Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
Module Specific Configuration
IP3 Module Configurations
PX-HSRAEC-OM Output Monitoring Module Configuration
The
PX-HSRAEC-OM
is configured via the
SDNO Database Editor
in the
Magellan CCS Navigator
UI.
The following is an example that describes how to:
1.
Configure Output Monitoring Destinations
See Add PX-HSRAEC-OM Destinations (on page 169)
2.
Add Output Monitoring External Sources/Inputs
See Add PX-HSRAEC-OM External Sources/Inputs (on page 170)
3.
Add Router Destinations for monitoring
See Add Monitoring Router Destinations (on page 171)
The following steps walk you through the configuration and definition of output ports from both of these output modules for monitoring.
Launch the SDNO Database Editor
1.
Open
Magellan CCS Navigator
2.
Go to your routing system and open the
SDNO Database Editor
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Add PX-HSRAEC-OM Destinations
1.
Go to the
Destinations
tab, click the
Add
button
Module Specific Configuration
Enter
4
as number of
Destinations
to create
(Recommended)
Change the name in the
Name Prefix
field to visually distinguish this from other (non-monitoring) destinations. For example, include
MON OUT
in the name prefix.
Select a Video Device Type and select the appropriate Frame
Select
Slot
as
Slot 6,
Port as
Port 1
Note: This is to map the OUT 1 port
Set
Location Type
to
MON (Settings for Slot, Port, Channel, Max No of Ports per module, and
Max No of Channels per port fields will be set accordingly by default)
Click
Add Rows
You will see 4 monitoring destinations added at Slot 6 and 7 (ports 1 and 2).
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
Add PX-HSRAEC-OM External Sources/Inputs
Go to the
Sources
tab. Click
Add
to add the External Output Monitoring Sources/Inputs.
1.
Add
4
sources in total,
2
at Slot 6, and
2
at Slot 7.
Add
4
as the
Number of Sources
to create
Change the name in the
Name Prefix
field to distinguish as a monitoring output; for example, include
MON IN
Select a Video Device Type and select the appropriate Frame
Set
Location Type
to
EXT (Settings for Slot, Port, Channel, Max No of Ports per module, and
Max No of Channels per port fields will be set accordingly by default)
Click
Add Rows
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Add Monitoring Router Destinations
In the
Sources
tab, click the
Add
button
Module Specific Configuration
Enter
16
as number of
Sources
to create
(Recommended) Change the name in the
Name Prefix
field to visually distinguish this from other sources. For example, include
OM
in the name prefix.
Select a Video Device Type and select the appropriate Frame
Set
Location Type
to
OUT
Select
Slot
as
Slot 1
,
Port
as
Port 1
Note: This is to map the Slot 1 (OUT 1-8 ports) and Slot 2 (OUT 1-8 ports).
Click
Add Rows
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Installation, Configuration, and Operation Manual Module Specific Configuration
You will see 8 destinations for monitoring added at slot 1 and slot 2 (ports 1-8) respectively.
Save and Validate Database Matrix
1.
Click
Save
to save the database matrix.
2.
Click
Validate
to validate it; there should be no errors.
3.
Click the
X
at the top to close.
4.
Open the
DBEditor
window under
Control Views
5.
Click
Publish
to send the Database configuration to the IP3 Controller. Click
Start Transfer.
Route Outputs
1.
Launch and log in to the
Router Soft Panel
by going to
http://<IPAddress>/panel
2.
To monitor a router
Destination
:
Route any of the
Destinations
(created in Add Monitoring Router Destinations (on page 171 ))
from the source list to one of the monitoring outputs (created in Add PX-HSRAEC-OM
Destinations (on page 169 )).
You can monitor Router
Sources/Inputs
in the same way.
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3.
To view any of the external PX-HSRAEC-OM inputs:
Module Specific Configuration
Route the
MON Input
created in Add PX-HSRAEC-OM External Sources/Inputs (on page 170 ) to
the corresponding monitoring Output created in Add PX-HSRAEC-OM Destinations (on page
169 )
NOTE:
You can only monitor 1 channel from any given Output module. If you choose to monitor another channel from a given Output module, it will only be allowed if that channel is routed to monitoring port
OUT 1. And in doing so, you will disconnect any routes from another channel on that given Output card/slot/module to the other monitoring ports OUT 2 - OUT 4.
