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Imagine communications Platinum PM-FR-5 Installation And Operation Manual

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Table of Contents

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Installation and Operation Manual
Platinum™
Frame and Modules
March 2015
Edition AC

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Summary of Contents for Imagine communications Platinum PM-FR-5

  • Page 1 Installation and Operation Manual Platinum™ Frame and Modules March 2015 Edition AC...

  • Page 2: Publication Information

    Imagine Communications reserves the right, without notice to make such changes in equipment, design, specifications, components, or documentation as progress may warrant to improve the performance of the product.

  • Page 3: Table Of Contents

    Contents Publication Information ....................ii About This Manual ....................xvii Audience ......................... xvii Revision History ....................... xvii Writing Conventions ....................xx Obtaining Documents ....................xx Applications ......................... xxi Unpacking/Shipping Information ................xxii Unpacking a Platinum Product ................xxii Returning a Platinum Product .................. xxii Standards ........................
  • Page 4 Contents CCS Control System Integration Requirements ............18 Real-time Requirements ................... 18 Applications Integration ................... 18 Frame Specifications..................... 21 Chapter 2 Frame Modules ....................... 23 PM-MI-5/PM-MI-9/PT-MI-15/PT-MI-28 Module Interconnect ........23 Operation ........................ 23 Installation ....................... 24 Configuration ......................24 PM5-CBP/PT-CBP: Communications Back Panel Module ........... 24 Operation ........................
  • Page 5 Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration ......................45 Connecting External Power Supplies ................ 45 PM-FAN-5: 5RU Frame Fan Modules ................47 Operation ........................ 47 Installation ....................... 48 Configuration ......................48 PM-FAN-8/PT-FAN-14/PT-FAN-16: 9RU, 15RU, and 28RU Frame Fan Modules ..49 Operation ........................
  • Page 6 Contents Controllable Parameters ................... 72 Functional Block Diagram ..................73 Specifications ......................73 PM-S-IB+/PT-S-IB+: Digital Multirate Input Modules ..........74 Operation ........................ 74 Installation ....................... 75 Configuration ......................75 Controllable Parameters ................... 75 Functional Block Diagram ..................77 Specifications ......................78 PM-S-IB/PT-S-IB: Digital Multirate Input Modules ............. 78 Operation ........................
  • Page 7 Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters ..................106 Functional Block Diagram ..................109 Pinout Diagram ......................110 Specifications ......................110 PM-ADCT-IB/PT-ADCT-IB: Audio A/D Input Modules with TDM Capability ..113 Operation ......................113 Installation ......................116 Configuration ......................116 Controllable Parameters ..................116 Functional Block Diagram ..................120 Pinout Diagram ......................121 Specifications ......................121 PT-HS1310S-IB: Fiber Optical HD/SD Serial Video Receiver Modules ....123...
  • Page 8 viii Contents Functional Block Diagram ..................148 Specifications ......................149 LED Indicators ......................149 Platinum Multichannel Audio Digital Interface (MADI) Input Module ....150 PT-MADI4X-IBG MADI Input Module ..............151 Controlling the MADI Input Module through Navigator ..........153 TDM Mapping .......................155 Sample MADI to TDM Mapping Scenarios ..............156 PT-MADI4C-IBG Specifications ................160 PT-MADI4O-IBG Specifications ................160 PT-MADI4X-IBG Parameters ...................160...
  • Page 9 Platinum Frames and Modules Installation, Configuration, and Operation Manual Chapter 4 Output Modules ....................201 Output Module General Description ................203 Controllable Parameters Lists .................204 Submodules......................205 Signal Flow Diagram ....................206 PM-HSR-OBG+/PT-HSR-OBG+: HD-SDI/SD-SDI with Reclocking Output Modules 207 Operation ......................207 Installation ......................209 Configuration ......................209 Controllable Parameters ..................209 Functional Block Diagram ..................211 Specifications ......................211...
  • Page 10 Contents PM-SR-OB+/PT-SR-OB+: SD-SDI with Reclocking Output Modules ......236 Operation ......................236 Installation ......................237 Configuration ......................237 Controllable Parameters ..................238 Functional Block Diagram ..................239 Specifications ......................239 PM-SR-OB/PT-SR-OB: SD-SDI with Reclocking Output Modules PM-SR-DOB/PT-SR-DOB: SD-SDI with Reclocking and Dual Output Modules ..241 Operation ......................241 Installation ......................242 Configuration ......................242 Controllable Parameters ..................243...
  • Page 11 Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram ..................268 Pinout Diagram ......................269 Specifications ......................270 PM-DACT-OB/PT-DACT-OB: AES to Analog Audio Converter Output Modules with TDM Capability ..............272 Operation ......................272 Installation ......................273 Configuration ......................273 Controllable Parameters ..................273 Functional Block Diagram ..................276 Pinout Diagram ......................277 Specifications ......................278 PT-HSR1310S-OB: Fiber Optical HD/SD Serial Video Transmitter Module ....280...
  • Page 12 Contents Features .........................309 Features based on Licensing ...................309 Audio Processing ....................310 Video Processing ....................311 Support for Quiet Audio Switching ................312 LED Indicators ......................312 Jumpers and DIP Switches ..................313 Failsafe Module Upgrade ..................313 Controllable Parameters ..................313 Block Diagram .......................329 Specifications ......................330 Power Consumption ....................330 Chapter 5 Crosspoint Modules...
  • Page 13 Platinum Frames and Modules xiii Installation, Configuration, and Operation Manual Specifications......................343 PT-128x256-X15/PT-128×256-3G15/PT-128x256-X28/PT-128×256-3G28: 128x256 Crosspoint Module ....................344 Operation .......................344 Installation ......................345 Configuration ......................345 Controllable Parameters ..................345 Functional Block Diagram ..................345 Specifications......................345 PM-ATDM9-X5/PM-ATDM16-X9/PT-ATDM16-X15/PT-ATDM32-X15/ PT-ATDM32-X28/PT-ATDM64-X28: Advanced TDM Crosspoint Modules ....346 Operation .......................346 Installation ......................349 Configuration ......................349 Controllable Parameters ..................349 Functional Block Diagram ..................350...
  • Page 14 Contents Replacing Resource Module Firmware..............373 Use Cases .......................373 Installing Power Supplies ..................377 Replacing Fans ......................379 Configuration ......................382 Installing a Platinum Frame ..................382 Common Issues and Things to Check ..............382 Commonly Performed Procedures ................383 Field Upgrading and/or Replacing Platinum Components ........384 Chapter 8 Configuration ......................385...
  • Page 15 Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram ..................433 Specifications......................433 PT-HSRAEC-OM: 3G-SDI/HD-SDI/SD-SDI Serial Video Output Monitoring Module ..................435 Operation .......................435 Monitoring ......................436 Installation ......................437 Configuration ......................437 Controllable Parameters ..................439 Functional Block Diagram ..................441 Specifications......................442 Chapter 10 Terminal Operation ....................443 Establishing Terminal Operations Session..............443...
  • Page 16 Contents...

