Certificate Number: 510040.001
The Quality System of:
Thomson Inc, and its worLdwide Grass Valley division affiliates DBA
GRASS VALLEY
Headquarters
400 Providence Mine Rd
Nevada City, CA 95959
United States
15655 SW Greystone Ct.
Beaverton, OR 97006
United States
10 Presidential Way
Suite 300
Woburn, MA 01801
United States
Kapittelweg 10
4827 HG Breda
The Nederlands
7140 Baymeadows Way
Ste 101
Jacksonville, FL 32256
United States
2300 So. Decker Lake Blvd.
Salt Lake City, UT 84119
United States
Rue du Clos Courtel
CS 31719
35517 Cesson-Sevigné Cedex
France
1 rue de l’Hautil
Z.I. des Boutries BP 150
78702 Conflans-Sainte
Honorine Cedex
France
Technopole Brest-Iroise
Site de la Pointe du Diable
CS 73808
29238 Brest Cedex 3
France
40 Rue de Bray
2 Rue des Landelles
35510 Cesson Sevigné
France
Spinnereistrasse 5
CH-5300 Turgi
Switzerland
Brunnenweg 9
D-64331 Weiterstadt
Germany
Carl-Benz-Strasse 6-8
67105 Schifferstadt
Germany
Including its implementation, meets the requirements of the standard:
ISO 9001:2008
Scope:
The design, manufacture and support of video and audio hardware and software products and
related systems
.
This Certificate is valid until: June 14, 2012
This Certificate is valid as of: June 14, 2009
Certified for the first time: June 14, 2000
H. Pierre Sallé
President
KEMA-Registered Quality
The method of operation for quality certification is defined in the KEMA General Terms
And Conditions For Quality And Environmental Management Systems Certifications.
Integral publication of this certificate is allowed.
KEMA-Registered Quality, Inc.
4377 County Line Road
Chalfont, PA 18914
Ph: (215)997-4519
Fax: (215)997-3809
CRT 001 073004
Accredited By:
ANAB
Page 3
Encore
CONTROL SYSTEM
Configuration Manual
Software Version 1.8.0
071853104
OCTOBER 2010
Page 4
Contacting Grass Valley
International
Support Centers
Local Support
Centers
(available
during normal
business hours)
France
24 x 7
Australia and New Zealand: +61 1300 721 495Central/South America: +55 11 5509 3443
Middle East: +971 4 299 64 40 Near East and Africa: +800 8080 2020 or +33 1 48 25 20 20
Europe
+800 8080 2020 or +33 1 48 25 20 20
Hong Kong, Taiwan, Korea, Macau: +852 2531 3058 Indian Subcontinent: +91 22 24933476
This Encore Configuration Manual is designed for facility engineers who are
involved in Encore system installation, configuration, and servicing.
Documentation Set
The basic Encore documentation set consists of:
•Installation and Service Manual,
•Configuration Manual,
•Control Panels Operation Manual, and
•Release Notes.
The Installation and Service Manual contains information about installing
Encore system hardware, maintaining Encore system components, and
configuring network communications used by the system.
The Configuration Manual contains detailed information about configuring
an Encore system to meet the needs of your facility. Background informa
tion about Encore system design is included, and a description of the
Encore Operator User Interface (OUI); which is used to configure, test, and
operate the system; is also provided.
The Control Panels Operation Manual provides operating information for the
control panels used with the Encore Control System.
The Release Notes contain information about new features and system
enhancements for a specific software version. Software installation proce
dures are also provided. Always review the Release Notes for your current
system software before you begin working with your Encore system.
-
-
Encore — Configuration Manual15
Page 16
Preface
Additional Documentation
Documentation for various Encore system options is also available:
•Encore Salvo Editor Instruction Manual,
•Soft Panels Instruction Manual, and
•Visual Status Display Instruction Manual.
The NetConfig utility program is used to configure your Encore network
and install software:
•NetConfig Instruction Manual
Software engineering documentation, intended for third-party developers
and in-house software engineers, is also available:
•Routing Products Protocols Manual.
16Encore — Configuration Manual
Page 17
Encore System Overview
Encore System
Controller(s)
Encore
Serial Controller
VTRs
Profile VDRs
Acts As
Gateway
Between
EN 1 and
EN 2
Encore Operator
Workstation(s)
Notification via
Pager, E-mail
or Phone
Trinix Digital Video
Routing Matrix
Apex Digital Audio
Routing Matrix
Acappella
Remote Panels
Acappella
Routing Matrices
Encore Ethernet
Control Panels
PMB
48B
EDP
P32
UCP
MB8
P48
XY
BPS
Series 7000
Routing Matrices
SMS 7000
Control System
Concerto
Multi-Format
Routing Matrix
7500 WB Digital Video
Routing Matrix
7500 NB Digital Audio
Routing Matrix
NetCentral
SNMP Manager
Distributed Applications:
Serial Interface Options:
• System Manager
• Router Control
• Panel Servers
• Tie-Line Manager
Encore Engineering
Workstation
Windows GUI Applications:
Windows GUI Applications:
• Configuration
• Local Router Panel
• Local Machine Control Panel
• Router Status
• Local Router Panel
• Local Machine Control Panel
• Automation
• ES Switch/Jupiter
• 3rd Party Matrix/Tally
• Horizon Matrix
RS-422
Crosspoint Bus
8053_00r0
Encore Controller
with GSC Option
Encore Controller with
RS-422 Serial Option
75 Ω Coax
Series 7000
Control Panels
EN 1 Ethernet (Facility LAN)EN 2 Ethernet (Panel/Matrix LAN)
RS-422
NoteThis same Overview section is included in several Encore manuals. If you are
familiar with this material you can skip to the next section.
Introduction
The Encore system is an open, scalable platform for full router and facility
control. Featuring tight integration with Grass Valley router matrices,
third-party routers, automation systems, and other equipment, the Encore
system can consolidate media assets under a single, unified control system.
Figure 1. Encore Facility Control System
Section 1
Encore — Configuration Manual17
Page 18
Section 1 — Encore System Overview
8053_09r0
The Encore system modular design lets broadcasters and other highquality content creators select just the level of control they need. At its most
basic, the Encore system can configure and control the crosspoints of a
single routing matrix, but it can be expanded to control multiple matrices.
Controlled Hardware
Encore can control a wide range of Grass Valley routers including Trinix,
Apex, Concerto, Acappella, 7500 WB, and 7500 NB using Ethernet. Legacy
7000 Series and Horizon routers can be serially controlled. In addition,
Encore can control the popular Grass Valley Venus routers with a serial
interface to a VM-3000 protocol translator. A wide range of third party
routers can also be controlled through a number of supported serial inter
faces. Users can also add tally and machine control via Ethernet or serial
interfaces.
Encore System Controller Frame
-
The two rack-unit Encore System Controller Frame supports up to two
System Controller Board (SCB) modules and two power supply modules
for redundancy. A standard Encore System Controller Frame is equipped
with one SCB and one power supply. All modules are front removable and
hot pluggable. Cooling is built into the frame so no external cooling units
are required.
Figure 2. Encore System Controller Frame
18Encore — Configuration Manual
Page 19
Introduction
Power Supply Modules
Reset Buttons
System Controller Modules
8053_36r0
Slot 1
Slot 2
Slot 1
Slot 2
8053_37_r0
J31
USB
J19J20J21
J29J30
GPIINGPI
OUT
J5J6J7
GSC 4 GSC 3 GSC 2 GSC 1 REF OUT SYNC 2 SYNC 1
CONSOLECONSOLE
J1J2J3J4
J16
J35
J51
C
O
M
1
C
O
M
2
J52
J53
E
N
1
E
N
2
J54
J36
J37
J38J39
SIO45678321
J40J41J42J43J44J45J46J47J48J49J50
J17J18J15J26J27J28
J32J33
GPIINGPI
OUT
J12J13J14
GSC 4 GSC 3 GSC 2 GSC 1 REF OUT SYNC 2 SYNC 1
J8J9J10J11
J23J24J25J22
J34
USB
PS1
PS2
COL
LNK
LNK
COL
COLLNKLNK COL
J55
+
J56
C
O
M
1
C
O
M
2
J57
J58
E
N
1
E
N
2
J59
SIO45678321
30-60V
130W; 3.7A
Serial In/Out
Connectors (8)
Com 1
Console Port
EN1
Ethernet Port
EN2
Ethernet Port
SCB Slot 2 Connectors
DC
Power
GPI In/Out
Connectors (2)
GSC BNCs (8)Sync
BNCs (4)
Com 2
Port
SCB Slot 1 Connectors
GPI In/Out
Connectors (2)
GSC BNCs (8)Sync
BNCs (4)
Serial In/Out
Connectors (8)
Com 1
Console Port
EN1
Ethernet Port
EN2
Ethernet Port
AC
Power
Com 2
Port
The System Controller Frame has two slots for SCBs and two slots for
Power Supply modules, located behind the front cover/air filter. Status
indicator LEDs and a reset button are located on each SCB (
Figure 3. System Controller and Power Supply Modules
Figure 3).
Cabling and power connectors are located on the rear of the System Controller Frame (Figure 4).
Encore — Configuration Manual19
Figure 4. System Controller Frame Rear View
Multiple Encore System Controller Frames can be used to support large
systems and to increase throughput by dividing tasks among the control
lers. SCBs in the same frame can be configured to control different hardware or to operate redundantly. An SCB in one frame can even operate
redundantly with an SCB in a different frame.
-
Page 20
Section 1 — Encore System Overview
Status 1
Destin ation 1
Pr eset
Level
Status 2
Destin ation 2
Status 3
Destin ation 3
Status 4
Destin ation 4
Status 5
Destin ation 5
Status 6
Destin ation 6
Status 7
Destin ation 7
Status 8
Destin ation 8
DestDest
IDID
LevelLevelSrcSrc
DestDest
PagePage
LevelLevel
PagePage
SrcSrc
PagePage
SalvoSalvo
PagePage
ChopChop
CECE
ClearClear
ShiftShift
A
PrevPrevNextNext
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
ProtProt
HoldHold
TakeTake
LoadLoad
8053_03r0
Destin ation Status
ProtProt
Lvl 1Lvl 1
ChopChop
Lvl 2Lvl 2Lvl 3Lvl 3
Lvl 5Lvl 5
NextNext
Lvl 6Lvl 6
Lvl 4Lvl 4
PrevPrev
All LvlsAll Lvls
ConfigConfig
TallyTally
IDID
8053_04r0
8053_05r0
Grass ValleyGrass Valley
PROT CHOP
ID
TALLY
LEVEL
ALL
LVLS
LVL1LVL2LVL
3
LVL
4
LVL
6
LVL
5
8053_08r0
Control Panels
A wide variety of hardware control panels are available that can work
across the room or across the country via IP LAN/WAN connections. Many
Grass Valley legacy hardware control panels can also be used with optional
serial interfaces. Optional PC control panel software is also available that
emulates many of these hardware panels.
The control panel operator views and selects Sources and Destinations by
name and does not need to be concerned with the actual physical cabling
or numbers of inputs and outputs.
Two representative Encore control panels are illustrated below.
Figure 5. Encore Paging Multi Bus (PMB) Control Panel
Figure 6. Encore Button Per Source (BPS) Control Panel
An Acappella control panel and an SMS7000 control panel, both originally
developed for other routing systems but able to be configured to work with
Encore, are illustrated below.
Figure 7. Acappella 16x16 Remote Panel
Figure 8. SMS7000 P48 Control Panel
20Encore — Configuration Manual
Page 21
Encore System Control Fundamentals
Distributed Control System
The Encore system uses a distributed control networked architecture.
Various Encore software components are installed on different hardware
locations to perform different tasks. This design provides extraordinary
system power and flexibility. Configuration files are downloaded over the
network to target devices, permitting rapid configuration changes while
the Encore system remains operational. User-specific system-wide access
privileges can also be established to restrict system control as appropriate.
