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GRASS VALLEY UCP-3901 User Manual

Unified compute processor for densité, unified compute processor for iq modular
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UCP-3901
Unified Compute Processor for Densité
IQUCP25 / IQUCP50
Unified Compute Processor for IQ Modular
User Manual
13-03084-010-M00 AD
2022-02-23
www.grassvalley.com

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Summary of Contents for GRASS VALLEY UCP-3901

  • Page 1 UCP-3901 Unified Compute Processor for Densité IQUCP25 / IQUCP50 Unified Compute Processor for IQ Modular User Manual 13-03084-010-M00 AD 2022-02-23 www.grassvalley.com...
  • Page 2 Valley USA, LLC, or one of its affiliates or subsidiaries. All other intellectual property rights are owned by GVBB Holdings SARL, Grass Valley USA, LLC, or one of its affiliates or subsidiaries. All third party intellectual property rights (including logos or icons) remain the property of their respective owners.
  • Page 3 UCP-3901 User Manual Document History See the Release Notes for more information about the features added to this product. Document Number Publication Date Notes 13-03084-010-M00 AA 2020-07-08 Initial release. 13-03084-010-M00 AB 2020-10-27 Update to use Havant core version 16.0 code base. Added 50Gbps.
  • Page 4 Grass Valley believes this environmental information to be correct but cannot guarantee its completeness or accuracy since it is based on data received from sources outside our company. All specifications are subject to change without notice.
  • Page 5 UCP-3901 User Manual Laser Safety - Fiber Output SFP and QSFP Modules Warning LASER SAFETY The average optical output power does not exceed 0 dBm (1mW) under normal operating conditions. Unused optical outputs should be covered to prevent direct exposure to the laser beam.
  • Page 6 EMC Performance of Cables and Connectors Grass Valley products are designed to meet or exceed the requirements of the appropriate European EMC standards. In order to achieve this performance in real installations it is...
  • Page 7 UCP-3901 User Manual All signal connections (including remote control connections) shall be made with screened cables terminated in connectors having a metal shell. The cable screen shall have a large- area contact with the metal shell. SIGNAL/DATA PORTS For unconnected signal/data ports on the unit, fit shielding covers. For example, fit EMI blanking covers to SFP+ type ports;...
  • Page 8 Notices...

  • Page 9: Table Of Contents

    Available Upgrade Licenses for UCP-3901........
  • Page 10 IP Address and Network Port Usage..........59 Connecting to the UCP-3901 / IQUCP25 / IQUCP50 Card with RollCall ....60 First Time Connection to the UCP-3901 / IQUCP25 / IQUCP50 Card with RollCall60 Connecting to the Multiviewer SDC with RollCall for UCP-3901 Card .
  • Page 11 Logging - Configuration (UCP-3901 Only) ........
  • Page 12 Logging - Configuration (UCP-3901 Only) ........
  • Page 13 STEP 1: Preliminary Multiviewer SDC Configuration.......253 STEP 1.1: Preliminaries - UCP-3901 Templates ....... .253 STEP 1.2: Preliminaries - Multiviewer SDC Templates .
  • Page 14 9 Multiviewer SDC ........277 Feature Summary - UCP-3901 with Multiviewer SDC......277 General Features .
  • Page 15 Tools Required............325 Replacing the UCP-3901’s Micro-SD Card ....... .325 Troubleshooting .
  • Page 16 Multiviewer (MV) Inputs/Outputs, UCP-3901 ........331...

  • Page 17: Introduction

    Introduction The UCP-3901 / IQUCP25 / IQUCP50 provides a hardware platform which can offer different functionality depending on the software option loaded. These options are known as Software-Defined Cores (SDCs), and can be purchased through a licensing mechanism and loaded as operational needs demand.

  • Page 18: Multiviewer (Mv) Sdc

    The multiviewer comprises an advanced multiviewer for monitoring applications. It has 12 video inputs and up to 4 multiviewer head display outputs. Multiviewer video wall layouts are designed using the Grass Valley Orbit software tool. The multiviewer SDC requires the multiviewer license.

  • Page 19: Related Documentation

    Orbit for IP Routing: Describes the IP Routing configuration with Orbit. UCP-3901 Block Diagrams These block diagrams do not necessarily represent all available hardware connections. UCP-3901 with Essence Processing SDC Figure 1 - 2: UCP-3901-25-EP Universal Compute Processor Functional Block Diagram...

  • Page 20: Ucp-3901 With Madi Gateway Sdc

    Introduction UCP-3901 with MADI Gateway SDC Figure 1 - 3: UCP-3901-50-EP Universal Compute Processor Functional Block Diagram UCP-3901 with MADI Gateway SDC PTP, Bi & Tri-Level Reference Reference ST 2059 8 MADI to IP Channels SFP 1 MADI RX MADI 1,3,5,7...

  • Page 21: Ucp-3901 Ordering Information

    Description Cards: UCP-3901 Unified Compute Processor for Densité. Rear Panels: UCP-3901-3+DRP Double rear panel for Densité 3+ with HD-BNC for Densité. Rear Panel and Connectors on page 32. Available Upgrade Licenses for UCP-3901 The following Software-Defined Core license is available.

  • Page 22: Supported Sfp28 Cartridges For Ucp-3901

    Introduction Supported SFP28 Cartridges for UCP-3901 Supported SFP28 Cartridges for UCP-3901 Up to four SFP28 cartridges are required (extra). These are shipped as a separate order. To support 50G bandwidth requires 4 × 25G SFPs. SFP Model Selection Description SFP-ETH10G-RT-...

  • Page 23: Iqucp25 / Iqucp50 Block Diagram

    UCP-3901 User Manual IQUCP25 / IQUCP50 Block Diagram These are the features supported in the initial release and do not necessarily represent all hardware connectors available. IQUCP 25 with Essence Processing SDC IQH3B/IQH4B Frame 0 to 16 SDI to IP Channels PTP, Bi &...

  • Page 24: Iqucp 25 With Madi Gateway Sdc

    Introduction IQUCP 25 with MADI Gateway SDC IQH3B/IQH4B Frame 0 to 16 SDI to IP Channels PTP, Bi & Tri-Level ST 2022-6 Ref Inputs Reference Audio ST 2059 ST 2110-20 De-embed Extract Encap QSFP ST 2110-40 12G/3G/HD/SD 1-4 100GbE With 3G/HD/SD 5-16 ST 2110-30 Dual...

  • Page 25: Iqucp25 / Iqucp50 Ordering Information

    UCP-3901 User Manual IQUCP25 / IQUCP50 Ordering Information The IQUCP is to be installed in a IQ Modular chassis. Order Code Selection Description Cards: IQUCP25 Unified Compute Processor with a 25 GB/s network interface for IQ Modular. IQUCP50 Unified Compute Processor with a 50 GB/s network interface for IQ Modular.

  • Page 26: Supported Sfp28 Cartridges For Iqucp25 / Iqucp50

    Introduction Supported SFP28 Cartridges for IQUCP25 / IQUCP50 Installing a License into a UCP-3901 / IQUCP25 / IQUCP50 on page 314 to install a license. Supported SFP28 Cartridges for IQUCP25 / IQUCP50 Up to four SFP28 cartridges are required (extra). These are shipped as a separate order. To support 50G bandwidth requires 4 ×...

  • Page 27: Ucp-3901 Card Installation And Operation

    Reset Button Figure 2 - 1: Front card-edge layout Status LEDs are located on the front card-edge of the UCP-3901 Card. The Densité LED is visible through the front access door of the Densité frame. The remaining LEDs are unlit until the SELECT button is pressed.
  • Page 28 UCP-3901 Card Installation and Operation Front Card-edge Interface Item Description Ident Button Push to: • Make the card’s SDI IN LEDs flash. • Activate the Configuration > Location > Where Am I checkbox in RollCall. This works bi-directionally between the card and the RollCall setting.
  • Page 29 • Fan Error: the card’s fan is not spinning, or is spinning too slowly, or the fan cable is disconnected. Urgent maintenance procedures must be considered: If this alarm has been raised, the fan on the UCP-3901 Card may have to be replaced. See Cooling Fan Operational Assessment, on page 320.

  • Page 30: Sfp Socket Status Indicators

    UCP-3901 Card Installation and Operation SFP Socket Status Indicators Item Description SELECT Button Press to select this card for local control using the Densité frame’s control panel. Through the Densité frame’s control panel, you can set the card’s IP addresses of the Ethernet interfaces. See Local control using the Densité...

  • Page 31: Installation

    UCP-3901 User Manual Installation Getting Organized / Unpacking Make sure the following items have been shipped with your UCP-3901 order. If any of these are missing, contact your distributor or Grass Valley (see Grass Valley Technical Support, on page 338).

  • Page 32: Installation Of The Optical Interface (Option)

    1 Open the front panel of the frame. 2 Slide the UCP-3901 card into the slot and push gently on the handle to seat the connectors. When using a double-slot-width rear panel, the card should be inserted into the right- most of the two slots.

  • Page 33: Summary Of Rear Panel Connections

    UCP-3901 User Manual Figure 2 - 3: UCP-3901 Rear Panel: UCP-3901-3+DRP Summary of Rear Panel Connections The way these connections are to be used is determined by the SDC and the options you select. See Understanding IQUCP25 / IQUCP50 Configuration Use...

  • Page 34: Details Of Rear Panel Connections

    UCP-3901 Card Installation and Operation Rear Panel and Connectors UCP-3901-3+DRP Connector Nomenclature Count Rear Connector Type Used for SDC application HD-BNC Essence Processing Multiviewer MANAGEMENT RJ-45 Essence Processing MADI Gateway Multiviewer SFP1 to SFP4 SFP+ Essence Processing MADI Gateway Multiviewer The use of the HD-BNC connections depends on the card’s configuration.
  • Page 35 UCP-3901 User Manual SDC application Essence Processing (EP) MADI Gateway (MD) Multiviewer (MV) Connector Nomenclature Spigot Application Spigot Application Spigot Application 12G/3G/HD/SD-SDI I/O 1 1 12G/3G/HD/SD-SDI I/O 1 MADI In 1 Not used 12G/3G/HD/SD-SDI I/O 2 2 12G/3G/HD/SD-SDI I/O 2...
  • Page 36 MANAGEMENT – GigE RJ-45 Ethernet The management network is used: • To configure and upgrade the UCP-3901 card. • By management systems to configure and control the UCP-3901 card, such as GV Orbit and RollCall. • For NMOS IS-04 and IS-05 In the card’s configuration, MANAGEMENT is related to the Ethernet Gb configuration page...
  • Page 37 Module, on page 335 for instructions on installing and removing the SFP interface module, and for plugging and unplugging the LC-terminated fibers. Supported SFP28 Cartridges for IQUCP25 / IQUCP50, on page 26 for the SFP modules supported by the UCP-3901.

  • Page 38: User Interface

    Card’s IP Addresses, on page 38). • Grass Valley’s GV Orbit can be used to access the card’s operating parameters from a remote computer, using a convenient graphical user interface (GUI). The initial setup can be made through RollCall;...
  • Page 39 UCP-3901 User Manual Panel type Frame models Appearance Physical Densité-3, Densité-3+FR1 Touch screen Densité 3+FR4, GV Node The local control panel is fastened to the front of the controller card. • The physical panel is accessed by opening the front door of the frame.

  • Page 40: Remote Control Using Rollcall

    The operation of the UCP-3901 may be controlled using Grass Valley’s RollCall. • This manual describes the control panels associated with the UCP-3901 and their use. • Please consult the RollCall User’s Guide for information about setting up and operating RollCall.

  • Page 41: Iqucp Card Installation And Operation

    IQUCP Card Installation and Operation Front Card-edge Interface The LEDs on the front edge of the module indicate its operating status. Front Panel Front Edge STATUS IDENT button  BOARD           ...
  • Page 42 IQUCP Card Installation and Operation Front Card-edge Interface Item Description STATUS LED Shows the following states: • Green: PTP-LOCK OK. • Off: PTP-LOCK Fail. See also Time Sync Configuration, on page 85 and Logging - System, on page 140 for more information. IDENT Button Push to: •...

  • Page 43: Sfp Socket Status Indicators

    UCP-3901 User Manual Item Description SFP 1 to SFP 4 Shows the SFP 1, 2, 3, and 4 link status: status LEDs • Blue: Link OK (25G/50G/100G SFP). • Blue flashing: SFP detected, link down (fiber not connected, different FEC selection from host).

  • Page 44: Fiber Optic Handling

    Keep Fiber Connections Clean, on page 327. Installation Getting Organized / Unpacking Make sure the following items have been shipped with your UCP-3901 order. If any of these are missing, contact your distributor or Grass Valley (see Grass Valley Technical Support, on page 338).