  • Page 17: About This Manual

    xvii About This Manual This manual provides information on the features and applications for the Platinum wideband digital multirate routing switcher. Audience This manual is written for engineers, technicians, and operators responsible for installation, setup, maintenance, and/or operation of the product, and is useful to operations personnel for purposes of daily operation and reference.
  • Page 18 xviii About This Manual Table P-1 Revision History of Manual (Continued) Edition Date Comments Updated PM-ADCT-IB and PT-ADCT-IB linearity  March 2008 deviation Updated crosspoint installation procedures  Added 5RU support  June 2008 Added DC power supply information  Updated fiber optical modules information ...
  • Page 19 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table P-1 Revision History of Manual (Continued) Edition Date Comments Added information on SFPs for PT-HSO-IB+ and  November 2011 PT-HSRO-OBG+ - Fiber Optical Serial Video Receiver and Transmitter Modules (3G HD-SDI/ 1.5G HD-SDI/SD-SDI).

  • Page 20: Writing Conventions

    Obtaining Documents The installation and operation manuals for most Imagine Communications products are included on your Documentation and Product Resources DVD as individual Adobe Acrobat PDF files. Most of the software applications contained on the DVD include Online Help (electronic documents integrated into their respective software applications).

  • Page 21: Applications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Applications SDTV/HDTV/AES core routing: The Platinum wideband digital multirate routing  switcher can be used as an on-air router for up to 512x512 applications; for example, core facility routing, master control distribution, transmission solutions, etc. SD to HD migration: The Platinum wideband digital multirate routing switcher will ...

  • Page 22: Unpacking/Shipping Information

    xxii About This Manual Unpacking/Shipping Information Unpacking a Platinum Product All products have been carefully inspected, tested, and calibrated before shipment to ensure years of stable and trouble-free service. Check the equipment for any visible damage that may have occurred during transit. Confirm that you have received all items listed on the packing list.

  • Page 23: Standards

    Platinum Frames and Modules xxiii Installation, Configuration, and Operation Manual Standards There are three sets of standards used in the development of the Platinum product line: product standards, compliance standards, and safety standards. Platinum Product Standards The following product standards apply to the Platinum router. Please reference the pertinent standard for more information.

  • Page 24: Emc Compliance Standards

    xxiv About This Manual SMPTE 276M-1995 SMPTE Standard for Television - Transmission of AES-EBU Digital Audio Signals Over Coaxial Cable PT-PS Power Supply Safety TUV approved to latest revision of UL 60950-1 and CSA 22.2 complete with CB Report with all country deviations CE Mark EMC Compliance tested under EN 55103-1, 2 as a Class A Device in an E4 environment...

  • Page 25: Waste From Electrical And Electronic Equipment (Weee) Compliance

    Platinum Frames and Modules Installation, Configuration, and Operation Manual In accordance with this EU Directive, all products sold in the European Union will be fully RoHS-compliant and “lead-free.” Spare parts supplied for the repair and upgrade of equipment sold before July 1, 2006 are exempt from the legislation. Equipment that complies with the EU directive will be marked with a RoHS-compliant emblem, as shown in Figure P-1.