Encore Database
Information vital to Encore system operation resides in a collection of data
files, collectively called the Encore database. These files model the routing
matrix hardware being controlled, name input Sources and output Destina
tions, determine matrix Levels, and specify the operational capabilities of
the control panels. The Encore database is created when the system is com
missioned and is typically maintained by facility engineering staff. The
Encore database resides on the same PC as the Sharer.
Introduction
-
-
Sharer Application
The Sharer application automatically downloads configuration information to Encore system components when they are power up or reboot. The
Sharer application runs on a PC, and must be running when the Encore
system is configured. The Sharer does not need to be running to sustain
control panel operation. However, we recommend the Sharer application
run at all times, as this makes it easier to resume configuration procedures.
CAUTION An Encore system can have only one Sharer application running on the
network at any time. This is important to remember during software installa
tion, or if a notebook PC with the Sharer is moved to different locations.
Configuration PC
An Encore system is configured using a standard PC installed with the
appropriate Encore software. Once configured, Encore control panels will
be able to switch crosspoints on routing matrices even if the configuration
PC is turned off or disconnected from the network. Typically the configu
ration PC also has the Encore Sharer application installed, but this application can reside on any PC on the network.
-
-
Encore — Configuration Manual21
Page 22
Section 1 — Encore System Overview
Sharer PC
The Sharer PC is the PC on which the Sharer is installed. Typically the configuration PC and Sharer PC are the same, but separate PCs can be used.
Routing Basics
Terminology
Area - An Area is a defined group of Sources and Destinations. Takes are
restricted to connecting Sources and Destinations within the same Area
(unless Tie-Lines are used). Defining multiple Areas makes it possible to
assign the same easily identifiable Source and Destination names (like
VTR_1, VTR_2) for use by different devices at different locations in the
facility.
Breakaway - A Take operation that switches a Source on at least one Level
that is different from the Sources selected on the other Levels.
Channel - The communication path used to control the crosspoint group by
the Router Control Engine over a selected protocol such as Serial or
Ethernet paths.
Chop - A variation of a Take command that alternately connects each of two
different Sources to a single Destination (flip-flopping) at a designated
switching rate (the chop rate).
Crosspoint - An electronic switch that allows a signal to pass from an input
to an output when the switch is closed.
Destination - The location to which Source signals are routed. A Destination
may include one or more outputs across multiple Levels.
Exclusion Set - User-determined set of items excluded from control by a par-
ticular control panel. Exclusion sets can be created for Areas, Destinations,
Levels, or Salvos. An exclusion set may be shared by more than one panel.
Flag - A parameter that can be set in a control panel template to control how
a panel operates.
Level - A grouping of signals of a particular type, such as digital video,
audio right, audio left, Red, Green, or Blue, etc. This grouping becomes an
independently controllable stratum of signals within a routing system.
Matrix - A configuration of potentially intersecting inputs and outputs. In
routing switchers, a matrix is signal switching hardware configured such
that any input may be switched to any output.
22Encore — Configuration Manual
Page 23
Routing Basics
Preset - Selecting an item (for example a Source or Destination) in prepara-
tion for an action.
Protect - A control function that prevents control panels or devices from
changing the current Source selection for the specified Destination.
Salvo - A named, system-wide preset which, when executed, can change
crosspoints on multiple Destinations at the same time.
Source - An input signal or collection of input signals generally associated
with a particular device (like a VTR or DDR). A Source may contain signals
from multiple Levels.
Take - The direct, immediate switching of a different Source to a Destination.
The Take occurs during the vertical interval for a clean transition.
Template - A set of parameters that can be applied to a control panel’s con-
figuration. The same template can be applied to multiple panels.
Tally - A status acknowledgment returned to a control panel or terminal that
an operation has been executed. Typically this will light up a button, but a
Tally may report text (for example a Source name).
Tie-Line - A system tie-line is a physical connection used to give a Destina-
tion connected to the output of one matrix access to Sources connected to
the input of another matrix. A signal which passes through two or more
matrices; more specifically the path (consisting of one or more Tie Wires)
which links a Destination of one matrix to a Source of another matrix. A
local tie-line is a special type that has Sources and Destinations in the same
matrix, usually sending the signal out of the matrix for external processing.
Matrix Crosspoints and Levels Description
Each router matrix can be broken down into a number of switching
matrices. A single switching matrix controls the switching (or routing) of a
particular type of electrical signal (e.g. digital video, analog video, audio,
data, etc.). These different signal formats are referred to as Levels. When a
connection is made, a path is formed between a unique Source (logical
grouping of physical inputs) and a unique Destination (logical grouping of
physical outputs). The physical connection is accomplished using cros
spoint circuitry. Figure 9 illustrates how a single switching matrix operates.
-
Encore — Configuration Manual23
Page 24
Section 1 — Encore System Overview
Outputs
8053_15_r0
Inputs
0 1 2 3 4 5 6 7 8 9
0
1
2
3
4
5
6
7
8
9
Figure 9. A Single Switching Matrix
Any of the 10 inputs (numbered 0 to 9) can be routed to any of the 10
outputs (numbered 0 to 9). One input can also be routed to more than one
output. All the possible routes are represented by the intersections of the
horizontal and vertical lines in the illustration. The points where the lines
meet (crosspoints) can be thought of as switches that allow the inputs to be
connected to the outputs. In this example, three crosspoints are on (as indi
cated by the X symbols), and the following routes are made:
-
Sources and Destinations Description
•Input 2 is routed to Output 1 and Output 4.
•Input 7 is routed to Output 6.
Sources consist of input signals to the router, and Destinations are output
signals from the router. An individual Source or Destination may contain
more than one signal. For example, a Source may consist of a video and a
key signal; be separate Red, Green, and Blue video signals; or have a video
signal and several associated audio signals. Each signal type is considered
a Level. In general, a Source and Destination need to be configured with
same number and type of Levels in order for Takes connecting them to be
successful.
24Encore — Configuration Manual
Page 25
Multi-Level Switching Description
All Level Take
An all Level Take switches the same input number on all Levels, to the controlled Destination, as shown in Figure 10.
Figure 10. Traditional All Level Take
Source DevicesRouting Matrix
DVTR 1
Video Source A (VSA)
Audio Left Source A (ALSA)
Audio Right Source A (ARSA)
VSA
VSB
Video Level
VSA
Routing Basics
Destination Device
DVTR 3
Video Destination
Audio Left Destination
DVTR 2
Video Source B (VSB)
Audio Left Source B (ALSB)
Audio Right Source B (ARSB)
ALSA
ARSA
ALSB
ARSB
Audio Level
Breakaway Take
A Breakaway Take is performed by selecting a Source different from the
others (on at least one Level) to the controlled Destination. Breakaways
allow a Destination to use different Sources (
Figure 11. Breakaway Take
Source DevicesRouting Matrix
DVTR 1
Video Source A (VSA)
Audio Left Source A (ALSA)
Audio Right Source A (ARSA)
VSA
VSB
Video Level
ALSA
ARSA
VSA
Audio Right Destination
8053_06_r0
Figure 11).
Destination Device
DVTR 3
Video Destination
Audio Left Destination
Audio Right Destination
DVTR 2
Video Source B (VSB)
Audio Left Source B (ALSB)
Audio Right Source B (ARSB)
ALSA
ARSA
ALSB
ARSB
Audio Level
ALSB
ARSB
Encore — Configuration Manual25
8053_07_r0
Page 26
Section 1 — Encore System Overview
Matrix 1
Sources
Routing Matrix 1
Matrix 1
Destinations
Tie-Line
Tie-Line
Tie-Line Source Name
Tie-Line
Source
Name
Tie-Line Source NameTie-Line Destination Name
Tie-Line Destination Name
Tie-Line
Destination
Name
Matrix 2
Sources
(One Hop)
(Second Hop)(First Hop)
Tie-Line
Routing Matrix 2
Matrix 2
Destinations
Matrix 3
Sources
Routing Matrix 3
Matrix 3
Destinations
Tie-Line Description
Tie-lines can be used to link different matrices, allowing Sources in one
matrix to be routed to Destinations in another matrix. Each tie-line has a
Source Name and a Destination Name that defines the signal path. A tieline Source is actually a Destination of the first matrix, and the tie-line Des
tination is a Source of the second matrix. Routes that employ more than one
tie-line are called multi-hop tie-lines (
Figure 12. Tie-Lines
-
Figure 12).
Once configured on an Encore system, actual tie-line operation is transparent to the operator. The Tie-Line Manager application automatically
creates and releases tie-line paths as needed.
26Encore — Configuration Manual
Page 27
Encore Fundamentals
8531_01r0
Device HardwareDevice Hardware
EncoreEncore
DatabaseDatabase
Sharer ApplicationSharer Application
Other ApplicationsOther Applications
EncoreEncore
SystemSystem
ManagerManager
ApplicationApplication
Overview
The distributed control architecture of the Encore Control system offers
great flexibility and power. A basic understanding of this control architec
ture is beneficial for those responsible for installation and configuration.
System Functional Layers
One way to approach the Encore Control system is to think of it as a series
of layers. The Encore database is the core layer. Each layer above the data
base interacts only with adjacent layers, until the outermost hardware layer
is reached (
Figure 13).
Section 2
-
-
Figure 13. Encore System Functional Layers
Encore — Configuration Manual27
Page 28
Section 2 — Encore Fundamentals
The Encore database core contains information that identifies what a particular Encore system consists of and its capabilities. The Sharer application’s layer shares this information with the various distributed Encore
system applications on the next higher layer. These other applications
(Router, Tie-Line Manager, Panel Server, etc.) use this database information
to control the hardware device components (Router Matrices, control
panels, etc.) residing on the outer device hardware layer. The System
Manager application spans all the layers. It is used to create the information
in the database, set up how it and other applications are accessed by users,
and establish the communications used to span the applications and hard
ware layers. The first time an Encore system is run, a special login application is used to access the System Manager.
Client/Server Architecture
The Encore system can also be viewed as consisting of various software
applications (including the applications described above) that run on
various hardware processors (called Engines). Engines can be Encore
System Controllers, or they may be networked PCs (called Stations, which
is short for workstation). The System Manager can be used to assign which
applications run on which engines. Some of these applications operate
using Client/Server techniques. For example, a Server application residing
on one Engine may provide information and processing resources to Client
applications running on different hardware components. In this way, infor
mation that needs to be shared with multiple Encore system components
can be managed effectively. An example of this structure is the Panel Server
application, which runs on an Encore System Controller and provides con
figuration information to multiple Encore control panels, and other supported control panel models(Figure 14).
-
-
-
28Encore — Configuration Manual
Page 29
Figure 14. Applications, Engines, Clients, and Servers
8531_02r0
Kalypso Video
Processor Frame
Engineering Workstation PC
(Engine)
(Engine)
Encore Database
Router Control
Application
System Manager
Server Application
Encore OUI
Client Application
Panel Server
Application
Different
Applications
canrun on the
same Engine
Applications can
control multiple
hardware devices.
The same type of
Application canrun
on different Engines
Sharer
Operator Workstation PC
(Engine)
(Engine)
Encore OUI
Client Application
Serial
Ethernet
VTR
Encore System Controller
(Hardware)
Panel Client
Router Control Panel
(Hardware)
Panel Client
Router Control Panel
(Hardware)
Panel Client
Router Control Panel
Profile VDR
VDRCS Server
Application
(Engine)
VSVC Server
Application
Encore
Serial Engine
Encore
Machine Control
Client Application
Router Matrix
Frame
(Hardware)
Router Client
Router Matrix
Frame
(Hardware)
Router Client
Network
Overview
The Client/Server architecture makes an Encore system scalable, from
small single purpose applications to huge facility wide installations. An
Encore system can even support multi-facility operations. Additions can be
made to an existing system by adding components without the need to reengineer the rest of the system hardware. Processing workloads can be dis
System Communications During Normal Operation
tributed among various engines to prevent bottlenecks, and redundancy
can be incorporated for reliable operation.
