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Snell Advanced Media Vega 30 User Manual

Sdi router with audio routing
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Vega 30
SDI Router with Audio Routing
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  • Page 1 User Manual Vega 30 SDI Router with Audio Routing www.s-a-m.com...

  • Page 2: Table Of Contents

    Appendix C Audio Channel Source and Destination Names and Numbers..248 Appendix D SNMP MIB Files for the Vega 30 Router ......257 Appendix E Configuration File .
  • Page 3 3.4.1 Vega 30 Inputs and Outputs ........
  • Page 4 7.1.1 Connecting to the Vega 30 Unit ....... . .102...
  • Page 5 11 Getting Started ........... .194 11.1 Vega 30 Rear Connections Summary ....... .194 11.2 Initial Powering and Starting Up .
  • Page 6 A.4.1 Vega 30 Unit ..........241 A.4.2 Vega 30 Power Supply Modules ......242 A.5 Signal Inputs .

  • Page 7: About This Manual

    About this Manual Thank you for purchasing your new Vega 30 Router. This Vega 30 Router User Manual describes and provides relevant safety information and instructions on how to install, configure and operate the Vega 30 router. If you have any questions regarding the installation and setup of your product, please contact SAM Customer Support.

  • Page 8: Safety

    Vega 30 Router User Manual Safety Safety Erklärung der Sicherheitssymbole Dieses Symbol weist den Benutzer auf wichtige Informationen hin, die in der begleitenden Dokumentation enthalten sind. Dieses Symbol zeigt an, dass gefährliche Spannung vorhanden ist. Es befinden sich keine vom Benutzer zu wartenden T eile im Geräteinneren.
  • Page 9 Vega 30 Router User Manual Safety Simboli di sicurezza: Forklaring på sikkerhedssymboler Questo simbolo indica l'informazione importante contenuta nei Dette symbol gør brugeren opmærksom på vigtig information manuali appartenenti all'apparecchiatura. Consultare il manuale. i den medfølgende manual. Questo simbolo indica che all'interno dell'apparato sono presenti Dette symbol indikerer farlig spænding inden i apparatet.
  • Page 10 Vega 30 Router User Manual Safety Símbolos de Segurança O símbolo triangular adverte para a necessidade de consultar o manual antes de utilizar o equipamento ou efectuar qualquer ajuste. Este símbolo indica a presença de voltagens perigosas no interior do equipamento. As peças ou partes existentes no interior do equipamento não necessitam de intervenção, manutenção ou manuseamento por parte...

  • Page 11: Explanation Of Safety Symbols

    2.3 Mains Power Supplies The Vega 30 Router chassis has two DC power connectors, for up to two separate external Vega 30 power supply modules; these modules each have an IEC mains power socket.

  • Page 12: Supplied Power Cords

    2.3.1 Supplied Power Cords The external Vega 30 power supply modules are each shipped with a power cord with a standard molded IEC female socket on one end and a standard mains plug on the other.

  • Page 13: Emc Environment

    Vega 30 Router User Manual EMC Standards Safety 2.6 2.6.1 EMC Environment The product(s) described in this manual conform to the EMC requirements for, and are intended for use in: The controlled EMC environment (for example purpose-built broadcasting or recording studios), and the rural outdoor environment (far away from railways, transmitters, overhead power lines, etc.) E4.

  • Page 14: Product Overview

    Product Overview Product Overview The Vega 30 is part of the Vega 10 Series; it offers compact, powerful video and audio routing with simple installation and switching. Line-synchronized and clean-quiet-switching outputs give smooth program transitions. It suits simple video-only applications through to complex live TV production.

  • Page 15: Vega 30 Features And Benefits

    Vega 30 Router User Manual Vega 30 Features and Benefits Product Overview 3.1 3.1 Vega 30 Features and Benefits • 3RU, shallow-depth. • Light-weight. • Dual Redundant PSU. • Simple Video and Audio Routing: • Up to 34 x 34, fixed video routing.

  • Page 16: Order Codes

    Vega 30 Router Order Codes 3.3 Options The basic Vega 30 Router is a 34x34 SDI video-only router with timed-switching. It routes video and embedded audio. Licensable options are available to add audio routing and add processing on outputs. See Table 2.

  • Page 17: Architecture And Signal Flow

    Product Overview 3.4 3.4 Architecture and Signal Flow 3.4.1 Vega 30 Inputs and Outputs The Vega 30 Router is powered by one or two separate Vega 30 power supply modules. The router simply requires: • An analog reference signal for SMPTE RP-168-2009 compliant switching.

  • Page 18: Functional Description

    Architecture and Signal Flow Product Overview 3.4 3.4.2 Functional Description Figure 3 shows a block diagram of the Vega 30. Figure 3 Vega 30 Router Functional Block Diagram Video Crosspoint Switch - Fixed-size routing matrix. Routes video inputs to one or more outputs of the Video Crosspoint Switch,.

  • Page 19: Video Reference

    3.4.3 Video Reference The Vega 30 Router auto-detects a bi-level or tri-level analogue reference sync signal and reports the video standard. The Vega 30 Router has one video reference input. There is a reference loop-through output and a selectable termination to 75R.

  • Page 20: Routing Architecture

    Product Overview 3.5 3.5 Routing Architecture The Vega 30 Router basically routes sources to destinations. The Vega 30 Router contains a video crosspoint switch and an audio crosspoint switch, as shown in Figure 4. Figure 4 Vega 30 Routing Architecture The routing is carried out in a video crosspoint switch and an audio crosspoint switch.

  • Page 21: Operational Routing And Direct Routing

    This operational routing is sometimes called ‘routing by association’; it controls both the video and audio crosspoints together in unison. Operational routing can be done via the Vega 30 unit’s Web interface, from RollCall Control Panel and via other control interfaces.

  • Page 22: Video Crosspoint (34 X 34)

    Vega 30 Router User Manual Routing Architecture Product Overview 3.5 3.5.2 Video Crosspoint (34 x 34) The video crosspoint switch routes video and embedded audio together. A video source or destination comprises one video with up to 16 embedded audio channels.

  • Page 23: Audio Crosspoint

    Audio re-mux channels: These are audio channels to be re-embedded into the routed video signals to form the Vega 30 Video output. Each output has 16 embedded audio channels. Figure 8 shows the routing architecture with audio channel source and destination numbers annotated onto the audio crosspoint.

  • Page 24: Source And Destination Numbers

    Embedded Audio to Audio Crosspoint Audio channel source numbers Figure 8 Vega 30 Audio Routing Diagram 3.5.4 Source and destination numbers The audio source and destination numbers in Figure 8 are fixed and refer to precise ports on the audio crosspoint.

  • Page 25: Follow Video' Audio Channel Sources

    Product Overview 3.5 3.5.5 ‘Follow Video’ Audio Channel Sources In the compact Vega 30 Router architecture, the audio crosspoint is located after the video crosspoint. The result of this is that the audio signals present in the de-muxed audio channels (i.e.

  • Page 26: Internal Test Tone Audio Sources

    Vega 30 Router User Manual Routing Architecture Product Overview 3.5 Locked Route Internal Audio De-mux sources Input embedded audio from the ‘Lock Route’ video input is always directly available to the audio crosspoint. Figure 9 Video Crosspoint Lock Route 1:1 When ‘Lock Route 1:1’...

  • Page 27: Router Configuration And Control

    Router Configuration and Control Product Overview 3.6 3.6 Router Configuration and Control 3.6.1 Overview Vega 30 unit configuration may be done in either of the following ways: • Web browser. (See Section 6 "Vega 30 Web Interface" on page 45.) •...

  • Page 28: Protocols

    Traps with support for 10 servers. • MIB Browse/Walk. • Route Setting. • PSU fail, Fan fail. Mib files are outlined in Appendix D “SNMP MIB Files for the Vega 30 Router” on page 257. Issue1 Revision 1 Page 28 © 2017 SAM...

  • Page 29: Terminology

    Vega 30 Router User Manual Terminology Product Overview 3.7 3.7 Terminology Terms used in this Vega 30 Router User Manual are listed and defined in the table below: Term Definition Association A logical grouping of sources, or of destinations, which allows several signals to be routed together.
  • Page 30 SMPTE RP-168-2009. The timing of the switching is governed by the signal being switched to. User-defined source A source which can be defined by the user. In Vega 30, these are associated sources. Table 3 Vega 30 Router Terminology (Continued)

  • Page 31: Chassis And Connectors Etc

    Vega 30 Router User Manual Unpacking Chassis and Connectors etc. 4.1 Chassis and Connectors etc. This section describes the Vega 30 Router from the outside and contains information on: “Unpacking” page 31 “Chassis Overview” page 32 “Chassis Front” page 32 “Front Panel Status Indicators”...

  • Page 32: Chassis Overview

    (Front view) Figure 11 Vega 30 Router front and rear views 4.3 Chassis Front The front of the Vega 30 Router unit chassis has an air inlet grille and some status indicator lights. See Figure 12 Indicators Airflow inlet grille...

  • Page 33: Front Panel Status Indicators

    Fan Failure or Over Temperature condition. Table 4 Vega 30 Router Front - PSU and Fan LED Operational Information A Vega 30 Router’s PSU configuration is set up via the unit’s web interface, see Table 29 Note: on page 98 in Section 6.9 "Configuration".
  • Page 34 Quick flash, 2Hz. Magenta A system Factory Reset has started. Table 5 Vega 30 Router Front - System LED Operational Information Factory LED states: Note: The front LED indicators are also in use when manufacturing and testing the unit. These are not operational states and should not be seen by the user.

  • Page 35: Rear Panel

    Chassis and Connectors etc. 4.5 4.5 Rear Panel The Vega 30 Router rear panel is shown in Figure 14 and Figure 15. The rear panel houses a cooling fan, a chassis ground point and various connectors. The cooling fan is a replaceable item.
  • Page 36 3-off HD-BNC MADI audio inputs. MADI Outputs MADI OUT1 to 6 6-off HD-BNC MADI audio outputs. Table 6 Vega 30 Video and Audio Rear Connections MADI inputs and outputs: Note: MADI audio input and output connectors are located among the video outputs and are clearly marked “MADI”.

