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TitleRCP-200 Version 1.90 Router Manager User Guide
The RCP-200 Router Manager Software allows you to create a virtual routing environment
where physical router resources can be arranged into one or more logical configurations that
are optimized for operational needs. This document shows you how to configure and operate
router configurations using RCP-200.
Summary
Introduction
Overview
Communications with Routers
User Interfaces Available with RCP-200 Router Manager Software
Overview
The RCP-200 Router Manager Software allows you to create a virtual routing environment
where actual physical router resources are deployed and controlled by software into a
customized configuration optimized for your operational needs. Large routers can be
operated as if they were multiple smaller routers. For example, a 64 × 64 router can be
operated as if it were three separate smaller routers: for instance, a 64 × 15 router, a 12 × 5
router and a 32 × 44 router. Control and monitoring are handled by software, and are readily
changed. Each operator benefits by seeing only the resources actually being used. This
software can also be used as a bridge interface between a Kaleido or iControl Web system and
a routing device. In this configuration, it will be used to update UMD text, and for router
control functions initiated from the Kaleido or iControl Web user interface. The software
includes the following features:
• bridge interface via TCP-IP for Kaleido and iControl Web software
• distributed architecture
• highly configurable
• multiple number of levels
• support for logical routers
• support for a mix of different frame types from different manufacturers
Communications with Routers
The host computer and the routing devices you wish to control must be interconnected by a
serial or Ethernet cable. Most of the supported routers are serial (RS-422) devices. Some newer
devices may support TCP\IP connection.
Introduction
User Interfaces Available with RCP-200 Router Manager Software
Install the appropriate connection, either by using dedicated cabling or through an existing
network.
See also
For more information, see "Routing Switchers Tips and Tricks" on page 35.
User Interfaces Available with RCP-200 Router Manager Software
RCP-200 Router Manager software includes two types of interfaces:
• a configuration interface
•operating interfaces
Configuration Interface
The configuration interface, called Router Manager Configurator, is used for router setup and
configuration. Use this application to define physical and logical routers.
Ter mDescription
Physical RouterA physical router represents the connection to your existing router (RS-422 or TCP). Configure one
Logical RouterA logical router represents an entire physical router, or a subset of a physical router. The operating
See also
For more information, see "Configuration Interface" on page 3.
Operating Interface
The operating interface used to monitor and control the logical routers is on the RCP-200
device.
physical router for each device you wish to control from the RCP-200 Router Manager software.
interfaces handle logical routers.
For instance, if you configured one 16 × 16 physical router, you can create two 8 × 8 logical routers
with levels 0 and 1.
2
The process of creating and configuring a third-party router or router control panel consists of
four steps:
Summary
Configuration Interface
1. Defining a physical router
2. Adding one or more physical levels
3. Adding one or more logical routers
4. Adding one or more logical levels
Overview
Configuring Routers
Configuring Routers Dynamically
Overview
The Router Manager Configurator interface has two panes. The left pane always displays a
hierarchical list of folders which can be expanded to expose more detailed information.
The Router Manager folder is always at the top level in the list, and typically includes the
Physical routers and the Logical routers subfolders. The subfolder structure is variable and is
established during the system setup. There are two tabs at the top of the left pane:
Configuration and Dynamic Control.
In either tab, click a folder or a list item to select it; double-click a folder to open it. Both tabs
also have a tool bar with buttons to open and close the router manager folder, at the top of the
list (not the currently selected folder). The Close button is available when the router manager
folder is open; conversely, the Open button is available when the router manager folder is
closed. The Configuration tab also has a Save button which becomes available whenever you
make some change to the system configuration.
•Use the Configuration tab to set up and configure your system, after which the router
service and clients must be restarted for changes to become effective.
•Use the Dynamic Control tab to perform any of a subset of live configuration changes,
after which no restart is required.
The right pane displays data-entry zones and information areas associated with the current
left-pane selection. When a logical router is selected in the left pane, the right pane has
additional tabs.
Configuration Interface
System Recommendations
System Recommendations
Grass Valley recommends the following hardware specifications for optimal performance:
Recommended hardware specifications for optimal performance
MemoryProcessorOperating System
2 GB RAMIntel Core i3 or betterWindows 7 or Windows 8
Grass Valley requires that the following software is installed on your client PC:
Minimum software requirement
Java 2 Runtime Environment (JRE) version 1.5 or later.
Detailed Directions
The procedures outlined in the following sample workflow are tasks performed exclusively on
the Configuration tab:
Sample workflow: Configuring routers
Open Router Manager Configurator (see page 5).