  • Page 26: Safety Standards

    xxvi About This Manual Figure P-2 WEEE Compliance Emblem Safety Standards The following safety standards apply (full descriptions of these standards can be found in Appendix Safety Precautions, Certifications, Compliances on page 447): IEC-950  UL 60950-1  EN60950: 1992 + A1: 1993 + A2: 1993 +A3: 1995 A4: 1997 +A11: 1997 EMKO-TSE ...

  • Page 27: Safety Terms And Symbols In This Manual

    Platinum Frames and Modules xxvii Installation, Configuration, and Operation Manual Safety Terms and Symbols in this Manual WARNING: Statements identifying conditions or practices that may result in personal injury or loss of life. High voltage is present. CAUTION: Statements identifying conditions or practices that can result in damage to the equipment or other property.
  • Page 28 xxviii About This Manual...

  • Page 29: Introduction

    Introduction The Platinum routing switcher system extends both the matrix size and functionality of our routing switcher product line. Its flexible modular architecture accommodates both standard definition and high definition digital video signals while keeping a versatile frame and control system. This combination allows high performance, multi-format video routing within a single, flexible frame.

  • Page 30: Main Features

    The frames are designed to be compliant with NEBS certification requirements (for example, non-removable door option, locking power supplies, etc.). Platinum frames are compatible with all of Imagine Communications’ router control software products, such as CCS Navigator™ and RouterMapper™. A key advantage of the Platinum router is that it provides redundant crosspoint paths in the 5RU, 9RU, and 15RU frames.

  • Page 31: Frame Architecture

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Frame Architecture Platinum routing switchers are available in 5RU, 9RU, 15RU, and 28RU frame sizes. Each size can accommodate any signal format or combination of signal formats, and has different options available for customizing. (Some aspects of frame customization and matrix size specifics will be discussed in detail in each signal format’s individual section).
  • Page 32 Chapter 1 Introduction Figure 1-1 72×64 Physical Architecture (Front View) Power supplies Crosspoint module MI module (128×128) Outputs 1-128 Inputs 1-128 Output modules Input modules Reclocker Driver Resource (2), TDM XPT (2), Sync (2), OM (4) Figure 1-2 128×128 Physical Architecture (Front View)
  • Page 33 Platinum Frames and Modules Installation, Configuration, and Operation Manual Power supplies Crosspoint module MI module (128×256) Outputs 1-128 Inputs 1-128 Outputs 129-256 Inputs 129-256 Output modules Input modules Reclocker Driver Resource (2), TDM XPT (2), Sync (2), OM (4) Figure 1-3 256×256 Physical Architecture (Front View)
  • Page 34 Chapter 1 Introduction Power supplies Crosspoint module (128×256) Outputs 1-128 Inputs 1-128 MI module Outputs 129-256 Inputs 129-256 Resource (2), TDM XPT (2), Sync (2), OM (4) Outputs 257-384 Inputs 257-384 Output modules Input modules Reclocker Driver Outputs 385-512 Inputs 385-512 Power supplies Figure 1-4 512×512 Physical Architecture (Front View)
  • Page 35 Platinum Frames and Modules Installation, Configuration, and Operation Manual The Platinum router's modular architecture consists of separate input and output modules, each of which contains eight inputs or outputs; and crosspoint matrixes (redundant crosspoint paths can be configured for robust operation). Depending on the configuration, one or more modules may be present in the frame for various optional functions.
  • Page 36 Chapter 1 Introduction Figure 1-5 Platinum 5RU Frame Modular Components Figure 1-6 Platinum Frame Modular Components (15RU Shown) Power supply modules are located at the bottom of the frame in 5RU frames, at the top  of the frame in 9RU and 15RU frames, and at the top and the bottom of the frame in 28RU frames.
  • Page 37 Platinum Frames and Modules Installation, Configuration, and Operation Manual Back panel I/O modules mount to the rear of the frame (behind the input and output  modules) and provide input and output connections for the system. (See Figure 1-7.) The same BNC back panel I/O module is used for the inputs as well as the outputs. Fans are located on the rear of the frame and are individually removable in case of a ...

  • Page 38: Frame Matrix Functional Arrangement

    Chapter 1 Introduction Frame Matrix Functional Arrangement Frame-Specific Components Table 1-2 Platinum Frame-Specific Modules Part Number Description PM-ALARM-5 Alarm module for 5RU frames; monitors power supplies and fans; provides both LEDs and relay alarm contacts for both and allows custom alarm configurations based on parameters within a Platinum frame (for example, signal presence, etc.) (see page 30 for more information) PT-ALARM...