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Installation, Configuration, and Operation Manual Module Specific Configuration
PX-HSRMX-OBG Platinum Frame Synchronizer and Mux
Module Configuration
Follow these steps to configure your
PX-HSRMX-OBG
Output Frame Sync card.
1.
Launch
Navigator
. Discover your IP3 device and create a Routing System.
2.
Run the
DB Editor.
3.
Create 2 Device Types:
HD Embedded
and
HD Video
4.
Follow the Wizard to create the
HD Embedded
Device type
When creating the
HD Embedded
Device type, in the
Level Selection
dialog box, set the Number of embedded audio channels to 16 (default is 10).
Follow the Wizard to create the
HD Video
device type.
5.
Open the
SDNO Database Editor
from Navigator. Go to the
Destinations
tab.
6.
Click the
Add
button to add the 8 processed outputs
Use the
HD Embedded
device type add logical destinations for the 8 processed outputs
Enter
8
for the number of
Destinations to create
Ensure the
Slot number
corresponds to the Slot that contains your HSR module
Change the
Name prefix
to clearly identify these as Processed outputs, for example,
ProcX
Ensure the
Index
is set to
1
This adds 8 Outputs (Ports 1-8) with 1 video (Video 1) and 16 Audio (Audio 1-15) channels. Check that the entries have been correctly created in the upper and lower panes.
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7.
Click the
Add
button again to add the 8 unprocessed outputs.
Module Specific Configuration
Note: Unprocessed outputs are available on the same 8 physical ports as the processed ones, but the actual video channel is Video 2. After inserting unprocessed destinations, the location for each video channel on them needs to be manually changed to use Video 2 channel instead of Video 1. So create just 1 destination defined as Video 2, and then add the remaining 7, which inherit the Video 2 definition.
Use the
HD Video
device type to add a logical destination
Enter
1
for the
number of Destinations to create
Ensure the
Slot number
corresponds to the Slot that contains your HSR module
Change the
Name prefix
to clearly identify these as Unprocessed outputs, for example,
UnprocX
Select
Port 1
in the Port drop down
Ensure the
Index
is set to
1
8.
Once created, double click the entry in the lower pane and change from
Video 1
to
Video 2
9.
Click the
Add
button again to add
7
more sources; ensure you start at
Port 2.
10.
This completes the definition for the 8 processed and 8 unprocessed outputs.
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11.
Check that the unprocessed output entries have been properly created
Module Specific Configuration
12.
Validate
and
Save
.
13.
Open the
DB Editor
and
Publish
.
Platinum SX Pro and Platinum SX Hybrid Multiviewers
Platinum SX Pro and Platinum SX Hybrid are multiviewer modules in a Platinum IP3 router frame.
Platinum SX Pro modules occupy from one to four slots, and Platinum SX Hybrid modules occupy four slots.
Platinum Multiviewers Upgrade Procedure
Follow this procedure to upgrade firmware on Platinum SX Pro or Platinum SX Hybrid modules that are installed in your IP3 frame:
1.
Download the appropriate PIPE file and save it to the PC that you are accessing the IP3 system from
PIPE file for Platinum SX Pro
PIPE file for Platinum SX Hybrid
2.
Connect to the IP3 system by typing the IP address of the SDNO Controller in the URL field of your browser
3.
Click
Configure System
and select
Firmware Foundry
4.
In the F
irmware Repository
tab, click
Add package
.
5.
Locate the saved PIPE zip package and click
Open
. (Repeat for all three PIPE zip packages)
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
6.
Go to the
IO Modules
tab and then select an HView-SXPRO and/or PX-SXP module in the Output
Cards category
7.
Highlight the module and click the
Select Firmware
button
8.
Select the upgrade zip file
9.