1.
Define all of your physical routers. Do one of the following, as required:
2.
• "Adding Physical Routers" on page 6
• "Importing an NVISION Physical Router Configuration" on page 9
[OPTIONAL] Assign aliases to physical input and destination port (see "Adding Aliases for your
3.
Physical Input Ports", on page 16).
[OPTIONAL] Remove any physical routers that you would like to remove (see page 22).
4.
[OPTIONAL] Modify any pre-existing physical router configurations, if required (see page 19).
5.
Define levels for your physical router definitions (see "Adding Physical Router Levels", on page 13).
6.
[OPTIONAL] Modify or remove any pre-existing physical router level definitions, if required
7.
(see "Modifying Physical Router Configurations", on page 19).
Define all of your logical routers (see "Configuring Logical Routers", on page 22).
8.
[OPTIONAL] Remove any logical routers that you would like to remove (see "Configuring Logical
9.
Routers", on page 22).
Define levels for your logical routers (see "Configuring Logical Routers", on page 22).
10.
[OPTIONAL] Modify any pre-existing logical routers and their levels, if required (see "Configuring
11.
Logical Routers", on page 22).
[OPTIONAL] Remove any logical router levels, if required (see "Configuring Logical Routers",
12.
on page 22).
4
Configuring Routers
Opening Router Manager Configurator
To open Router Manager Configurator
• On the Main RCP-200 Web page, click iC Router Control.
RCP-200
Router Manager User Guide
Router Manager Configurator appears.
5
Configuration Interface
Adding Physical Routers
Adding Physical Routers
REQUIREMENT
Before beginning this procedure, make sure you have opened Router Manager Configurator
(see page 5).
To add a physical router
1. In Router Manager Configurator, on the Configuration tab, select the router manager
folder (named RouterManager in the graphic, below), and then click Open.
2. Select the Physical Routers folder.
Note: Although it is possible to perform the following procedure as a stand-alone
task (assuming all stated requirements are met), Grass Valley recommends you
familiarize yourself with the sample workflow (see page 4) in which this procedure is
only one step within a sequence.
A list of all physical routers added so far to your system appears in the right pane.
3. Click Add Router.
A new Router N folder appears in the Physical Routers folder on the left, and detailed
data-entry areas appear in the right pane.
6
RCP-200
Router Manager User Guide
4. In the Router name box, type a name for the router.
IMPORTANT: Naming Restrictions
Do not use special characters in the router name. Spaces are allowed.
5. In the Router protocol list, select a protocol.
6. Click Help to review information about the selected protocol.
Note: Presently, there are several protocols for which online help is unavailable.
7. Under Connection type, select Serial, TCP/IP, or UDP, as appropriate for the selected
protocol.
7
Configuration Interface
Adding Physical Routers
The Communication parameters zone varies according to the selected connection type,
as follows:
Figure 2-1: Communications settings for a serial connection
Figure 2-2: Communications settings for a TCP/IP connection
Figure 2-3: Communications settings for a UDP/IP connection
8. In the Communications parameters area, specify all required information, or click Use
protocol defaults to apply the selected protocol’s default communication settings.
9. Click Save at the top of the left pane.
8
Notes
• The collection of protocol-specific information, that you can read by clicking
Help for each protocol, can also be found at the end of this manual
(see "Routing Switchers Tips and Tricks", on page 35).
• The RS-232 baud rates for Network routers differ from model to model.
Although the standard value is 19200, you should refer to your router’s user
manual to verify the appropriate value for your specific model.
Importing an NVISION Physical Router Configuration
IMPORTANT: Risk of Deleting Router Configuration Data
If, after adding aliases, you are importing router configuration data in which
there is a physical router with the same name as one of your own in Router
Manager, the alias data you configured for that router will be overwritten.
REQUIREMENTS
RCP-200
Router Manager User Guide
Make sure you meet the following conditions before beginning this procedure:
• You have available the host name or IP address of the NVISION router controller whose
configuration you would like to import.
• You have opened Router Manager Configurator (see page 5).
To import an NVISION configuration
1. Select the RouterManager folder, and then click Open.
2. Select the Physical routers folder.
The list of all physical routers added so far to your system appears in the right pane.
3. Click Import NVISION config.
9
Configuration Interface
Importing an NVISION Physical Router Configuration
The Import Configuration window appears.
4. In the Host name / IP address box, type the host name or IP address of the NVISION router
controller whose configuration you would like to import.
5. Click Fetch preview.
The levels of the NVISION router appear listed in the Import preview area.