When an operator presses a button on a control panel, a series of messages
are passed between client and server applications to accomplish the cros
spoint change and to update button tallies on all the affected Panels
Figure 15). In this example the Panel Server application and the Router
(
Control applications reside on a separate engines. If they reside on the same
engine, similar communications occur.
Encore — Configuration Manual29
-
-
Page 30
Section 2 — Encore Fundamentals
Figure 15. Normal Operation Steps
1
Panel button pressed.
Router Control Panel
Panel Client
Encore System Controller
Panel Server
Application
3
8
Button tally
9
updated on
all panels.
Router Control Panel
2
Ethernet
Panel Client
Network
4
7
Router Control
Application
Encore System Controller
8531_03r0
Matrix changes
5
crosspoint.
Router Matrix
Frame
6
Router Client
The following steps are involved:
1. The operator presses a Source selector button for a Destination on a
control panel. The Panel button illuminates with a false tally.
2. The Panel sends a button press message to the Panel Server application.
3. The Panel Server interprets the message and sends a Source change
message for that Destination to the Router Control application.
4. The Router Control application interprets the message and sends a
crosspoint change message to the Router Matrix hardware.
5. The Router Matrix changes its crosspoint.
6. The Router Matrix sends a message reporting the new status of that
crosspoint to the Router Control application.
7. The Router Control application sends new Source status information
for that Destination to the Panel Server application.
8. The Panel Server application receives the new status and sends it to the
control panels.
9. All the affected control panels then change their button tally to reflect
the new status of the Destination. The false tally on the initiating control
panel changes to a true tally.
It can take up to four seconds to update all the control panel tally statuses
on a large Encore system. If the requested crosspoint change fails to occur,
30Encore — Configuration Manual
Page 31
the false tally on the initiating control panel reverts to the actual Source
selection for that Destination after a time-out.
Distributed Configuration and Status Data
The Encore system’s varying hardware components and flexible capabilities means various types of configuration and status information are
required. This information specifies what the system does and how its com
ponents work together.
The Encore system employs a distributed database mechanism. A comprehensive database exists that contains all the Encore system configuration
information. Portions of this principle database are then copied to various
Encore system components where it is needed. This allows the system to
continue normal operation even if the device storing the comprehensive
database goes off-line or is otherwise unavailable. This also allows an oper
ating Encore system to remain on-line while it is being re-configured. This
is especially powerful with control panels, which can be remotely reconfig
ured instantly to acquire different operating functions. Control panels also
automatically receive a default configuration (from previously defined
templates) as soon as they are added to the Encore network.
Overview
-
-
-
With a distributed database, the various copies of the data must be synchronized. Various methods are used to accomplish this. In general, when an
Encore component is operating in Sharer mode, that means it is in sync
with the comprehensive database managed by the Sharer. If in Local mode,
the local database information is not being updated by the Sharer and so
may not be synchronized. Commands are available (Load, Save, Save As,
etc.) to force the synchronization of the database information.
Another important aspect of the Encore system is reporting accurate
system status information. The current status of the system (for example,
which Sources are routed to which Destinations), must be available to
many Encore components so they can display the correct Source and Des
tination names and tallies. Memory maps are used to for this purpose.
Memory map information cascades up from the Matrices for display on the
control panels.
Figure 16 illustrates the concept of a distributed database, templates, and
memory maps.
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Section 2 — Encore Fundamentals
8531_04r0
Engineering Workstation PC
Defined Areas
Defined Engines
Defined Workstations
Defined Applications
User Logons
Permissions
Panel Templates
Levels
Destinations
Sources
Encore System database
System Manager
Sharer
Encore System Controller
Router Controller database
Templates
Template
Control Panel
Matrix database (one Matrix)
Panel Server database
Levels
Destinations
Sources
Global Memory Map
of Logical Source and
Destination Statuses
Destinations
Sources
Local Memory Map of
Physical Crosspoint
Statuses in this Matrix
Matrix database (one Matrix)
Destinations
Sources
Local Memory Map of
Physical Crosspoint
Statuses in this Matrix
Button Status,
Source, Destination,
and Level Names
Template
Control Panel
Button Status,
Source, Destination,
and Level Names
Template
Control Panel
Button Status,
Source, Destination,
and Level Names
System Manager configures
Users, Engines, Applications,
Permissions, etc.
Sharer manages distribution
of database information to
Encore system components
Levels
Destinations
Connections
Sources
Global Memory Map of
Physical Crosspoint
Statuses in controlled
Router Matrices
Router Controller Application Commands:
Modify: Saves Router database to the
Encore System database (via the Sharer)
Reload Database: Loads Encore System
database information to Router database
Re-Sync Router: Polls matrices and
synchronizesrouter memory map with
actual crosspoint statuses.
Re-Sync Matr
ix: Sendsrouter memory map
to Matrices, changing crosspoint settings if necessary to match.
Panel Server Application Commands:
Load Template: Loadsselected
template for editing.
Save Template: Saves the edited
template.
Copy Template to Panel: Copies the
currently selected template to a
selected Control Panel
Copy Panel to Template: Copies the
settings of the curently selected
Control Panel to a selected Template.
Ethernet
Network
Figure 16. Encore Distributed Database Information
Automatic Detection of Database Match
32Encore — Configuration Manual
Encore 1.7.3 and newer software automatically detects whether the Sharer
and SCB flash memory have correctly matching databases, and automati
cally go to Sharer mode if they are identical.
If the Sharer shuts down on the network, each Router Controller and
Control Panel Server goes to
Controller or Control Panel Server detects the Sharer, they check the copy
of the database on the SCB Flash against the Sharer database. If the data
bases match, these applications automatically go back to Sharer filing mode.
Local filing mode. Now, whenever the Router
This check is also performed when the Router Controller or Control Panel
Server starts up. If the databases match, the Sharer database is not down
loaded, which significantly reduces the time delay to full operation.
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Redundancy
Mirror Master
Panel Server
Mirror Master
Router Controller
Primary SCB (left slot)
Mirror Slave
Panel Server
Power Supply #1
Power Supply #2
Mirror Slave
Router Controller
Backup SCB (right slot)
Encore System Controller Frame
Router Matrix Frame
Matrix
Controller #1
Matrix
Controller #2
Power Supply #1
Power Supply #2
Engineering Workstation PC
Encore System database
Sharer
Each powersupply can
independently power
that entire frame.
When devices come
on-line their applicationsreceive configuration
information from
the Sharer.
Mirrored Master and Slave applications each hold a complete set of
configuration information for what they control.
Failure of one mirrored device immediately makes its twin take control.
Ethernet
Network
Router Control
Panel
Router Control
Panel
If the Sharer isnot available
when an application comes
on-line, it will use its local
version of configuration
information.
If neither the Master or Mirror
Router Controller is available,
the Matrix retains its current
crosspoint
settings.
Overview
To ensure reliable Encore system operation, various forms of redundancy
are available. For example, System Controller frames can be equipped with
redundant power supplies. The power supply with the greatest load is
automatically used by the frame. Providing power from separate circuits to
each power supply helps ensure power to the frame will not be interrupted.
System Controller frame cans also be equipped with two System Controller
Boards (SCBs). Applications running on different SCBs can be configured
in Master/Slave pairs, such that if one SCB fails the applications on the
other SCB automatically take control without any interruption of system
operation. In Encore 1.7.3 and newer software, redundancy mode informa
tion is stored in the memory of the frame and validated. This ties redundancy mode settings to the frame slot, not the SCB. Applications can be
Master/Slave paired on SCBs in the same frame, or SCBs in different
frames can be used to provide even more robust redundancy. When SCB
redundancy is being used, the databases on both SCBs must remain syn
-
chronized for proper operation should a change-over occur (Figure 17).
-
Figure 17. Encore Redundancy
Encore — Configuration Manual33
Database Backups
The Encore system’s comprehensive database is an extremely important set
of information, since it supplies data to all the other system components.
This database can be backed up by copying the OMN directory and its col
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Page 34
Section 2 — Encore Fundamentals
lection of subdirectories to a safe location. Doing this whenever the data
base changes is a recommended practice, since file corruption is a possi
bility with any computer hardware. Should the Encore database file set
become damaged, the backup database can be quickly reloaded to rapidly
restore full system configuration capabilities. Because of the distributed
database architecture, even if the comprehensive database file becomes
unusable the Encore system remains operational. Crosspoints will remain
at their current settings, and Source to Destination Takes continue to be
available from all operating hardware control panels or other control points
(Automation, Router Control, Soft Panels, etc.).
Encore Software Applications
An Encore system consist of a suite of software applications, all of which
are accessed through the Encore user interface.
-
Local Applications
Local applications accessed from the Encore User Interface include:
•Start — User log-on button.
•Pager — Electronic messages between users.
•Filer — Database access window.
•Local Router Panel — Configurable full function software control panel.
•Local Machine Control Panel — Software machine control panel, requires
external engine.
Remote Applications
Remote applications are the backbone of the Encore system. Remote applications are accessed by users once they log into the Encore system. Each
application authorized for that user appears as an additional button in the
Encore User Interface.
Control Panel Server Application
This application services up to 128 control panels. Through the Encore User
Interface, the user sets the personality of the control panels. The Control
Panel Server application also services all RCL clients, such as an M-2100
Master Control system, Kalypso Video Production Center, or a third-party
automation system.
34Encore — Configuration Manual
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Router Control Application
This application receives switching requests from the Panel Server application and sends them to the Matrices for execution. Through the Encore User
Interface, the user establishes crosspoint functionality, such as Levels,
Sources, Destinations and protocol drivers.
Tie-Line Manager Application
This application controls the tie-lines in the system. Tie-lines provide transparent routing of signals between local matrix Levels and remote matrices.
Through the Encore User Interface, the user creates and manages tie-lines.
System Manager Application
The system administrator uses this application to set the permissions and
system access for all users. It is also used to configure the hardware sup
porting the Encore Control System software.
Encore Software Applications
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Section 2 — Encore Fundamentals
36Encore — Configuration Manual
Page 37
Encore OUI Description
Help Bar
Menu Bar
Task B ar
Local OUI Application Icons
Start-up /
Shut Down
Icon
Tiles Where Remote Application Icons Appear
Common Display Features
Encore Desktop
When you logon to the system, the Encore Desktop appears (Figure 18).
Figure 18. The Encore Desktop
Section 3
Encore — Configuration Manual37
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Section 3 — Encore OUI Description
Help Bar — As you move the mouse pointer around the
screen, the Help Bar displays information on the areas it
passes over.
Clock — Click the Clock in the top right corner of the
Desktop to show or hide the Menu Bar. The Menu Bar
appears to the right on the Desktop.
Title Box — The Title Box displays the name of the currently
active application. Click the Title Box to view the status
information your workstation.
Task Bar — When an application is open, its icon shows on
the Task Bar. To load an application, click its icon. You can
switch between applications by clicking different icons.
Menu Bar — The Menu Bar has an upper and a lower section.
The lowest button in the upper section acts as a heading for
the lower section. The buttons on the Menu Bar may be dif
ferent, depending on the application you’re viewing/using
at the moment.
There may be two types of buttons on the Menu Bar:
•Light-blue buttons represent categories; click one to
display a further level of options.
•Dark-blue buttons control a specific action.
The Menu Bar contents change depending on the category you select from the Main Menu.
-
38Encore — Configuration Manual
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Buttons
Icons and Windows
Common Display Features
Indicator Button — An indicator button has an indicator
which changes color when you click the button. The indi
cator may be a small rectangle or the whole button.
Greyed-out Button — You cannot select greyed-out buttons.
Active Button — You can select a button that is not greyed out.
Re-Size Icon — Use the Re-size icon to alter the size of a
window. The icon is in the bottom right corner of the
window.