  • Page 37: Reference

    Chassis and Connectors etc. 4.5 4.5.1 Reference The Vega 30 unit detects any analogue reference signal and switches video synchronized to the reference. Timed switching of video signals can be achieved for video signals with the same frame rate as the reference signal.

  • Page 38: Ethernet

    There is an RJ-45 ethernet connector on the unit rear, providing the unit with a 1 Gbps ethernet port. Ethernet Link LEDs Ethernet connector Figure 17 Vega 30 Router - Ethernet Connection Ethernet Link LEDs Description No network connection. Flashing 10M link.

  • Page 39: Vega 30 Unit Resets

    4.5.3.1 Factory Reset To initiated a Factory Reset: Either: • Push and hold the Factory Reset push button and power cycle the Vega 30 Router. Release the push button after 10 seconds. • Push and hold the Factory Reset push button and push the Reset push button for 5 seconds.

  • Page 40: Dc Power Inlets

    The Vega 30 Router may be DC powered from one or two external power supply unit (PSU) modules. There are two DC power inlets on the rear of the Vega 30: Either DC power inlet may be used as the primary power supply inlet.

  • Page 41: Installation

    Vega 30 Router User Manual Environmental Considerations Installation 5.1 Installation • Refer to safety information in Section 2 “Safety” on page 8 Section 2 “Safety” on page 8 • The installation and maintenance of the Vega 10 Series router(s) and any associated equipment must be carried out by persons qualified to work with equipment which may be connected to a mains electric supply.

  • Page 42: Chassis Ventilation

    Installation 5.3 5.3 Chassis Ventilation The Vega 30 Router is a shallow 3RU 19” rack-mount chassis with front-to-back air cooling. A cooling fan is mounted on the chassis rear which pulls air through the front of the unit and exhausts it out of the rear, see Figure 21. Figure 21 shows the external chassis air flow and air intake and exhaust holes.

  • Page 43: Rack Mounting

    (clamps and bars) to relieve the strain on rear connectors. Bond the Vega 30 chassis to a house ground at the Chassis Ground Point, see Figure 15 “Vega 30 Router Rear Panel (Annotated)” on page 35 and Section A.4.1 “Vega 30 Unit” on page 241 for details about the Chassis Ground Point.

  • Page 44: Connecting Power To Vega 30

    5.5 Initial Vega 30 Router Configuration The Vega 30 Router unit requires some network settings to be set up before the unit can be fully configured and other settings can be changed. Network settings may be set up via the following unit interfaces: •...

  • Page 45: Vega 30 Web Interface

    91 Configuration page 95 The Vega 30 Router has a web browser interface for configuration, status monitoring and unit operation. To access the web page, enter the unit’s IP address into a web browser. Supported web browsers include: ®...

  • Page 46: Vega 30 Web

    Vega 30 Web Interface 6.1 6.1 Vega 30 Web Pages When a connection to the unit is made, the Vega 30 Home Page is shown, see Figure 23. Figure 23 Vega 30 Home Page and Navigation Side Bar Other Vega 30 web pages may be navigated to using the navigation side bar, in Figure 23.
  • Page 47 Source Names, see page 51 Destination Names, see page 76 Set Routes, see page 80 Processing Control, see page 91 Configuration, see page 95 Figure 24 Vega 30 Web Pages Web Page Description Home Page Home page, showing system status.
  • Page 48 Section 7.6 “Comms Setup Template” on page 127 Section 6.9 “Configuration” on page 95 Section 7.7 “Log Fields Template” on page 134 Table 12 Comparing Vega 30 Web Interface Pages and Vega 30 RollCall Templates Issue1 Revision 1 Page 48 © 2017 SAM...

  • Page 49: Home Page

    Vega 30 Web Interface 6.2 6.2 Home Page The Vega 30 Web Home Page is shown in Figure 25; information presented is read-only. Figure 25 Vega 30 Home Page The information on the web page is described in Table 13.
  • Page 50 System Contact Shows the system contact details. For example, “A.N.Other” Location Shows the location of the Vega 30 unit. For example, “MCR 1” System Status: PSU 1 Status Status of the external PSU connected to DC power inlet PSU 1.

  • Page 51: Source Names Page

    Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 6.3 Source Names Page The Source Names web page lists video/audio input ports and all of the source names. The web page contains two tables: Input Ports and Source Names tables. These are shown in the zoomed-out screen-shot of Figure 26.

  • Page 52: Source Names Web Page - Apply Button

    Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 6.3.1 Source Names Web Page - Apply Button Click Apply at the top of the Source Names web page to apply any changes made in this table.

  • Page 53: Source Names Web Page - Input Ports Table

    Video standard to use for switching to the input port. • 4K source quad-link source groups. Each configuration item has a column and is described in Table 15. Figure 27 Vega 30 - Input Ports Table Issue1 Revision 1 Page 53 © 2017 SAM...
  • Page 54 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 Item Description Port Number: (Rows of the table:) Settings in this row apply to all video inputs. Input 1 One row per video input port. Input 34 Standard Drop-down box.
  • Page 55 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 Clicked 4K Source check box Four Input Ports grouped Figure 28 Four Input Ports Grouped for a 4K Quad-link Input Issue1 Revision 1 Page 55 © 2017 SAM...
  • Page 56 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 Clicked 4K Source check box in “All” row Inputs 1 to 32 used for quad-link 4K sources. b) 4K Grouped Ports 1 to 28 and 30 to 33.

  • Page 57: Source Names Web Page - Source Names Table

    Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 6.3.3 Source Names Web Page - Source Names Table Associated Sources: Note: Sources defined in the Source Names table are formed by associating up to one video source and up to 16 audio channel sources.
  • Page 58 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 6.3.3.1 Navigating Pages of the Source Names Table Click the tabs along the top of the table to navigate to other pages of sources. See Figure 31.
  • Page 59 Enter an 8-character name for the pre-defined or for the user-defined source. Source names on a new or factory-reset Vega 30 unit are set up to default source names, refer to Table 63 in Appendix C “Audio Channel Source and Destination Names and Numbers”...
  • Page 60 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 Item Description Audio 1, Audio 2, A column for each of the 16 audio channel sources associated with the defined source: Audio 16 Table rows 1 to 46: This is not editable.
  • Page 61 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 6.3.3.3 Rows of the Source Names Table The rows of the Source Names screen show some pre-defined sources and enable user-defined sources to be entered. The appearance of rows depends on the type of source being shown: •...
  • Page 62 Vega 30 Router User Manual Source Names Page Vega 30 Web Interface 6.3 Table Source Source Type and Description rows Numbers 1 to 34 1 to 34 Pre-defined video sources: The first 34 table rows contain pre-defined video sources which correspond to the physical video inputs of the router.

  • Page 63: Renaming Pre-Defined Sources

    (video or 16 channels of a MADI input) is routed to a destination. These sources are pre-defined for this purpose. Editing Source Names: Note: Source names can be edited either: • in the Vega 30 Web page, • or in the RollCall template screen, • or in the RollCall XY Panel. •...

  • Page 64: Defining User-Defined Sources

    Exporting Source and Destination Names” on page 74. Editing Source Names: Note: Source names can be edited either: • in the Vega 30 Web page, • or in the RollCall template screen, • or in the RollCall XY Panel.

  • Page 65: User-Defined Source - Defining An Associated Video Source

    Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 6.5.2 User-defined Source - Defining an Associated Video Source When specifying a user-defined source in the Source Names table, the aim is to fill out: • Columns ‘Associated Source 32 character name’ and ‘8 character name’: This is described in this sub-section.
  • Page 66 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 Figure 35 ‘Choose the video’ Dialog Click Apply at Source 13 in the dialog to choose video source 13. The chosen video source is shown at the top of the dialog. See Figure 36.
  • Page 67 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 Figure 37 Click the Apply Button at Bottom of Dialog This accepts the chosen video source. It is now filled out in Source 51 row of the Source Names table.

  • Page 68: User-Defined Source - Entering Audio Channel Source Names

    Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 6.5.3 User-defined Source - Entering Audio Channel Source Names When specifying a user-defined source in the Source Names table, the aim is to fill out: • Columns ‘Associated Source 32 character name’ and ‘8 character name’: Enter video sources, see Section 6.5.2 “User-defined Source - Defining an Associated Video Source”...
  • Page 69 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 Some ‘auto-complete’ entry possibilities Internal Test Tones and Silence audio sources Figure 40 Drop-down ‘Auto-complete’ List Click on an item in the drop-down list to select it, or continue typing in the table cell.
  • Page 70 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 Figure 43 Modified Drop-Down ‘Auto-complete’ List Continue to type, enter ‘6’ and the drop-down list modifies again. Select the ‘A.In 3D-16’ drop-down list entry. See Figure 44.
  • Page 71 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 Select ‘DestThru-3’ in the drop-down list. This selects embedded audio channel 3 of the video input source specified for this user-defined source. The ‘Audio 3’ column entry is done. See Figure 47.
  • Page 72 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 6.5.3.4 To enter Silence for an Audio Channel Source 13. Click in the “Audio 5” column and enter ‘S’. A drop-down list appears to assist entry. See Figure 50.
  • Page 73 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 If no message appears, then check the spellings of channel source names. 6.5.3.7 Defining ‘Null Source’ for a Channel Source For each user-defined source, video and audio channels may be defined for a source. A blank entry in the Source Names web page means ‘null source’...

  • Page 74: Importing And Exporting Source And Destination Names

    An exported file may be opened in a spreadsheet editor or viewed in a text editor. ® Import and Export do not work from the Vega 30 Web page in Internet Explorer Note: Import...
  • Page 75 Vega 30 Router User Manual Defining User-defined Sources Vega 30 Web Interface 6.5 6.5.4.3 To Import Click Browse and browse to the required source and destination names file. Click Open to select the file. Click Import to import the file.