  • Page 45: B-Style Frames

    UCP-3901 User Manual B-style Frames IQH3B-S-P IQH4B-S-P Note: The IQH4B frame provides two internal analog reference inputs. These inputs are applicable to modules with “B” order codes only. The rear connector panel must be installed with the card out of the frame.

  • Page 46: Installation Of The Optical Interface (Option)

    IQUCP Card Installation and Operation Installation of the Optical Interface (option) When using a double-slot-width rear panel, the card should be inserted into the right- most of the two slots. Inserting the card into the wrong slot will not damage the card, and will be flagged by the on-card status LED flashing red to indicate that there is no connection to the rear panel.
  • Page 47 UCP-3901 User Manual IQUCP2504-2B3 IQUCP2505-3B3 IQUCP5000-2B3...
  • Page 48 IQUCP Card Installation and Operation Rear Panel and Connectors IQUCP5001-3B3 IQUCP5002-2B3 IQUCP5003-3B3...

  • Page 49: Rear Panel Connections

    UCP-3901 User Manual Rear Panel Connections Summary of Rear Panel Connections The way these connections are to be used is determined by the SDC and the options you select. See Understanding IQUCP25 / IQUCP50 Configuration Use Cases, on page 78 and Technical Specifications, on page 329.
  • Page 50 IQUCP Card Installation and Operation Rear Panel and Connectors SDC application Supported Signal Types MADI Gateway (MD) Connect a serial digital signal to the HD-BNC Inputs labeled 1 to 8 conforming to AES10-2008. Obtain a serial digital signal from the HD-BNC Outputs labeled 9 to 16 conforming to AES10-2008. Inputs and outputs can be paired together to provide redundancy.

  • Page 51: Control Options

    Control options The IQUCP25 / IQUCP50 can be controlled in the following ways: • Grass Valley’s GV Orbit can be used to access the card’s operating parameters from a remote computer, using a convenient graphical user interface (GUI). • The initial setup can be made through RollCall; see...
  • Page 52 IQUCP Card Installation and Operation Remote control using RollCall...

  • Page 53: Connections And Cabling

    Connections and Cabling Cabling Diagrams UCP-3901 The following figures show the typical connections for an UCP-3901. MANAGEMENT SFP1 Multimode Cat5 Fiber UCP-3901 NMOS EP SDC Registry Media Network Switch Management Network Switch Typical Stream Source PC with RollCall Fig. 4-1: Typical UCP-3901 Essence Processing Network Cabling...

  • Page 54: Iqucp25 / Iqucp50

    IQUCP25 / IQUCP50 The optional Cat5 Ethernet cable is not necessary when a specific configuration option is used. See Connecting to the Multiviewer SDC with RollCall for UCP-3901 Card, on page 62. IQUCP25 / IQUCP50 The following figures show the typical connections for an IQUCP25 / IQUCP50.

  • Page 55: Cabling To Support Smpte St 2022-7

    Valley for more information about switch compatibility. See Grass Valley Technical Support, on page 106. • For the UCP-3901 / IQUCP25 / IQUCP50, in both Rollcall’s Input Spigot panel and Output Spigot panel, make sure to change the Streaming type to Dual. See Input...
  • Page 56 Connections and Cabling Cabling to Support SMPTE ST 2022-7 The SMPTE ST 2022-7 cabling connections are shown in greater detail below for UCP-3901. Media Network Switch ‘Red’ MANAGEMENT Multimode SFP2 Fiber SFP1 Cat5 Media Network Switch ‘Blue’ Management Network Switch...

  • Page 57: Multiviewer Sdc Mosaic Output To A 4K Display Input Cable Connection

    3G-SDI to HDMI 2.0 Converter SDI OUTPUTS Typical Cabling diagram for a UCP-3901 multiviewer for a mosaic output with a quad-link 3G-SDI to HDMI 2.0 converter (video connections, partial view) The HDMI cable should be no longer that 6 feet (1.8M) long. If your display is not collocated with your Densité...
  • Page 58 Connections and Cabling About HDMI-Type Signal Connections...

  • Page 59: Connecting To The Card's Configuration Interface

    Connecting to the Card’s Configuration Interface Installing RollCall Use RollCall to configure the UCP-3901 Card. To install RollCall on your PC, see the RollCall V4 Suite & RollCall Lite Installation Guide. See Related Documentation, on page 19. For help with general use of the RollCall application, open the user manual by clicking the button on the main RollCall toolbar.

  • Page 60: Connecting To The Ucp-3901 / Iqucp25 / Iqucp50 Card With Rollcall

    / IQUCP25 / IQUCP50 card starts up with the Essence Processing core selected but it is unlicensed. You must then license the SDCs you will use. 1 For a UCP-3901 card only, set the IP address for the MANAGEMENT Ethernet port. See Local control using the Densité frame control panel to set the Card’s IP Addresses, on page 38.
  • Page 61 10.37.17.160. 4 Open the connection to card. Fig. 5-1: Connecting to UCP-3901 Card RollCall Templates from RollCall Control Panel 5 Once connected, install the required licenses for the SDCs you will be using for your installation.

  • Page 62: Connecting To The Multiviewer Sdc With Rollcall For Ucp-3901 Card

    Figure 4-2 on page 53 . Proceed as follows. 1 Set the UCP-3901’s IP address for the MANAGEMENT, SFP1, and SFP2 Ethernet port IP addresses. See Local control using the Densité frame control panel to set the Card’s IP Addresses, on page 38.
  • Page 63 UCP-3901 User Manual For example, if the card’s management IP address is 10.37.17.160, then connect to the Multiviewer SDC on port 2051 as follows: 10.37.17.160@2051. 4 Navigate to Multiviewer Configuration template page and set Multiviewer Control Interface to 1G.
  • Page 64 Connecting to the Card’s Configuration Interface Connecting to the Multiviewer SDC with RollCall for UCP-3901 Card 5 Click Restart. Wait for the card to reboot and then connect with RollCall to the individual components (approximately 75 seconds). Configuration Component SDC Connection...

  • Page 65: Connecting To The Multiviewer Sdc With Rollcall For Iqucp25 / Iqucp50 Card

    3 Set the IQUCP25 / IQUCP50’s IP address for the SFP1 and SFP2 Ethernet port IP addresses. 4 Click Connect to RollCall Network button in the main toolbar. 5 Using RollCall, connect to the UCP-3901’s SFP1 IP address, at port 2051.
  • Page 66 Connecting to the Card’s Configuration Interface Connecting to the Multiviewer SDC with RollCall for IQUCP25 / IQUCP50 Card For example, if the card’s SFP1 IP address is 10.37.17.160, then connect to the Multiviewer SDC on port 2051 as follows: 10.37.17.160@2051. 6 Navigate to Multiviewer Configuration template page and set Multiviewer Control Interface to Ethernet 1 or Ethernet 2, according to the high speed media network your PC has network connectivity to.
  • Page 67 2050, on page 278. (default). Multiviewer SDC Connect with RollCall to the Interface used by Grass Valley Orbit Client tool to: Multiviewer SDC of the • setup IP routing to/from the module IQUCP25 / IQUCP50 card at • push/pull multiviewer video wall designs to/from the the SFP1 or SFP2 IP module.

  • Page 68: Firmware Upgrade

    Getting Started with the Multiviewer, on page 249. Firmware Upgrade The firmware in the UCP-3901 can be upgraded in the field. We strongly recommend to upgrade the UCP-3901 with the latest firmware for the latest feature and stability enhancements. See Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC...

  • Page 69: Navigating Pages In The Rollcall Template

    UCP-3901 User Manual Navigating Pages in the RollCall Template The RollCall template has a number of pages, each of which can be selected from the drop- down list at the top left of the display area. Right-clicking anywhere on the pages will also open a page view list, allowing quick access to any of the pages.
  • Page 70 Connecting to the Card’s Configuration Interface Setting Values in RollCall...

  • Page 71: Essence Processing Sdc

    Essence Processing SDC This section contains information on using an UCP-3901 / IQUCP25 / IQUCP50 card running the Essence Processing (EP) SDC, through RollCall. For help with the general use of the RollCall application, open the user manual by clicking button on the main RollCall toolbar.

  • Page 72: Template Pages

    122. • Output Spigots on page 127. • Audio Shuffle on page 131. • Logging - Configuration (UCP-3901 Only) on page 137. • Logging - SDI Info on page 138. • Logging - System on page 140. •...
  • Page 73 UCP-3901 User Manual • Setup on page 163. • Ethernet Gb on page 165. • Interop on page 168. • SFP Configuration on page 170.

  • Page 74: Information Display

    Essence Processing SDC Information Display Information Display The Information display pane appears at the top of each page, and shows basic information on the input, standard and status of the card. The information to be displayed is defined on the Video Selection and Information Select panes to the right of the Information display.

  • Page 75: Configuration

    Figure 6 - 2: Configuration Page Note: SDC functionality options are set here. See also Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC Application on page 309 and Installing a License into a UCP-3901 / IQUCP25 / IQUCP50 page 314 for more information.
  • Page 76 Network: use the network’s PTP clock. See Time Sync Configuration on page 85 for further configuration settings. External Reference: UCP-3901 only; use the reference signal found at the REF connector on the card’s rear panel. See Rear Panel and Connectors on page 32.

  • Page 77: Setting Spigot Configuration

    UCP-3901 User Manual Setting Spigot Configuration IMPORTANT! Existing details must be cleared down before establishing a new configuration. Failure to do this may result in unexpected behavior from the module. To set a new spigot configuration, follow these steps: 1 From the Configuration page, select the required software from the Software Version pane, then select the firmware which provides the required combination of inputs, outputs and flow standards from the list displayed on the Card Firmware>New pane.

  • Page 78: Understanding Iqucp25 / Iqucp50 Configuration Use Cases

    Essence Processing SDC Understanding IQUCP25 / IQUCP50 Configuration Use Cases Understanding IQUCP25 / IQUCP50 Configuration Use Cases TheIQUCP25 / IQUCP50 supports a variety of configurations, so as to offer the greatest flexibility in terms of the types and number of SDI signals that can be processed. These configurations can be broadly grouped into the following use cases.
  • Page 79 UCP-3901 User Manual Use Case IP Format Description format Use Case 5 4 × 1 × ST2110 In this use case, a UHD signal is SD/HD/3G represented by 4 × 3G-SDI (ST425-5), and results in a single ST2110-20 flow. The...

  • Page 80: Firmware Naming Convention

    Essence Processing SDC Firmware Naming Convention Firmware Naming Convention Product firmware file names, such as found in the Card Firmware > New pane (see Setting Spigot Configuration on page 77), adopt the following naming convention: SDI Format SDI Interface Number of IP Options Interfaces 0/16...

  • Page 81: Iqucp2504 Card Firmware

    UCP-3901 User Manual Use Case Available Configurations Use Case 2 (Linked Mode) 8/0 RS: SD-3G (1 × SDI, 1 × 2022-6, 1 × 2110-20/30/40) + FS 8/8 RS: SD-3G (1 × SDI, 1 × 2022-6, 1 × 2110-20/30/40) 16/0 RS: SD-3G (1 × SDI, 1 × 2022-6, 1 × 2110-20/30/40) 0/16 RS: SD-3G (1 ×...
  • Page 82 Essence Processing SDC IQUCP2504 Card Firmware Use Case Available Configurations Use Case 3 2/2 FC: SD-UHD (1 × SDI, 1 × 2110-20/30/40) 2/2 RS: SD-UHD (1 × SDI, 1 × 2110-20/30/40) Use Case 4 2/2 FC: SD-UHD* (1 × SDI, 4 × 2110-20/30/40) 2/2 RS: SD-UHD* (1 ×...

  • Page 83: Iqucp50Xx Card Firmware

    UCP-3901 User Manual IQUCP50xx Card Firmware The following configurations are available when using the IQUCP50xx rears: Use Case Available Configurations Use Case 1 8/8 FC: SD-3G (1 × SDI, 1 × 2022-6(RX), 1 × 2110-20/30/40) 16/0 FC: SD-3G (1 × SDI, 1 × 2110-20/30/40) 8/0 FC: SD-3G (1 ×...
  • Page 84 Essence Processing SDC IQUCP50xx Card Firmware Use Case Available Configurations Use Case 4 2/2 FC: SD-UHD* (1 × SDI, 4 × 2022-6(RX), 4 × 2110-20/30/40) 4/0 FC: SD-UHD* (1 × SDI, 4 × 2110-20/30/40) 0/4 FC: SD-UHD* (1 × SDI, 4 × 2022-6, 4 × 2110-20/30/40) 2/2 FC: SD-UHD* (1 ×...