-
To re-size a window, click the icon and drag the mouse
while holding the mouse button down.
To move a window without affecting the size, click-hold on
the window edge and drag the mouse.
Enter/Return Icon — Click this icon to confirm information
you enter. You can also use the
board for this purpose.
Eject Icon — Click this icon to close a window. This icon is
located in the top right corner of windows. You can also use
your keyboard
Esc key for the same purpose.
Alphanumeric Keypad — You can use the Alpha-
numeric Keypad to enter text and numbers.
Click the keys on the Keypad or use the key
board of your workstation.
Enter/Return key on your key-
-
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Section 3 — Encore OUI Description
List Window — A List window contains a list of items which
you can search, view or select.
Click the Single Arrow icons ( ) to scroll up and
down the list by one line at a time
Click the Double Arrow icons ( ) to scroll up and
down the list by one page at a time
Click and move the green slider bar ( ) to scroll through
a list window.
If you press a character on your workstation keyboard, the
list scrolls until the first item that starts with that character
appears at the top. For example, press M to move to the first
item beginning with the letter M.
You can also use the arrow keys and the Page Up/ Page Down
keys on the keyboard to search.
Numeric Keypad — Use the Numeric Keypad to enter time
codes.
To enter time codes in frames, click the Frames button.
To enter time codes in hours, minutes, seconds and frames,
click the
Click the double arrow icons ( ) to the left of the
window to increase or decrease the time code in onesecond steps.
Click the single arrow icons ( ) to the right of the
window to increase or decrease the time code by one frame
at a time.
Clicking the decimal point ( ) causes a colon (:) to appear
in the timecode display so that:
15 enters as 00:00:00:15 (15 frames)
15. enters as 00:00:15:00 (15 seconds)
15. enters as 00:15:00:00 (15 minutes)
To enter a Keypad number or function, click a key on the
Numeric Keypad graphic, or use your keyboard.
Use the keys to perform simple calculations.
Tcode button.
Copy To Clip Pad — Use the Copy To Clip Pad icon to copy text or
numbers to the
40Encore — Configuration Manual
Clip Pad list window.
Page 41
Common Display Features
Retrieve From Clip Pad — Use the Retrieve From Clip Pad icon to
select the
Clip Pad — Use the Clip Pad to store useful information. To
retrieve a Clip Pad item, highlight it in the list window,
then click the
Clip Pad so that you can retrieve information.
Enter/Return icon.
Messages
Message Window (with options)
Dustbin icon — To remove an entry from the Clip Pad, high-
light the item and click the Dustbin icon.
A Message Window may appear when you are using an Encore application. The message may ask you to confirm an action by clicking one of the
buttons in the Window.
To continue, click a button; or, using your keyboard, press the first letter of
the button name (for example, press the
button).
Y key instead of clicking the Yes
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Section 3 — Encore OUI Description
Figure 19. Message Window With Options
Message Window (without options)
If there are no options, click the window or press the Enter/Return key on
your keyboard.
Figure 20. Message Window Without Options
Selecting Options
You can usually select options in two ways:
•Double click the required option, or
•Click once to highlight the option, and then press the Enter/Return key on
your keyboard.
42Encore — Configuration Manual
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Basic Procedures
This section describes how to:
•Logon to the OUI,
•Load an application,
•Request an application from another user, and
•Log off the OUI.
Logging onto the OUI
When you launch the OUI application on your workstation, the system displays the OUI Logon Screen. From this screen you can logon to your OUI
workstation and load the applications you want to use.
1. Click the Start button on the right of the task bar. The Logging-On User
Basic Procedures
Identity Box appears.
2. Type y our User Identity (given to you by the System Administrator) into
the User ID Window; then press the
Return
icon.
You can use either your workstation keyboard or the on-screen Alphanumeric Keypad. Type either upper or lower case characters — the ID
detector is not case-sensitive.
3. Type your password (given to you by the System Administrator); then
press the
NotePassword entry is an optional feature, determined by the system configura-
A Welcome to Encore message is displayed, in addition to your user
information and any messages entered via the System Manager appli
cation or the System Administrator. Your User Name (or the first part
of it) appears on the
OUI applications are displayed on the Task Bar.
Enter/Return key or click the Enter/Return icon.
tion; a password-entry window appears only if the option is chosen. The
password is case-sensitive — you must type it exactly as it was given to you
by the System Administrator.
Start button. Icons that enable you to access local
Enter/Return key or click the Enter/
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Section 3 — Encore OUI Description
Figure 21. Typical Log-On Welcome Screen
4. Press the Enter/Return key on the keyboard or click the Enter/Return icon. A
list of remotely configured (i.e., server-based) Encore applications is
displayed in the center of the screen.
Figure 22. Typical Select Application List
NoteBefore you can use a remote application, the necessary hardware and soft-
ware must be suitably configured and accessible (subject to routing arrangements and password) from your OUI workstation. Refer to your System
Administrator if you are having system-configuration problems.
Loading an Application
After you logon to the OUI workstation, you can load any available and
suitably configured Encore application programs.
44Encore — Configuration Manual
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Loading a Local Application
The four OUI local applications are available at all times. To load an application, click its icon in the Task Bar. The icons are shown below with a brief
description of the application.
Local Machine Control Panel — Provides local control of devices
available on the Encore Network and information on the
status of selected devices.
Local Router Panel — Provides routing facilities between avail-
able Source and Destination devices.
Filer-Fax — Provides management facility for all clips on the
Encore system as it accesses the Sharer. It is used to filter and
select clips to load via the LMCP.
Basic Procedures
OmniPager — This application provides a messaging service
between all workstations on the Encore network.
NoteYou can load more than one local application. If you exit an application when
more than one is loaded, the screen reverts to the application previously dis
played. You can toggle between local applications by clicking the icons in the
Task Bar.
Loading a Remote Application
1. Click a blank button on the taskbar. A list of remote applications is
displayed (See
marked with a double arrow (>>).
2. If the application you require is available, double-click its name in the
list (or click once and then click the
Figure 22 on page 44); those that are available are
-
Enter/Return icon).
NoteIf the application you require is not available, you must request it from
another user before you can load it (see
Another User on page 46)
Encore — Configuration Manual45
Requesting an Application from
Page 46
Section 3 — Encore OUI Description
Once the remote application is loaded, its main screen is displayed and its
icon appears in the Task Bar. Refer to the application’s Reference Guide or
Tutorial for information on how to use it.
NoteYou can toggle between remote applications by clicking the icons in the Task
Requesting an Application from Another User
1. From the list of remote applications, select the one you require by
double clicking its name. (You know the application is in use since it is
not marked with a double chevron.) The Application Sharer Message
Screen is then displayed.
2. Click the Enter/Return icon to send a message to the current user,
requesting use of the application. The Message Screen disappears.
3. The other user acknowledges the Application Request Message by
clicking the
system sends you a message indicating that the application is available.
Bar.
Enter/Return icon. When the user exits the application, the
4. You can load the application as described in Loading a Remote
NoteIf you do not need the application urgently, click the Eject icon - no Applica-
tion Request Message is sent.
Dropping an Application
1. Click the Title Box to display the OUI Station Status Window. The OUI
shows the application currently in use in the Application Area.
2. Click the Drop Application button. If more than one application is open,
then the OUI shows the last application used. Continue to click the
Application
46Encore — Configuration Manual
button until you close the applications you want to.
Drop
Page 47
3. Close the window by clicking the Eject button.
Figure 24. Application Section of the OUI Station Status Dialog Box
OUI Station Status Window
Basic Procedures
To display the OUI Station Status Window from the Encore Desktop, click
the Title Box.
Figure 25. OUI Station Status Window
The OUI Station Status Window has five areas:
OUI Station — The OUI displays the name of the workstation that you are
logged onto, its IP address and the version number of the OUI that is run
ning.
Encore — Configuration Manual47
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Section 3 — Encore OUI Description
Ancillary — This has two buttons, Memory and Options. Click the Memory button
to view memory-usage details. For more information about the
button, see
Touch Screen — This enables you to adjust the settings of an attached touch
screen.
Services — Click the buttons in this area to confirm that the Sharer and a spe-
cific engine are on-line.
Application — In this area, the OUI displays details of the remote application
currently highlighted on the Task Bar.
Ancillary Options
Figure 26. Ancillary Options
Options
Ancillary Options.
Click the appropriate button:
Prompts to help bar — Display error prompts and messages on
the Help Bar.
Swipe Menu Bar — Switch off the Menu Bar if it overlaps
other items on the screen. Otherwise, the OUI permanently
displays the Menu Bar. With the option chosen, you can
cause the Menu Bar to appear and disappear by clicking the
Clock in the top right corner of the Desktop.
48Encore — Configuration Manual
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Basic Procedures
Number dialogues show days — Show time codes, if they are
longer than 24 hours, in the format days:hours:min
utes:seconds:frames. For example, 1:16:32:19:10. Otherwise, the system shows time codes as
hours:minutes:seconds:frames. For example, 40:32:19:10.
Enable direct text entry — Allows you to type entries directly
into fields in the OUI. When this feature is disabled,
clicking those same fields opens a separate dialog for data
entry.
Layout1, Layout2 — Choose different keyboard layouts. The
OUI displays a list of keyboard options.
ARC Serial, Serial Port 1, Serial Port 2 — Set up Encore hardware
devices on the serial ports of your workstation. The OUI
displays a list of hardware devices.
-
Shortcut Key Editor
Use the Shortcut Key Editor to create and maintain shortcuts and macros.
•A shortcut is a single action you record to replay later.
•A macro is a sequence of actions you record to replay later.
You can replay shortcuts and macros as many times as you want.
To display the Editor from the Encore Desktop, follow these steps:
1. Click the Title Box. The OUI Station Status Window appears.
2. Click the Options button.
3. Click the Shortcut List button. The OUI displays the Shortcut Key Editor.
Shortcut List — Record one or more actions to replay later.
When you click this button, the OUI displays the Shortcut
Key Editor. See
Shortcut or Macro on page 51 for more details.
Shortcut Key Editor and How to Create a
Encore — Configuration Manual49
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Section 3 — Encore OUI Description
Figure 27. Shortcut Key Editor
The list on the left shows the shortcuts and macros currently assigned to
function keys.
Shortcut Key Editor Buttons
Use the Shortcut Key Editor buttons to perform tasks:
Shortcut List
Load — Load a shortcut list. The system displays shortcut lists from
which you can select the one you want to load. Note: The OUI saves this
setting when you switch off your workstation.
Save As — Save the current shortcut list with a new name.
Clear — Delete the current list.
Modify — Save changes to the list.
Shortcut
Current Shortcut — Assign a function key to a shortcut or macro.
New — Create a new shortcut or macro.
Delete — Delete the highlighted entry in the shortcut list.
Action
50Encore — Configuration Manual
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Basic Procedures
Action — Change the name of the shortcut or macro. Warning: If you
change the name of a macro, make sure you change the name to that of
an existing macro.
New — Record a new shortcut or macro.
Macro — Load a previously saved macro. The OUI displays the cur-
rently loaded macros in the Shortcut list in the left of the window.
Details — Displays a list of the actions in a shortcut or macro.
How to Create a Shortcut or Macro
1. In the Shortcut Area, click the New button. A blank entry with the name
“None” appears in the Shortcut list on the left.
2. Click the Current Shortcut button. Enter the function key you want to
assign to the shortcut or macro (for example, F1, F2 etc.). Alternatively,
press the appropriate function key on your keyboard.
3. In the Action Area, click the New button. The system displays the Action
Box which has four buttons — from left to right,
Enter.
4. Click the Record button to start recording.
5. Perform the action (or actions) you want to record.
6. When you finish, press the Stop button.
NoteIf you want to replay your shortcut or macro to check it, press the Play
button.
7. When you are satisfied with your shortcut or macro, press the Enter/
button.
