection buttons provide feedback about the preset source
device and level mapping. A ‘Clear Preset’ button is strongly recommended.
We recommend that you place exactly 8 selection buttons on a page and that they reference
all display indexes.
18
Commitment Buttons
Two buttons at the bottom of the configuration page are self-explanatory and present on most
configuration pages:
• Revert to Saved. Press this button if you want to discard any recent changes you have made.
• Save. Press this button to commit all your recent changes.
Neither of these actions is reversible.
Panel Options
The panel options section, in the middle of the configuration page, has two parts: drop-down
menus and checkbox options. These are the drop-down menus:
NV9642
User’s Guide
These are the options:
Default ModeX-Y ModeStarts the panel in XY mode after a reset. See Defaults on page 77.
Multi-Dest Mode Starts the panel in multi-destination mode after a reset.
Release ModeNormal ReleaseThis panel can release “locks” and “protects” set by the designated
user (at this panel or any other panel).
Force ReleaseThis panel can release locks and protects set by any user.
Default
Destination
Preset MonitorNoneThe preset source video is not sent to a monitor.
Status MonitorNoneThe current source video is not sent to a monitor.
NoneAfter a reset, the panel displays no destination device. (This is not
recommended.)
‹device›The Panel uses the specified device as the destination after a reset.
(The ‘Default State’ button also returns the panel to this destination.)
‹device›The preset source video for the selected destination appears on
the specified monitor (device).
‹device›The current source video for the selected destination appears on
the specified monitor (device).
19
Configuration
Panel Options
XY Data
Routing Mode
MD Data
Routing Mode
AutomaticIf a machine control (i.e., data) level is involved in a route, the sys-
tem makes the route on the control level even if the control port is
in use on the source or destination device. It breaks the previous
control connection and then makes a new control connection for
the route in progress.
Semi-automatic
(recommended)
ManualIf the control port is in use for the source or destination device, the
AutomaticIf a machine control (i.e., data) level is involved in a route, the sys-
ManualIf the control port is in use for the source or destination device, the
If the control port is in use for the source or destination device, the
system takes all (selected) levels except control and allows the
operator to perform the control level route by pressing ‘Take’ a second time. The operator may cancel the control-level take by pressing a button other than ‘Take.’
If the control port is not in use, the control level take occurs normally.
system takes all (selected) levels except control. It does not perform the control level route.
If the control port is not in use, the control level take occurs normally.
To carry out a take on a machine control port that is in use, the
operator must first free the port by performing a “tristate” take on
the port, that is, taking the device (as a source) to itself (as a destination) on the control level.
A take can occur on the machine control level if, in the status column of the display, the source entry is “FREE.”
tem makes the route on the control level even if the control port is
in use on the source or destination device. It breaks the previous
control connection and then makes a new control connection for
the route in progress.
system takes all (selected) levels except control. It does not perform the control level route.
If the control port is not in use, the control level take occurs normally.
To carry out a take on a machine control port that is in use, the
operator must first free the port by performing a “tristate” take on
the port, that is, taking the device (as a source) to itself (as a destination) on the control level.
An operator can determine whether the control level is free by
switching momentarily to X-Y mode and examining the destination’s levels.
20
Default Name
Set
Multidest
Device Limit
System NameA list of “name sets” appears in the drop-down menu. The name
sets can be defined under the System Management pane of
NV9000-SE Utilities. Choose ‘System Name’ in this list if you do not
want, or do not care about, device name aliases. Do not choose
‘System Name’ if you are configuring any ‘Name Set Toggle’ buttons.
(Selectable in
multiples of 8)
The number of multi-destination entries you are defining. (Strictly
speaking, this is not a limit, but a count.) The default, and lowest
value, is 8. The maximum is 512. (If you have more entries than
devices, you can leave some MD destinations unassigned.)
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