  • Page 85: Time Sync Configuration

    UCP-3901 User Manual Time Sync Configuration The Time Sync Configuration page allows selection of the source to be used for synchronizing flows, and configuration of any properties associated with the relevant source. To use PTP, first set Genlock to Network. See Configuration on page 75.

  • Page 86: Ptp - An Overview

    Essence Processing SDC PTP - An Overview Parameter Description PTP Network Set the check boxes to enable the network interfaces on which PTP is Interface supported. Enable check boxes as required. Ethernet 1: represents the rear panel SFP1 connection. Ethernet 2: represents the rear panel SFP2 connection. Connections and Cabling on page 53 for connector information.

  • Page 87: Interface Status Panel

    UCP-3901 User Manual Interface Status Panel When PTP Status, Details is set, important system status information is displayed on a single convenient panel. Interface Status Displays which port is being used for local clock correction. Click Next Interface to move between available PTP Network interfaces.
  • Page 88 Essence Processing SDC Interface Status Panel Item Description Version Errs The IQUCP25/50 supports PTPv2 only. If a PTPv1 message is received, it is discarded, and this counter incremented. This would be an indication that the grandmaster clock is not configured correctly. Unknown Msgs If the product receives messages on the PTP multicast address port 319 or 320 that are not messages defined as PTP ones...

  • Page 89: Histogram Panel

    UCP-3901 User Manual Item Description Message Timeouts Increments if none of the following are received within any 2- second period: follow_up delay_resp sync announce Clock Steps Back If the IQUCP25/50 receives a time earlier than the last, this counter is incremented. This could be because of a fault with the grandmaster, or because there are multiple grandmasters in the system.

  • Page 90: Visible Clocks Panel

    Essence Processing SDC Visible Clocks Panel functioning system will show a distinct peak around the 0ns level. The Histogram Panel is located to the below the Status panel. Figure 6 - 5: Time Sync Status Information - Histogram Visible Clocks Panel Located to the below the Histogram panel, this shows a list of available network clocks and the operational parameters for each clock.

  • Page 91: Sender Tpg (Test Pattern Generator)

    UCP-3901 User Manual Sender TPG (Test Pattern Generator) The Sender TPG page allows test patterns to be applied to senders on a spigot-by-spigot basis. Figure 6 - 6: Sender TPG Page The following options are available for each spigot: Parameter...

  • Page 92: Receiver Tpg (Test Pattern Generator)

    Essence Processing SDC Receiver TPG (Test Pattern Generator) Receiver TPG (Test Pattern Generator) The Receiver TPG page allows test patterns to be applied to receivers on a spigot-by-spigot basis. Figure 6 - 7: Receiver TPG Page The following options are available for each spigot: Parameter Description TPG Enable...

  • Page 93: Counters

    UCP-3901 User Manual Counters The Counters page allows the various counters provided to be cleared down. Figure 6 - 8: Counters Page Parameter Description Clear All Sender Counts the number of data packets an IP sender has had to drop. For...

  • Page 94: Fec

    Essence Processing SDC The FEC page allows Forward Error Correction (FEC) Clause 74 (FC) and Clause 108 (RS) functionality of IEEE 802.3 to be enabled. FEC performance logging and statistics are also available. The FEC to be used is selected through the Card Firmware/Software Version options on the Configuration page;...
  • Page 95 UCP-3901 User Manual Parameter Description FC-FEC (displayed Allows low-latency FC-FEC error correction to be used. Options are: only if a relevant • On configuration is in • Off use. See Configuration page 75 for more information). RS-FEC (displayed Allows longer-range RS-FEC error correction to be used. Options are: only if a relevant •...

  • Page 96: Nmos

    AMWA IS-04 for device discovery and registration and IS-05 for connection management. Furthermore, it supports AMWA BCP-002 recommendations for Grouping NMOS Resources. UCP-3901 / IQUCP25 / IQUCP50 relies on an external NMOS registry that is used to register NMOS devices.
  • Page 97 Ethernet 1: Represents the cards’s SFP1 connection. Ethernet 2: Represents the card’s SFP2 connection. Ethernet Gb: Represents the card’s: • MANAGEMENT connection for a UCP-3901; see Rear Panel and Connectors on page 32. • on-card Ethernet connector for a IQUCP25 / IQUCP50; avoid this option as it is not supported.

  • Page 98: Label Patterns

    3 When all the required values have been entered, click Restart to power-cycle the UCP-3901 / IQUCP Card; IP Senders and Receivers will then automatically generate labels as defined. The Sender Pattern / Receiver Pattern Fields Leaving the Sender Pattern / Receiver Pattern fields empty will result in the default text string labels for IP Senders/Receivers being used.
  • Page 99 UCP-3901 User Manual Where are “static” text. Sender Receiver Saving and Recalling Values Field values are saved by clicking next to the appropriate field, and recalled using a Memory or a Saveset. See the RollCall Control Panel User Manual for more information on saving and recalling saved values.
  • Page 100 Essence Processing SDC Label Patterns Updating Default Values The default description values listed above may be updated if required. To do this, simply overwrite the default value as displayed in the Sender/Receiver Variables fields with the required value. This new value will then become the default.

  • Page 101: Ethernet Pages 1 And 2

    The Ethernet pages show details and status for each of the card’s high speed media network interfaces. The UCP-3901 / IQUCP25 / IQUCP50 defaults to use DHCP for Ethernet port address negotiation, but this can be overridden and a static IP address can be specified if required.
  • Page 102 Essence Processing SDC Ethernet Pages 1 and 2 Parameter Description Ethernet Pane The Ethernet pane displays details of the currently selected network interface, and allows a static IP address to be defined. Rear - SFP 1 / 2: See Rear Panel and Connectors on page 32.
  • Page 103 UCP-3901 User Manual Parameter Description Switch LLDP Info Shows the switch’s Link Layer Discovery Protocol information received from the switch that the card is connected to. Name: Shows the name assigned to the network IP switch. ID: Shows the IP switch ID.

  • Page 104: Ethernet 1 And 2 Rtp Sender

    Essence Processing SDC Ethernet 1 and 2 RTP Sender Ethernet 1 and 2 RTP Sender The RTP Sender page displays the amount of data transmitted, on a spigot-by-spigot basis. Units are megabits per second. Figure 6 - 12: Ethernet 1 & 2 RTP Sender Page Parameter Description Enable Stats...

  • Page 105: Ethernet 1 And 2 Rtp Receiver

    UCP-3901 User Manual Ethernet 1 and 2 RTP Receiver The RTP Receiver pages display the amount of data received, details of packet loss, plus any unwanted multicast traffic on a spigot-by-spigot basis. Units are megabits per second. Figure 6 - 13: Ethernet 1 & 2 RTP Receiver Page...
  • Page 106 Essence Processing SDC Ethernet 1 and 2 RTP Receiver Parameter Description Unwanted This pane measures of the unexpected multicast packets the card has received. This is an indication that the card is receiving flows that are Multicast Traffic pane not configured properly and have been effectively thrown away, thereby wasting network bandwidth.

  • Page 107: Ethernet Rtp Receiver Video Stats

    UCP-3901 User Manual Ethernet RTP Receiver Video Stats The Ethernet RTP Receiver Video Stats page displays information on the reception of video IP flows on network interfaces 1 and 2 on a spigot-by-spigot basis. Units are megabits per second. Figure 6 - 14: Ethernet RTP Receiver Video Stats Page...

  • Page 108: Ethernet Rtp Receiver Audio Stats

    Essence Processing SDC Ethernet RTP Receiver Audio Stats Ethernet RTP Receiver Audio Stats The Ethernet RTP Receiver Audio Stats page displays information on the RTP data received on network interfaces 1 and 2 on a spigot-by-spigot basis. Units are megabits per second. Figure 6 - 15: Ethernet RTP Receiver Audio Stats Page Parameter Description...

  • Page 109: Ethernet Rtp Receiver Meta Stats

    UCP-3901 User Manual Ethernet RTP Receiver Meta Stats The Ethernet RTP Receiver Meta Stats page displays information on the metadata received through RTP on each Ethernet input. Units are megabits per second. Figure 6 - 16: Ethernet RTP Receiver Meta Stats Page...

  • Page 110: Link Control

    Output Spigots page 127. To know on which HD-BNC input / output each spigot is available on the rear panel, see: • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O – Serial digital video inputs / outputs (12) on page 35.

  • Page 111: Configuring The Streams For Use With 4K Uhd Two-Sample Interleave Division

    UCP-3901 User Manual Parameter Description Disable SDI Sync Some older SDI receiving equipment may not support sync bit insertion. When transmitting signals to these devices, sync bit insertion can be disabled by setting the boxes as required. Set the quad-link signal type when UHD Links is set to Enable.

  • Page 112: Configuring The Streams For Use With 4K Uhd Sqds

    Configuring the Streams for use with 4K UHD SQDS 4 Configure each of the four UCP-3901 / IQUCP25 / IQUCP50 spigots that are to receive / send the four HD sub-images. These links are assigned in groups of 4 as shown by the Spigots parameter.
  • Page 113 UCP-3901 User Manual • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O – Serial digital video inputs / outputs (12) page 35. • For the IQUCP25 / IQUCP50: Images of Rear Panel Connectors on page 46.

  • Page 114: Hdr Receiver Control

    Essence Processing SDC HDR Receiver Control HDR Receiver Control The HDR Receiver Control page allows HDR essences to be configured. Figure 6 - 18: HDR Receiver Control Pages Parameter Description Transfer Function SDR: the HD input video signal meets the Rec. 709 standard. HDR-HLG: the Hybrid Log-Gamma input video signal meets the BT.2100 standard.
  • Page 115 UCP-3901 User Manual Parameter Description Bit depth 10-bit Full Range: 0 to 1023 image mapping range according to SMPTE RP. 2077. This is also called computer RGB. 10-bit: the standard 64 to 940 image mapping range. This is also called studio RGB.

  • Page 116: Destination Timing

    Essence Processing SDC Destination Timing Destination Timing The Destination Timing page allows genlock timing on each receiver spigot to be adjusted, in order to synchronize the IP signal with the house reference. Figure 6 - 19: Destination Timing Page Parameter Description Genlock Timing V Vertical timing offset in lines with respect to the chosen video...

  • Page 117: Frame Sync

    < 4 lines < 4 lines The UCP-3901 / IQUCP25 / IQUCP50 has an integrated frame sync that supports synchronous and asynchronous SDI input signals. The input signals will be synchronized and realigned with respect to the chosen video reference signal. See Genlock in Configuration on page 75.
  • Page 118 Essence Processing SDC Frame Sync The frame sync behaves like a frame buffer. It also supports frame skips/repeats in the case of an asynchronous SDI input. When an input error occurs, it freezes to the last valid field/frame. Min. Delay Ref Signal SDI Input SDI Output...

  • Page 119: Audio V Fade

    UCP-3901 User Manual Audio V Fade The Audio V Fade page configures an audio V-fade for each video input IP stream (for example, at receiving or destination spigots). When the video input switches to another source, an audio V-fade can be used to reduce audio disturbances at switch-over. When Enable is set, the audio will fade down on input loss and perform an audio V fade (down then up) during input switching.

  • Page 120: Input Loss Control

    Essence Processing SDC Input Loss Control Input Loss Control The Input Loss Control page allows control of the card’s response to signal loss. Select as required. Figure 6 - 22: Input Loss Control Page Options upon signal loss are: Option Operation Freeze Picture will freeze.

  • Page 121: Spigot Pages

    Note: The pages shown here may differ from those seen on your particular system, depending on the model and configuration of your UCP-3901 / IQUCP25 / IQUCP50 card. To know on which HD-BNC input / output each spigot is available on the rear panel, see: •...

  • Page 122: Input Spigots

    Essence Processing SDC Input Spigots Input Spigots Input spigots are defined by selecting the appropriate firmware version on the Configuration page. See Configuration on page 75 for more information. Figure 6 - 23: Typical Input Spigot Page...
  • Page 123 Output Spigots on page 127 for this mode of operation. Associated HD-BNC connector on the rear panel. See also: • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O – Serial digital video inputs / outputs (12) on page 35.
  • Page 124 Essence Processing SDC Input Spigots Parameter Description Streaming Set the redundancy options for this spigot. This will also determine the bandwidth to be used. Options are: • Dual: Full redundancy to support SMPTE ST 2022-7, both Primary (SFP1) and Secondary (SFP2) Ethernet connectors are used. Bandwidth is split between the Primary and Secondary.
  • Page 125 UCP-3901 User Manual Parameter Description Sender / Packet Select the amount of time required to complete the transmission of Time each audio packet. (Multiviewer SDC only) Enable the check box to display the number of CRC errors. Click Clear Sender / SDI Input CRC Errors to reset the counter to zero.
  • Page 126 Essence Processing SDC Input Spigots To Set Multicast Details 1 Enter IP address and IP port number details in the ‘New settings’ column, as required. Click S or press the enter key to enter each new value. 2 Select the Flow Type. 3 Click Packetizer Stats to view network statistics for an outgoing flow, if required.