Click the
Upgrade
button and follow the instructions that appear on the screen
Platinum SX Hybrid Modules in the Frame
See the
Platinum IP3 Frame and Modules User Manual
for details on installing Platinum SX Hybrid modules in your Platinum IP3 frame.
Platinum SX Hybrid multiviewer modules in the frame are displayed under the
Output Cards
category in the list of modules in the frame. Since a single Platinum SX Hybrid module takes up 4 slots, each module is displayed over four slots - one module is the master, and the other 3 are slaves. For example, in this screen shot, you see:
Module Name
PX-SXH-32x2-S
PX-SXH-32x2-S
PX-SXH-32x2-S
PX-SXH-32x2
Description
Slave Module
Slave Module
Slave Module
Master Module
Slot
Slot 24
Slot 25
Slot 26
Slot 27
Figure 51: Platinum SX Hybrid Modules in a Platinum IP3 Frame
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Configuring a Platinum SX Hybrid Module
Module Specific Configuration
1.
Create a Routing system in Magellan CCS Navigator and poll for the SDNO Controller OR
Go to your existing routing system in Navigator
2.
Launch the SDNO Controller Web UI from within Navigator by double clicking
SDNO Routing System
under the
Routers
folder. This launches the
Database Foundry
.
3.
In the
Database Foundry
, go to the
Destinations
tab
4.
Click the
Add
button and do the following: a.
Enter
Destinations
as
32
(4 modules times 8 channels per module) b.
Enter a relevant
Name
,
Alias
,
Description
, etc. c.
Select the appropriate
Device Type
, for example, HD Embedded if you're using discrete audio d.
Select the
Frame
that contains your multiviewer modules e.
Select the first Slot that the module is in. f.
Set the Maximum number of channels per port, based on the device type. g.
Click
Add Rows
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5.
You will see 32 destinations created, spanning 4 slots.
Save
.
Module Specific Configuration
6.
Close the
SDNO Database Editor
and open the
DB Editor
. Publish to synchronize with the routing system.
Refer to the
Platinum SX Hybrid Installation and Operation Manual
, the
Platinum SX Hybrid Designer
User Manual
, and the
Platinum SX Hybrid Quick Start
for more details on configuring your SX Hybrid
Module.
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
PX-UCIP Configuration
Follow these steps to configure your
PX-UCIP4E1D-IBG
uncompressed video over IP module. The following procedure sets the PX-UCIP to transmit SDI to IP and receive IP to SDI.
1.
In the SDNO Controller dashboard, click the
Go to Frame
button against the frame that contains your PX-UCIP module
2.
Find the PX-UCIP module in the list of modules (under
Input Cards
), and click the
Open Module
link against it
3.
In the parameters, go to the
Control Ethernet Primary
section, and set the
IP Address Config
and the
IP Net Mask Config
parameters (the
IP Address Current
and
IP Gateway Current
are read only parameters that display the status for what's currently set)
Figure 52: Control Ethernet Primary section in
PX-UCIP in the SDNO Controller UI
4.
Set
IP Config Enable
to
Yes
to save the IP Address
Note that while you can set the IP Address from the PX-UCIP module UI itself, the first time you do it, you need to do it from here. Wait about 20 seconds for changes to take effect after setting IP config Enable to Yes.
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5.
Go to the root level (click on
Slot <Number> PX-UCIP4E1D-IBG
) and click
Open/Download
under
Primary Web Link
. This launches the PX-UCIP module UI.
Figure 53: Link to the standalone
PX-UCIP
UI from the
SDNO Controller
UI
Note: The following steps are not sequential, you can do them in any order.
6.
Go to
IP WAN A
, click
Show Table
, set at least one of the interfaces; set the
IP Address
,
Subnet
Mask
, and
VLAN IDs
. If you're setting more than one interface, from subsequent interfaces, change the VLAN ID first and then set the IP address.
Figure 54: IP WAN Menu in the
PX-UCIP
UI
7.
Go to the IP
Transmitter A.
In the
Transmit Interface
, select
Primary Only
or
Primary + Secondary
depending on whether you're using Seamless Protection.
Figure 55: IP Transmitter Menu in the
PX-UCIP
UI
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8.