Return
8. Enter a description for your shortcut or macro.
NoteIf you performed more than one action, the system displays the Save Macro
Filer-Fax to allow you to save your sequence of actions as a macro. Click the
Name button and enter a name for your macro. Press the Enter/Return key;
then press the Save button.
9. In the Shortcut List Area, click the Modify button to save the shortcut or
Record, Stop, Play and
macro to the currently loaded list. To save the shortcut to a new list,
click the
Save As button.
Logging off the OUI
1. Click the Start button on the right of the Task Bar.
Encore — Configuration Manual51
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Section 3 — Encore OUI Description
2. The system displays a warning message.
3. Do one of the following:
4. Click YES (or press Y on your keyboard) to log off.
5. Click NO (or press N on your keyboard) if you do not want to log off.
6. Click HELP (or press H on your keyboard) if you require help.
7. If you select YES the system exits all the applications you have been
using, leaving remote applications free for other Users. The
workstation returns to the OUI Logon Screen.
Figure 28. Log Off Warning Message
CAUTION Before you turn off your workstation you must close down each remote
Encore application by selecting either the Disconnect or Drop Application
option to allow other Users access to those applications.
Changing the Size of Your Encore OUI
After you’ve installed Encore and its components and worked with the
Encore OUI for awhile, you may want to change the size of the OUI
window. For example, you may want change to or from using a touch
screen and therefore change the size of the buttons. To change the window
size on a Windows XP PC, follow these steps.
1. Right-click My Computer on your workstation desktop and choose
Properties, Advanced, Environment Variables. A window will appear as
shown in
Figure 29.
52Encore — Configuration Manual
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Figure 29. Entering User Variables and Values
Basic Procedures
2. Select the Omni$WindowHeight and Omni$WindowWidth variables
and change them to an appropriate Windows value as noted in the table
below, being careful to maintain both values in the same column.
3. Click the Set button after each entry to move it to the User Variables
scrolling list area.
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Section 3 — Encore OUI Description
54Encore — Configuration Manual
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Section 4
Initial Encore System Setup
Overview
This section explains how to get a basic Encore system set up for the first
time. After your Encore system is functioning at this basic level, you will be
able to modify its configuration to meet the specific requirements of your
facility, adding the necessary additional components.
The example Encore system described here consists of:
•one Encore System Controller frame with redundant SCBs,
•a small number of Encore control panels,
•a user supplied PC used for configuration, and
•two user supplied Ethernet switches and associated Cat 5 cabling.
The initial system setup steps include:
1. Create an isolated Encore network with default IP addresses,
2. Install Encore software on your Sharer PC, which you will also use to
configure your system,
3. During Encore software installation you can load the Encore default
database (recommended for first time installations),
CAUTION If you are working on an existing Encore system, do NOT install the default
database. Information on manual configuration is presented at the end of this
section.
4. Resolve any duplicate IP addresses, and
5. Test Encore system communication and control panel tally, using the
dummy matrix included with the default database.
After Encore system communication has been tested, you can then save its
configuration to make it fully operational. This will include changing the
IP addresses (if necessary), adding any additional System Controller
frames, adding and configuring the Matrix frame(s), and adding and con
figuring control panels. These added steps are covered later in this manual.
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Section 4 — Initial Encore System Setup
PC Requirements
A customer supplied PC is used for software installation and initial system
configuration. This PC must meet the following minimum requirements:
•2 Ghz CPU
•512MB RAM
•40GB hard drive
•250MB free hard disk space
•Monitor with 1024x768 resolution
•100BaseT Ethernet Network Interface Card
•Windows XP Professional (Service Pack 2)
•Logged in with Administrator-level privileges for the local machine
•Internet Explorer version 6.0 or later
Initial Setup Using Default Database
What The Encore Default Database Does
The default database contains settings that allows a basic Encore system
with default IPs to be quickly and easily tested for successful system com
munications. Installing the default database will:
•Register a Sharer PC with an Encore default IP address as a workstation,
•Registers a user (SYS) to permit Encore system configuration,
•Registers both a primary and a backup Encore System Controller (SCB)
as Engines,
•Specifies the SCBs will each run the Router Control and Panel Server
applications in Master/Mirror mode, and
•Specifies the use of a Dummy Matrix that simulates router hardware.
If the Encore default database is not installed, the above steps will need to
be accomplished manually.
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Create Default Encore Network
Default IP Addresses
Sharer PC
Encore system components ship with default IP addresses. To use these
default settings, the PC you use to configure your Encore system will also
run the Sharer and need to have the following settings:
Table 2. Sharer PC IP Addresses
Encore Sharer PC
Ethernet IP Address192.168.0.102
Ethernet Subnet Mask255.255.255.0
Ethernet Gateway 192.168.0.100
a
PC Ethernet Gateway must match Encore Master Controller Ethernet1 IP Address
Your Sharer PC will also need the following settings if you are using it on
an isolated network:
Initial Setup Using Default Database
a
•Ensure MS Firewall turned off.
•Internet Explorer is configured correctly, and
•Internet Explorer proxy server must be disabled.
Encore System Controllers
An Encore System Controller ships with the following default IP addresses,
and these addresses are included in the Encore default database:
Table 3. Encore System Controller (SCB) Default IP Addresses
Encore Controller 1 (master)Encore Controller 2 (mirror)
System NameSCB-1ASCB-1B
Ethernet1 IP Address192.168.0.100192.168.0.101
Ethernet1 Subnet Mask255.255.255.0255.255.255.0
Ethernet1 GatewayN/AN/A
Ethernet2 IP Address192.168.1.1
Ethernet2 Subnet Mask255.255.255.0255.255.255.0
Ethernet2 Gateway192.168.1.1
a
Ethernet2 IP Address must match Ethernet2 Gateway address for that Encore Controller.
a
a
192.168.1.2
192.168.1.2
a
a
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Encore Control Panels
Encore control panels supplied in the same order will typically be set at the
factory with ascending IP addresses. Duplicate panel IP addresses are pos
sible, however, especially if panels are shipped separately:
Table 4. Encore Control Panel Default IP Addresses
First Encore Control PanelAdditional Encore Control Panels
Ethernet IP Address192.168.1.61increment by 1 (e.g. 192.168.1.62)
Ethernet Subnet Mask255.255.255.0same
Ethernet Gateway 192.168.1.1
a
Control Panel Ethernet Gateway must match Encore Master Controller Ethernet2 IP Address
Network Cabling
An Encore system actually uses two networks. One network is used for
router matrices and control panels. The other is used for system wide con
trol, system configuration, control of additional devices, and facility integration. In the example shown in Figure 30 two Ethernet switches are used,
but variations are possible, including the use of a single managed switch.
Ethernet hubs are not supported. Refer to the separate Encore Installation and Service Manual for more information.
-
a
same
-
Encore Control Panels
PMB
48B
BPS
XY
Figure 30. Encore Network Cabling
Encore System Controller Frame
Ethernet Switches: 10/100BaseT
Matrices and Control Panels: 10/100BaseT
Encore Control Frame: 100BaseT
Ethernet Switch
= Category 5 Ethernet cable
Ethernet Switch
8531_06r0
PC-compatible
w/Encore OUI and Sharer
(only 1 Sharer persystem)
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Install Encore Software (including NetConfig) on PC
NoteDetailed instructions for updating the software of an existing Encore system
are presented in the separate Encore Release Notes. The procedure below is
intended for first time Encore installations.
1. Quit all programs on the configuration PC and disable any virus
protection programs or firewalls. You will need administrator
privileges and any appropriate passwords for your PC.
2. Insert the Encore System Software CD into the PC. If the Installation
Program doesn’t start up automatically, double-click
CD.
3. Follow all the instructions displayed on the screens that appear,
choosing the default settings.
4. When the Select Encore Components Screen appears, the Default
Database box may not be selected (as shown on the left of
Figure 31. Select Encore Components Screen
Setup.exe on the
Figure 31).
5. Because you are installing a completely new Encore system, select the
Factory Default OMN Database checkboxes, and make sure the Encore Utilities
is also selected (which installs NetConfig). You can safely check all the
other boxes on this screen. To save disk space on your PC, if you know
the system will not control a specific matrix type (Concerto, 7500,
Trinix) you can uncheck the boxes for unused hardware.
CAUTION If you are working on an existing Encore system, do NOT install the default
database. This overwrites your existing configuration. To update Encore soft
ware follow the procedures in the separate Encore Release Notes.
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6. Continue following the instructions on the screens displayed, selecting
the defaults, and then run the software installation.
7. After the first set of files are transferred, a screen appears asking you to
confirm the IP address of the Sharer Network. The IP address of the
network interface cards (NIC) in use on that PC will be listed. If
multiple NICs are installed you must select the one that will be used by
Encore (it should have the 192.168.0.102 default IP address).
8. Complete the software installation, allowing time for the remaining
files to be copied to the PC.
When complete, your PC will have all the Encore software and utility programs (including NetConfig) required for system configuration and operation.
If you were updating software on an existing Encore system, at this time
you would need to load the new software to the system devices using your
PC and NetConfig. For this initial system setup procedure we assume the
latest software has already been loaded on the System Controllers and
control panels, but we will check the versions to make sure.
Verify System Components with NetConfig
About NetConfig
NetConfig is a multipurpose software utility for managing Grass Valley
devices. Refer to the separate NetConfig Instruction Manual for additional
information.
Launch NetConfig
The latest version of NetConfig is included on the Encore Software CD,
and is installed on a PC by choosing the
software installation a shortcut to NetConfig (as shown on the left) is auto
matically installed on the PC desktop.
1. Double click on the NetConfig shortcut icon to launch the application.
Encore Utilities checkbox. During
-
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2. The NetConfig screen will appear (Figure 32).
Figure 32. NetConfig Screen
Confirm Component Settings
3. Select the IP View tab at the top of the NetConfig screen if it is not already
selected, then click on
the configuration PC along with its IP address will appear. Click on the
box beside it to open a hierarchy display of the devices NetConfig has
discovered on the network (
IP View on the left side of the screen. The name of
Figure 33).
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Figure 33. NetConfig IP View with Default Encore Devices
4. Clicking on the name of a device opens a web page for that device on
the right side of the screen (
versions and IP addresses of that device by clicking on links on the page
(
System Controller Description or System Controller Network for example).
Figure 34). You can check the software
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Figure 34. Encore System Controller Web Page
Initial Setup Using Default Database
5. Confirm that the correct version of software is installed on all the
Encore devices. If older software is found, those devices should be
updated. Compatible versions of software should be present on all
devices on the network. Refer to the separate Encore Release Notes for the
latest software update procedures.
Duplicate IP Addresses
Devices with duplicate IP addresses cannot reside on the same network.
This can occur if new devices with the same factory default IP addresses are
installed. Resolving duplicate IP addresses is easily accomplished with
NetConfig.
1. If a device is installed on the network with the same IP address as
another device, when the new device is discovered a warning message
will be displayed. The IP View will also show the two devices with the
same address with an IP symbol as shown in
Figure 35.
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Set IP button
Figure 35. Devices with Duplicate IP Addresses
To Resolve Duplicate IP Addresses:
1. Select the NetConfig Set IP icon on the toolbar or the Device IP
Addresses in the Configure pull-down.
Figure 36. Set IP
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2. Highlight one of the devices with a duplicate IP address (Figure 37).
Figure 37. Duplicate IP Device Selected
3. Click Edit, then change the last octet of the device’s IP address to be
unique. The first three octets of all the IP addresses generally must be
identical, so all the devices are on the same network.
Figure 38. Change IP
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4. Click OK, then click on Apply Changes. The device resets and the new IP
address will then be reported in the left pane of the NetConfig screen.
NoteTo identify a specific remote panel when several are connected, right-click on
the panel in the NetConfig hierarchy display and choose Identify Device. That
panel’s buttons will flash.