  • Page 127: Output Spigots

    UCP-3901 User Manual Output Spigots Output spigots are defined by selecting the appropriate firmware version on the Configuration page. See Configuration on page 75 for more information. Figure 6 - 24: Typical Output Spigot Page Note: If spigots are linked for UHD traffic, only the Master spigots are shown...
  • Page 128 122 for this mode of operation. Output: This spigot is a receiver. Associated HD-BNC connector on the rear panel. See also: • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O –...
  • Page 129 UCP-3901 User Manual Parameter Description Sender / Num Select the actual number of audio channels present on this spigot. Set Audio Channels the highest number of audio channels expected to be used. (Multiviewer SDC only) Sender / Packet Select the amount of time required to complete the transmission of Time each audio packet.
  • Page 130 Mac: IP flow received over IP network. Loopback: IP flow received by the UCP-3901 / IQUCP Card looped- back from the UCP-3901 / IQUCP Card. Loop-back can be achieved by either explicitly setting the UCP-3901 / IQUCP Card to receive a flow from itself, or by using the UCP-3901 / IQUCP Card’s loop-back router...

  • Page 131: Audio Shuffle

    UCP-3901 User Manual Audio Shuffle The Audio Shuffle page allows for incoming audio channels to be routed to any of the outgoing audio channels through a 16 × 16 matrix. Also available are: • Mute. • Tone sources. • Mapping presets.
  • Page 132 Essence Processing SDC Audio Shuffle Parameter Description Mappings Click to set the audio mode for a spigot. Pass-through: Sets a 1:1 correspondence between the input audio channel and the output audio channel. For example, inputs 1 to 16 will be assigned to outputs 1 to 16. All Mute: Mutes all audio channels for a spigot.

  • Page 133: Audio Shuffle Overview

    UCP-3901 User Manual Audio Shuffle Overview Audio shuffle is shown as a matrix where the left hand vertical side of the matrix is the incoming signal and the outgoing signal is mapped along the top of the matrix. INPUT In addition to this, you need to take into account the multi flow audio operation which is...
  • Page 134 Essence Processing SDC Audio Shuffle Overview This is shown graphically below. • SDI In to SMPTE ST 2110-30 IP Out Flow 1Flow 2Flow 3Flow 4 Flow 1 Flow 2 Num Audio Flows Parameter Setting Flow 1 16 × 16 + Tone + Mute SDI In Audio Shuffle •...
  • Page 135 UCP-3901 User Manual The following example shows an IP sender for the Essence Processing core, for a card configured with 2 flows. Destination IP Out Flow 1, Audio Channels 1..8 IP Out Flow 2, Audio Channels 1..8 Source Source Mute...

  • Page 136: Audio Shuffle Example

    Essence Processing SDC Audio Shuffle Example Audio Shuffle Example The following Audio Shuffle Configuration page is used as an example. Figure 6 - 26: Audio Shuffle Configuration Page configuration example Source Audio Channel Description 1 to 3 Sent to destination channels 1 to 3 (pass-through). 5 to 7 Sent to destination channels 5 to 7 (pass-through).

  • Page 137: Logging Pages

    All alarms and operational statuses can be seen from Rollcall Logging pages. These pages provide the live status of the card. Theses statuses are also logged when using a Log Server. For a UCP-3901, this is set in the screen below. Log fields are always prefixed with WARN:, OK, or FAIL:.

  • Page 138: Logging - Sdi Info

    Information on various parameters can be made available to a logging device connected to the RollCall network. The information below describes the various parameters available for logging. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 139 UCP-3901 User Manual Logging Page Column Description Log Enable Select the check boxes that correspond to the parameters for which log information should be collected. Log Field Displays the name of the logging field. INPUT_N_CHANGE_TIME=: Logs the time at which the SDI input changed.

  • Page 140: Logging - System

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 141 UCP-3901 User Manual The logging page comprises three columns: Logging Page Column Description Log Enable Select the check boxes that correspond to the parameters for which log information should be collected. Log Field Displays the name of the logging field.
  • Page 142 Essence Processing SDC Logging - System Log Field Parameter Description SLOT_WIDTH= Logs the slot width. UCP-3901 / IQUCP25 / IQUCP50 cards are available in single, double, and triple width. SLOT_START= Logs the slot in the rack where the card is located. POWER_USAGE= Logs the power usage in watts and PR Units.
  • Page 143 UCP-3901 User Manual Log Field Parameter Description TIMESYNC_N_CLOCK_STATE= Logs the time sync value. Valid values are: Free running: Card is not being synchronized. No Lock: PTP being used but clocks haven't synchronized within +/- 1mS. Locked: PTP being used and clocks are synchronized within the accepted range.
  • Page 144 UCP-3901 card has not yet received the IP address from the frame’s controller. DENSITE_FRAME_SLOT This is the slot number in which the UCP-3901 card is located within the Densité Frame. For the UCP-3901 Card only. Where N is the input or Ethernet port number. To identify SFP 1 / 2, see Rear Panel and Connectors page 32.

  • Page 145: Logging - Network

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 146 Essence Processing SDC Logging - Network Parameter Description LAN_PORT_N_NAME= Logs the Ethernet port name. LAN_PORT_N_SPEED= Logs the Ethernet connection speed. Valid values are: 10 Mbit/s Full Duplex 10 Mbit/s Half Duplex 100 Mbit/s Full Duplex 100 Mbit/s Half Duplex 1 Gbit/s Full Duplex 10 Gbit/s 25 Gbit/s 50 Gbit/s...
  • Page 147 UCP-3901 User Manual Parameter Description LAN_PORT_N_MAC_LINK_STATE= Logs state of the card’s FPGA Ethernet link. Valid values are: DOWN LAN_PORT_N_SWITCH_NAME= Logs name of the network switch that the card is connected to. LAN_PORT_N_SWITCH_CHASSIS_ID= Logs name of the network switch’s chassis ID that the card is connected to.

  • Page 148: Logging - Network - 1G

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 149 UCP-3901 User Manual Parameter Description LAN_PORT_3_IPADDRESS= Logs the Ethernet port IP address. LAN_PORT_3_GATEWAY= Logs the network gateway IP address. LAN_PORT_3_SUBNET_MASK= Logs the IP network’s subnet mask. LAN_PORT_3_MACADDRESS= Logs the Ethernet port MAC address. LAN_PORT_3_STATE= Logs the Ethernet connection state. Valid values...

  • Page 150: Logging - Sfp

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 151 UCP-3901 User Manual Parameter Description SFP_N_FITTED= Logs presence of (Q)SFP. Valid values are: Missing SFP_N_STATUS= Logs status reported by the (Q)SFP. Valid values are: SFPs WARN:Temp WARN:VCC WARN:TX BIAS WARN:RX BIAS WARN:Laser WARN:TEC Curr FAIL:SFP Not Ready FAIL:RX LOS - RX Failure...
  • Page 152 FAIL:High: High and out of tolerance. Power supply to the SFP is OK or FAIL. SFP_N_POWER_DRIVER= UCP-3901 only Where N is the input/(Q)SFP number and X is the lane. To identify SFP 1 / 2, see Rear Panel and Connectors...

  • Page 153: Logging - Fpga

    The Logging FPGA page shows FPGA messages reporting temperature and voltages for an FPGA device on the UCP-3901 / IQUCP Card. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled;...

  • Page 154: Logging - Spigot 1 To N

    The Logging - Spigot pages are used to select the fields to be enabled for each available spigot. Depending on whether the spigot is an input or an output, the appropriate log fields are shown. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 155 UCP-3901 User Manual Parameter Description INPUT_N_IDENT= System-defined identifier for the input, based on the rear ID. Name of the input, as defined on the Setup page. See INPUT_N_NAME= Setup page 163. INPUT_N_STATE= Valid values are: OK: input signal good. FAIL: input signal not detected.

  • Page 156: Logging - Nmos

    The Logging - NMOS pages are used to select the fields to be logged for the card’s NMOS connection to the registry. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 137.
  • Page 157 UCP-3901 User Manual Parameter Description NMOS_QUERY_PORT= The current port number being used to connect to the NMOS registry for making queries. NMOS_REGISTRATION_PORT The current port number being used to connect to the NMOS registry for making device registrations.

  • Page 158: Logging - Card Diagnostics

    Logging - Card Diagnostics Logging - Card Diagnostics The Logging Card Diagnostics page is used to view log fields of the UCP-3901 / IQUCP Card and select those log fields to be enabled. Information on several parameters can be made available to a logging device connected to the RollCall network.
  • Page 159 UCP-3901 User Manual Parameter Description PWRSAFE_MEMORY_RESTORE Logs where system memory was restored from. Valid values are: FAT32: restored from FAT32. OK: restored from QNX6 PowerSafe. FAIL: memory restoration failed. PMIC_VERSION= Logs name of the on-board power management chip.

  • Page 160: Rolltrack

    Essence Processing SDC RollTrack RollTrack The RollTrack page sets up RollTrack setting for the UCP-3901 / IQUCP Card to allow information to be sent, through the RollCall network, to other compatible units connected on the same network. The Source window lists the RollTrack sources:...
  • Page 161 UCP-3901 User Manual Parameter Description Address Enter the destination RollCall address for the selected RollTrack Output Index. The address may be changed by typing the new destination into the text field, then clicking to save the selection. Clicking returns to the default preset destination.

  • Page 162: Loopback Router

    IP flows from source spigots back into destination spigots. This is not used in normal operation. looped-back flows are not transmitted externally: The loop-back routing is all local to the UCP-3901 / IQUCP Card. Figure 6 - 39: Loopback Router Page...

  • Page 163: Setup

    Figure 6 - 40: Setup Page The Setup pane displays technical information on the UCP-3901 / IQUCP25 / IQUCP50. You may be asked for these details by Grass Valley support if you need technical assistance.
  • Page 164 Essence Processing SDC Setup Parameter Description Main Mod Level Main PCB modification level. Main HW Build Factory main hardware build number. Feature PCB Daughter board PCB revision number. (IQUCP25 / IQUCP50) Feature Mod Level Daughter board PCB modification level. (IQUCP25 / IQUCP50) Feature HW Build Factory daughter board hardware build number.

  • Page 165: Ethernet Gb

    See Rear Panel and Connectors page 32. • The UCP-3901 defaults to use DHCP for the MANAGEMENT Ethernet port address negotiation, but this can be overridden and a static IP address can be specified if required.
  • Page 166 Essence Processing SDC Ethernet Gb Parameter Description Ethernet Pane The Ethernet pane displays details of the Gb network interface, and allows a static IP address to be defined. IP Address: When Mode is set to Static, set the card’s IP address. Default Gateway: When Mode is set to Static, set the network switch’s IP address.

  • Page 167: Ethernet Arcnet

    UCP-3901 User Manual Ethernet Arcnet Not currently used.

  • Page 168: Interop

    Essence Processing SDC Interop Interop The Interop page allows certain parameters to be changed in order to improve interoperability with third-party equipment, including disabling extended headers, and setting payload types. Figure 6 - 42: Interop Page...
  • Page 169 UCP-3901 User Manual Parameter Description Stream Audio: Synchronization • Extended Headers: Set to use extended headers in the RTP audio Controls stream. • RTP to PTP: Set to synchronize RTP to PTP. • Nominal Delay: Set to set nominal delay at the spigot.

  • Page 170: Sfp Configuration

    32. Figure 6 - 43: SFP Configuration Page The majority of SFPs will operate correctly with UCP-3901 / IQUCP25 / IQUCP50 cards without any need for adjustment. Some, however, may need to have card parameters set a little differently.

  • Page 171: Madi Processing Sdc

    MADI Processing SDC This section contains information on using an UCP-3901 / IQUCP25 card running the MADI Gateway (MD) SDC, through RollCall, using Havant core version 17.2 code base. For help with the general use of the RollCall application, open the user manual by clicking button on the main RollCall toolbar.

  • Page 172: Template Pages

    201. • Output Spigots on page 206. • Audio Shuffle on page 210. • Logging - Configuration (UCP-3901 Only) on page 216. • Logging - Input Info on page 217. • Logging - System on page 219. •...

  • Page 173: Information Display

    UCP-3901 User Manual Information Display The Information display pane appears at the top of each page, and shows basic information on the input and status of the card. The information to be displayed is defined on the Video Selection and Information Select panes to the right of the Information display.