Click
Show Table
, set the
Max Transmission Rate
for each interface.
Module Specific Configuration
Figure 56: Setting the Transmission Rate in the
PX-UCIP
UI
Note:
Since there are up to four SDI inputs per Link on the PX-UCIP module, it is possible for the video bandwidth to exceed the 10G Ethernet bandwidth if all four IP Transmitter channels are enabled and configured for 3G: 3.0 Gbps.
To prevent this from occurring, the Maximum Transmission Rate parameter makes it possible to set the maximum bandwidth allowed for each SDI input. The total SDI bandwidth for all four SDI inputs must not exceed 9 Gbits per second (Gb/s). If the transmission rate detected for an SDI input is greater than the selected Maximum Transmission Rate, this channel is automatically disabled to prevent corrupting the other IP Transmitter channels.
9.
Go to
IP WAN A,
click
Show Table
, set IP Addresses and VLAN IDs
Figure 57: Setting IP Addresses and VLAN IDs in the IP WAN Menu in the
PX-UCIP
UI
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10.
Go to
IP Receiver A,
click
Show Table
, set the
Max Receive Rate
and
WAN Select.
See Note about
Max Receive Rate (on page 183).
Figure 58: Setting the Max Receive Rate and selecting the WAN in the IP Receiver Menu in the
PX-UCIP
UI
11.
If using, repeat the same steps for
IP WAN B
,
IP Receiver B
,
IP Transmitter B
.
Note about Max Receive Rate
The maximum bandwidth of a 10 GBPS Ethernet (SFP+) port is 10.3125 Gbps.
If:
The
Max Receive Rate
on the four IP Receiver A channels are configured as follows: 3G, 3G, 3G, SD
And the bandwidth for the fourth IP Receiver channel changes from
SD
to
HD
or
3G
, at the video source
This will cause the 10G Ethernet bandwidth to be exceeded and will cause Ethernet packets to be randomly dropped. When Ethernet packets are dropped, all four IP Receiver channels will be missing packets and this will cause the video output on the IP-to-SDI path to break-up, freeze or go to video black. It is your responsibility to ensure that the IP Receivers don’t ‘over subscribe’ the 10G Ethernet bandwidth.
Note that if oversubscribed, the
Channel Bandwidth Status
parameter shows as
Channel Disabled
, however data packets are still transmitted over the network.
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
Selenio MCP Module Configuration
Setting up the Selenio Uncompressed Video‐Over‐IP (UCIP)
Module
Access your Selenio UCIP Module via the Selenio Controller UI and do the following:
UCIP Module Configuration on the Transmit Side
1.
Go to the
Module
>
General
menu
2.
Set the
Module I/O Configuration
as required, for example, set it to
4 SDI In, 4 SDI Out
3.
Set the
CTR SDI Out Select
to
EXT SDI 1
to confirm signal presence on the Streaming tab
IP WAN Configuration
1.
In
IP WAN
>
General
, click
Show Table
under IP Wan
2.
Select
IP WAN 1
and enter the appropriate information
3.
Click
Confirm VLAN Values
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
4.
Go back to the
IP WAN
>
General
tab and verify that the Primary and Secondary packets are increasing
SDI to IP Configuration
Go to IP Transmitter, and set the Transmit Interface to
Primary
or
Primary + Secondary
.
The Transmit Interface refers to the one (or two) 10 Gbe SFPs on the Selenio UCIP module. The external data ports on the Selenio frame are not used for this module.
Primary + Secondary sends IP packets out both interfaces simultaneously, allowing seamless protection
(SMPTE 2022-7 to be enabled)
IP Transmitter Configuration
1.
In the
IP Transmitter
tab, click Show Table under IP Transmitter
2.
Ensure
IP Transmitter Enable
is
On
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3.
Set
Max Transmission Rate
to HD 1.5 Gbps for HD or 270 Mbps for SD
Module Specific Configuration
4.
Select
IP Wan Primary
from the drop down menu on the right
5.