  • Page 76: Destination Names

    Vega 30 Router User Manual Destination Names Vega 30 Web Interface 6.6 6.6 Destination Names The Destination web page is shown in Figure 58. The page comprises a table of configuration settings, with one row per video output. Up to 34 video outputs can be configured.
  • Page 77 Vega 30 Router User Manual Destination Names Vega 30 Web Interface 6.6 Import and Export Controls Figure 58 Vega 30 - Destinations Web Page Issue1 Revision 1 Page 77 © 2017 SAM...
  • Page 78 Enter a 32-character name for the destination. 8 Character Name Enter an 8-character name for the destination. Table 18 Vega 30 Destination Names Web Page Items Remember to click Apply to apply any changes made on this web page. Issue1 Revision 1 Page 78...

  • Page 79: Import And Export Destination Names

    Vega 30 Router User Manual Destination Names Vega 30 Web Interface 6.6 Table Destination Description rows Numbers 1 to 34 1 to 34 Pre-defined video destinations: The first 34 table rows correspond to the physical video outputs from the router.

  • Page 80: Set Routes

    • Destination selection. • Take. • Destination protect. The page allows a user to make routes in the Vega 30 Router. The general operation sequence is: Select a Destination. Select a Source. Press Take. Scroll Bars to access other selection buttons...
  • Page 81 See Table 23 for details about the button and see Section 6.7.2 “Simple Routing and see Section 6.7.4 “Destination Protect” on page 89. Example” on page 85 Figure 61 Vega 30 Set Routes Web Page - Sources, Destinations, Take Protect Controls The page contains a: •...
  • Page 82 Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 A simple operating example is given in Section 6.7.2 “Simple Routing Example” on page 85 and in Section 6.7.3 “4K Routing Example” on page 87. Source Selection Item Description Source selection button.
  • Page 83 Shows current Source Name routed to the selected Destination. Preselected Source: Shows the Source Name of the new (pre-)selected Source. Take push button. Click Take to make a new route in the Vega 30 Router. The Pre-selected Source is routed to the selected Destination. Table 22 Take Section...

  • Page 84: Cursors On The Set Routes Web Page

    Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 6.7.1 Cursors on the Set Routes Web Page The normal cursor shape is an arrow, see Figure 62a. When the cursor is over a button, the cursor changes to be hand-shaped, See Figure 62b.

  • Page 85: Simple Routing Example

    Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 6.7.2 Simple Routing Example Figure 63 shows making a simple route: Click a destination selection button to select a Destination. The Selected Destination is highlighted in the Destinations...
  • Page 86 Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 Once the new route is made: The new route is highlighted in the Sources Destinations section and shown in the Take section, see Figure 64. Figure 64 Result of Making a Simple Route.

  • Page 87: Routing Example

    Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 6.7.3 4K Routing Example To make a 4K route: Preliminaries: • On the Video Input Names and Video Outputs Names pages, make 4K groups. • Go to the Set Video Routes page.
  • Page 88 Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 Once the new 4K route is made: The new 4K route is highlighted in the Sources Destinations section and shown in the Take section, see Figure 66. Figure 66 Result of Making a 4K Route.

  • Page 89: Destination Protect

    For example, to perform a 3 hour long recording, a destination can be protected to prevent anyone else from accidentally disturbing the recording. In the Vega 30 Web interface, Destination Protect is carried out in the Set Routes page. The various Protect button appearances, see Table 23, may be seen when destinations are selected;...
  • Page 90 Vega 30 Router User Manual Set Routes Vega 30 Web Interface 6.7 If a route is attempted to a protected destination, then a warning message is shown on the web interface Set Routes screen after the route is attempted. See Figure 67.

  • Page 91: Processing Control

    Vega 30 Router User Manual Processing Control Vega 30 Web Interface 6.8 6.8 Processing Control The Vega 30 Router contains some processing functionality, see the functional block diagram in Figure 3 on page 18. Processing functions include: • Quiet Switching.
  • Page 92 Vega 30 Router User Manual Processing Control Vega 30 Web Interface 6.8 Item Description Apply Button. Click to apply settings changes made on the page. (See Table 14 for more details about the Apply button operation.) The user may leave the current page, but any changes will not be applied (and will be lost.) VFade Outputs 1-12 Drop-down box.
  • Page 93 Note: Lock Route 1-1 affects the video crosspoint. It does not prevent any audio routing being made to the same router destination output. See Section 3.5 “Routing Architecture” on page 20 for information about Vega 30 routing. Quiet Switching V-Fade: Enable Check box.
  • Page 94 Vega 30 Router User Manual Processing Control Vega 30 Web Interface 6.8 Item Description Output Reference Read-only. Offset Displays the measured time between an output signal and the reference signal. The value is in pixels (video samples). The output may be advanced or retarded by changing the Lines and Pixels offset controls.

  • Page 95: Configuration

    System Network settings, see Table 28 (Restart unit after changes here) System settings, see Table 29 System Files, see Table 30 Logging settings, see Table 31 Figure 69 Vega 30 Configuration Web Page Issue1 Revision 1 Page 95 © 2017 SAM...
  • Page 96 (and will be lost.) Restart Unit Button. Click to restart the Vega 30 Router unit. A message appears asking if you do wish to restart. An example is given below. After clicking OK to the message, a further message is displayed saying the unit is restarting.
  • Page 97 Vega 30 Router User Manual Configuration Vega 30 Web Interface 6.9 Item Description RollCall Enable Check box. Tick to enable the RollCall protocol interface. Port Enter port number for RollCall interface. (Leave as default) SW-P-02 Enable Check box. Tick to enable the SW-P-02 general switcher protocol interface.
  • Page 98 Enter subnet mask for the Vega 30 unit. See Note 1. Gateway Enter IP address of the IP gateway for the Vega 30 unit. See Note 1. DNS Server 1 Enter IP address of DNS server for the Vega 30 unit.
  • Page 99 Vega 30 Router User Manual Configuration Vega 30 Web Interface 6.9 Item Description Import Configuration File: Browse Click to browse to a configuration file. (Text box) Shows file name to be imported. Import Click to import a configuration file. Export Configuration File: Export Click to export configuration information to a file.

  • Page 100: Vega 30 Rollcall Templates

    Vega 30 RollCall Templates Vega 30 RollCall Templates The Vega 30 Router may be configured and controlled via SAM’s RollCall. Using a computer which has a network connection to the router, the Vega 30 Router unit’s RollCall template screens can be accessed with SAM’s RollCall Control Panel application.

  • Page 101: Connecting Rollcall Control Panel

    Vega 30 Router Matrix: • Assoc Routing. • Direct Video. • Direct Audio. (Only available on units with a VG10-AR audio license.) Figure 70 RollCall Template Views of a Vega 30 Router Issue1 Revision 1 Page 101 © 2017 SAM...

  • Page 102: Connecting To The Vega 30 Unit

    Vega 30 Router User Manual Connecting RollCall Control Panel Vega 30 RollCall Templates 7.1 7.1.1 Connecting to the Vega 30 Unit Start up the RollCall Control Panel application. The RollCall initial screen is shown. See Figure 71. Figure 71 RollCall Initial Screen Enter the IP address of the unit into the RollCall >...
  • Page 103 Or double-click on the Vega unit item name. RollCall Control Panel connects to the unit and the Vega 30 RollCall template is shown, see Figure 74. Figure 73 Connecting to Vega 30 Unit Within the RollCall templates, some unit settings require explicit saving using the “P” or “S”...
  • Page 104 “S” - Locally save new setting value (or press “return”). “P” - Locally save default setting value. All Vega 30 template screens contain a Screen Selection Box, which lists the available template screens. Navigate between Vega 30 template screens by clicking on the screen name in the box.

  • Page 105: Connecting To The Vega 30 Routing Templates

    Vega 30 RollCall Templates 7.1 7.1.2 Connecting to the Vega 30 Routing Templates Connecting to the Vega 30 Assoc Routing, Direct Video or Direct Audio template is similar to procedure in Section 7.1.1 “Connecting to the Vega 30 Unit” on page 102: Right-click on the Router Matrix item and select Expand, see Figure 76a.
  • Page 106 Screen Selection Box Figure 77 Vega 30 Assoc Routing Template Each Vega 30 routing template screen contains a similar Screen Selection Box, see Figure 77. This is used to navigate between the Vega 30 Routing Matrix template screens. Assoc Routing: Section 7.8 “Assoc Routing - XY Panel Control Template” on page 135.

  • Page 107: Unit Information Template

    Unit Information Template Vega 30 RollCall Templates 7.2 7.2 Unit Information Template The Vega 30 Unit Information RollCall template screen shows unit information. The screen contains some read-only information as well as read-write settings that can be set up in the screen.
  • Page 108 Vega 30 Router unit. Enclosure Type of frame that a router controller is mounted in. For the Vega 30 Router, this is set to ‘Standalone’, indicating that the Vega 30 controller only fits into a standalone Vega 30 frame. Table 33...
  • Page 109 Select this to use a RollCall log server for setting the system time. (The RollCall log server to use is defined on the Comms Setup screen.) Table 34 Vega 30 Unit Information Screen - Read-Write Settings (Continued) Issue1 Revision 1 Page 109 © 2017 SAM...
  • Page 110 DNS server IP address must be set up. (This allows the URL to be resolved into an IP address.) Table 34 Vega 30 Unit Information Screen - Read-Write Settings (Continued) Issue1 Revision 1 Page 110 © 2017 SAM...