  • Page 174: Configuration

    Figure 7 - 2: Configuration Page Note: SDC functionality options are set here. See also Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC Application on page 309 and Installing a License into a UCP-3901 / IQUCP25 / IQUCP50 page 314 for more information.
  • Page 175 Network: use the network’s PTP clock. See Time Sync Configuration on page 178 for further configuration settings. External Reference: UCP-3901 only; use the reference signal found at the REF connector on the card’s rear panel. See Rear Panel and Connectors on page 32.

  • Page 176: Setting Spigot Configuration

    MADI Processing SDC Setting Spigot Configuration Setting Spigot Configuration IMPORTANT! Existing details must be cleared down before establishing a new configuration. Failure to do this may result in unexpected behavior from the module. To set a new spigot configuration, follow these steps: 1 From the Configuration page, select the required software from the Software Version pane, then select the firmware which provides the required combination of inputs, outputs and flow standards from the list displayed on the Card Firmware>New pane.

  • Page 177: Firmware Naming Convention

    UCP-3901 User Manual Firmware Naming Convention Product firmware file names, such as found in the Card Firmware > New pane (see Setting Spigot Configuration on page 176), adopt the following naming convention: Number of IP SDI Format SDI Interface Interfaces ‘None’...

  • Page 178: Time Sync Configuration

    MADI Processing SDC Time Sync Configuration Time Sync Configuration The Time Sync Configuration page allows selection of the source to be used for synchronizing flows, and configuration of any properties associated with the relevant source. To use PTP, first set Genlock to Network. See Configuration on page 174.

  • Page 179: Ptp - An Overview

    UCP-3901 User Manual Parameter Description PTP Network Set the check boxes to enable the network interfaces on which PTP is Interface supported. Enable check boxes as required. Ethernet 1: represents the rear panel SFP1 connection. Ethernet 2: represents the rear panel SFP2 connection.

  • Page 180: Interface Status Panel

    MADI Processing SDC Interface Status Panel Interface Status Panel When PTP Status, Details is set, important system status information is displayed on a single convenient panel. Interface Status Displays which port is being used for local clock correction. Click Next Interface to move between available PTP Network interfaces.
  • Page 181 UCP-3901 User Manual Item Description Version Errs The IQUCP25/50 supports PTPv2 only. If a PTPv1 message is received, it is discarded, and this counter incremented. This would be an indication that the grandmaster clock is not configured correctly. Unknown Msgs...

  • Page 182: Histogram Panel

    MADI Processing SDC Histogram Panel Item Description Message Timeouts Increments if none of the following are received within any 2- second period: follow_up delay_resp sync announce Clock Steps Back If the IQUCP25/50 receives a time earlier than the last, this counter is incremented.

  • Page 183: Visible Clocks Panel

    UCP-3901 User Manual functioning system will show a distinct peak around the 0ns level. The Histogram Panel is located to the below the Status panel. Figure 7 - 5: Time Sync Status Information - Histogram Visible Clocks Panel Located to the below the Histogram panel, this shows a list of available network clocks and...

  • Page 184: Counters

    MADI Processing SDC Counters Counters The Counters page allows the various counters provided to be cleared down. Figure 7 - 6: Counters Page Parameter Description Clear All Sender Counts the number of data packets an IP sender has had to drop. For Dropped Pkts example, if an IP connection were over-subscribed, a sender may drop data packets to prevent the total IP sending bandwidth being...

  • Page 185: Fec

    UCP-3901 User Manual The FEC page allows Forward Error Correction (FEC) Clause 74 (FC) and Clause 108 (RS) functionality of IEEE 802.3 to be enabled. FEC performance logging and statistics are also available. The FEC to be used is selected through the Card Firmware/Software Version options on the Configuration page;...
  • Page 186 MADI Processing SDC Parameter Description When Enable Stats is set, this displays the number of corrected and FEC Stats uncorrected errors received through the SFPs. Click Clear Count to zero the counters. FEC Logging Information on several parameters can be made available to a logging device connected to the RollCall network.

  • Page 187: Nmos

    UCP-3901 / IQUCP25 supports Networked Media Open Specifications (NMOS) AMWA IS-04 for device discovery and registration and IS-05 for connection management. Furthermore, it supports AMWA BCP-002 recommendations for Grouping NMOS Resources. UCP-3901 / IQUCP25 relies on an external NMOS registry that is used to register NMOS devices. PREREQUISITE: •...
  • Page 188 Ethernet 1: Represents the cards’s SFP1 connection. Ethernet 2: Represents the card’s SFP2 connection. Ethernet Gb: Represents the card’s: • MANAGEMENT connection for a UCP-3901; see Rear Panel and Connectors on page 32. • on-card Ethernet connector for a IQUCP25; avoid this option as it is not supported.

  • Page 189: Label Patterns

    3 When all the required values have been entered, click Restart to power-cycle the UCP-3901 / IQUCP Card; IP Senders and Receivers will then automatically generate labels as defined. The Sender Pattern / Receiver Pattern Fields Leaving the Sender Pattern / Receiver Pattern fields empty will result in the default text string labels for IP Senders/Receivers being used.
  • Page 190 MADI Processing SDC Label Patterns • For the Receiver Pattern field: {dev} Receiver:{spig} Where are “static” text. Sender Receiver Saving and Recalling Values Field values are saved by clicking next to the appropriate field, and recalled using a Memory or a Saveset. See the RollCall Control Panel User Manual for more information on saving and recalling saved values.
  • Page 191 UCP-3901 User Manual Variable Description {s_pad} Sender number padding. Prefixes small numbers with leading zeroes. Default = 2. {r_pad} Receiver number padding. Prefixes small numbers with leading zeroes. Default = 2. Updating Default Values The default description values listed above may be updated if required. To do this, simply overwrite the default value as displayed in the Sender/Receiver Variables fields with the required value.

  • Page 192: Ethernet Pages 1 And 2

    The Ethernet pages show details and status for each of the card’s high speed media network interfaces. The UCP-3901 / IQUCP25 defaults to use DHCP for Ethernet port address negotiation, but this can be overridden and a static IP address can be specified if required.
  • Page 193 UCP-3901 User Manual Parameter Description Ethernet Pane The Ethernet pane displays details of the currently selected network interface, and allows a static IP address to be defined. Rear - SFP 1 / 2: See Rear Panel and Connectors on page 32.
  • Page 194 MADI Processing SDC Ethernet Pages 1 and 2 Parameter Description Switch LLDP Info Shows the switch’s Link Layer Discovery Protocol information received from the switch that the card is connected to. Name: Shows the name assigned to the network IP switch. ID: Shows the IP switch ID.

  • Page 195: Ethernet 1 And 2 Rtp Sender

    UCP-3901 User Manual Ethernet 1 and 2 RTP Sender The RTP Sender page displays the amount of data transmitted, on a spigot-by-spigot basis. Units are megabits per second. Figure 7 - 10: Ethernet 1 & 2 RTP Sender Page Parameter...

  • Page 196: Ethernet 1 And 2 Rtp Receiver

    MADI Processing SDC Ethernet 1 and 2 RTP Receiver Ethernet 1 and 2 RTP Receiver The RTP Receiver pages display the amount of data received, details of packet loss, plus any unwanted multicast traffic on a spigot-by-spigot basis. Units are megabits per second. Figure 7 - 11: Ethernet 1 &...
  • Page 197 UCP-3901 User Manual Parameter Description Unwanted This pane measures of the unexpected multicast packets the card has Multicast Traffic received. This is an indication that the card is receiving flows that are pane not configured properly and have been effectively thrown away, thereby wasting network bandwidth.

  • Page 198: Ethernet Rtp Receiver Audio Stats

    MADI Processing SDC Ethernet RTP Receiver Audio Stats Ethernet RTP Receiver Audio Stats The Ethernet RTP Receiver Audio Stats page displays information on the RTP data received on network interfaces 1 and 2 on a spigot-by-spigot basis. Units are megabits per second.

  • Page 199: Audio V Fade

    UCP-3901 User Manual Audio V Fade The Audio V Fade page configures an audio V-fade for each video input IP stream (for example, at receiving or destination spigots). When the video input switches to another source, an audio V-fade can be used to reduce audio disturbances at switch-over. When Enable is set, the audio will fade down on input loss and perform an audio V fade (down then up) during input switching.

  • Page 200: Spigot Pages

    Note: The pages shown here may differ from those seen on your particular system, depending on the model and configuration of your UCP-3901 IQUCP25 card. MADI Signal Conversion Direction by Spigot Number The MADI SDC converts up to 16 channels of AES10-2008 signals to SMPTE ST 2110-30 and vice versa.

  • Page 201: Input Spigots

    UCP-3901 User Manual Input Spigots Input spigots are defined by selecting the appropriate firmware version on the Configuration page. See Configuration on page 174 for more information. Figure 7 - 14: Typical Input Spigot Page...
  • Page 202 Output Spigots on page 206 for this mode of operation. Associated HD-BNC connector(s) on the rear panel. See also: • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O – Serial digital video inputs / outputs (12) on page 35.
  • Page 203 UCP-3901 User Manual Parameter Description Pairing Set the pairing of input connections for redundancy. n = the current main odd-numbered spigot. n+1 = the next available even-numbered spigot that provides redundancy. No: The input is non-redundant. Paired with BNC n+1 (Auto): The input is paired with the next input for redundancy.
  • Page 204 MADI Processing SDC Input Spigots Parameter Description Shows the current shuffling for this spigot as shown in Mappings Shuffle Mapping under Audio Shuffle. See Audio Shuffle on page 210. Pass-through: No shuffling is implemented; a 1:1 correspondence between the input audio channel and the output audio channel is currently in effect.
  • Page 205 UCP-3901 User Manual 3 Click Packetizer Stats to view network statistics for an outgoing flow, if required. 4 Click Take.

  • Page 206: Output Spigots

    MADI Processing SDC Output Spigots Output Spigots Output spigots are defined by selecting the appropriate firmware version on the Configuration page. See Configuration on page 174 for more information. Figure 7 - 15: Typical Output Spigot Page Parameter Description Spigot pane The Spigot pane provides basic configuration for the selected Spigot.
  • Page 207 User Manual Parameter Description Associated HD-BNC connector on the rear panel. See also: • For the UCP-3901: 12G/3G/HD/SD-SDI I/O – Serial digital video inputs / outputs (4) on page 34 and 3G / HD / SD SDI I/O – Serial digital video inputs / outputs (12) on page 35.
  • Page 208 MADI Processing SDC Output Spigots Parameter Description Num Audio Flows Select the number of audio flows on this spigot to use. Options are: • 1 flow of 16 channels • 2 flows of 8 channels each • 4 flows of 4 channels each Note these flows are contiguous, so selecting 1 means Flow 1 is used, selecting 2 means Flows 1 and 2 are used, and selecting 4 means Flows 1 to 4 are used.
  • Page 209 Mac: IP flow received over IP network. Loopback: IP flow received by the UCP-3901 / IQUCP Card looped- back from the UCP-3901 / IQUCP Card. Loop-back can be achieved by explicitly setting the UCP-3901 / IQUCP Card to receive a flow from itself.

  • Page 210: Audio Shuffle

    MADI Processing SDC Audio Shuffle Audio Shuffle The Audio Shuffle page allows for incoming audio channels to be routed to any of the outgoing audio channels through a 64 × 64 matrix. Also available are: • Mute. • Tone sources for spigots 1 to 8. See also MADI Signal Conversion Direction by Spigot Number on page 200.
  • Page 211 UCP-3901 User Manual Parameter Description Mappings Click to set the audio mode for a spigot. Pass-through: Sets a 1:1 correspondence between the input audio channel and the output audio channel. For example, inputs 1 to 64 will be assigned to outputs 1 to 64.

  • Page 212: Audio Shuffle Overview

    MADI Processing SDC Audio Shuffle Overview Audio Shuffle Overview Audio shuffle is shown as a matrix where the left hand vertical side of the matrix is the incoming signal and the outgoing signal is mapped along the top of the matrix. INPUT Use the Scroll Bars to view all input and output channels In addition to this, you need to take into account the multi flow audio operation which is...
  • Page 213 UCP-3901 User Manual This is shown graphically below. • MADI In to SMPTE ST 2110-30 IP Out Flow 1Flow 2Flow 3Flow 4 Flow 1 Flow 2 Num Audio Flows Parameter Setting Flow 1 64 × 64 + Tone + Mute...
  • Page 214 MADI Processing SDC Audio Shuffle Overview The following example shows an IP sender for the MADI Processing SDC, for a card configured with 2 flows. Destination IP Out Flow 1, Audio Channels 1 to 32 IP Out Flow 2, Audio Channels 33 to 64 Source Source Mute...