Specify System Controller Applications
Each Encore System Controller needs to also be configured on its web page
to load the applications it will be using. For this initial setup, the System
Controllers need to be configured to load and run the Panel Server and
Router Control applications. These may already be set at the factory but
you should check these settings.
Slot 1 (Left) SCB
1. Find and double-click the System Controller in the left pane of the
NetConfig window with IP 192.168.0.100.
2. When the home page for the device opens in the right pane of the
NetConfig window, click the
3. When the Application Configuration page opens, confirm that the
Panel Server application and Router Engine boxes are checked
(
Figure 39).
Application Configuration link.
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Figure 39. The System Controller Application Configuration Page
4. If those boxes do not have marks, check them and also check the Reboot
box. This will make the System Controller reboot to update it with its
new applications.
5. Click the Update configuration button to reboot the SCB and enact the
changes.
Slot 2 (Right) SCB
Find and double-click the System Controller in the left pane of the NetConfig window with IP 192.168.0.101 and repeat the steps above, if necessary, to specify the Router Control and Panel Server applications.
Initialize the Encore System
You can now launch the Encore applications on the configuration (Sharer)
PC that are required to run the system.
1. Run the Watchdog application by clicking on its (desktop icon. This
launches the Sharer application and ensures it keeps running.
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NoteWhen the Sharer Watchdog program is launched it detects whether a Sharer
is already running on the network, and if found terminates the launch with the
message Sharer is already running on the network at IP ADDRESS.
NoteAlways launch the Sharer with the Watchdog application, not directly, to
ensure the Quick CPS Salvo Startup feature is active (see
2. Run the System Manager application by clicking its icon on the desktop
Figure 40). After the application launches you can minimize (but do
(
not close) the System Manager window.
Figure 40. System Manager Application Window
page 213).
3. The Windows task bar should now indicate all the open applications.
Figure 41. System Manager Application Window
4. Now reset both SCBs by pushing the reset button of each controller.
This will make each SCB acquire its default configuration from the
Sharer running on the PC. All the control panels will also be sent
default configurations.
Figure 42. System Manager Application Window
8531_07r0
SCB Reset Buttons
(on top of board below handle)
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5. The control panels should now have illuminated tally buttons, and
panels with displays will probably report VTR1 (which is the name of
the first Source and Destination in the default database).
Your Encore system should now be ready for its initial test.
Test Initial System Functionality
1. With two control panels operating and the same Destination selected
on both panels, push a new Source button on a panel. The button tally
lamp should change on both panels to reflect the newly selected Source
on the dummy matrix.
2. Gently pull the Slot 1 SCB on the left out of its slot a few inches so its
indicator lights go off. This disables the Master Panel Server and Router
Control applications, but the Mirrors of those applications running on
the other SCB should automatically take over.
3. Again, select a new Source buttons on a control panel. The tally lamps
should change the same as before.
Initial Setup Using Default Database
4. Gently reinsert the SCB fully into its slot.
This confirms that all the Encore system components are communicating
and ready for further configuration.
Confirm Master/Mirror Sync Operation
You can check that the Master and Mirror applications are properly in sync
using the Encore OUI.
1. Launch the Encore OUI by clicking on its icon on the desktop.
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2. Log on to the OUI by clicking on the Start button on the lower right side
of the screen and entering
Figure 43. Encore Log On
sys (the default user ID) (Figure 43).
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3. The Welcome to Encore screen appears. Click on an empty button at the
bottom of the screen, and select
that application (
Figure 44. Selecting the Router Controller 1 Application
Figure 44).
Router Controller 1 from the list to launch
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4. Select Config on the right side of the screen. Confirm that the filing mode
is
Sharer and its Redundancy Mode is Mirror Master (Figure 45).
This confirms both Router Control applications are operating correctly.
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6. Click on another empty button, select Control Panel Server 1, select
Panel Server, and confirm that its filing mode is Sharer, its status is In Sync,
and Redundancy Mode is
Figure 47. Control Panel Server 1 Initial Configuration Screen
Mirror Master (Figure 47).
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Initial Setup Using Default Database
7. Click on another empty button, select Control Panel Server 2, select
Panel Server, and confirm that its filing mode is Sharer, its status is In Sync,
and Redundancy Mode is
Figure 48. Control Panel Server 2 Initial Configuration Screen
Mirror Slave (Figure 48).
This confirms that both Panel Servers are operating correctly.
NoteIf the control panels do not tally or a filing mode of Local is reported, a
problem exists in the default configuration that should be resolved before
proceeding further. Contact Grass Valley Customer Support for assistance.
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Manual Initial System Setup (Without Default Database)
Installing the default database is not required to get an Encore system configured for the first time, but some additional steps will be necessary.
Avoiding the default database allows you to use non-default IP addresses
from the very start of the installation, which makes it possible to install the
Encore system onto an existing network.
Differences in this procedure from that used with the default database
include:
•The Special Application is required to logon to the Encore system,
•The Encore applications need to be registered, and
•Engines, Stations, and Users will be added manually.
NoteThese procedures are for a single Area system, using the Default Area. If you
have more than one Area, see
Multiple Area Encore Systems on page 91.
Preparation
Create Network
Load Software
1. Connect the Encore devices together on the network in a manner
similar to that described earlier (see
page 57), using two Ethernet switches. You will need to know the IP
addresses of the Encore Sharer PC, all the Encore workstations, and all
the Encore devices on the network.
CAUTION Acappella frame redundant operation employs consecutive IP addresses. The
next higher frame IP address is reserved for this purpose and cannot be
assigned to another device on the network, even if the system is not oper
ating redundantly. Serious system communications problems can occur if
this next higher Acappella frame IP address is used on the network.
2. Load the Encore software onto the configuration PC using the same
procedure described earlier (see
NetConfig) on PC on page 59).
Create Default Encore Network on
-
Install Encore Software (including
System Controller Applications
3. Identify what applications the System Controller will load and run,
using the same procedure described earlier (see
Controller Applications on page 66). If you will be using Tieline Manager,
make sure that application is also selected.
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Manual Initial System Setup (Without Default Database)
Initialize the System
4. Initialize the system using the same procedure described earlier (see
Initialize the Encore System on page 67).
Logging On Using Special Application
NoteWithout a default database in place, a slightly different log on procedure is
required, which employs the Shift key.
Figure 49. The Initial Encore OUI Desktop
5. Hold down the left Shift key and click the Start button in the bottom right
corner of the window.
6. Select Special Application in the Choose an Application list window
Figure 50) which appears, then click the Enter/Return button in the
(
bottom right corner of the list window.
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Figure 50. Special Application List Window
7. When the Machine address window (Figure 51) appears, type the IP
address of your configuration PC and click the Enter/Return key in the
Machine address window.
Figure 51. Machine Address Window
8. When the Choose an Application list window (Figure 52) reappears,
select !App_MAN3 and click the Enter/Return button in the bottom right
corner of the list window.
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Figure 52. Special Choose an Application List Window
9. When you’re prompted to enter a user ID, select any existing
character(s) and replace them with
Enter/Return.
sys in the user ID field, then press
Figure 53. Enter User ID Window
10. The System Manager window appears (Figure 54).
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Figure 54. System Manager Window
Registering Your Applications
11. On the System Manager window, click the Applications button in the
Main Menu section.
12. Click the Add button at the bottom left of the Application details
window (
Figure 55) which appears.
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Figure 55. Application Details Window
13. When the Enter New Application Executable Name window appears,
type the application’s executable name,
Enter/Return key.
14. When the Enter new application name window appears, type Router
Control
This entry becomes the application name users will see in the Select
Application
cation.
15. When the Application details window appears displaying the
Exe(cutable) Name and Application Name you entered in
Step 14 respectively, click in the Display Name field and type Rtr Cntrl
in the Enter new text window.
The Display Name will be the name you see in both the Title Box and
the Task Bar when you’re running the application.
16. Press the Enter key to finalize your entry and dismiss the Application
Details window.
17. Click the All Areas button to make the application you’re registering
available in all Areas.
, and press the Enter/Return key.
list window in the future when they want to launch an appli-
!APP_Route, and click the
Step 13 and
NoteIf you have more than one Area in your system, see Multiple Area Encore
Systems on page 91.
18. Click the Save button to save your entries.
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19. Repeat Step 12 through Step 18, substituting the executable,
application, and display names for each of your remaining applications
as indicated in
Table 5. Software Executable, Application, and Display Names
Tab le 5.
20. When you’re done adding applications, remember to click the Save
Adding Engines
Once you’ve registered the application(s) you want to run somewhere in
the Encore environment, you must identify the engine(s), host(s), or
server(s) which will run those applications. For example, an Encore System
Controller always runs the Control Panel Server application, but it is fre
quently also the engine running the Tie-Line Manager applications. The
Sharer PC is always the engine running the System Manager application,
but other applications may run on it as well. Remember, however, that
Encore’s system architecture allows you to distribute applications among
multiple engines to balance the load.
Full Name
Control Panel Server!APP_CPServerControl Panel ServerCP Svr
System Manager!APP_Man3System ManagerMgr Svc
Tie-Line Management!APP_TLMTie-Line ManagerTLM
button, then click the
User Can’t ChangeUser Can Change With System Manager
EXE NameApplication NameDisplay Name
Main Menu button on the Menu Bar to return to the
Main window in System Manager.
-
Follow these steps to add engines.
NoteBefore you proceed, you’ll need to know the IP address of the engine(s) you
want to add.
21. From System Manager click the Engines button on the Main Menu. The
Engines window appears (
Figure 56).
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Figure 56. Engines Window
Manual Initial System Setup (Without Default Database)
22. Click the Add button in the bottom left corner of the window.
23. When the Enter new engine IP address window (Figure 57) appears, type
the IP number of the engine you’re adding and press Enter/Return.
Figure 57. Entering the Engine IP Address.
24. In the Enter new engine name window which appears, type the name you
want to call the engine and press
For example, in the case of a System Controller (a single board computer in the Encore frame), you might want to call it SysCntrl-1.
Enter/Return.
25. Back in the Engines window click the Platform field and choose the type
of engine from the
Return button.
Encore — Configuration Manual83
Select platform of device list window, then click the
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Section 4 — Initial Encore System Setup
Figure 58. Selecting the Platform of the Device
In the case of a system controller, choose Engine (VxWorks).
If you’re running everything on a PC, choose Engine (MS Windows).
26. Click the All Areas button in the Availability portion of the window to
make the engine and the applications it’s running available in all Areas.
NoteIf you have more than one Area in your system, see Multiple Area Encore
Systems on page 91.
27. Now click the Add app. button beneath the Useable applications scrolling
list.
28. In the Select application(s) to add to list window which appears, select all of
the applications you want this engine to run.
In the case of a System Controller, you must run the Control Panel
Server application on it. You may also want to run Router Control and
Tie-Line Manager on this engine or distribute them on other engines in
your system.
29. Once you’ve selected all of the applications you want this engine to run,
click the
in the Usable applications list in the top right portion of the Engines
window.
30. Click the Save button to save your changes.
31. If you want to add more engines, repeat Step 21 throughStep 30.
32. Click the Main Menu button to return to System Manager’s main
window.
Return button and the applications you’ve chosen will appear
Adding Stations
Use this procedure to add workstations to your Encore environment. You
must have at least one workstation — even if it’s also the configuration PC
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— on your Encore network. As you might guess, these additional workstations will be able to run the applications you assign to them, but will not be
able to run administrative tools or perform administrative tasks. Average,
day-to-day operations should be performed from a workstation.
33. From within System Manager and logged in as an administrator, click
the
Stations button on the Main Menu. The Stations window which
appears (
Figure 59. Stations Window
Figure 59).
34. Click the Add button in the bottom left corner of the window.
35. When the Enter new station IP address window (Figure 57) appears, type
the IP number of the workstation you’re adding and press Enter/Return.
Figure 60. Entering the Engine IP Address.