  • Page 111: System Information Template

    Vega 30 RollCall Templates 7.3 7.3 System Information Template The Vega 30 System Information RollCall template screen shows read-only system information. This is shown in Figure 80 and information items are listed in Table 35. Figure 80 Vega 30 System Information Screen (Status Information, Read-Only)
  • Page 112 Status of the internal Vega 30 cooling fan. Fan speed (rpm). Temperature Internal unit temperature (ºC). Reference Standard Video standard of reference signal connected to the Vega 30 unit. Table 35 Vega 30 System Information Screen (Read-only Information) (Continued) Issue1 Revision 1 Page 112...

  • Page 113: Source Configuration Template

    Vega 30 RollCall Templates 7.4 7.4 Source Configuration Template The Vega 30 Source Configuration RollCall template is wide and shows only part of a large sources table at any one time. The sources table lists pre-defined and user-defined sources. The table has 500 rows for 500 possible sources. The user can navigate around pages of this large table.
  • Page 114 Vega 30 Router User Manual Source Configuration Template Vega 30 RollCall Templates 7.4 Page 1 Page 4 Page 5 ...Page 50 Figure 82 Overview of Source Configuration Screen (Pages 1,4,5 and 50 shown) Issue1 Revision 1 Page 114 © 2017 SAM...

  • Page 115: Navigating The Source Configuration Screen

    Vega 30 Router User Manual Source Configuration Template Vega 30 RollCall Templates 7.4 Template selection box Video Source column Audio Channel Source columns Source Configuration Page Selection Slider Source Names Show channel source numbers or names in table. (Numbers are shown in this figure.)
  • Page 116 Move up and down rows of the long table. Show as Names Use left-right scrolls bars to move across the (wide) table columns Figure 84 Vega 30 Source Configuration Screen Item Description Source Page (1-50) Slider and Number.
  • Page 117 Vega 30 Router User Manual Source Configuration Template Vega 30 RollCall Templates 7.4 Source Page Slider: Note: A control to move between pages of sources: • Click on the number adjacent to the slider to enter a page number directly.

  • Page 118: Columns Of The Source Configuration Template

    Vega 30 Router User Manual Source Configuration Template Vega 30 RollCall Templates 7.4 7.4.2 Columns of the Source Configuration Template Video source Audio channel sources Figure 85 Source Configuration Columns Column Heading Description Video Text box. Name of the video source associated with this source definition.

  • Page 119: Defining User-Defined Sources On The Source Configuration Template

    Vega 30 Router User Manual Source Configuration Template Vega 30 RollCall Templates 7.4 7.4.3 Defining User-defined Sources on the Source Configuration Template The first 46 table rows show pre-defined Sources. These are for the physical video input ports and MADI input ports. (I.e. 34 pre-defined Sources for video inputs and 12 predefined Sources to cover the three MADI 64-channel inputs - four pre-defined sources per MADI input port.) These rows are not editable;...

  • Page 120: Port Configuration Template

    Vega 30 RollCall Templates 7.5 7.5 Port Configuration Template On the Vega 30 Port Configuration RollCall template screen, the Vega 30 unit’s video input and output ports can be configured. (I.e. input and output ports 1 to 34.) The configuration screen is shown in Figure 86.

  • Page 121: Port Configuration - Top Section Of Template

    Vega 30 Router User Manual Port Configuration Template Vega 30 RollCall Templates 7.5 7.5.1 Port Configuration - Top Section of Template Reset All Persistence VFade Figure 87 Port Configuration - Top Section 7.5.1.1 Reset All Persistence Click the button to reset ‘persistence’ settings (including all port settings) to their factory default.

  • Page 122: Port Configuration - Input Ports

    Vega 30 Router User Manual Port Configuration Template Vega 30 RollCall Templates 7.5 7.5.2 Port Configuration - Input Ports Configuration items for each Vega 30 input port are shown. Figure 88 Vega 30 - Input Ports Section Issue1 Revision 1 Page 122...
  • Page 123 Vega 30 Router User Manual Port Configuration Template Vega 30 RollCall Templates 7.5 Item Description Input Standard Drop-down box. Select the video standard to use for switching to the corresponding video input. The SMPTE RP-168 -2009 switching standard is used.

  • Page 124: Port Configuration - Output Ports

    Port Configuration Template Vega 30 RollCall Templates 7.5 7.5.3 Port Configuration - Output Ports Configuration items for each Vega 30 output port are shown. Output ports each have some processing, see the functional block diagram in Figure 3 on page 18.
  • Page 125 See Note 1 and Note 2. Line Offset Slider. Adjust the number of lines offset from the Vega 30’s internal video reference for the output. This setting, with the Pixel offset setting, acts to delay the output overall. Total offset = Lines offset + Pixels offset. This overall delay...
  • Page 126 Description Pixel Offset Slider. Adjust number of extra pixels offset from the Vega 30’s internal video reference timing for the output. The setting, with the Line offset setting, acts to delay the output overall. This overall delay sets when the video switching occurs...

  • Page 127: Comms Setup Template

    Vega 30 RollCall Templates 7.6 7.6 Comms Setup Template Various Vega 30 router controller network and comms port settings are configured in the Comms Setup template screen, together with a unit restart control. Settings change on this screen only take effect on the unit after a unit restart.

  • Page 128: Comms Setup - Ip Address Settings

    See Note 1. Secondary DNS Text box. Address Enter IP address of a second DNS server for the Vega 30 unit. See Note 1. MAC Address Displays the MAC address of the Vega 30 unit. Note 1: “S” and “P” buttons - After entering information in each text box, always click on the adjacent “S”...

  • Page 129: Comms Setup - Rollcall Items

    Vega 30 Router User Manual Comms Setup Template Vega 30 RollCall Templates 7.6 Comms Setup - 7.6.2 RollCall Items Figure 92 Comms Setup - RollCall Items Item Description IP Share Port Text Box. Enter network port for use by RollCall. Default is 2050.

  • Page 130: Comms Setup - Rollcall

    Enable Check box. Tick to enable RollCall+ on the Vega 30 unit. Domain Text box. Enter a RollCall+ domain number for the Vega 30 unit. See Note 1: Address Text box. Enter a RollCall+ address for the Vega 30 unit.

  • Page 131: Comms Setup - Snmp

    Vega 30 Router User Manual Comms Setup Template Vega 30 RollCall Templates 7.6 Comms Setup - 7.6.4 SNMP Figure 94 Comms Setup - SNMP Items Item Description Enable Check box. Tick to enable the SNMP protocol interface. Communities: (SNMP name fields for Get, Set and Trap commands/messages.) Text box.

  • Page 132: Comms Setup - General

    Vega 30 Router User Manual Comms Setup Template Vega 30 RollCall Templates 7.6 Comms Setup - 7.6.5 General Figure 95 Comms Setup - General Items Item Description General Switcher (SW-P-02): Check box. Enable Tick to enable the unit’s general switcher protocol interface.

  • Page 133: Comms Setup - Syslog (Logging)

    Click Restart Unit after changes have been made to settings in the Comms Setup screen. Item Description Restart Unit Button. Click to restart the Vega 30 unit. Table 46 Comms Setup - Restart Unit Issue1 Revision 1 Page 133 © 2017 SAM...

  • Page 134: Log Fields Template

    Log Fields Template Vega 30 RollCall Templates 7.7 7.7 Log Fields Template The Vega 30 Log Fields RollCall template screen shows some read-only unit logging information. These are auto-generated parameters for sending messages to RollCall Log Servers. Figure 98 Vega 30 Unit Log Fields Screen...

  • Page 135: Assoc Routing - Xy Panel Control Template

    (See the SAM ‘RollCall Control Panel User Manual’, Appendix 1 ‘XY Panel’, for further information about RollCall Control Panel and XY Routing Panels.) The Vega 30 Assoc Routing XY Panel template has four tabs. The Routing tab is shown in Figure 99.

  • Page 136: Routing Tab

    Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 The tabs are: • Routing - for making routes. • Edit Names - for editing source and destination names. • Edit Protect - for protecting a destination from having further sources routed to it.
  • Page 137 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Click on a Source button to select a new source. The selected Source name appears on the TAKE button. See Figure 101. Selected...
  • Page 138 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Clicking on the selected Destination button toggles selection of it. Select the destination and the new source button is shown as the currently routed source, see Figure 102.
  • Page 139 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Clicking the Destination Protect button toggles destination protection on and off. a) Destination is not protected. b) Destination is protected. Click to protect.
  • Page 140 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 7.8.1.3 Panel Lock The XY panel can be locked to prevent further routing from the panel. To lock the panel: • Click the Panel Unlocked button.

  • Page 141: Edit Names Tab

    Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 7.8.2 Edit Names Tab The Edit Names Tab shows the selection buttons all router source and destinations. See Figure 106. The names on each button can be edited on this screen.

  • Page 142: Edit Protect Tab

    Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 7.8.3 Edit Protect Tab The Edit Protect Tab shows the destination selection buttons, see Figure 108. All protected destinations are shown with a padlock symbol on the button, see Figure 109.

  • Page 143: Options Tab

    Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 See the Section 7.8.4 “Options Tab” on page 143 for options regarding the appearance of buttons. (See the SAM ‘RollCall Control Panel User Manual’, Appendix 1 ‘XY Panel’, for further information about RollCall Control Panel and XY Routing Panels.)
  • Page 144 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Feature Router Functions Define Take and Undo buttons to be included in the Routing screen. If no Take button is present, then routing takes place immediately.
  • Page 145 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Feature Popout Display Customize the display of the XY panel when it is used as a pop-out screen. Table 48 (Assoc Routing) XY Panel - Option Tab Controls (Continued)
  • Page 146 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Feature Button Sizes The source and destination buttons can be resized and button text formatted. Panel Sizes Adjust the number of rows and columns of source and destination buttons, and the spacing between them.
  • Page 147 Vega 30 Router User Manual Assoc Routing - XY Panel Control Template Vega 30 RollCall Templates 7.8 Feature Button Maps Use button maps to define alternative mappings of the source and destination buttons. Do this to: • Limit the number of source and destination buttons visible on the router displays.