  • Page 215: Audio Shuffle Example

    UCP-3901 User Manual Audio Shuffle Example The following Audio Shuffle Configuration page is used as an example. Figure 7 - 17: Audio Shuffle Configuration Page configuration example Source Audio Channel Description 1 to 3 Sent to destination channels 1 to 3 (pass-through).

  • Page 216: Logging Pages

    All alarms and operational statuses can be seen from Rollcall Logging pages. These pages provide the live status of the card. Theses statuses are also logged when using a Log Server. For a UCP-3901, the Log Server is set in the screen below. Log fields are always prefixed with WARN:, OK, or FAIL:.

  • Page 217: Logging - Input Info

    Information on various parameters can be made available to a logging device connected to the RollCall network. The information below describes the various parameters available for logging. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 218 MADI Processing SDC Logging - Input Info Logging Page Column Description Log Enable Select the check boxes that correspond to the parameters for which log information should be collected. Log Field Displays the name of the logging field. INPUT_N_CHANGE_TIME=: Logs the time at which the SDI input changed.

  • Page 219: Logging - System

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 220 Logs the model number of the currently installed rear panel. REAR_STATUS= Logs the status of the rear panel when this can be determined. SLOT_WIDTH= Logs the slot width. UCP-3901 / IQUCP25 cards are available in single, double, and triple width.
  • Page 221 Generally less precise than PTP. TIMESYNC_N_NETWORK= Logs the network port currently being used for synchronization for UCP-3901 / IQUCP25 cards, dependent on the choice of interfaces made on the Time Configuration page. If PTP and multiple interfaces are enabled, the PTP synchronization will switch ports if it doesn't see regular sync messages on the port.
  • Page 222 MADI Processing SDC Logging - System Log Field Parameter Description TIMESYNC_N_CLOCK_STATE= Logs the time sync value. Valid values are: Free running: Card is not being synchronized. No Lock: PTP being used but clocks haven't synchronized within +/- 1mS. Locked: PTP being used and clocks are synchronized within the accepted range.
  • Page 223 UCP-3901 card has not yet received the IP address from the frame’s controller. DENSITE_FRAME_SLOT This is the slot number in which the UCP-3901 card is located within the Densité Frame. For the UCP-3901 Card only. Where N is the input or Ethernet port number. To identify SFP 1 / 2, see Rear Panel and Connectors page 32.

  • Page 224: Logging - Network

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 225 UCP-3901 User Manual Parameter Description LAN_PORT_N_NAME= Logs the Ethernet port name. LAN_PORT_N_SPEED= Logs the Ethernet connection speed. Valid values are: 10 Mbit/s Full Duplex 10 Mbit/s Half Duplex 100 Mbit/s Full Duplex 100 Mbit/s Half Duplex 1 Gbit/s Full Duplex...
  • Page 226 MADI Processing SDC Logging - Network Parameter Description LAN_PORT_N_MAC_LINK_STATE= Logs state of the card’s FPGA Ethernet link. Valid values are: DOWN LAN_PORT_N_SWITCH_NAME= Logs name of the network switch that the card is connected to. LAN_PORT_N_SWITCH_CHASSIS_ID= Logs name of the network switch’s chassis ID that the card is connected to.

  • Page 227: Logging - Network - 1G

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 228 MADI Processing SDC Logging - Network - 1G Parameter Description LAN_PORT_3_IPADDRESS= Logs the Ethernet port IP address. LAN_PORT_3_GATEWAY= Logs the network gateway IP address. LAN_PORT_3_SUBNET_MASK= Logs the IP network’s subnet mask. LAN_PORT_3_MACADDRESS= Logs the Ethernet port MAC address. LAN_PORT_3_STATE= Logs the Ethernet connection state. Valid values are: Active WARN:Inactive...

  • Page 229: Logging - Sfp

    Log Field and Log Value columns respectively. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 230 MADI Processing SDC Logging - SFP Parameter Description SFP_N_FITTED= Logs presence of (Q)SFP. Valid values are: Missing SFP_N_STATUS= Logs status reported by the (Q)SFP. Valid values are: SFPs WARN:Temp WARN:VCC WARN:TX BIAS WARN:RX BIAS WARN:Laser WARN:TEC Curr FAIL:SFP Not Ready FAIL:RX LOS - RX Failure FAIL:TX Fault - TX Failure FAIL:RX LOL - RX Loss of Lock...
  • Page 231 FAIL:High: High and out of tolerance. Power supply to the SFP is OK or FAIL. SFP_N_POWER_DRIVER= UCP-3901 only Where N is the input/(Q)SFP number and X is the lane. To identify SFP 1 / 2, see Rear Panel and Connectors...

  • Page 232: Logging - Fpga

    The Logging FPGA page shows FPGA messages reporting temperature and voltages for an FPGA device on the UCP-3901 / IQUCP Card. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled;...

  • Page 233: Logging - Spigot 1 To N

    The Logging - Spigot pages are used to select the fields to be enabled for each available spigot. Depending on whether the spigot is an input or an output, the appropriate log fields are shown. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 234 MADI Processing SDC Logging - Spigot 1 to n Parameter Description INPUT_N_IDENT= System-defined identifier for the input, based on the rear ID. INPUT_N_NAME= Name of the input, as defined on the Setup page. See Setup page 242. INPUT_N_STATE= Valid values are: OK: input signal good.

  • Page 235: Logging - Fec

    UCP-3901 User Manual Logging - FEC The Logging - FEC page is used to select the Information on several parameters that can be made available to a logging device connected to the RollCall network. Figure 7 - 27: FEC Page Enable check boxes to activate log fields as required.

  • Page 236: Logging - Nmos

    The Logging - NMOS pages are used to select the fields to be logged for the card’s NMOS connection to the registry. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled; see Logging - Configuration (UCP-3901 Only) on page 216.
  • Page 237 UCP-3901 User Manual Parameter Description NMOS_QUERY_PORT= The current port number being used to connect to the NMOS registry for making queries. NMOS_REGISTRATION_PORT The current port number being used to connect to the NMOS registry for making device registrations.

  • Page 238: Logging - Card Diagnostics

    Logging - Card Diagnostics Logging - Card Diagnostics The Logging Card Diagnostics page is used to view log fields of the UCP-3901 / IQUCP Card and select those log fields to be enabled. Information on several parameters can be made available to a logging device connected to the RollCall network. For the UCP-3901, logging must be configured and enabled;...
  • Page 239 UCP-3901 User Manual Parameter Description PWRSAFE_MEMORY_RESTORE Logs where system memory was restored from. Valid values are: FAT32: restored from FAT32. OK: restored from QNX6 PowerSafe. FAIL: memory restoration failed. PMIC_VERSION= Logs name of the on-board power management chip.

  • Page 240: Rolltrack

    MADI Processing SDC RollTrack RollTrack The RollTrack page sets up RollTrack setting for the UCP-3901 / IQUCP Card to allow information to be sent, through the RollCall network, to other compatible units connected on the same network. The Source window lists the RollTrack sources:...
  • Page 241 UCP-3901 User Manual Parameter Description Address Enter the destination RollCall address for the selected RollTrack Output Index. The address may be changed by typing the new destination into the text field, then clicking to save the selection. Clicking returns to the default preset destination.

  • Page 242: Setup

    Figure 7 - 31: Setup Page The Setup pane displays technical information on the UCP-3901 / IQUCP25. You may be asked for these details by Grass Valley support if you need technical assistance.
  • Page 243 UCP-3901 User Manual Parameter Description Main HW Build Factory main hardware build number. Feature PCB Daughter board PCB revision number. (IQUCP25) Feature Mod Level Daughter board PCB modification level. (IQUCP25) Feature HW Build Factory daughter board hardware build number. (IQUCP25) Restart Power-cycles the card.

  • Page 244: Ethernet Gb

    See Rear Panel and Connectors page 32. • The UCP-3901 defaults to use DHCP for the MANAGEMENT Ethernet port address negotiation, but this can be overridden and a static IP address can be specified if required.
  • Page 245 UCP-3901 User Manual Parameter Description Ethernet Pane The Ethernet pane displays details of the Gb network interface, and allows a static IP address to be defined. IP Address: When Mode is set to Static, set the card’s IP address. Default Gateway: When Mode is set to Static, set the network switch’s IP address.

  • Page 246: Ethernet Arcnet

    MADI Processing SDC Ethernet Arcnet Ethernet Arcnet Not currently used.

  • Page 247: Interop

    UCP-3901 User Manual Interop The Interop page allows certain parameters to be changed in order to improve interoperability with third-party equipment, including disabling extended headers, and setting payload types. Figure 7 - 33: Interop Page Parameter Description RTP Payload Types Payload Selection: Set 1/Set 2: Select the appropriate set of standards to be used.

  • Page 248: Sfp Configuration

    Rear Panel and Connectors on page 32. Figure 7 - 34: SFP Configuration Page The majority of SFPs will operate correctly with UCP-3901 / IQUCP25 cards without any need for adjustment. Some, however, may need to have card parameters set a little differently.

  • Page 249: Getting Started With The Multiviewer

    Destination spigots receive IP streams (IP Rx) and source spigots send IP Streams (IP Tx). The UCP-3901 Card has the following functional inputs and outputs: • 12 × destination spigots for the Multiviewer video IP stream inputs (IP Rx).

  • Page 250: Third Party Devices

    Third-party system using a Grass Valley IQTIC card and the Grass Valley open-API ‘SDC-01’ protocol. Reference Timing The UCP-3901’s rear panel has an analog video reference input labeled REF which can be used to lock the Multiviewer SDC’s display outputs and is used as the reference for the video inputs. See REF –...

  • Page 251: Orbit

    Orbit Introduction The Grass Valley Orbit tool is used to define the appearance of the multiviewer video wall deployed on a Multiviewer SDC with an Orbit multiviewer project. The Orbit tool (with an IP routing license) may also be used to configure the IP input and output spigots of the module in a media network, using an Orbit IP routing project.

  • Page 252: Getting Started Introduction

    This section describes a quick set up procedure to carry out basic setting up of the UCP-3901 and basic exercising of the Multiviewer SDC. The UCP-3901 Card from the factory must be licensed to carry out one of the software- defined core functions it is capable of. A new UCP-3901 Card contains all available software- defined cores, including the Multiviewer SDC, but no licenses are present.

  • Page 253: Default Multiviewer Sdc Video Wall

    This sub-section uses the MANAGEMENT / IQ modular chassis Ethernet interface to access the UCP-3901 Card’s RollCall templates. 1 Open the UCP-3901 templates with RollCall Control Panel on the default port 2050. See Connecting to the Multiviewer SDC with RollCall for UCP-3901...

  • Page 254: Step 1.2: Preliminaries - Multiviewer Sdc Templates

    SFP-1/SFP-2 interfaces. Note: The IP routing multicast IP addresses are not yet set up. This is done later in this procedure, in STEP 2: UCP-3901 Media Interface(s) Setup (Video IP Streams) , on page 255 6 Proceed to STEP 1.2: Preliminaries - Multiviewer SDC...

  • Page 255: Step 2: Ucp-3901 Media Interface(S) Setup (Video Ip Streams)

    UCP-3901 User Manual 1 Open the UCP-3901 templates with RollCall Control Panel on port 2051. See Connecting to the Multiviewer SDC with RollCall for UCP-3901 Card, on page 62. 2 In the System-Setup template, configure settings as shown below. Setting...

  • Page 256: Manual Configuration Of The Media Interfaces

    Source spigot settings are defined on Spigot 1 to Spigot 4. Destination spigot settings are defined on Spigot 5 to Spigot 16. 1 Open the UCP-3901 templates with RollCall Control Panel on the default port 2050. See Connecting to the Multiviewer SDC with RollCall for UCP-3901 Card, on page 62.

  • Page 257: Step 3: Make A Change To The Video Wall

    265. Assumptions This sub-section assumes that: • The UCP-3901 is connected to a media network and receiving/sending video IP streams. • IP addresses of the UCP-3901’s media Ethernet interfaces are known. • Orbit is installed on a client computer connected to the media network. (Note: A Orbit license is not required for basic GV Orbit operation.)
  • Page 258 Getting Started with the Multiviewer Get Orbit Multiviewer Project from the Multiviewer SDC 2 Select Connected Multiviewer Project. 3 Browse to a new, empty folder and click Choose. Fig. 8-5: New Project Dialog - Connected Multiviewer Project 4 Click Next. All accessible multiviewer devices are listed.
  • Page 259 UCP-3901 User Manual 5 Select a device in the list and click OK. If a device is not listed, then: 6 Click Specify Host and enter the device’s RollCall domain number and IP address. 7 Click Refresh. 8 Select the device in the new list and click OK.