  • Page 39: Module-Specific Components

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Module-Specific Components Input modules, output modules, and crosspoint modules are available in PM and PT series. PM-series modules operate in 5RU and 9RU frames only. PT-series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Input Modules Note: See Special Pre-Installation Information for Upgrading 3 Gb Input, Output,...
  • Page 40 Chapter 1 Introduction Table 1-3 Input Modules (Continued) Part Number Description PM-S-IB Digital multi-rate version designed to support any digital signal PT-S-IB between 3 Mb/s and 540 Mb/s (see page 78) PM-S-IB+ Digital multi-rate version designed to support any digital signal PT-S-IB+ between 3 Mb/s and 540 Mb/s (see page 74) PT-MADI4C-IBG...
  • Page 41 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 1-4 Output Modules (Continued) Part Number Description PM-HSR-OB+ Wideband, digital multi-rate version designed to support bilevel PT-HSR-OB+ digital signals between 3 Mb/s and 2.97 Gb/s with reclocking for 270 Mb/s, 1.5 Gb/s, and 3 Gb/s data rates (see page 186) PM-HSR-OBG+ Wideband, digital multi-rate version designed to support bilevel PT-HSR-OBG+...
  • Page 42 Chapter 1 Introduction Table 1-5 Crosspoint Modules(Continued) Part Number Description PM-128×128-3G9 3 Gb HD-SDI 128×128 crosspoint module for 9RU frames (see page 340 for more information) PT-128×256-X15 128×256 crosspoint module for 15RU and 28RU frames (see PT-128x256-XPT page 344 for more information) PT-128×256-3G15 3 Gb HD-SDI 128×256 crosspoint module for 15RU and 28RU PT-128×256-3G28...

  • Page 43: Front Panel Led Indicators

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 1-7 Back Panel Modules (Continued) Part Number Description PT-AEB-OBP AES balanced output back module (see page 219 for corresponding output module) PT-AEC-BOC Coaxial AES break-out cable for use with PM-AEC-IBP, PM-AEC-OBP, PT-AEC-IBP, and PT-AEC-OBP back modules (see page 83, page 90, and page 219 for more information) PT-AEC-IBP...
  • Page 44 Chapter 1 Introduction These front panel LED indicators reflect the status of subsystems inside the frame. The indicators for each power supply provide information on each voltage rail and the power supply’s fan. The indicators from each resource module provide status information of the frame’s resource module.

  • Page 45: Control Features

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Control Features Your Platinum router makes use of the most innovative control systems available on the market today. The operating system used for the Platinum router is a real-time embedded operating system that uses an interrupt-driven and priority-based task scheduling algorithm to control the operations of the router.

  • Page 46: Ccs Control System Integration Requirements

    The CCS control system supports the Platinum router via the new Navigator architecture with the Router module installed, and is available for control and monitoring from any Imagine Communications-or SNMP-supported control application. And with RouterMapper, the frame supports upload/download of configurations and macro/salvo commands.
  • Page 47 (to the product) networks responsible for their communications. Control Panels You can control the Platinum routing system with the Imagine Communications standard line of control panels via X-Y over serial, coax, or Ethernet. You can find control panel operating information in the following manuals: NUCLEUS network control panel –...
  • Page 48 Imagine Communications website. Operating Modes Imagine Communications also offers a wide variety of programmable control panels that can be used to control your Platinum router. The Programmable Panel Series uses Navigator and/or RouterMapper to program a panel for customization. Visit the Imagine Communications website, see your dealer, or contact us for more information on the Programmable Panel Series of control panels.

  • Page 49: Frame Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Frame Specifications The specifications in this section are for the Platinum frame and system-wide components. Specifications for individual modules are listed with their detailed descriptions. Specifications and designs are subject to change without notice. Table 1-8 Power Supply Specifications Item Specification...
  • Page 50 Chapter 1 Introduction...

  • Page 51: Frame Modules

    Frame Modules This chapter contains detailed descriptions of the frame-specific modules available for the Platinum router. Each module is described in terms of its individual operation, controllable parameters (if applicable), installation, configuration, functional block diagram (if applicable), and specifications (if applicable). This chapter covers the following topics: PM-ALARM-5: Alarm Module for 5RU Frames on page 30...

  • Page 52: Installation

    Chapter 2 Frame Modules Installation The module interconnect is installed at our manufacturing facility. This module is not user-replaceable. If you need to upgrade or replace this module, please contact our Customer Service Department. Configuration This module requires no specialized configuration procedures. PM5-CBP/PT-CBP: Communications Back Panel Module Operation Figure 2-1 PM5-CBP/PT-CBP Communications Back Panel...
  • Page 53 Platinum Frames and Modules Installation, Configuration, and Operation Manual X-Y Ports Each PM5-CBP/PT-CBP module includes two isolated coaxial X-Y ports with auto-switchover functionality in redundant X-Y operation. (When used with a safe hub in a star configuration, the frame automatically switches over to the second X-Y port when failure is detected on the first;...
  • Page 54 Chapter 2 Frame Modules Table 2-1 RS-232 Signal Format Pin Assignments (Continued) Function Clear to Send (RTS)** Frame Ground * Pins 4 and 6 connected internally. ** Pins 7 and 8 connected internally Table 2-2 RS-422 Signal Format Pin Assignments Connection to Signal Description...