Enter the
Destination IP Address
(Multicast), and
Port
When entering a Destination IP, it is recommended you enter an address that resembles the IP WAN address. For example, 239.95.15.1 and 239.95.15.2. This make it easier to troubleshoot/verify the
UCIPs are actually switching correctly (where the stream is being sent from).
6.
Under
WAN Select
, select the appropriate WAN Interface (
WAN 1
).
7.
Ensure the
IP WAN Address
matches the value from WAN Configuration section.
8.
If required, follow the same steps for the
IP WAN Secondary
9.
Select
FEC
from the from the drop down menu on the right
10.
Set
FEC level
to the appropriate value.
Note that if the Transmit Interface is set to Primary + Secondary, FEC level defaults to None and cannot be adjusted. SMPTE 2022-7 and -5 are not active simultaneously.
UCIP Module Configuration on the Receive Side
1.
Go to the
Module
>
General
menu
2.
Set the
Module I/O Configuration
as required, for example, set it to
4 SDI In, 4 SDI Out
3.
Set the
CTR SDI Out Select
to
IP Receiver
to confirm signal presence on the Streaming tab
IP Wan Configuration (Receive)
1.
In
IP WAN
>
General
, click
Show Table
under IP Wan
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Magellan™ SDN Orchestrator
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2.
Select
IP WAN 1
and enter the appropriate information. Click
Confirm VLAN values
to save.
SDI to IP Configuration (Receive)
Go to
IP Receiver
, and make the necessary settings based on your network. Some things to consider:
Packet Delay Variation
: Measures difference in the one-way delay of selected packets. Maximum 50 msec variation.
Seamless Max Path Diff
: Measures difference in arrival time of duplicate packets through diverse network paths. Maximum 150 msec differential.
Minimum Required Playout Delay
: Calculated based on the above values to represent minimum playout delay needed to process incoming packets.
Playout Delay
: Value must be set to at least Minimum Required, otherwise a Playout Delay Too Low error is displayed on Dashboard.
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
Setting up the Selenio JPEG 2000 (J2K) Module
Access your Selenio JPEG2000 Module via the Selenio Controller UI and do the following:
Selenio JPEG Encoder Setup
IP LAN Configuration
1.
Go to
Module
>
IP LAN
>
LAN A
>
Primary Data Ethernet
2.
In the IP Address field, the IP Address entered should have a VLAN associated with it on the data switch. Set the
IP Gateway
to the IP address on the switch pertaining to this VLAN.
3.
Click
Apply
to make changes.
4.
Repeat for
Secondary Data Ethernet
(if applicable)
5.
Go to
Module
>
Encoder 1
>
IP Encapsulation
Under
Primary IP Address
, enter an appropriate multicast address; enter
Primary Port
.
Do the same for
Secondary IP Address
(if applicable)
Assign a
Primary LAN
(LAN A in this example), that matches the LAN ID used in the Configuration
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Note: SDNO Controller does not manipulate the Multicast IP addresses entered into the module.
They remain static on the module and the system routes addresses to appropriate destination.
Selenio JPEG Decoder Setup
The Selenio J2K Decoder module requires the following to be configured for use in SDNO Controller:
LAN Address
(SDNO Controller requires one; you can have up to four). Supports Primary and Backup
Primary Source
(for TS Input)
Primary LAN
(for Primary and Secondary IP TS Input)
IP Lan Configuration
1.
Go to
Module
>
IP LAN
>
LAN A
>
Primary Data Ethernet
2.
Enter the
IP Address.
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3.
The IP Address entered should have a VLAN associated with it on the data switch. Set the
IP
Gateway
to the IP address on the switch pertaining to this VLAN
4.
Click
Apply
to make changes.
5.
Repeat for
Secondary Data Ethernet
(if applicable)
6.
Go to
Module
>
TS Input
and set
Primary Source
to
EXT IP
.
Under
Primary IP
and
Secondary IP
(if redundancy is available), enter in an appropriate multicast address, as well as Port
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Assign a
Primary LAN
(LAN A in this example), that matches the LAN ID selected in the IP LAN configuration.
Note: The Selenio JPEG2000 Decoder's Primary (and Secondary) IP Group and Port are values that
SDNO Controller can change.