  • Page 260: Quick Edit Of Project

    Getting Started with the Multiviewer Quick Edit of Project Fig. 8-9: Project Open in Orbit To save the project on the local computer in the previously-specified folder: 11 Click File > Save Project in the main menu, or click the Save Project icon in the main tool bar. Quick Edit of Project To make a visible change to the project: 1 Click the large Walls icon and select a wall item in the list, for example, ‘Output 1’...
  • Page 261 UCP-3901 User Manual Text Label Tile Fig. 8-11: Wall Editor 2 Double-click on the Text Label Tile. The tile is opened in the Tile Editor. Fig. 8-12: Tile Editor To make a change the tile:...
  • Page 262 Getting Started with the Multiviewer Quick Edit of Project 3 Click on the tile background. 4 In the Properties box, select the ‘Extended Style > Background Color’ property. 5 Click on the ... icon to show the Background Color dialog. See Figure 8-13 on page 262.

  • Page 263: Push A Project From Orbit To A Device

    UCP-3901 User Manual 9 Click on the Save Project icon in the main tool bar to save all changes. Fig. 8-15: Changed Wall 1 Push a Project from Orbit to a Device To push a project from Orbit onto a multiviewer: 1 Open a project in Orbit and click Multiviewer >...
  • Page 264 Getting Started with the Multiviewer Push a Project from Orbit to a Device Pull icon Push icon Fig. 8-16: Pull/Push Icons and Multiviewer > Properties Dialog To push a project from Orbit to the device: 4 Click the Push icon in the main menu. 5 Select the project in the Choose Projects dialog (see Figure 8-17) and click OK.

  • Page 265: Pull A Project Into Orbit From A Device

    UCP-3901 User Manual a) Push Message b) Push OK. Fig. 8-18: Push Messages The project is now running on the target device. The tile background color is changed. Pull a Project into Orbit from a Device This may be useful during ‘getting going’: To pull a project into Orbit from a device: 1 Open a multiviewer project in Orbit and click Multiviewer >...
  • Page 266 Getting Started with the Multiviewer Pull a Project into Orbit from a Device Select the project to pull Fig. 8-19: Choose Projects Dialog 5 When the pull is complete a ‘pulled successfully’ message is shown. See Figure 8-20. Fig. 8-20: Pull Message The Orbit project of the same name in as the one pulled from the device has now been updated.

  • Page 267: Multiviewer Video Wall

    Orbit software and only outline information is given. Basic Video Wall Multiviewer video wall layouts are designed with the Grass Valley Orbit application and are called ‘Orbit projects’ . These multiviewer projects can be pushed to the Multiviewer SDC, to be deployed and the video wall can be viewed on the multiviewer head outputs.

  • Page 268: Tsl Support

    Specify the Multiviewer SDC IP address and network port to receive Tally messages on. • Client Mode - Multiviewer SDC reads Tally messages from a Tally controller. Specify the IP address and network port number of the Tally controller. UCP-3901 Module Listens Multivewer...

  • Page 269: Specifying Index Parameters For Each Umd

    User Manual Specifying Index Parameters for each UMD Use the Grass Valley Orbit application to set the properties of each UMD in a video tile on the video wall layout. The properties differ between TSL Protocol 3.1 and 5.0. The style of the UMD widget can be selected with the Preferences > UMD Style property.

  • Page 270: Umd Properties - Tsl Protocol Version 5.0

    Getting Started with the Multiviewer Specifying Index Parameters for each UMD 1. Select Video Tile and Video Tile Properties are shown. 2. Set Preferences > UMD to ‘True’ and UMD properties are shown. (Expand this property item if required.) 3. Set UMD > UMD Protocol to ‘Version 3.1’ and UMD >...
  • Page 271 UCP-3901 User Manual UMD enabled TSL 5.0 properties Selected Video Tile, Multiviewer Input 3 Fig. 8-23: Orbit - Video Tile - UMD TSL 5.0 Properties...
  • Page 272 Tile Grid for display output Custom Tile Logo image Multiviewer SDC head display output Clock Widget Video Tiles Video Widget Widget Display screen Audio Bars Widget Widget UCP-3901 / IQUCP25 / IQUCP50IQUCP Card with Multiviewer SDC Head display output Fig. 8-24: Monitor Display Screen...

  • Page 273: Terminology

    UCP-3901 User Manual Terminology Multiviewer Terminology The following table lists the multiviewer terminology used when designing multiviewer video walls with the GV Orbit software tool for the Multiviewer SDC. Term Definition Wall, Video Wall One or more monitor display screens configured to form one large screen.

  • Page 274: Ip Routing Terminology

    Getting Started with the Multiviewer IP Routing Terminology Term Definition Video Input One of 12 video inputs to the Multiviewer SDC. Multiviewer Input One of 12 video inputs to the multiviewer block within the Multiviewer SDC. IP Routing Terminology Term Definition Control network Typically an Ethernet network dedicated for device control.
  • Page 275 RollCall+ New extension to Grass Valley RollCall. Uses RollCall+ Domains to separate data flow types. Used in MV-8 series Multiviewers, UCP-3901 and in IP Routing control and configuration. Real-time Transport Protocol. An IP standard which specifies a way to manage the real-time...
  • Page 276 Getting Started with the Multiviewer IP Routing Terminology Term Definition Serial Digital Interface. A method for packing real-time media (uncompressed video, audio and metadata essences) into a digital serial bit stream and sending it over a low-latency, point-to-point electrical link (typically a coaxial cable).

  • Page 277: Multiviewer Sdc

    Multiviewer SDC This section contains information on using an UCP-3901 card running the Multiviewer (MV) SDC, through RollCall. For help with the general use of the RollCall application, open the user manual by clicking button on the main RollCall toolbar.

  • Page 278: Multiviewer Sdc Configuration Interfaces

    Multiviewer SDC Configuration Interfaces Multiviewer SDC Configuration Interfaces The Multiviewer SDC has two separate configuration interfaces. • UCP-3901 Card Configuration. This is configured on IP port 2050. See RollCall Templates - UCP-3901 Card Configuration on IP port 2050, on page 278 •...
  • Page 279 UCP-3901 Multiviewer SDC Chapter User Manual • RollTrack, on page 294 • Loopback Router, on page 294 • Setup, on page 295 • Ethernet Gb, on page 295 • Interop, on page 295 • Interop, on page 295 • Configuration, on page 296 •...

  • Page 280: Ucp-3901 Card Information Display

    Multiviewer SDC UCP-3901 Card Information Display UCP-3901 Card Information Display The Information display pane appears at the top of each page, and shows basic information on the input, standard and status of the card. The information to be displayed is defined on the Video Selection and Information Select panes to the right of the Information display.

  • Page 281: Configuration

    UCP-3901 Multiviewer SDC Chapter User Manual Configuration The Configuration page allows basic card parameters to be set. Fig. 9-2: Configuration page...
  • Page 282 Note: SDC functionality options are also set here. See Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC Application, on page 309 and Installing a License into a UCP-3901 / IQUCP25 / IQUCP50, on page 314 for more information. Parameter Description...
  • Page 283 Each software version contains multiple firmware images. These allow Software Version different spigot input/output and flow standard combinations to be selected. For an Multiviewer SDC, the firmware configures the UCP-3901 Card inputs and outputs. Note: Selecting a firmware version is not normally required for Multiviewer SDC.

  • Page 284: Time Sync Configuration

    Multiviewer SDC Time Sync Configuration Time Sync Configuration The Time Sync Configuration page allows selection of the source signal to be used for synchronizing IP flows through the Multiviewer SDC, and the configuration of any properties associated with the relevant source. To use PTP, first set Genlock to Network. See Configuration, on page 281.

  • Page 285: Multiviewer Configuration

    RollCall for UCP-3901 Card, on page 62. New settings are applied when Restart is clicked. RollCall Logging Enter RollCall domain to use for logging data (by the UCP-3901 Card). Domain Click to save. New settings are applied when Restart is clicked.

  • Page 286: Sender Tpg (Test Pattern Generator)

    Multiviewer SDC Sender TPG (Test Pattern Generator) Sender TPG (Test Pattern Generator) The Sender TPG page allows test patterns to be applied on a spigot-by-spigot basis at source spigots (senders of IP streams). The video test pattern is moving color bars. Note: The test patterns appear at IP outputs only.

  • Page 287: Counters

    UCP-3901 Multiviewer SDC Chapter User Manual Counters The Counters page allows you to clear various global counters on UCP-3901 Card pages. These count various types of error conditions that might occur. Fig. 9-5: Counters page Parameter Description Clear All Sender Counts the number of data packets an IP sender has had to drop.

  • Page 288: Fec

    The configuration of this page is the same as for Essence Processing. See FEC, on page 94. NMOS The NMOS page allows various NMOS parameters to be set, allowing the UCP-3901 to inter- operate with other equipment through an NMOS registry. NMOS must be used with SMPTE ST 2110 stream transport only.

  • Page 289: Ethernet 1 And 2 Rtp Sender

    UCP-3901 Multiviewer SDC Chapter User Manual Ethernet 1 and 2 RTP Sender The RTP Sender page displays the amount of data transmitted, on a spigot-by-spigot basis. Units are megabits per second. The Multiviewer SDC transmits mosaic head display output video IP data packets on spigots 1 to 4 only.

  • Page 290: Link Control

    The Link Control page allows 4K UHD spigots to be aggregated and synchronized by the UCP-3901 Card: input video IP streams (destination spigots, 5 to 16) or Multiviewer SDC multiviewer head display outputs (source spigots 1 to 4). Inputs/outputs can be set to be single or quad-link.

  • Page 291: Destination Timing

    UCP-3901 Multiviewer SDC Chapter User Manual Parameter Description TPG / UHD ST352 Set the ST352 ancillary data type according to how the TPG data is to Insertion be output. • None: For no ancillary data. • 12G Quad Link: For ST425 output over quad links.

  • Page 292: Input Loss Control

    • Spigots 5 to 16 receive up to 12 video IP signals. These are multiviewer video inputs 1 to 12. Note: The pages shown here may differ from those seen on your particular system, depending on the model and configuration of your UCP-3901 card. On the rear panel, see 12G/3G/HD/SD-SDI I/O –...

  • Page 293: Logging - Configuration

    The configuration of this page is the same as for Essence Processing. See Logging - Network, on page 145. Logging - Network 1G (UCP-3901 Only) The Logging Network page shows MANAGEMENT network message types. The configuration of this page is the same as for Essence Processing. See Logging - Network 1G, on page 148.

  • Page 294: Logging - Spigot 1 To 16

    Logging - Card Diagnostics, on page 158. RollTrack The RollTrack page sets up RollTrack settings for the UCP-3901 Card allowing information action events to be triggered by the state of multiviewer head display outputs on spigots 1 to 4. The configuration of this page is the same as for Essence Processing. See RollTrack, on page 160.

  • Page 295: Setup

    Rear Panel and Connectors, on page 32. • The UCP-3901 defaults to use DHCP for the MANAGEMENT Ethernet port address negotiation, but this can be overridden and a static IP address can be specified if required. • The management port handles card configuration and upgrade, as well as NMOS IS-04 and IS-05 communications with the NMOS registry.

  • Page 296: Sfp Configuration

    Multiviewer SDC SFP Configuration SFP Configuration The SFP Configuration page allows various parameters of fitted SFP transceiver module(s) to be adjusted, if required. The majority of SFP transceiver modules will operate correctly with the Multiviewer SDC without any need for adjustment. Some SFP transceiver modules, however, may need to have some SFP parameters adjusted.

  • Page 297: Rollcall Templates - Multiviewer Sdc Configuration On Ip Port 2051

    Card, on page 62). The templates are used to configure and control the Multiviewer SDC. Configuration/control is done using RollCall Control Panel, part of the Grass Valley RollCall Suite. The Multiviewer SDC multiviewer configuration is typically performed once after Multiviewer SDC installation.

  • Page 298: Multiviewer Sdc System Information Display

    Multiviewer SDC Multiviewer SDC System Information Display Multiviewer SDC System Information Display The System box displays the Multiviewer SDC system status at the top of each template page. • OK - the Multiviewer SDC multiviewer is working correctly. • Fail - the Multiviewer SDC multiviewer has a problem. •...