  • Page 55: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Alarm Port An alarm relay port on the PM5-CBP/PT-CBP supports normally open and normally closed operation for frame alarms (for module failure, fan failure, or power supply failure). In addition to these standard ports, an additional “ready line” port is available to synchronize operations in a multi-frame system where other synchronization support is unavailable (for example, NTP).

  • Page 56: Installation

    Chapter 2 Frame Modules The PT-RES module also provides the sync processing necessary to determine the switch timing for the frame. This includes the standard sync separators for AES, PAL, NTSC, or Tri-Level HD reference inputs, along with support for Network Time Protocol (NTP), if an NTP server is available in the system.

  • Page 57: Using Px-Res In A Platinum Frame

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Using PX-RES in a Platinum Frame When a Platinum PX-RES module is installed in a Platinum frame, it becomes part of the Platinum IP3 Control System where the web-based IP3 Controller GUI is used for configuration, control, and monitoring of the entire system.

  • Page 58: Pm-Alarm-5: Alarm Module For 5Ru Frames

    Chapter 2 Frame Modules (PX) Frame Modules (PT) Frame Modules PX-576x1024-3G PM-64x64-3G9 PX-ALARM-ATDM PM-128x128-3G9 PX-ALARM-DATA PT-128x256-3G15 PX-ATDM64-X28 PT-ALARM PX-FRONT-FAN PM-ATDM16-X9 PX-HSRAEC-OM PT-ATDM16-X15 PX-RES PT-HSRAEC-OM PT-SYNC Multiviewer Modules PX-SXP-16x3 PX-SXP-32x6 PX-SXP-64x6 PX-SXP-16x3-O PX-SXP-32x6-O PX-SXP-64x6-O PX-SXP-16x3-OD PX-SXP-32x6-OD PX-SXP-64x6-OD Note: If you’re looking for a module that’s not listed in this table, it’s likely not supported if PX-RES is used in a Platinum frame.
  • Page 59 Platinum Frames and Modules Installation, Configuration, and Operation Manual The alarm module for 5RU frames (PM-ALARM-5) monitors the core operating components of the Platinum system, and reports critical component failures via an external interface, so that you can take any actions necessary to maintain system integrity. PM-ALARM-5 modules can control PM-FAN-5 fan speed and report fan failures.
  • Page 60 Chapter 2 Frame Modules Four user-definable internal alarms  On user-defined outputs 1 through 4, the alarm module communicates directly to the resource module via the PRTI interface. This communication provides you with access to any status signal reported within the entire Platinum system. Two user-definable remote input failure alarms ...

  • Page 61: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Alarm port NC = Normally closed; contact shorted with common when alarm condition exists or frame not powered Common NO = Normally open; contact shorted with common when alarm does not exist Alarm and frame is powered condition...

  • Page 62: Controllable Parameters

    Chapter 2 Frame Modules Controllable Parameters The PM-ALARM-5 Parameters List includes all of the available parameters that are enabled and/or changed via RouterMapper’s Configure Module Parameters and/or Module Parameters list box , or through CCS Navigator. Follow the appropriate steps, as described in the applicable reference manual, to change the parameter instance to the desired setting.

  • Page 63: Pt-Alarm: Alarm Module For 9Ru, 15Ru, And 28Ru Frames

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 2-5 PM-ALARM-5 Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options  External Alarm Trigger Valve (1-2) Determines value on GPI input that will trigger alarm High   External Alarm Alarm reporting based on GPI input ...
  • Page 64 Chapter 2 Frame Modules On user-defined outputs 1 through 4, the alarm module communicates directly to the  resource module via the PIPE interface. This communication provides you with access to any status signal reported within the entire Platinum system. The PT-ALARM module is accessible from the rear of the frame, located mid-frame between the 2 fan modules in a 28RU system, and at the bottom for 9RU and 15RU systems.

  • Page 65: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Alarm port NC = Normally closed; contact shorted with common when alarm condition exists or frame not powered Common NO = Normally open; contact shorted with common when alarm does not exist Alarm and frame is powered condition...

  • Page 66: Controllable Parameters

    Chapter 2 Frame Modules Controllable Parameters The PT-ALARM Parameters List includes all of the available parameters that are enabled and/ or changed via RouterMapper’s Configure Module Parameters and/or Module Parameters list box , or through CCS Navigator. Follow the appropriate steps, as described in the applicable reference manual, to change the parameter instance to the desired setting.

  • Page 67: Pt-Ps: Ac Power Supply Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-PS: AC Power Supply Module PT-PS-DC: DC Power Supply Module Operation Table 2-1. PT-PS AC Power Supply Module PT-PS-DC DC Power Supply Module Figure 2-8 PT-PS Power Supply Modules Each Platinum 5RU and 9RU frame comes with one power supply module as a standard feature.