  • Page 148: Assoc Routing - Routing Template

    Vega 30 Router User Manual Assoc Routing - Routing Template Vega 30 RollCall Templates 7.9 7.9 Assoc Routing - Routing Template The Routing template is a RollCall Control Panel screen for setting up and changing routes on a connected router (or on a device with some router behavior). It is an alternative screen to the XY Panel template for controlling routing and is shown in Figure 112.
  • Page 149 Vega 30 Router User Manual Assoc Routing - Routing Template Vega 30 RollCall Templates 7.9 To make a route: Click on a destination item in the destination list to select a Destination. The currently routed Source is highlighted in the list of sources. See Figure 113.

  • Page 150: Direct Video - Xy Panel Control Template

    Vega 30 RollCall Templates 7.10 7.10 Direct Video - XY Panel Control Template The Direct Video routing XP panel controls the Vega 30 Router’s video crosspoint. Routing is controlled via the pre-defined video source (up to 34-off) and video destination (up to 34-off) names.

  • Page 151: Direct Video - Routing Template

    Vega 30 RollCall Templates 7.11 7.11 Direct Video - Routing Template The Direct Video routing template controls the Vega 30 Router’s video crosspoint. The Direct Video routing template screen operation is similar to the one described in Section 7.9 “Assoc Routing - Routing Template” on page 148.

  • Page 152: Direct Audio - Xy Panel Control Template

    Vega 30 RollCall Templates 7.12 7.12 Direct Audio - XY Panel Control Template The Direct Audio routing XP panel controls the Vega 30 Router’s audio crosspoint. Routing is controlled via the audio channel source names and numbers. (See Table 63 in Section Appendix C on page 250.).

  • Page 153: Direct Audio - Routing Template

    Vega 30 RollCall Templates 7.13 7.13 Direct Audio - Routing Template The Direct Audio routing template controls the Vega 30 Router’s audio crosspoint. The Direct Audio routing template screen operation is similar to the one described in Section 7.9 “Assoc Routing - Routing Template” on page 148.

  • Page 154: Output Video Timing - Line Sync And Offset

    Vega 30 Router User Manual Line Synchronizer and Offset from Reference Output Video Timing - Line Sync and Offset 8.1 Output Video Timing - Line Sync and Offset 8.1 Line Synchronizer and Offset from Reference Each switched video output can be independently line-synchronized and, if required, delayed from the reference timing.

  • Page 155: User Controls

    Output Video Timing - Line Sync and Offset 8.2 8.2 User Controls On each output, the line-synchronizer and offset-delay functions share the same user controls and status displays. Table 51 lists the controls that appear on the Vega 30 Web and the RollCall interfaces. Controls...

  • Page 156: Input Signal Timing Use Cases

    Section 8.3.3 "Timing Case 3) Input Arriving some Pixels Later than Reference" on page 159. It is assumed that: • License options VG10-CSx are active on the Vega 30 unit for an output. • Line Sync feature is enabled on the output. •...

  • Page 157: Timing Case 1) Input Arriving Some Pixels Earlier Than Reference

    8.3.1 Timing Case 1) Input Arriving some Pixels Earlier than Reference Input early compared to Ref, Positive Reference Offset value Output with added delay Figure 119 Vega 30 - Video Input Timing Cases and the Reference Offset Control: Timing Case 1) Input Earlier than Reference Reference Comments...

  • Page 158: Timing Case 2) Input Arriving Co-Timed With Reference

    Output Video Timing - Line Sync and Offset 8.3 8.3.2 Timing Case 2) Input Arriving Co-timed with Reference Zero Reference Offset value Output with added delay Figure 120 Vega 30 Video Input Timing Cases and the Reference Offset Control: Timing Case 2) Input Co-timed with Reference Reference Comments...

  • Page 159: Timing Case 3) Input Arriving Some Pixels Later Than Reference

    8.3.3 Timing Case 3) Input Arriving some Pixels Later than Reference Input late compared to ref, Negative Reference Offset value Output with added delay Figure 121 Vega 30 Video Input Timing Cases and the Reference Offset Control: Timing Case 3) Input Later than Reference Reference Comments...

  • Page 160: Setting Up Router Offset

    It is important to know the input relative signal timing of all signals connected to a router. This should be checked using a suitable piece of video waveform analyzing equipment. The Vega 30 Router offers some assistance to set up the router offset values. The procedure 1) Identify the latest-arriving input: Set all Lines Offset and Pixel Offset values to zero.
  • Page 161 Setting Up Router Offset Output Video Timing - Line Sync and Offset 8.4 This has set up the Vega 30 Router video output offset to be the earliest possible, for any of the inputs. Any input may then be routed to any output.

  • Page 162: Sources And Destinations

    Vega 30 Router User Manual Introduction Sources and Destinations 9.1 Sources and Destinations This section describes the Vega 30 Router sources which are routable to destinations: “Introduction” page 162 “Source Types” page 163 “User-defined Sources” page 164 “Making User-defined Sources”...

  • Page 163: Defining User-Defined Sources

    Video port source and destination numbers. • MADI port source and destination numbers. 9.2 Source Types Sources are presented in a tabular format on the Vega 30’s Web interface or in a RollCall template. Different source types are described in Table 55. Source Numbers Description...

  • Page 164: User-Defined Sources

    A User-defined source may be associated with physical router inputs or internal audio sources. ‘Follow video’ audio channel sources can be used. User-defined sources are defined via the Vega 30 Web interface or RollCall interface using the following control interface pages: •...

  • Page 165: Follow Video' Audio Channel Sources (Destthru)

    Vega 30 Router User Manual User-defined Sources Sources and Destinations 9.3 9.3.3 ‘Follow Video’ Audio Channel Sources (DestThru) There are 16 ‘follow video’ audio channel sources which are internal, virtual sources. These are numbered 742 to 757, see the latter part of Table 63 in Appendix C on page 248.
  • Page 166 Vega 30 Router User Manual User-defined Sources Sources and Destinations 9.3 Source Definition Video Audio Channel Sources Source Source 101: Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Thru Thru Thru Thru...
  • Page 167 Vega 30 Router User Manual User-defined Sources Sources and Destinations 9.3 Sources Routed To Destinations: Routed Dest 1 Dest 13 Dest 27 Source Video Embedded Audio Video Video Embedded Audio Embedded Audio from from from from from from Source 101...

  • Page 168: Silence Audio Channel Source

    Vega 30 Router User Manual User-defined Sources Sources and Destinations 9.3 9.3.5 Silence Audio Channel Source If silence is required on an audio channel, then a source must be defined with silence on the required channel and a route then made.
  • Page 169 Vega 30 Router User Manual User-defined Sources Sources and Destinations 9.3 Source Definition Routed Source Video Audio Channel Sources Tally Source 1. Selected destination is: Destination 1 SRC-1 ‘null 2. Pre-selected source is: source’ ..‘null sources’.. pair-swapped ..‘null sources’.. User-defined...

  • Page 170: Making User-Defined Sources

    See Section 6.3.3 “Source Names Web Page - Source Names Table” on page 57. Only channel source names or numbers of the physical Vega 30 unit or of internal Vega 30 sources may be entered on the screens. Do not enter any User-defined source names nor numbers.

  • Page 171: Routing Use Cases

    Vega 30 Router User Manual Routing Use Cases 10 Routing Use Cases The following use cases are considered for the Vega 30 Router crosspoint architecture: • Video-only routing. • MADI audio-only routing. • Video and MADI routing. • Monitoring audio/video at the router.

  • Page 172: Introduction

    Routing Use Cases 10.1 10.1 Introduction Various use-case configurations are briefly outlined using diagrams. The nomenclature used to describe the how the Vega 30 Router’s video and audio crosspoints are used is shown in Figure 124. Video with 16 channels of embedded audio...

  • Page 173: Video-Only Router Use Case

    10.2 Video-only Router Use Case Video routing with embedded audio: In this use case, the Vega 30 Router is used for SDI video routing only, i.e. video with embedded audio. There is no separate audio routing and no audio processing required.

  • Page 174: Madi-Only Router Use Case

    Routing Use Cases 10.3 10.3 MADI-only Router Use Case Routing of MADI audio only: In this use case, the Vega 30 Router is used for MADI audio routing only. No video routing, no audio embedding nor de-embedding. Actively-switched output Audio Crosspoint...

  • Page 175: Video And Madi Only Router

    10.4 Video and MADI only router Video routing (with embedded audio) and separate MADI audio routing: In this use case, the Vega 30 Router is used for video routing and MADI audio routing. There is no de-embedding nor embedding of audio channels.

  • Page 176: Monitoring A Router Input And Output

    ‘Lock Route 1:1’ audio, for monitoring Audio Crosspoint De-muxed audio (Use fixed audio channel source numbers) Figure 128 Vega 30 Use Case - Monitoring a Video Input - Copy Video and Copy Audio Licenses required: • Video I/O options, as required. •...

  • Page 177: Monitor Audio In A Router Video Output

    Video Crosspoint Monitored audio channels from the video output are routed to channels in a MADI output. Audio Crosspoint Figure 129 Vega 30 Use Case - Monitoring Audio in a Video Output Issue1 Revision 1 Page 177 © 2017 SAM...
  • Page 178 Vega 30 Router User Manual Monitoring a Router Input and Output Routing Use Cases 10.5 Licenses required: • Video I/O options, as required. • Audio routing option, VG10-AR. Routing: • Association routing. Use: • Pre-defined video sources and destinations. •...

  • Page 179: Monitor A Router Video Output

    Router Video Output to be monitored Video Crosspoint Switched Video (Switched) Video Output Copy for monitoring Two protected destinations Figure 130 Vega 30 Use Case - Monitoring with a Copy Video Output Licenses required: • Video I/O options, as required. Routing: •...

  • Page 180: Inserting Audio Channels Into Router Inputs And Outputs

    Routing Use Cases 10.6 10.6 Inserting Audio Channels into Router Inputs and Outputs Router inputs can have audio channels inserted into them with the Vega 30 Router. Router outputs can have audio channels inserted into them with the Vega 30 Router.