10
6. Select the levels you would like to import, and then click OK.
RCP-200
Router Manager User Guide
A confirmation window appears.
IMPORTANT: Risk of losing current router configuration data
A progress window appears, allowing you to cancel the operation if required.
If you click OK in the confirmation window and then click Save in Router
Manager Configurator, the imported NVISION data will permanently
overwrite any existing configuration data.
11
Configuration Interface
Importing an NVISION Physical Router Configuration
7. After the confirmation window disappears, click Save to overwrite your configuration data
with the newly imported data.
8. Refresh your browser.
The NVISION router controller’s level configurations are listed among the physical routers in
the left and right panes of the Router Manager Configurator.
Selecting the physical router in the left pane yields general information, communication
parameters, and a list of levels imported from the router.
12
RCP-200
Router Manager User Guide
Adding Physical Router Levels
The physical levels from which the router is going to be built must be defined. Typical levels
include video, audio 1, audio 2, etc. These levels each represent a physical device. Each level
must be named, and its type and size specified.
IMPORTANT: Using Telecom and Data Routers
• Network series RS-422 Data routers have to be configured as an audio level.
Select an appropriate audio frame type. For example, if you have an 8 × 8
RS-422 router, you should select Network Audio 8 × 8 frame type.
• Network series Telecom routers are configured to work as a video level so you
can use an appropriate video frame. For example, if you have an 8 × 8
Telecom frame then you should select Network Video 8 × 8 frame type.
Note: Although it is possible to perform the following procedure as a stand-alone
task (assuming all stated requirements are met), Grass Valley recommends you
familiarize yourself with the sample workflow (see page 4) in which this procedure is
only one step within a sequence.
REQUIREMENT
Before beginning this procedure, make sure you have opened Router Manager Configurator
(see page 5).
To add a level to a physical router
1. In Router Manager Configurator, in the left pane, select the physical router you wish to
configure.
The list of existing levels appears under Levels.
13
Configuration Interface
Adding Physical Router Levels
2. Click Add level.
The Physical Level Configuration window appears. Its content varies according to the
selected router protocol:
Figure 2-4: Physical Level Configuration window (for most protocols)
Figure 2-6: Physical Level Configuration window (for a Redundancy Control device)
3. In the Level name box, type a name for this level.
4. Click Edit.
The Edit Level Size window appears.
RCP-200
Router Manager User Guide
5. Specify the number of sources and destinations associated with the physical level.
Note: The three option buttons labeled Video, Audio and Other are used for
Network Electronics routers only, for which levels must be classified as either Video or
Audio. These settings are ignored by routers from other manufacturers.
6. In the case of a Snell SW-P-08 device, type the appropriate value in the Matrix ID box (click Help for more information).
7. In the case of a Redundancy Control device, select the appropriate main level and backup
level from the lists (click Help for more information).
8. Click OK to close the Edit Level Size window.
9. Click OK to close the Physical Level Configuration window.
At this point, you have added a level to a physical router, which appears in the Levels list
under the Configurations tab.
15
Configuration Interface
Adding Aliases for your Physical Input Ports
Figure 2-7: Newly added physical router level
Notes
• If you have several 16 × 2 frames configured to work together then you have
to add only one frame and select an appropriate frame type on the Edit Physical Level window. For example, if you have three 16 × 2 video frames
configured to make a 48 × 2 router then you should select a Network Video 48 × 2 frame type.
• When the tab is opened, data boxes will appear in which the name, Frame
Type, Frame ID and Physical Level ID can be entered, and two charts (tabaccessed) will appear below in which the Sources and Destinations can be
identified and labeled.. These should conform to the actual physical
connections made to the router being controlled.
The Frame ID in the physical level configuration is the frame address that is set by the
DIP switches on the router frame. The Physical Level ID is the internal identifier of the frame
and should be unique within each physical router. If it's not unique, then you will get an
error message when you try to save the changes. The Matrix ID is an optional entry for a
Probel router.
The Physical Router definition is now complete.
Adding Aliases for your Physical Input Ports
Aliases are names assigned to input and destination ports. Aliases are useful when trying to
remember specific ports on different routers or devices, or on different physical levels, that
have identical port numbers. For example, input port 1 on Router 1 can be assigned the alias
router1on1 and input port 1 on Router 2 can be assigned the alias router2on1 so that each port
can be easily distinquished.
IMPORTANT: Risk of Deleting Router Configuration Data
If, after adding aliases in RCP-200, you decide you would like to import router
configuration data in which there is a physical router with the same name as one
of your own in Router Manager, the alias data for that router will be over-written.
16
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