  • Page 68: Installation

    Chapter 2 Frame Modules Note: The Platinum frame is configured at the factory to operate either from an AC input voltage or a DC input voltage, but not both. This configuration is based on a customer’s order and cannot be changed once the frame leaves the factory. The AC and DC power supply modules are mechanically compatible with all Platinum frames and are similar in appearance, so you can easily install the wrong power supply module into a Platinum frame.
  • Page 69 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 2-2 PT-PS/PT-PS-DC Electrical Specifications (Continued) Specification Item PT-PS PT-PS-DC Load regulation ± 2.0% ± 2.0% for both 24 VDC outputs +6.0/-2.0% for 5 VDC output Output noise 100 mV P-P (20 Mhz bandwidth, 100 mV P-P (20 Mhz bandwidth, measured across 0.1 uF and 10 uF measured across 0.1 uF and 10 uF...

  • Page 70: Pm5-Pd/Pt-Pd: Power Distribution Module

    Chapter 2 Frame Modules PM5-PD/PT-PD: Power Distribution Module Operation Figure 2-9 PM5-PD/PT-PD Module The PM5-PD (for 5RU frames) and PT-PD (for 9RU, 15RU, and 28RU frames) power distribution module is the interface between the power supplies and the Platinum system. The PM5-PD/PT-PD module facilitates 2N power redundancy through a configuration of internal and/or external power supplies.

  • Page 71: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Power Redundancy Power redundancy has been designed to meet a 2N criterion; that is, the PM5-PD/PT-PD provides 2N redundancy as an option to the user. This redundancy allows you to back up the router based on a fully independent AC line.

  • Page 72: Pt-Exps: External Power Supply Frame

    Chapter 2 Frame Modules PT-EXPS: External Power Supply Frame Operation Note: External redundancy is not needed on 5RU or 9RU frames. These frame sizes already support the necessary number of redundant power supplies. Figure 2-10 PT-EXPS External Power Supply Frame The optional external power supply frame (PT-EXPS) provides 2N power redundancy for expansion in high power applications.

  • Page 73: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration The Platinum frame must be configured to interface with the PT-EXPS unit. All new Platinum orders that include a PT-EXPS unit will be configured at the manufacturing facility. For existing in-field Platinum units, please consult your Customer Service representative to arrange proper frame configuration.
  • Page 74 Chapter 2 Frame Modules Figure 2-12 28 RU/15 RU rear-top view Bottom Power Supplies Connections Connect cables as shown for the bottom power supplies. Figure 2-13 28RU bottom rear view...

  • Page 75: Pm-Fan-5: 5Ru Frame Fan Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 2-14 PT-FR-EXPS rear view Connecting the D-SUB connectors Connect the D-SUB connectors according to their respective labels. i.e. Label # 1 male connector to # 1 female connector, # 2 male connector to # 2 female connector etc.

  • Page 76: Installation

    Chapter 2 Frame Modules Figure 2-15 PM-FAN-5 Module The fan module for 5RU frames (PM-FAN-5) contains 6 fans per module. A 5RU frame requires one PM-FAN-5 module. These fans are responsible for cooling all installed modules. The fans draw air from the front of the frame and exhaust the air to the rear. Each fan is monitored by the PM-ALARM-5 for rotor movement, which signals an alarm if a rotor stalls.

  • Page 77: Pm-Fan-8/Pt-Fan-14/Pt-Fan-16: 9Ru, 15Ru, And 28Ru Frame Fan Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-FAN-8/PT-FAN-14/PT-FAN-16: 9RU, 15RU, and 28RU Frame Fan Modules Operation Note: In case of a fan failure, only individual fans need replacement; the entire fan module does not need to be replaced. Figure 2-16 Platinum Fan Module (PT-FAN-16 Shown) The Platinum fan module contains 8, 14 or 16 fans per module.

  • Page 78: Pt-Sync: Sync Module

    Chapter 2 Frame Modules PT-SYNC: Sync Module Operation Note: In 5RU Platinum frames with TDM, the sync capability is built into the crosspoint module. A separate sync module is not required. Figure 2-17 PT-SYNC Module As part of the Platinum routing system, the PT-SYNC module allows for the distribution of up to four independent channels of sync signals to the various input and output modules placed within the Platinum frame.
  • Page 79 Platinum Frames and Modules Installation, Configuration, and Operation Manual Along with these LEDs, there are power and ground test points accessible on the front portion of the board for troubleshooting and verification. All Platinum frames support redundant sync distribution modules. Since the PT-SYNC can operate in a redundant configuration, it has the capability of “tristating”...

  • Page 80: Installation

    Chapter 2 Frame Modules Installation All sync modules are installed at the manufacturing facility. See Installing Sync Modules on page 370 for the procedure for field expansion of sync modules. If you need to order additional components, please contact your dealer or the Sales Department. Configuration This module requires no specialized configuration procedures.

  • Page 81: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 2-18 PT-SYNC Module Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 2-5 PT-SYNC Coaxial Inputs Item Specification Number of inputs Output type Unbalanced Band width Up to 50 MHz...