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36. In the Enter new station name window which appears, type the name you
want to call the workstation and press
For example, you may want to name the workstation by it’s physical
location (e.g. Suite A) or it’s function (e.g. Technical Director).
37. Back in the Stations window click the Platform field and choose the type
of engine from the
Return button.
Figure 61. Selecting the Platform of the Device
Enter/Return.
Select platform of device list window, then click the
In the case of a system controller, choose Engine (VxWorks).
If you’re running everything on a PC, choose Engine (MS Windows).
38. Click the Public button in the Availability portion of the window to
make the engine and the applications it’s running available to
everyone.
39. Now click the Add app. button.
40. In the Select application(s) to add to list window which appears, select all of
the applications you want this engine to run.
In the case of a system controller, you must run the Control Panel Server
application on it. You may also want to run Router Control and Tie-Line
Manager on this engine or distribute them on other engines in your
system.
41. Once you’ve selected all of the applications you want this engine to run,
click the
in the Usable applications list in the top right portion of the Engines
window.
42. Click the Save button to save your changes.
43. If you want to add more workstations, repeat Step 33 through Step 42.
Return button and the applications you’ve chosen will appear
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Adding Users
Manual Initial System Setup (Without Default Database)
In addition to adding engines and stations, you must add users to your
Encore system. This procedure allows you to assign their privileges, the
applications they can use, and the Areas they can “see.”
44. From within System Manager, and logged in as an administrator, click
the
Users button on the Main Menu. The Users window appears
Figure 62).
(
Figure 62. Users Window
45. Click the Add button in the bottom left corner of the window.
46. In the Enter new user name window which appears, type the name you
want and press
47. Back in the Users window, click the Add app. button.
48. In the Select application(s) to add to list window which appears, select all of
the applications you want this user to be able to use.
49. Once you’ve selected all of the applications you want this user to use,
click the
in the Usable applications list in the top right portion of the Users
window.
50. Click the Save button to save your changes.
If you want to add more users, repeat Step 44 through Step 50.
Return button and the applications you’ve chosen will appear
Enter/Return.
You Encore system should now be ready for additional configuration.
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Full System Configuration Preparation
Once your basic Encore configuration is complete, you can proceed to configuring the entire system to meet your specific needs. This will include
interfacing your router hardware frames (Concerto or Trinix, for example)
and configuring your control panels.
Advance preparation is advised, due to the complexity of routing systems,
and the importance of this vital part of your facility’s infrastructure.
Suggested preparations include:
•Define your Encore system topology, components, and functionality. If
you plan to use more than one Encore Area, this fact should be identi
fied from the very start (see Multiple Area Encore Systems on page 91).
•Plan your network and system workload distribution.
•Make a list of all the IP addresses involved, and keep the list up to date.
•If you need to change default IP addresses, do so systematically using
NetConfig. Change the PC that runs the Sharer first, then change the IPs
of the other Encore devices as needed to match. You can use Ping to test
lower level network communications if necessary once the IPs have
been set.
-
•Establish naming conventions. For example, if multiple Areas exist you
may want to include an Area number as part of the Source and Desti
nation names.
•Prepare written lists of all Areas, Levels, Sources, Destinations, etc.
•Prepare written lists of the control panel names, and carefully define
what each panel’s capabilities should be. (For example, what Sources
and Destinations should be accessible?) Templates can be used to apply
the same configuration to multiple panels.
For very large Encore routing systems, or for interfacing with external
routing systems, additional configuration steps may be required that are
outside the scope of this manual. Contact Grass Valley Customer Support
or a third-party system integrator for assistance.
Redundancy Operation
When an Encore system is operating with redundant components (mirrored SCBs) the two controllers should be in sync. This can be checked
using the CP Server application’s configuration windows in the Sync Status
sub-window.
-
You may see brief “no sync” messages. It means that the panel servers are
in the process of exchanging data related to one or more panels and syn
88Encore — Configuration Manual
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chronizing themselves. System redundancy is still functional under these
conditions.
If a “no sync” state persists, the Panel Network configurations should be
checked to make sure that all the panels have correct values for Primary
and Secondary Panel Server IP addresses. Panel communications to both
servers is easily verified by looking at the Panel Description Web page at
the current primary server status and current secondary server status. Both
should report “Server Comm OK.”
If there is a “No Mirror” indication, then the opposite controller is offline or
not working properly and should be checked.
One way to verify proper fail-over behavior is to take the Panel Server
offline using the OUI. The other controller should assume control and
allow normal switching to continue.
SCB Frame Count Server
Encore 1.7.3 and newer software includes a frame count server. This eliminates the need to connect common VITC to redundant SCBs for synchronized Takes.
Redundancy Operation
NoteAutomation clients require VITC to perform timed Takes.
The Frame Count Server feature works by having one SCB broadcast a reference count, and all other SCBs synchronize to it. Since all the SCBs use a
common reference count, they can be configured and operated as redun
dant pairs without VITC. In case of failure of the server SCB, another SCB
takes over broadcasting the reference count.
If VITC is provided to a system running with the Frame Count Server
enabled, the Frame Count Server and client software within the SCBs auto
matically go to sleep and use VITC for synchronizing Take operations.
To operate an Encore system with Router Controller and Control Panel
Server redundancy without VITC embedded in the reference signal, follow
the steps below.
1. Go to the web page of Encore SCB (you can use NetConfig). Go to the
Date, Time, and Frame Count Configuration. Enable the Frame Count Server.
Repeat this step for each of the SCBs in the network.
-
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2. If you have Concerto or Acappella matrices controlled by the
redundant Encore SCBs above, their equivalent internal reference
mechanisms must be turned off so they don’t conflict. Go to the web
pages of Concerto and Acappella matrices and do the following:
•For Acappella, go to the Reference Config page and in the Reference
Time Server
•For Concerto, go to the Reference Config page and in the Frame Count
Server
NoteAll SCBs and all controlled Matrices must have their Frame Count Server set-
tings set properly for non-VITC operation synchronized Takes.
Reference count mode changes are immediate (no reset is required). Once
enabled the reference count status is reported on the screen (e.g. Client).
Redundancy Requirements and Notes
•Each redundant Encore application pair must execute in a System Controller set defined as a mirrored pair in either the same or different
System Controller frames.
section disable the Broadcast field rate time reference option.
section disable the Broadcast frame count option.
•Redundant pair System Controller Boards (SCBs) must be configured
identically regarding system configuration and executing applications
and must be executing the same revision application software.
•All configuration tasks (except redundancy configuration) must be
done from the master.
•The CP Server should be taken offline prior to making any changes to
redundancy parameters. The changes will come into effect only when
the CP Server is turned online again or when the CP Server or the SCB
is re-started.
•If a CP Server is turned offline and re-started without turning it online,
the CP Server will come up in offline mode.
•Copy Master to Mirror and Copy Mirror to Master operations can be
initiated from the OUI of the master only.
•Copy Master to Mirror and Copy Mirror to Master operations can be
performed when either the master or the mirror or both are offline.
•A CP Server configured as mirror should not be promoted to master
mode if the current master CP Server is online. This can be done only
after making sure that the current master CP Server is reconfigured
either as a mirror, as a standalone unit, or kept offline. This is intended
to be done when the SCB running the master CP Server is broken and
hence cannot serve the panels either temporarily or permanently.
•If a mirror is promoted to master, the original master will come up in
offline mode when it re-starts.
90Encore — Configuration Manual
Page 91
•To determine which SCB is active at any given time, you can use the
OUI to check the sync status of the controllers. An Encore SCB running
a CPS also turns on its BSY LED if the CPS is either operating stand
alone or is the supervisor in a Master Mirror pair. A supervisor is the
CPS that drives the displays and tally lamps of the control panels con
nected to it. You can also check the Error LEDs on the front edge of the
controller boards. LED codes are located in the Encore Installation and Service Manual.
Multiple Area Encore Systems
In large installations, an Encore-controlled routing system can be partitioned into multiple routing Areas, with each Area having its own System
Controller and Matrices. This arrangement gives each Area autonomy in
configuration and operation without sacrificing inter-Area connectivity.
Up to 32 Areas can be configured.
NoteTie-lines must be configured and available to route Sources in one Area to
Destinations in a different Area (see
Multiple Area Encore Systems
-
-
Section 7-Tie-Line Manager).
Configuring multiple Areas can be useful in the following example:
•A facility has two studios, A and B.
•Each studio has its own router.
•Each studio has five VTRs named “VTR 1” through “VTR 5.”
By assigning each studio and its components to a different Area, the Encore
control system can be divided to provide Area access restrictions, user
access restrictions, and router control restrictions. In addition, the Source
and Destination names for the different VTRs in both Areas can remain the
same. Single Area systems cannot have different Sources with the same
names.
Figure 63, which shows a large, highly-redundant system. Note the fol-
lowing:
•Each routing Area has its own dedicated SCB running the Router
Control and Control Panel Server applications. Only one Router
Control application or redundant pair is allowed in each Area.
•The control panels and matrices in each Area are connected to a unique
Ethernet Class C network which is also connected to the EN2 network
interface of the redundant SCB pair for that Area. The SCB EN1 inter
faces are connected to the facility LAN (along with the PC).
-
Panels in one Area can be configured to control Destinations in All areas, if
desired. If this is not desirable, panel access can be restricted to only one or
more Areas in various ways, by using Area exclusion sets, Destination
Exclusion Sets, Keypad Areas, etc.
Encore — Configuration Manual91
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Section 4 — Initial Encore System Setup
Dest
ID
Chop
Src
CE
Clear
Salvo
Prev
Level
Next
Prot
Take
Dest
ID
Chop
Src
CE
Clear
Salvo
Prev
Level
Next
Prot
Take
Dest
ID
Chop
Src
CE
Clear
Salvo
Prev
Level
Next
Prot
Take
Dest
ID
Chop
Src
CE
Clear
Salvo
Prev
Level
Next
Prot
Take
Figure 63. Two Area Encore System Example
Src
Salvo
Level
Dest
ID
Chop
Prev
Next
CE
Clear
192.168.1.10192.168.1.11
Encore control panels
Status
Prot
Preset
Take
Level
Status
Src
Salvo
Level
Prot
Dest
ID
Preset
Chop
Prev
Next
Take
CE
Clear
Level
GV Matrix Router
NIC A
connector
192.168.1.1192.168.1.2
NIC B
connector
Area = Studio A
Ethernet switchEthernet switch
EN2EN2
192.168.1.100192.168.1.101
Primary Encore controller
EN1
Secondary Encore controller
EN1
192.168.0.101192.168.0.100
PC
192.168.0.102
Ethernet switch
Ethernet switch
Primary Encore controller
EN1
192.168.2.200192.168.2.201
EN2
EN1
192.168.0.201192.168.0.200
EN2
Secondary Encore controller
Ethernet switch
NIC A
connector
192.168.2.1192.168.2.2
NIC B
connector
Area = Studio B
GV Matrix Router
192.168.2.10192.168.2.11
Status
Src
Salvo
Level
Prot
Dest
ID
Preset
Chop
Prev
Next
Take
CE
Clear
Level
Status
Src
Salvo
Level
Prot
Dest
ID
Preset
Chop
Prev
Next
Take
CE
Clear
Level
Encore control panels
92Encore — Configuration Manual
Page 93
Network Communications Between Areas
When adding a new Area, an additional Ethernet switch connected to the
configuration PC will be required. This switch will act as a gateway
between the Areas.
Route Table (Multi-Area Systems Only)
If routes have not been established to cross networks, you may need to
execute route commands to allow NetConfig access to other Areas. You can
create and run a .bat file at least once to create the routes. Placing this .bat
file in a startup directory on the PC will help ensure it will run.
An example of the commands for this .bat file for a default Encore system
with two Areas with the second SCB set to 192.168.2.0 is:
The first entry in each row is the EN2 IP address of that network (in this
example the “0” is a placeholder), the second entry is the subnet mask, and
the third entry is the EN1 IP address of the SCB in that network.