  • Page 181: Inserting Madi Audio Into A Video Output

    Switch Video Output with inserted audio MADI input with the audio Audio Crosspoint channels for insertion Figure 132 Vega 30 Use Case - Inserting Audio into a Video Output Licenses required: • Video I/O options, as required. • Audio routing option, VG10-AR.

  • Page 182: Inserting Embedded Audio Into A Video Output

    Locked route using ‘Lock Route 1:1’ Audio Crosspoint Figure 133 Vega 30 Use Case - Inserting Audio into a Video Output Licenses required: • Video I/O options, as required. • Audio routing option, VG10-AR.
  • Page 183 Vega 30 Router User Manual Inserting Audio Channels into Router Inputs and Outputs Routing Use Cases 10.6 Example: Insert embedded audio channels 1 and 2 on video input 2 into video output 32 embedded channels 5 and 6: • This requires creating sources for routing to output 32 which all have embedded audio channels 5 and 6 sourced from the same fixed MADI input channels.

  • Page 184: Inserting Madi Audio Channels Into A Madi Output

    Output with inserted insertion audio (Switched) Audio Crosspoint ‘Insert’ route Figure 134 Vega 30 Use Case - Inserting Audio into a Video Output Licenses required: • Audio routing option, VG10-AR. Routing: • Use user-defined audio sources and partial sources.
  • Page 185 Vega 30 Router User Manual Inserting Audio Channels into Router Inputs and Outputs Routing Use Cases 10.6 • Use either the RollCall ‘Assoc Routing’ XY panel or the Web ‘Set Routes’ page to make the routing: • ‘Destination 48 from Source 100’.

  • Page 186: Audio Channel-Swap

    Routing Use Cases 10.7 10.7 Audio Channel-Swap Audio channels can be swapped (shuffled) in router outputs with the Vega 30 Router. 10.7.1 Audio Channel-Swap in a Video Output De-embed (de-mux) the embedded audio channels in a Video Output, swap audio channels around (shuffle) and re-embed onto Video Output.

  • Page 187: Embedded Audio Channel-Swap In A Video Input

    Embed De-mux Swap Audio Crosspoint ‘Swap’ routes for one video input only Figure 136 Vega 30 Use Case - Audio Channel-Swap in a Video Input Licenses required: • Video I/O options, as required. • Audio routing option, VG10-AR. Routing: Use: •...
  • Page 188 Vega 30 Router User Manual Audio Channel-Swap Routing Use Cases 10.7 User-defined Video Audio Channel Sources Source Source Name Vid. Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest Dest MySrc 51 Thru Thru...

  • Page 189: System Application Example

    Routing Use Cases 10.8 10.8 System Application Example This application example aims to show how a Vega 30 Router may be used in an audio/video system. A target video system is presented which contains a variety of audio and video sub-systems.
  • Page 190 This is shown in Figure Figure 138 Vega 30 Use Case, Extended Target System Diagram All the system functions shown in grey boxes in Figure 138 can be implemented by the Vega 30 Router.

  • Page 191: System Implementation With Vega 30 Router

    Routing Use Cases 10.8 10.8.2 System Implementation with Vega 30 Router An implementation of the extended target system using a Vega 30 Router is shown in Figure 139 on page 191. Figure 139 Vega 30 Use Case, System Application Diagram using a Vega 30 Router Figure 139 shows the main system components of Figure 138 connected to a Vega 30 Router.
  • Page 192 Vega 30 Router User Manual System Application Example Routing Use Cases 10.8 Figure 140 Vega 30 Use Case, System Application Example - Vega-30 Configuration Issue1 Revision 1 Page 192 © 2017 SAM...
  • Page 193 The numbers and letters in circles in Figure 140 relate back to node points in Figure 138 on page 190. Figure 140 shows an example of how a Vega 30 Router may be used in our system application use case.

  • Page 194: Getting Started

    Getting Started 11.1 11 Getting Started This section guides the user through the steps required to control signal routing in a Vega 30 Router using a PC. The Vega 30 Router unit’s web page is used. Please refer to other sections of this User Manual for detailed information. In particular to: •...

  • Page 195: Initial Powering And Starting Up

    Connect DC power cable(s) from the external Vega 30 PSU module(s) to the Vega 30 Router unit. See Figure 141 for the location of the DC Power Inlets at the rear of the Vega 30 unit. Connect the external Vega 30 PSU modules to an AC mains supply.

  • Page 196: Disconnecting Power To Vega 30

    11.2.1 Disconnecting Power to Vega 30 When a Vega 30 Router has to be powered down, carry out the following procedure: Disconnect both external Vega 30 PSU’s from AC mains supplies. Disconnect both DC power cables from the rear of the Vega 30 Router.

  • Page 197: Preliminary Vega 30 Router Configuration

    Preliminary Vega 30 Router Configuration Getting Started 11.3 11.3 Preliminary Vega 30 Router Configuration The Vega 30 Router unit initially requires some network settings to be set up. The network settings may be set up via either of the following unit interfaces: •...
  • Page 198 11. Disconnect the Vega 30 Router from the PC. When the Vega 30 Router has restarted, the new settings have taken effect and the Vega 30 Router is ready to be installed in a rack and then connected to using its new IP address etc.

  • Page 199: Connections

    Vega 30 Router User Manual Connections Getting Started 11.4 11.4 Connections Refer to Figure 141 on page 194 for a diagram of the Vega 30 Router rear connectors. Make the following connections: Rear Connector Connect to DC Power Inlets DC Power from Vega 30 PSU module(s).
  • Page 200 Vega 30 Router User Manual Initial Configuration Getting Started 11.5 On the Home page, check the status of: • PSU 1 and PSU 2. • Fan status is OK. • Check that the standard of the video reference signal is shown in the Reference Standard box.
  • Page 201 Figure 147 shows a sample screenshot of a Destinations table. 10. Click Apply to apply any changes. Figure 147 Sample Destinations Page The Vega 30 Router unit is ready to do some basic video routing. Issue1 Revision 1 Page 201...

  • Page 202: Basic Video Routing

    Vega 30 Router User Manual Basic Video Routing Getting Started 11.6 11.6 Basic Video Routing Click ‘Set Routes’ in the navigation panel on the Home Web page. The Set Routes Web page is shown. See Figure 148. Figure 148 Set Routes Web Page (Showing Factory Source Names)
  • Page 203 Vega 30 Router User Manual Basic Video Routing Getting Started 11.6 To route video source 1 (the default name is “V.In 1”) to video destination 2 (the default name is “V.Out 2”): Click Destination button “V.Out 2” to select the destination.
  • Page 204 Vega 30 Router User Manual Basic Video Routing Getting Started 11.6 Newly-Routed Source Destination Figure 151 Route Taken Issue1 Revision 1 Page 204 © 2017 SAM...

  • Page 205: Basic Madi Audio Routing

    Basic MADI Audio Routing Getting Started 11.7 11.7 Basic MADI Audio Routing To carry out any audio routing within the Vega 30 Router, the VG10-AR license is required. Firstly, look at the Home page to check the audio routing license, VG10-AR, is present.
  • Page 206 Src n Source n Note 1: The Vega 30 Router MADI inputs and outputs each have 64 audio channels. Each input or output is divided up into four groups of 16 audio channels. Each 16-channel group is assigned to be a source or a destination for the router.
  • Page 207 Vega 30 Router User Manual Basic MADI Audio Routing Getting Started 11.7 To route audio channels 1-16 of MADI input 1 (“A.In 1A”) to channels 49-64 of MADI output 2 (“A.Out 2D”): Click Destination button “A.Out 2D” to select the destination.
  • Page 208 Vega 30 Router User Manual Basic MADI Audio Routing Getting Started 11.7 To route all audio channels of MADI input 1 (i.e. channels 1 to 64) to MADI output 2 (channels 1 to 64), make four audio routes: Click Destination button “A.Out 2A”. Click Source button “A.In 1A”.

  • Page 209: Madi Stereo Pair Audio Routing

    Go to the Vega 30 Router Home Web page to check the VG10-AR audio routing license (VG10-AR) is present. In order to be able to route one or more specific audio channels in the Vega 30 Router, a user-defined source (i.e. one of source numbers 47 to 500) needs to be defined.
  • Page 210 Vega 30 Router User Manual MADI Stereo Pair Audio Routing Getting Started 11.8 Now define source 47, a user-defined source, in row 47: Go down to row 47 in the table. See Figure 155. Audio channel source columns Audio 1, Audio 2, .., Audio 16.
  • Page 211 Vega 30 Router User Manual MADI Stereo Pair Audio Routing Getting Started 11.8 Enter the values shown in Figure 157 into columns “Audio 5” and “Audio 6” for Source Enter ‘A’ into a table cell. This produces a drop-down list of audio channel source names to select from.
  • Page 212 Vega 30 Router User Manual MADI Stereo Pair Audio Routing Getting Started 11.8 Figure 158 ‘Choose the video’ Dialog This has defined user-defined source 47. When Source 47 is routed to a destination, it will overwrite the 5th and 6th audio channels of the destination.
  • Page 213 Vega 30 Router User Manual MADI Stereo Pair Audio Routing Getting Started 11.8 Routed Source Pre-selected Source Destination Figure 159 Pre-selecting Source 47 Issue1 Revision 1 Page 213 © 2017 SAM...
  • Page 214 Vega 30 Router User Manual MADI Stereo Pair Audio Routing Getting Started 11.8 Click Take to make the route. The route is made and the Web page refreshes to show the new route to the destination. See Figure 160. Audio channels 3 and 4 of MADI input 1 are now routed to channels 5 and 6 of MADI output 3.