  • Page 82: Pt-Sync-Mi: Sync Module Interconnect Module

    Chapter 2 Frame Modules Table 2-5 PT-SYNC Coaxial Inputs (Continued) Item Specification Impedance Hi-Z, looping Signal type AES (DARS), analog black/burst, HD tri-level sync Input amplitude 1.0 to 4.0Vp-p ± 10% into 75 load PT-SYNC-MI: Sync Module Interconnect Module Operation Figure 2-19 PT-SYNC-MI Module Interconnect The PT-SYNC-MI module interconnect provides the interface between the PT-SYNC modules and the central signal distribution module for the Platinum frame (PM-MI-9/PT-MI-15/...

  • Page 83: Input Modules

    Input Modules This chapter contains both a general description and additional detailed descriptions of the input modules available for the Platinum router. A General Description section provides a generic view of how a Platinum input module operates. Each input module is further described in terms of its individual operation, controllable parameters, installation, configuration, functional block diagram, and specifications.
  • Page 84 Chapter 3 Input Modules PT-HSO-IB+: Fiber Optical 3G HD-SDI, 1.5G HD-SDI, and SD-SDI Serial Video  Receiver Modules on page 127 PM-S-IB/PT-S-IB: Digital Multirate Input Modules on page 78  PM-S-IB+/PT-S-IB+: Digital Multirate Input Modules on page 74  PT-HSR8C1D-IBG and PT-HSR1D-IBG Digital Multirate Matrix Expansion Input ...

  • Page 85: Input Module General Description

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Input Module General Description Signal Input Connectors Card-edge connector Power Control Power Test points System Signal Presence Handle cutout System Signal LEDs Presence LEDs Figure 3-1 Typical Platinum Input Module The hot-swappable Platinum input module contains 8 video input or 16 audio input channels, each of which are recovered and distributed to the crosspoint matrix module or audio TDM module.

  • Page 86: Control Requirements

    Chapter 3 Input Modules The LED labeled “ACTCTRL” is the control system acknowledgment. The LED shows a  steady red when the module is being initialized, and then turns green when the FPGA has configured and the control system is communicating with the module. It flashes green if there is an alarm condition on this module.

  • Page 87: Controllable Parameters List

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters List The Controllable Parameters List is a multilevel structure that includes all of the available parameters, arranged into groupings. These parameters are enabled and/or changed via RouterMapper’s Configure Module Parameters and/or Module Parameters list box , or through CCS Navigator.

  • Page 88: Px-Hsr8C-Ibg Digital Multirate Input Module

    Chapter 3 Input Modules PX-HSR8C-IBG Digital Multirate Input Module Figure 3-2 PX-HSR8C-IBG Front Module IN 2 IN 3 IN 4 IN 7 IN 8 IN 1 IN 5 IN 6 Figure 3-3 PX-HSR8C-IBG Back Module Operation The PX-HSR8C-IBG is an 8 channel SD/HD/3G Digital Video Input Module with 8 BNC connectors.

  • Page 89: Leds

    Platinum Frames and Modules Installation, Configuration, and Operation Manual LEDs There are 8 input LEDs on the PX-HSR8C-IBG module. Under normal working conditions, all the LEDs are used to indicate signal presence status. See Signal Presence. Under certain abnormal conditions, for instance if a module is improperly installed or not recognized by the system, card edge LEDs are used to show diagnostic information.
  • Page 90 Chapter 3 Input Modules Input 1 and Input 2 Table 3-3 LED Inputs 1 and 2 INPUT 1 INPUT 2 Description Abnormal hardware status in the slot  Flashing Flashing Note that they are NOT turning on/off at the same time ...

  • Page 91: Technical Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Note: The Input Module can lock to 270Mbps, 1.5Gbps and 3Gbps video SDI signals. Technical Specifications Specifications and designs are subject to change without notice. Table 3-7 PX-HSR8C-IBG Input Module - Technical Specifications Item Description 75 Ohm BNC per IEC 169-8...
  • Page 92 Chapter 3 Input Modules Table 3-8 PT-HSR8C-IBG User-Controllable Parameter List (Continued) Name Description Type Options Inputs Signal Presence Reports presence or absence of valid signal Video Standard Detects video standard Unknown 525i 59.94 625i 50 1035i 60 1035i 59.94 1080i 60 1080i 59.94 1080i 50 1080psf 24...
  • Page 93 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-8 PT-HSR8C-IBG User-Controllable Parameter List (Continued) Name Description Type Options Input EDH Error EDH error present in input SD signal CRC/EDH Error Fields Shows CRC/EDH errors 0 ~ 65535 CRC Counter Control Sets CRC detection mode Enable (Default) for HD signal...

  • Page 94: Pm-Hs-Ib+/Pt-Hs-Ib+: Digital Multirate Input Modules

    Chapter 3 Input Modules PM-HS-IB+/PT-HS-IB+: Digital Multirate Input Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-5 PM-HS-IB+/PT-HS-IB+ Module The PM-HS-IB+/PT-HS-IB+ digital multirate input module receives any AC-coupled digital signal with amplitude not exceeding 880 mV from 3 Mb/s to 2.97 Gb/s terminated with 75.

