Configure ST2110 - Matrox

Pixotope Graphics supports SMPTE 2110 uncompressed video over IP using the Matrox DSX family of IP/Video cards.

Prerequisites

License

Drivers

Network architecture and connection diagrams

The following diagrams present the most common network architectures and their connectivity using Matrox Dual IP cards (e.g. DSX LE5 D25).

Single and redundant network architecture

Single network architecture

Example network configuration

• SFP A

  • Media: 10.10.5.2

  • PTP (Virtual Interface): 10.10.5.3

  • Gateway: 10.10.5.1

  • Netmask: 255.255.255.0

Redundant network architecture - 1x PTP GM

Example network configuration

• SFP A

  • Media: 10.10.5.2

  • PTP (Virtual Interface): 10.10.5.3

  • Netmask: 255.255.255.0

  • Gateway: 10.10.5.1

• SFP B

  • Media: 10.10.6.2

  • PTP (Virtual Interface): 10.10.6.3

  • Netmask: 255.255.255.0

  • Gateway: 10.10.6.1

Redundant network architecture - 2x PTP GMs

Note 1: the second port is reserved for network redundancy (SMPTE 2022-7). In the case of the Quad IP card (Matrox DSX LE5 Q25), the second and the forth port will be reserved for redundancy, while the first and the third will be used for main I/O.

Note 2: For the Redundant Architecture with 2x PTP GMs, it is the responsibility of the network admin (external to Pixotope) to ensure that both PTP GMs are kept in sync.

Configure network interfaces for PTP and media

For each port (physical interface), the network needs two reserved static IP addresses in the same subnet:

1. PTP (virtual interface)

2. Media (2110)

Configure PTP IP addresses

This is done through Pixotope Director > Machine Settings

Configure media (2110) IP addresses

1. Right click the network adapter and click "Properties"

   

   
   

2. In the Windows network configuration enter

   1. IP address

   2. Subnet mask

   3. Default gateway

Configure PTP

SMPTE 2110 requires a functioning PTP configuration.

Configure routing

1. Go to SETUP > Configure > Routing

Configure lock

1. Set the Source to PTP (2110) in the Lock row

   • If not already done check the PTP (2110) configuration explained above

2. Optionally, change the Network adapter

   • The default and recommended selection is Matrox (auto) which will let the Matrox card select the source of PTP

   • In a redundant network architecture it selects the most reliable interface

   • In a single network architecture, it will default to the first port

   • Only select a specific network adapter if you want to force that PTP only comes through it, and prevent an automatic selection
     

     

     
     

Add inputs and outputs

1. Add Camera system or Media input the same way you would do for any other type of input

Settings specific to ST2110

• Transmission method

  • Unicast

    • Source IP address: You can filter the source if multiple senders are unicasting to the same destination

  • Multicast

    • Multicast IP address: Specify the destination address of the multicast group that you want to subscribe to, to receive the desired stream from the network

• Port

  • Destination UDP port

• Network adapter

  • Select the network interface that will be used to receive this input

• Ancillary

  • Option to enable an Ancillary stream (ST2110-40) associated with the video. Pixotope Graphics supports extracting timecode from the ancillary stream, and using it further in the system

• Redundancy

  • Option to enable SMPTE 2022-7 network redundancy. Enabling this option will present a new set of settings for the secondary (B) path

Configure timecode

Using PTP (2110)

Extracts timecode from the PTP Grandmaster's time reference.

1. Add a Timecode item

2. Set Primary to PTP (2110)

   

Using Ancillary (2110)

Extracts timecode from a ST2110-40 ancillary stream associated to a ST2110 video input.

1. Add a Timecode item

2. Set Primary to Ancillary (2110)

3. Choose the Source input from which to extract the timecode

   • Note that the source needs to have an associated Ancillary stream set up. See configure input

     

     
     

     

Configure NMOS

General

NMOS defines a workflow where

• every ST2110 system or device registers its Media Nodes

  • each of them with inputs (known as Receivers) and/or outputs (known as Senders)

• an external application can create connections between Senders and Receivers, abstracting the network and transport settings

Media Node

• Receiver (Input): The user has to indicate that it is expected to receive media in a specific network connection. When NMOS is enabled, the network settings of that input will not be configured. The idea is that a Receiver (input) will be registered in the NMOS registry, allowing the NMOS controller app to configure those settings by connecting it with a Sender of which it does have all the network settings.

• Sender (Output): The user has to define the Multicast IP address and Port for a Sender (output). When NMOS is enabled, these settings will be registered in the NMOS registry and made available for the NMOS controller app to create connections.

Configure basic routing

Before controlling inputs and outputs from the NMOS Control Application, basic routing configuration has to be in place.

ST2110 settings after NMOS is enabled

Enable NMOS

To enable NMOS in Pixotope:

1. Go to START > Machine settings > Matrox > 2110 > NMOS

2. Click "Edit"

3. Specify the IP and Port of the NMOS registry