  • Page 215: Embed A Madi Stereo Audio Pair Into A Video Output

    Go to the Vega 30 Router Home Web page to check the VG10-AR audio routing license (VG10-AR) is present. In order to be able to route one or more specific audio channels in the Vega 30 Router, a user-defined source (i.e. one of source numbers 47 to 500) needs to be defined.
  • Page 216 Vega 30 Router User Manual Embed a MADI Stereo Audio Pair into a Video Output Getting Started 11.9 (Refer to Figure 157) • Enter ‘A’ into a table cell. This produces a drop-down list of audio channel source names to select from.
  • Page 217 Vega 30 Router User Manual Embed a MADI Stereo Audio Pair into a Video Output Getting Started 11.9 The new Source 48 is now ready for use. Click Apply to select Video Input 1 in the dialog. Lastly, click Apply to close the dialog Figure 164 ‘Choose the video’...
  • Page 218 Vega 30 Router User Manual Embed a MADI Stereo Audio Pair into a Video Output Getting Started 11.9 Routed Source Pre-selected Source Destination Figure 165 Pre-selecting Source 48 Issue1 Revision 1 Page 218 © 2017 SAM...

  • Page 219: Output Video Signal Timing

    Output disruption and Vega 30 Router starting: Note: While the Vega 30 Router unit starts up or restarts, there may be disruption to the video outputs. This is normal: The unit starts by routing ‘1 to 1’ inputs to outputs and only adopts the last know routing settings once the control software has successfully started up.

  • Page 220: Maintenance

    Status Indicators” on page 33. The front status LEDs indicate which Vega 30 Power Supply Module is faulty. If the Vega 30 unit is being run with two Power Supply Modules, then replacement of one Power Supply Module may be done with the Vega 30 powered on.

  • Page 221: Airflow Cooling Fan Assembly Replacement

    Contact SAM or your SAM dealer to discuss the situation. If the cooling fan on the Vega 30 Router should stop for any reason, then the unit should be switched off immediately. Otherwise permanent damage may result.
  • Page 222 Airflow Cooling Fan Assembly Replacement Maintenance 12.2 Fan Assembly Retaining screws Fan multi-way internal connection a) Vega 30, Rear Fan Assembly and Retaining Screws b) Fan Multi-way Internal Connection Fan multi-way connector Fan multi-way header c) Fan Assembly Removed and Fan Multi-way Header Internal SD card and socket.

  • Page 223: Software Upgrade

    The upgrade package is associated with a Vega 30 software release, for example, v2.0.1. 12.3.1 Checking Software Version on a Vega 30 Unit The software version number can be checked via a Vega 30 web page or a RollCall template. 12.3.1.1 Checking Software Version via Web Page •...

  • Page 224: Software Upgrade Procedure (With Sam Rollcall Control Panel)

    • Stage 2: Install the upgrade on the Vega 30 unit. See “Stage 2: Install the Upgrade on the Vega 30 Unit” on page 227. These are described in the sub-sections below. Vega 30 software downgrades may also be carried out with the same procedure.
  • Page 225 Software Upgrade Maintenance 12.3 12.3.2.1 Stage 1: Add Upgrade Package to RollCall From RollCall Control Panel, connect to the Vega 30 unit. Click the Import New Upgrades icon, see Figure 170. Figure 170 Import New Upgrades Icon The RollCall Upgrade Packages window is displayed. See Figure 171.
  • Page 226 Figure 173 Import Log Pane in RollCall Upgrade Packages Window The upgrade package has been added to RollCall Control Panel. Now proceed to Stage 2, see Section 12.4.4.3 “Stage 2: Install License on the Vega 30 Unit” on page 239. Issue1 Revision 1 Page 226...
  • Page 227 Vega 30 Router User Manual Software Upgrade Maintenance 12.3 12.3.2.2 Stage 2: Install the Upgrade on the Vega 30 Unit Next, upgrade the software on the Vega 30 unit: Right-click on the connected Vega 30 name in the RollCall window.
  • Page 228 13. Click No in response to the question: “Do you wish to save the current version before upgrading?” (Figure 178) The Vega 30 unit does not support saving of current software version. Note: Click No in response to the message box shown in Figure 178.
  • Page 229 Maintenance 12.3 14. Click OK to proceed with the unit upgrade. The upgrade file is then sent to the Vega 30 unit and the Vega 30 unit starts to install the software upgrade. The upgrade installation can take up to 5 minutes to complete; the last action is for the unit to perform a restart.
  • Page 230 Upgrade finalizes Figure 181 Upgrade Log Messages as Upgrade Proceeds The final Upgrade Log message reads “Upgrade Complete“, see Figure 181. After this, the Vega 30 Router unit performs a restart. Issue1 Revision 1 Page 230 © 2017 SAM...
  • Page 231 The final step is a Vega 30 restart. The Vega 30 unit is only fully ready for use after it has restarted and the front panel status LEDs indicate ‘system OK’. (See Section 4.4 “Front Panel Status Indicators” on page 33.)
  • Page 232 33.) If this is not the case, contact SAM Support. When the Vega 30 unit has restarted successfully and SAM RollCall Control Panel has reconnected to the unit, the RollCall Vega 30 Unit Information screen shows the upgraded software version. See Figure 184.
  • Page 233 Vega 30 Router User Manual Software Upgrade Maintenance 12.3 Figure 184 Upgraded Software Version Reported on RollCall Template The unit software upgrade is complete. Issue1 Revision 1 Page 233 © 2017 SAM...

  • Page 234: Installing A License

    • and in Section 3.2 “Order Codes” on page 16. All licenses are tied to an individual Vega 30 unit via its Ethernet MAC address. The license’s MAC address must match the MAC address of the unit. 12.4.1 To View License Status on a Vega 30 Unit Enter the IP address of the Vega 30 into a browser.
  • Page 235 Vega 30 Router User Manual Installing a License Maintenance 12.4 License Status section Figure 186 Vega 30 RollCall System Information Template - License Status Issue1 Revision 1 Page 235 © 2017 SAM...

  • Page 236: To Obtain A License

    Home web page, see Figure 187.) MAC address Serial number Figure 187 Vega 30 Home Web Page - MAC Address and Vega 30 Serial Number Determine which Vega 30 license(s) are required. (Licenses are listed in Section 3.2 and Section 3.2.) Contact your SAM Sales Office to arrange purchase and delivery of the license file.

  • Page 237: Installing A License Via The Vega 30 Web Page

    Import in the Import License File section. The license will be installed. To check that the license has installed, view the unit’s Home page, see Section 12.4.1 “To View License Status on a Vega 30 Unit” on page 234. Issue1 Revision 1 Page 237...

  • Page 238: Installing A License Via Rollcall Control Panel

    12.4.4 Installing a License via RollCall Control Panel The process of adding a license to a Vega 30 unit follows the standard process for a product with licenses administered by SAM RollCall. For more details, please see the RollCall Control Panel User Manual.
  • Page 239 Proceed to stage 2. 12.4.4.3 Stage 2: Install License on the Vega 30 Unit The next stage is to install the license on the Vega 30 unit itself. Navigate to the Vega 30 unit in the RollCall Control Panel navigation pane.
  • Page 240 Click OK. 12. Restarting takes approximately 1 minute. When the Vega 30 finishes restarting, it is operating with the newly-installed license. This can be checked by viewing either the unit’s Home Web page or the unit’s RollCall System Information template.

  • Page 241: Appendix A Specifications

    Physical Vega 30 Ports 34x34 Mounting height Dimensions See Appendix B “Vega 30 Router Dimensions” on page 61 Weight: Vega 30 Unit: 1.3 kg (2.9 lb) Power Supply Modules: (Up to 2-off required) 0.5 kg (1.1 lb) each A.2 Operating Environment...

  • Page 242: Vega 30 Power Supply Modules

    Vega 30 Router User Manual Signal Inputs Specifications A.5 A.4.2 Vega 30 Power Supply Modules AC Inlet AC Inlet Connector IEC 320-C14 Voltage 100 to 240 V ac, 50 / 60 Hz Current Max. 2 A Fuses Vega 30 PSU Module None.

  • Page 243: Reference Inputs

    Vega 30 Router User Manual Reference Inputs Specifications A.7 Video Outputs Impedance 75 R Amplitude 800 mV ±10% pk-pk DC offset 0 V ±0.5 V Return loss >15 dB: 10 MHz to 1.5 GHz >10 dB: 1.5 GHz to 3.0 GHz typical Rise / fall time SD: <650 ps...

  • Page 244: Audio V-Fade Rates

    Vega 30 Router User Manual Audio V-Fade Rates Specifications A.9 A.9 Audio V-Fade Rates Duration V-Fade Rate (Fade out to fade in) Fast 160 ms Medium 400 ms Slow 1000 ms Note: V-Fade needs to be enabled on an output-by-output basis.

  • Page 245: Software Compatibility

    (Includes RollCall Control Panel) RollCall Control Panel v4.17.25 or later Note: It is not possible to install licenses and upgrade software etc on Vega 30 units with earlier versions of RollCall Control Panel. Issue1 Revision 1 Page 245 © 2017 SAM...

  • Page 246: Appendix B Source And Destination Port Numbering

    Vega 30 Router User Manual Source and Destination Port Numbering Appendix B Source and Destination Port Numbering Table 60 lists the video port source and destination numbers and Table 61 lists the MADI port source and destination numbers. Source Destination...
  • Page 247 Vega 30 Router User Manual Source and Destination Port Numbering Router MADI Router MADI Audio Source Audio Destination Input Port Input Port Channels Number Channels Number MADI Input 1 1 to 16 MADI Output 1 1 to 16 MADI Input 1...

  • Page 248: Appendix C Audio Channel Source And Destination Names And Numbers

    It is useful to refer to Figure 8 on page 24 when reading this appendix. The figure is reproduced below for information only. Figure 193 Vega 30 Audio Routing Diagram (Recap of Figure 8 on page 24) The audio crosspoint makes no distinction between Audio de-mux sources, MADI input sources and internal sources when specifying audio channel sources.