Multiple Area Encore Systems
If you need help, contact your network system administrator or Grass
Valley Customer Support for assistance.
Hardware Installation for a New Area
Refer to Figure 63 for an example system.
1. Install the matrix router, SCB(s), and control panel(s) in the new Area.
2. Install an Ethernet switch connected to the Configuration PC to span
the networks.
3. Use NetConfig to configure the IP addresses of the new SCB(s) and
control panels.
Software Configuration
Use the OUI and System Manager to Add an Area:
1. Launch the Sharer, System Manager and OUI (if not running already).
2. Log into the OUI with your User ID (e.g. SYS).
3. Select System.
4. Select Areas.
Encore — Configuration Manual93
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Section 4 — Initial Encore System Setup
5. Select Add Area and enter a new Area name (e.g., StudioA).
A maximum of seven characters is recommended. (Seven is the
maximum for the Area Alias, described below.)
NoteYou can’t rename or delete “Default Area” although you may define an Area
Alias for it.
6. Add the next Area using the steps above.
Assigning a User to an Area
If desired, individual users can be assigned to an Area (able to control Destinations only in that one Area).
1. Select Users.
2. Click on Select and select the individual user.
3. Select the Area field and select the desired Area.
If you wish to assign a user to all Areas, select Default Area.
Assigning Engines and Applications to an Area
Once the decision is made to divide the system into Areas, the System
Manager is used to assign all engines and applications to a given Area.
Assigning engines and applications to Areas affects access to application
Log-in. If an application is placed in an Area other the default and the Offline/Local/All Areas flag is set to Local, that application will only be acces
sible from OUIs and users configured for the same Area.
This technique is useful in very large systems where different users have
administrative rights for specific subsets of the system. If such is not
required, the recommended practice is to assign all engines and applica
tions to the default Area.
Assigning Applications for New SCBs
If you are adding new SCBs, you will need to create new instances of these
applications to run on the new hardware.
1. Go to System Manager > Applications.
2. Assign each CP Server application to the desired Area.
3. Set the Area access restrictions for the application:
-
-
•For unrestricted log-in access set the Off-line / Local / All Areas
flag to
•For restricted access set the flag to Local.
94Encore — Configuration Manual
All Areas.
Page 95
4. Select Save.
NoteThe Router Control application is not assigned to an Area using the System
Manager. This assignment is made within the Router Control application
itself, as described below under
page 95.
Assigning an SCB to an Area
In multi-Area systems, the System Manager is used to assign all SCBs to the
default Area. If you are adding new SCBs, you will need to add these
“engines,” their IP addresses, and their applications.
1. Go to System Manager > Engines.
2. Click Select and choose an engine from the list.
3. Click Area and select an Area from the list.
4. Set the Availability flag:
•For unrestricted log-in access set the Off-line / Local / All Areas
flag to
All Areas.
Multiple Area Encore Systems
Assigning a Router Controller to an Area on
•For restricted access set the flag to Local.
5. Select Save.
Assigning a Router Controller to an Area
Using the Router Control application, each router is assigned to one Area.
For example, “Router A” could be assigned to “StudioA.”
NoteDo not assign more than one Router Control application (or redundant Router
Control pair, i.e., more than one router) to the same Area.
NoteThe Area of the Router Control application can only be changed from the
application. Changing the Area of the engine on which the Router Control
application is running or changing the Area of this application from the
System Manager does not get reflected on the Router Control application
even if System Manager, Sharer, or the SCB (engine on which the Router
Control application is running) is rebooted.
Open the Router Control application (if not open already):
1. Launch the OUI and select Start.
2. Enter your User ID (e.g. SYS).
3. Press Enter to close the “Welcome to Encore” window.
4. Select the first Router Control application.
Encore — Configuration Manual95
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Section 4 — Initial Encore System Setup
Configure the Router Control Application:
1. Select Config.
2. Select Area and answer Yes to the warning message.
3. Select the desired Area (e.g. “StudioA”).
4. If you want the name of the Area (not just the number) to be visible to
the CP Server application, use the Change Area Alias button to enter
the name.
5. Select Save and answer Yes to warning message. If this is a redundant
SCB installation, also answer
6. Select Commit Changes.
7. Repeat this process for each Router Control application.
Configuring Control Panels in Areas
See Control Panels and Areas on page 275 for specific instructions.
Yes to update the mirror with changes.
Changing Area Assignments
•To assign a Router Controller to a different Area, use the Router Control
application as described above (
on page 95).
•To give a control panel access to a different Area, use the Control Panel
Server application as described above (
Specific Area(s) on page 276).
NoteIt isn’t necessary to return to the System Manager application to change the
Area assignment of the SCB or Router Control application.
Assigning a Router Controller to an Area
Configuring Control Panels for
96Encore — Configuration Manual
Page 97
Router Configuration
Overview
Encore Router Control Application
The Encore Router Control application directs the activities of the router
matrix or matrices it has been configured to control. The Router Control
application runs on an Encore System Controller, and can control up to 32
routing matrices via Ethernet. Serial control ports can also be used, but
exhibit greater latency and lesser throughput.
Section 5
The Router Control application maintains a database containing a list of
Sources (and the Levels that each Source provides), and a list of Destina
tions (and the Levels that each Destination accepts) for the routing matrices
it controls. Routes can then be made via the Router Control application’s
own interface, or by other applications instructing the Router Control
application to make a Take (including automation systems). The Router
Control application communicates with the relevant router matrices and
instructs them to switch the appropriate cross-points. Each Router Control
application also maintains a status map (which Sources are connected to
which Destinations), creating a common view of the statuses of the routing
matrices connected to it.
A large facility may have several separate routing matrices, each used for
different purposes, and each can have its own Router Control application
running on an Encore System Controller. If multiple Encore System Con
trollers exist in a large Encore system, each will be placed in its own Area
and run its own Router Controller. These Router Controllers are isolated,
and don’t know about others on the network. The databases for the router
matrices are combined by the Encore Control System into one large data
base, however.
The only exception to there being only one Router Controller in each Area
is when mirrored redundancy is present. In a mirrored routing scenario
two Router Controllers located in the same Area perform the same task. All
actions/requests are sent to each Router Controller, but only one responds.
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Encore — Configuration Manual97
Page 98
Section 5 — Router Configuration
This mirroring of Router Controllers is generally hidden from the users and
the routing client applications.
The Router Control application provides the highest level of routing
control in an Encore system, and offers access to the database that defines
the routing configuration. For this reason, this application is not intended
for use by operators. The separate Local Router Panel application allows
operators to change crosspoints, but does not allow configuration changes.
While the Router Control application can also be used to change cros
spoints (via the Route Screen), its main function is to configure and maintain the routing system.
Router Configuration Background Information
Before a Router Control application can control a routing matrix, it needs to
know what hardware is present, and also needs to know the manner in
which that hardware is to be controlled. For example, some routing matrix
frame hardware supports both video and audio signals. It does not make
sense to route audio signal Sources to video Destinations, so this should not
be allowed. It is also convenient to normally switch multiple signals simul
taneously (video and key, for example), but also allow switching them
independently from one another on occasion (split keys). And in some sit
uations there may be a need to always switch multiple signals at the same
time without exception (for example, red, green, and blue video). All these
variations, and many others, are possible by properly configuring your
Encore system.
-
-
-
Area
Besides directing the activities of the router matrix hardware, the Encore
Router Control application is also used to configure the system. This con
figuration process uses a somewhat hierarchal approach. For example,
Physical Matrix configuration is used to identify the hardware present, and
Logical Matrix configuration specifies how that hardware will be con
trolled. The configuration hierarchy has many interconnections that, when
combined together, allow great flexibility in routing system functionality.
The major components of this configuration hierarchy are described below.
An Area is the highest organizational entity of an Encore system that generally defines a geographical or functional portion of a facility. Only one
Router Controller (and it’s mirror, if present) is allowed in each Area. Many
facilities operate with only one Area. Areas are defined using the System
Manager application.
In systems with only one routing Area, the Default Area should be used. In
systems using multiple Areas, or systems planned to grow from a single
Area to multiple Areas in the future, the Default Area should NOT be used
for routing. This is because when a new Router Controller is added, it uses
the Default Area until configured otherwise. Not using the Default Area
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98Encore — Configuration Manual
Page 99
Levels
Overview
prevents conflicts from occurring (i.e. two Router Controllers in the same
Area) when a new Router Controller is added. When adding to multi-Area
systems, use the System Manager to create and name a new Area for each
Router Controller, then log on to the Router Control application and change
the routing area from Default to the new Area, using the main configura
tion screen.
Levels are used to identify different signal type (signal format, i.e. digital
video, analog audio), and can also segregate functional subsets of a partic
ular signal type for operator control. For example, a single Level may be
created called HDVid that pertains to crosspoints that can pass HD video.
In another example, two Levels entitled AnAudL and AnAudR could be
created that pertain to left and right analog audio signals of the same
format. This latter example permits the operator to do breakaway audio
Takes and, for example, select different audio for left and right channels
using a control panel. Levels essentially organize together signal types for
functional purposes and allows operators control of these signals. Levels
span an entire facility, for consistency, and are recognized by all Encore
Areas on the network.
-
-
Physical Matrix Configuration
Physical Matrix configuration defines the physical crosspoints available,
the signal type involved, organizing them into Crosspoint Groups, and
specifies the mechanism used to control them (communications protocols).
A Physical Matrix has a characteristic of being able to physically route any
input (Source) to any output (Destination), although depending on the con
figuration some paths may be disallowed.
Crosspoint Groups
A crosspoint group is a defined input/output block of crosspoints. This
group can be made up of crosspoints within a single frame or on multiple
frames, though typically a single frame is used.
Segments
A crosspoint group can be subdivided into Segments to control the interconnections that will be possible. For example, a specific Analog Video
routing frame may be represented as a crosspoint group that is divided into
three segments, one each for red, green, and blue signals. These segments
can be defined to disallow connecting a red Source to a green Destination.
Segments are mapped to Logical Matrix Elements.
-
Two different Segment types are available: blocked and interleaved.
Blocked segments configure the same signal type into a block of consecu
tive inputs and outputs. Blocked segments are often used to establish a
Encore — Configuration Manual99
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Section 5 — Router Configuration
block of HD signals and a block of SD signals within a crosspoint group.
Interleaved segments simplify configuration of repetitive, linked signal
types by alternating the input connectors. For example, red, green and blue
signals can be easily configured using an interleaved factor of three.
Logical Matrix Configuration
A Logical Matrix determines the manner in which the various components
of a Physical Matrix are controlled. It organizes the switching capabilities
of a routing matrix in a manner to suit the unique requirements of the
facility. It correlates Crosspoint Groups, Segments, and Levels.
Elements
A Logical Matrix can be subdivided into Elements, and these Elements are
mapped to specific Physical Matrix Segments. These elements are also
mapped to facility wide Levels, which brings that control mechanism out
to the user.
Sources and Destinations
Sources and Destinations are the inputs and outputs of a routing system. A
Source or Destination can be defined to be an individual electronic in or
out, or it can contain multiple signals on multiple Levels. For example, a
Source may consist of separate Digital Video and Key signals, which typi
cally switch together, but can be separately switched if necessary. The
Sources and Destinations define the physical input and output connectors
involved, and associates them with Levels.
Rules
Rules define global, Destination-oriented attributes, that include the ability
to disable the routing of specific Sources to specific Destinations. These
rules can be applied to a single Destination or to several Destinations.
Additionally, Source and Destination exclusions can also be configured via
the Panel Server application for specific control panels.
Together, the configuration hierarchy above allows disparate hardware to
be controlled consistently and allows extensive flexibility in designing a
routing system to accomplish exactly what is needed at your facility.
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100Encore — Configuration Manual
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