Repeat for
Secondary Data Ethernet
(if applicable) and Secondary IP Address.
Setting up the Selenio MDX Module
Access your Selenio UCIP Module via the Selenio Controller UI and do the following:
MDX Module Configuration on the Receive Side
Note: Input channels within each Multiplexer are controlled as destinations in SDNO Controller. The actual multiplexer itself and the output of the multiplexer module cannot be controlled by SDNO
Controller.
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1.
Go to
IP LANs
. Set up the Primary and Secondary IP Addresses
Module Specific Configuration
2.
Go to
Multiplexer Functions > Input Channels
. For each channel, set the
Source Type
to
EXT-IP-CBR
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3.
Go to
IP Source
. On each source, if the data port on the Selenio MCP is connected to an access port, set the
Primary/Secondary VLAN ID
to
0.
If connected to a trunk port, set to the appropriate VLAN
ID.
Note: The channel ID used in the SDNO Controller SDNO Database Editor needs to match the channel ID on the MDX Module.
Figure 59: Channel ID when defining destinations in the SDNO Database Editor
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Installation, Configuration, and Operation Manual Module Specific Configuration
Figure 60: Channel ID on the Mux Module
4.
Go to
Multiplexer Functions.
Set the
Output Rate
to the total rate of the input channels.
This multiplexer can now function as a SDNO Controller Destination.
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
MDX Module Configuration on the Transmit Side
Note: The input of the Demultiplexer cannot be controlled by SDNO Controller.
1.
Go to
IP source
, set the
Primary/Secondary VLAN ID
and
Port
2.
Go to
Output Channels
, set up your channels
Note: The output channels are used by the SDNO Controller. The channel ID used in the SDNO
Controller Database Editor needs to match the channel ID on the MDX Module when defining sources.
Figure 61: Channel IDs when defining sources in the SDNO Database Editor
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
Figure 62: Channel ID on the Mux Module
3.
Go to
IP Destinations
, set up the Primary and Secondary IP Addresses.
This demultiplexer can now function as an SDNO Source.
Setting up the Selenio Encoder/Decoder Module
Access your Selenio Encoder/Decoder Modules via the Selenio Controller UI and do the following:
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Selenio Encoder Setup
Module Specific Configuration
IP LAN Configuration
Note: the SDNO Controller does not change any values set in the Selenio Encoder module. It only routes the multicast group to the necessary destination.
1.
Go to
Module
>
IP LANs
>
Primary Data IP LAN
2.
In the
IP Address
field, the IP Address entered should have a VLAN associated with it on the data switch.
3.
Set the
IP Gateway
to the IP address on the switch pertaining to the VLAN the module is on.
4.
Set the
VLAN ID
5.
Click
Apply
to make changes
6.
Go to
Module
>
IP Encapsulation
>
Main Program IP
7.
Under
Primary IP Address
, enter an appropriate multicast address; enter
Primary Port
. Do the same for Secondary (if applicable).
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Proprietary and Confidential.
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Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual Module Specific Configuration
8.
Under
Transmit Interface
, it is recommended you select
Both
, especially if a redundant network is being used (Primary and Secondary)
Note: The SDNO Controller does not monitor Selenio data connection status (that is, which data link is active, Primary or Secondary) so if Transmit Interface is not set to Both, the SDNO Controller cannot determine the switch to communicate with based on the data connection status.
Selenio Decoder Setup
IP LAN Configuration
1.
Go to
Module
>
TS Input
2.
Set
Primary Source
to
EXT IP
3.
Go to
Module
>
Control
>
IP Lan
>
Primary Data Ethernet
4.
Set
IP Address
and
Gateway
Set the IP Gateway to the IP address on the switch pertaining to the VLAN the module is on.
© 2016 Imagine Communications Corp.
Proprietary and Confidential.
Version 2.0 | Page 198
Magellan™ SDN Orchestrator
Installation, Configuration, and Operation Manual
5.
Set the
VLAN ID
6.
Click
Apply
Module Specific Configuration
© 2016 Imagine Communications Corp.
Proprietary and Confidential.
Version 2.0 | Page 199