  • Page 249: Audio Crosspoint - Overview Of Source And Destination Numbers

    Note: Audio channel sources that have been de-embedded (de-multiplexed) from internal video are all ‘post-video-crosspoint’. Special ‘Follow Video’ internal virtual audio channel sources are provided by Vega 30 to automatically select embedded audio from a routed video source. There are 16 ‘Follow Video’...

  • Page 250: Table Of Audio Source And Destination Names And Numbers

    Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.
  • Page 251 Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.
  • Page 252 Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.
  • Page 253 Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.
  • Page 254 Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.
  • Page 255 Rather, “V.In n-m” is an audio channel from an output of the video crosspoint. Note 3: Where: Video Xpt Out is internal to the Vega 30 Router and is the output of the video crosspoint. Video Xpt Out 1 is video crosspoint output 1.

  • Page 256: Audio Channel Source Names Diagram

    Audio Channel Source Names Diagram Audio Channel Source and Destination Names and C.3 Audio Channel Source Names Diagram Finally, the audio channel source names of Table 63 are shown annotated on a Vega 30 crosspoint diagram in Figure 194. Access (fixed) de-embedded audio channels:...

  • Page 257: Appendix D Snmp Mib Files For The Vega 30 Router

    Management Protocol (SNMP). Mib files represents the device, in this case a Vega 30 Router, and describes it for SNMP. SAM mib files can be downloaded from https://s-a-m.com/support/protocols-and-mibs/. To use the full SNMP features of the Vega 30 Router, two mib files are required: • Probel-Common •...
  • Page 258 Vega 30 Router User Manual MIB Support SNMP MIB Files for the Vega 30 Router D.2 • Destination 8-Character & Destination 32-Character names • Route Source to Destination • Destination Protect, Destination Protect State • Routing table • Audio Routing •...

  • Page 259: File Listing: Probel-Common.mib

    Vega 30 Router User Manual File listing: PROBEL-COMMON.mib SNMP MIB Files for the Vega 30 Router D.3 D.3 File listing: PROBEL-COMMON.mib -- PROBEL-COMMON.MIB -- MGL 10-08-02 V 1.00 PROBEL-COMMON DEFINITIONS ::= BEGIN IMPORTS OBJECT-GROUP FROM SNMPv2-CONF enterprises, OBJECT-TYPE, Integer32 FROM SNMPv2-SMI...

  • Page 260: File Listing: Vega30Router.mib

    Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 D.4 File listing: Vega30Router.mib Vega30Router DEFINITIONS ::= BEGIN IMPORTS probelProducts FROM PROBEL-COMMON Integer32, Unsigned32, Gauge32, Counter32, Counter64, Opaque, TimeTicks, IpAddress, OBJECT-TYPE FROM SNMPv2-SMI DisplayString FROM SNMPv2-TC;...
  • Page 261 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 MAX-ACCESS read-only STATUS current DESCRIPTION "The FPGA C number" ::= { statusVersion 13 } versionFPGANumberZ OBJECT-TYPE SYNTAX DisplayString MAX-ACCESS read-only STATUS current DESCRIPTION "The FPGA Z number"...
  • Page 262 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 STATUScurrent DESCRIPTION"Indicates the status of license VG10-AR" ::= { statusLicenses 4 } statusPSU OBJECT IDENTIFIER ::= { routerStatus 3 } statusPSU1 OBJECT-TYPE SYNTAXUnsigned32 { psuOK(0), psuFault(1), psuNotFitted(2) }...
  • Page 263 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 DESCRIPTION"Auto-generated index parameter for the array" ::= { inputEntry 101 } inputStandard OBJECT-TYPE SYNTAXUnsigned32 { stdNoneOther(0), stdSD625(1), stdSD525(2), stdHD720P50(3), stdHD720P59(4), stdHD720P60(5), stdHD1080I50(6), stdHD1080I59(7), stdHD1080I60(8),...
  • Page 264 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 ::= { outputEntry 4 } output4K OBJECT-TYPE SYNTAXUnsigned32 MAX-ACCESSread-write STATUScurrent DESCRIPTION"Specifies the first output in a 4K group, or 0 for single output"...
  • Page 265 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 STATUScurrent DESCRIPTION"None" ::= { sources 2 } sourceComponentEntry OBJECT-TYPE SYNTAXSourceComponentEntry MAX-ACCESSread-only STATUScurrent DESCRIPTION"None" INDEX { sourceComponentSourceIndex, sourceComponentIndex } ::= { sourceComponentTable 1 }...
  • Page 266 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 destName32 OBJECT-TYPE SYNTAXDisplayString MAX-ACCESSread-write STATUScurrent DESCRIPTION"The 32 character name for this destination" ::= { destEntry 2 } destRoutedSource OBJECT-TYPE SYNTAXUnsigned32 MAX-ACCESSread-write STATUScurrent DESCRIPTION"This parameter is used to indicate the source that is routed to this destination.
  • Page 267 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 STATUScurrent DESCRIPTION"{{index1=DirectAudio}}" INDEX { audioRoutingIndex } ::= { audioRoutingTable 1 } AudioRoutingEntry ::= SEQUENCE { audioRoutingIndex Unsigned32, audioRouting Unsigned32 audioRoutingIndex OBJECT-TYPE SYNTAX Unsigned32...
  • Page 268 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[Network/UNIpPriDnsAddress]] The primary DNS Address of the Router" ::= { unitNetwork 4 } unitSecDNSAddress OBJECT-TYPE SYNTAXIpAddress MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[Network/UNIpSecDnsAddress]] The secondary DNS Address of the Router"...
  • Page 269 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 SYNTAXBooleanFT MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[RollCall/AnyLogServer]] This indicates if any log server is enabled" ::= { rollCall 3 } rollCallLogServerName OBJECT-TYPE SYNTAXDisplayString MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[RollCall/LogServerName]] This is the name of the RollCall log server"...
  • Page 270 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 SYNTAXDisplayString MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[SNMP/CommunityTrap]] Community name sent with traps" ::= { snmpNetwork 4 } snmpTrapManagerTable OBJECT-TYPE SYNTAXSEQUENCE OF SNMPTrapManagerEntry MAX-ACCESS read-write STATUS current DESCRIPTION "None"...
  • Page 271 Vega 30 Router User Manual File listing: Vega30Router.mib SNMP MIB Files for the Vega 30 Router D.4 STATUScurrent DESCRIPTION"[[Clock/RTCSetMode]] This is the RTC mode settings" ::= { clock 1 } clockNTPServer OBJECT-TYPE SYNTAXDisplayString MAX-ACCESSread-write STATUScurrent DESCRIPTION"[[Clock/NTPServer]] This indicates the server for the NTP"...

  • Page 272: Appendix E Configuration File

    Appendix E Configuration File E.1 Introduction The Configuration file is a text file containing configuration information for a Vega 30 Router. The file is for backup purposes. The user is NOT advised to edit this file. The configuration file is for backup purposes only.
  • Page 273 Vega 30 Router User Manual Example Vega 30 Router Configuration File Configuration File E.2 "PSU" : "Number" : 0 "RollCall" : "AnyLogServer" : false, "Enable" : true, "LogServerName" : "", "SharePort" : 2050 "RollCallPlus" : "Address" : "FFFF:49:00", "Domain" : 49, "Enable"...

  • Page 274: Appendix F Persistence File

    Appendix F Persistence File F.1 Introduction The Persistence file is a text file containing state information for a Vega 30 Router. The file is for backup purposes. The user is not advised to edit this file. The persistence file is for backup purposes only.
  • Page 275 Vega 30 Router User Manual Example Vega 30 Router Persistence File Persistence File F.2 2.4.1.1.1.11="My1080i" 2.4.1.1.2.1="My 4K Source 0001" 2.4.1.1.2.5="My 4K Source 0002" 2.5.1.1.1.1="My4KDst1" 2.5.1.1.1.5="My4KDst2" 2.5.1.1.1.9="My3GDst3" 2.5.1.1.1.10="My3GDst4" 2.5.1.1.1.11="MyDest5" 2.5.1.1.2.1="My 4k Destination 0001" 2.5.1.1.2.5="My 4k Destination 0002" 2.5.1.1.3.9=1 2.5.1.1.3.10=29 2.5.1.1.3.11=1 2.5.1.1.3.12=1 2.5.1.1.3.13=1...

  • Page 276: Appendix G Source And Destination Names File (Import And Export)

    Source and Destination Names File (Import and Export) G.1 Appendix G Source and Destination Names File (Import and Export) Source and Destination Names can be exported from or imported into the Vega 30 Router. Extracts from such an exported file in a spreadsheet editor are shown below: G.1 Example Default Names File...
  • Page 277 Vega 30 Router User Manual Example Default Names File Source and Destination Names File (Import and Export) G.1 8 V.In 8 Video Input 8 9 V.In 9 Video Input 9 10 V.In 10 Video Input 10 29 V.In 29 Video Input 29 30 V.In 30 Video Input 30 31 V.In 31 Video Input 31 32 V.In 32 Video Input 32 33 V.In 33 Video Input 33...

  • Page 278: Example Real-World File Contents

    Vega 30 Router User Manual Example Real-world File Contents Source and Destination Names File (Import and Export) G.2 G.2 Example Real-world File Contents Example file contents: VEGA30 Destination Association 8 Character 32 Character 1 TX 1 TX 1 London 2 TX1 Bak TX 1 London Backup 3 TX2 TX2 Cardiff 4 TX2 Bak TX2 Cardiff Backup...
  • Page 279 Vega 30 Router User Manual Example Real-world File Contents Source and Destination Names File (Import and Export) G.2 Extracts from file opened in a text editor: The file is in a comma-separated format with a .csv extension. Extracts from the file are...
  • Page 280 Vega 30 Router User Manual User Notes: Issue1 Revision 1 Page 280 © 2017 SAM...
  • Page 281 Vega 30 Router User Manual User Manual Vega 30 Last page. Issue1 Revision 1 Page 281 © 2017 SAM...

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