  • Page 299: System - Setup

    UCP-3901 Multiviewer SDC Chapter User Manual System - Setup Note: The Multiviewer SDC multiviewer must be System Reset for any saved setting changes on this template page to take effect. See Carrying Out a System Reset, on page 301. This should only be done during off hours when the system is not in Booting takes about 75 seconds to complete during which use.
  • Page 300 Shows the build number of the currently installed Multiviewer SDC software. System Reset Reboots the UCP-3901 Card. This is used to make any System-Setup template configuration setting changes take effect. Performing a system reset makes the multiviewer use the new settings.

  • Page 301: Carrying Out A System Reset

    UCP-3901 Multiviewer SDC Chapter User Manual Parameter Description Location You can specify the multiviewer’s location details, to make it easier to find where the multiviewer is located in the future. Maximum 64 characters. Click or press return to save the name locally.

  • Page 302: Layout

    Multiviewer SDC Layout Layout The Layout template allows you to select which multiviewer video wall layout to apply to each multiviewer head display output. You can also use a RollCall soft- or hard-panel to remotely control which video wall layout is used. The on-screen transition between two wall layouts is selectable;...
  • Page 303 UCP-3901 Multiviewer SDC Chapter User Manual Table 9-1: Layout and Controls Settings (continued) Setting Description Layout Select the wall layout to use from the drop-down list. Layout Transition: Fade Through Controls the type of on-screen transition seen when changing Black between wall layouts.

  • Page 304: Tsl

    Multiviewer SDC The TSL template allows you to select settings related to Multiviewer SDC support of the TSL protocol. Fig. 9-10: TSL Template TSL protocol is supported in TSL Server Mode or TSL Client Mode, see Support, on page 268. For two types of Ethernet protocols (UDP and TCP), you can separately set up IP address and network port information.
  • Page 305 UCP-3901 Multiviewer SDC Chapter User Manual Table 9-2: TSL Mode Settings (continued) Setting Description 5.0 Port Enter IP port to receive TSL 5.0 messages on. Mode Select “Server”, “Client” or “Disabled”. Enter information as required, then click to save.

  • Page 306: Timer Control

    Multiviewer SDC Timer Control Timer Control The Timer Control template allows you to set up timers on a video wall and then remotely control them with a RollCall soft- or hard-panel. For example, to remotely start and stop the timers. The template is shown in Figure 9-11 and, for each Timer, the settings shown in Table 9-3 are available.

  • Page 307: Timer Request Protocol

    UCP-3901 Multiviewer SDC Chapter User Manual Timer Request Protocol The Timer Request Protocol template allows you to define the IP address of an ‘eTimer’ server device and the IP port number to use. The protocol used is the Plura Timer Request Protocol.
  • Page 308 Multiviewer SDC Timer Request Protocol...

  • Page 309: Maintenance & Troubleshooting

    The UCP-3901 / IQUCP25 / IQUCP50’s configuration can be saved to your local disk, which is useful in the case you need to return to a previous state. Saving an UCP-3901 / IQUCP25 / IQUCP50’s configuration is also used as a preventive measure before a firmware upgrade, so that you can downgrade if necessary and quickly restore the configuration.
  • Page 310 Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC Application A SDC Application upgrade package is supplied by Grass Valley Technical Support and comprises a set of data and installer files. The package is associated with an UCP-3901 / IQUCP25 / IQUCP50 software version number, for example, 14.35.80 To obtain an upgrade software package, contact Grass Valley Technical Support.
  • Page 311 To install the upgrade on the UCP-3901 / IQUCP25 / IQUCP50, on page 311. To install the upgrade on the UCP-3901 / IQUCP25 / IQUCP50 A unit can only be upgraded if an appropriate upgrade package is available. See add/import the upgrade package to RollCall Control Panel, on page 310.
  • Page 312 Maintenance & Troubleshooting Upgrading the UCP-3901 / IQUCP25 / IQUCP50’s SDC Application 2 Click on Unit Upgrade from the unit menu. The Unit Upgrade dialog displays. Fig. 10-6: Unit Upgrade Dialog The following elements and options are available: • Unit - This panel displays the unit address, serial number, and hardware version (if available).
  • Page 313 To delete RollCall’s cache for the UCP-3901 / IQUCP25 / IQUCP50 If the upgrade changes any RollCall menu, then these UCP-3901 / IQUCP25 / IQUCP50 menus in RollCall may be empty or configuration information is missing or incoherent.

  • Page 314: Installing A License Into A Ucp-3901 / Iqucp25 / Iqucp50

    Installing a License into a UCP-3901 / IQUCP25 / IQUCP50 Installing a License into a UCP-3901 / IQUCP25 / IQUCP50 A UCP-3901 / IQUCP25 / IQUCP50 can have additional features that can only be used if they are licensed: • For a UCP-3901 Card, see Available Upgrade Licenses for UCP-3901, on page 21.
  • Page 315 5 The license is imported into RollCall, and the license details are displayed on the License Viewer. 6 Click OK to close the summary. After importing licenses, they can be installed to individual UCP-3901 / IQUCP25 / IQUCP50s using the Unit License option. See To install the License on the UCP-3901 / IQUCP25 / IQUCP50, on page 315.

  • Page 316: Loading (Selecting) Software Version On The Ucp-3901 / Iqucp25 / Iqucp50

    Loading (Selecting) Software Version on the UCP-3901 / IQUCP25 / IQUCP50 The UCP-3901 Card is a generic card and its functionality is set by the licensing that has been enabled on it and by selecting a software version. A UCP-3901 Card may have more than one license and software version (for example, Essence Processing and another application).
  • Page 317 UCP-3901 MV SDC Chapter User Manual 1 Start RollCall, and open the Configuration page. See Configuration, on page 75. Scroll down so that the Card Firmware, Software Version, Installed 25G Licensed Options, Installed 50G Licensed Options and panes can be seen.
  • Page 318 Maintenance & Troubleshooting Loading (Selecting) Software Version on the UCP-3901 / IQUCP25 / IQUCP50 To change the software version being used 1 Select the required SDC from the Software Version > New pane Click Restore to return to the current software version in effect.

  • Page 319: Field Repairs

    SFP cartridge - Supported SFP28 Cartridges for IQUCP25 / IQUCP50, on page 26. There are no user-serviceable parts within these components except for the UCP-3901 Card in which the heatsink cooling fan or the Micro-SD card can be replaced. See Cooling Fan...

  • Page 320: Replacing A Rear Panel

    Schedule these maintenance operations during off hours when the system is not in use. Diagnostics The UCP-3901’s electronic circuitry generates heat that must be shed by forcing air to move across heat-generating components. Reduced air flow or high ambient temperature results in heat build-up within temperature-sensitive components within the UCP-3901. This can...

  • Page 321: Critical Temperature Alarm Corrective Actions

    To confirm that the UCP-3901 has an abnormally-sounding fan, during off hours when the system is not in use, eject the UCP-3901 card from the frame to verify that the distinctive sound stops and take corrective actions (see below).

  • Page 322: Replacing The Ucp-3901'S Fan

    When the UCP-3901’s fan is not rotating fast enough (as detected by a fan alarm), is making abnormal noises, or is not rotating at all, the fan is worn out and it must be replaced with a new one.

  • Page 323: To Remove A Fan

    User Manual To remove a fan 1 During off hours when the system is not in use, eject the UCP-3901 card from the Densité frame. 2 Flip the UCP-3901 card over to the non-fan side on an anti-static bag or anti-static mat so that you can see the rear (solder side) of the card.

  • Page 324: To Install The New Fan

    153 for more information. Replacing the Micro-SD Card When the UCP-3901 does not boot, the Micro-SD card must be replaced. Note that using a blank Micro-SD card will not work. The Micro-SD card must be pre-loaded with firmware and other files.

  • Page 325: Tools Required

    • Scribe or an unfolded paper clip. Replacing the UCP-3901’s Micro-SD Card 1 During off hours when the system is not in use, eject the UCP-3901 card from the Densité frame. 2 Place the UCP-3901 on an anti-static bag or anti-static work surface.
  • Page 326 327. 5 Use another fiber connection. 6 Swap components of the UCP-3901 / IQUCP25 / IQUCP50 with known working components, one component at a time in a systematic fashion to further isolate the issue. For example, swap the SFP transceiver cartridges or use a different port on the network switch.

  • Page 327: Testing If Network Redundancy (Smpte St 2022-7) Is Working

    Replacing the Micro-SD Card, on page 324. When contacting Grass Valley Technical Support, they may ask for product information. This is found in the Setup pane. See Setup, on page 163. Testing if Network Redundancy (SMPTE ST 2022-7) is Working During off hours when the system is not in use, you can verify that network redundancy (SMPTE ST 2022-7) is working.
  • Page 328 For best results, it should be possible for you to perform a visual inspection of the fiber ends to verify cleanliness. Grass Valley strongly urges you to select a cleaning method that meets your needs, and to use it rigorously and consistently.

  • Page 329: Technical Specifications

    HD-SDI to SMPTE292M/274M/296M SD-SDI to SMPTE259M-C Input cable length Belden 4794A @ UHD / 12G - 60m UCP-3901 Belden 1694A @ 2HD / 3G - 120m Belden 1694A @ HD / 1.5G - 165m Belden 1694A @ SD / 270M - 400m...

  • Page 330: Madi Gateway (Md) Inputs/Outputs

    Conforms to AES10-2008 Input cable length Belden 4794A @ UHD / 12G - 60m UCP-3901 Belden 1694A @ 2HD / 3G - 120m Belden 1694A @ HD / 1.5G - 165m Belden 1694A @ SD / 270M - 400m Input cable length Belden 1694A @ 3 Gbit/s - 80m Belden 1694A @ 1.5 Gbit/s - 140m...

  • Page 331: Multiviewer (Mv) Inputs/Outputs, Ucp-3901

    UCP-3901 User Manual Multiviewer (MV) Inputs/Outputs, UCP-3901 Multiviewer SDC IP Video Inputs Video Standards 1080p50/59.94/60 (UHD-1 Quad-link) 1080p50/59.94/60 (3G-A) 1080i50/59.94/60 (SMPTE ST274) 1080p23.98/24/25/29.97/30 720p23.98/24/25/29.97/30/50/59.94/60 (SMPTE ST296) 525i59.94, 625i50 Number of Supported Multiviewer Media Network Input Capacity, on supported streams page 26.

  • Page 332: Essence Processing (Ep) Ethernet Media Ports Sfp1 & Sfp2

    Physical UCP-3901: 4 × SFP28 Ethernet cartridge slots. UCP-3901 25Gb: SFP+ 2 x 25GbE. UCP-3901 50Gb: 2 x 50GbE QSFP, or 1 x QSFP with two lanes of 50GbE. IQUCP25: 2 × SFP+ Ethernet cartridge slots. IQUCP5000: 1 × QSFP+ with lanes 1+2 = Red network and 3+4 = Blue network.

  • Page 333: Madi Gateway (Md) Ethernet Media Ports Sfp1 & Sfp2

    Multiviewer (MV) Ethernet Media Ports SFP1 & SFP2 Physical 4 × SFP28 Ethernet cartridge slots. UCP-3901 25Gb: SFP+ 2 x 25GbE UCP-3901 50Gb: 2 x 50GbE QSFP, or 1 x QSFP with two lanes of 50GbE Addressing DHCP (default) or static...

  • Page 334: Rollcall Features

    Through the gateway or directly through the rear SFP RollTrack controls On/off, Index, Source, Address, Command, Status, Sending Status LEDs Card edge Front Card-edge Interface, on page 27 for more information. indicators Power Consumption Power UCP-3901: 55 Watts Consumption IQUCP25: 31 PR IQUCP50: 45.5 PR...

  • Page 335: Appendix A Installing The Sfp Ethernet Module

    Installing the SFP Ethernet Module Introduction Installing and removing the SFP output interface cartridge requires special care. This annex describes the process. Rear panels incorporate one or two SFP interface(s). The interface consists of two parts: • A socket on the rear panel into which an SFP interface module is plugged •...

  • Page 336: Connecting The Fiber Optic Cables

    Installing the SFP Ethernet Module Connecting the fiber optic cables 3 Slide the module straight into the socket, and push gently until it clicks into position. Connecting the fiber optic cables 1 Remove the dust plug from the SFP module if present 2 Verify that the exposed end of the optical fiber in the LC connector is clean •...
  • Page 337 UCP-3901 Installation & Service Manual Bale Clasp 2 Grasp the SFP module between your thumb and forefinger, and pull it straight out of the slot. • Do NOT pull on the bale clasp lever to remove the module, as it is easily damaged.

  • Page 338: Contact Us

    Contact Us Grass Valley Technical Support For details of our Regional Customer Support Offices, please visit the Grass Valley website and navigate to Support. www.grassvalley.com/support/ Customers with a support contract should call their personalized number, which can be found in their contract, and be ready to provide their contract number and details.

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