  • Page 95: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installation Input Module Installation All input modules are installed at our manufacturing facility. See Special Pre-Installation Information for Upgrading 3 Gb Input, Output, and Crosspoint Module Firmware on page 373 and Installing Input and Output Modules on page 377 for the procedure for field expansion of input modules.
  • Page 96 Chapter 3 Input Modules Table 3-9 PM-HS-IB+/PT-HS-IB+ User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options 0 dB  Pre-Emphasis (1-16) Sets the output pre-emphasis control for the onboard switchers 3 dB  6 dB  9 dB ...

  • Page 97: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Equalizer Fanout 4×4 crosspoint HD/SD HD/SD output 1A input 1 HD/SD output 1B Feedback from PT-XP 4×2 crosspoint Equalizer Fanout HD/SD output 2A HD/SD input 2 HD/SD output 2B 2×2 crosspoint Equalizer Fanout...

  • Page 98: Specifications

    Chapter 3 Input Modules Specifications Specifications and designs are subject to change without notice. Table 3-10 PM-HS-IB+/PT-HS-IB+ Input Specifications Item Specification Number of inputs Input connector 75 BNC per IEC 169-8 Impedance 75 Signal type SMPTE 424M , SMPTE 292M, SMPTE 259M, SMPTE 344M, DVB-ASI Most other <...

  • Page 99: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 3-7 PM-HS-IB/PT-HS-IB Module The PM-HS-IB/PT-HS-IB digital multirate input module receives any AC-coupled bi-level digital signal with amplitude not exceeding 880 mV from 3 Mb/s to 1.5 Gb/s terminated with 75. The module automatically compensates the cable loss if the cable length is within the assigned limitation.

  • Page 100: Configuration

    Chapter 3 Input Modules Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 3-11 lists the user-controllable parameters for the PM-HS-IB and PT-HS-IB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 101: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram OUT1A 1×2 OUT1B OUT2A 1×2 OUT2B OUT3A 1×2 OUT3B OUT4A 1×2 OUT4B Power-up Micro- System control processor OUT5A 1×2 OUT5B OUT6A 1×2 Signal presence OUT6B FPGA Bypass OUT7A System control &...

  • Page 102: Pm-S-Ib+/Pt-S-Ib+: Digital Multirate Input Modules

    Chapter 3 Input Modules PM-S-IB+/PT-S-IB+: Digital Multirate Input Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-9 PM-S-IB+/PT-S-IB+ Module The PM-S-IB+/PT-S-IB+ digital multirate input module receives any AC coupled digital signal with amplitude not exceeding 880 mV from 3 Mb/s to 540 Mb/s terminated with 75.

  • Page 103: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installation Input Module Installation All input modules are installed at our manufacturing facility. See Special Pre-Installation Information for Upgrading 3 Gb Input, Output, and Crosspoint Module Firmware on page 373 and Installing Input and Output Modules on page 377 for the procedure for field expansion of input modules.
  • Page 104 Chapter 3 Input Modules Table 3-13 PM-S-IB+/PT-S-IB+ User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options 0 dB  Pre-Emphasis (1-16) Sets the output pre-emphasis control for the onboard switchers 3 dB  6 dB  9 dB ...

  • Page 105: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Equalizer Fanout 4×4 crosspoint SD output 1A SD input 1 SD output 1B Feedback from PT-XP 4×2 crosspoint Equalizer Fanout SD output 2A SD input 2 SD output 2B 2×2 crosspoint Equalizer Fanout...

  • Page 106: Specifications

    Chapter 3 Input Modules Specifications Specifications and designs are subject to change without notice. Table 3-14 PM-S-IB+/PT-S-IB+ Specifications Item Specification Number of inputs Input connector 75 BNC per IEC 169-8 Impedance 75 Signal type SMPTE 259M, SMPTE 344M, DVB-ASI Most other < 1Vpp digital signals, 3 Mb/s to 540 Mb/s Maximum input amplitude 880 mV...

  • Page 107: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual The PM-S-IB/PT-S-IB digital multirate input module receives any AC coupled digital signal with amplitude not exceeding 880 mV from 3 Mb/s to 540 Mb/s terminated with 75. The module automatically compensates the cable loss if the cable length is within the assigned limitation.

  • Page 108: Functional Block Diagram

    Chapter 3 Input Modules See the appropriate reference manual for information on how to set these parameters. Table 3-15 PM-S-IB/PT-S-IB User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Signal absent  Signal Presence (1-8) [RO] Reports presence or absence of valid signal Signal present ...

  • Page 109: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specifications Specifications and designs are subject to change without notice. Table 3-16 PM-S-IB/PT-S-IB Specifications Item Specification Number of inputs Input connector 75 BNC per IEC 169-8 Impedance 75 Signal type SMPTE 259M, SMPTE 344M, DVB-ASI Most other <...

  • Page 110: Pm-Aeb-Ib/Pt-Aeb-Ib: Aes Balanced Input Modules

    Chapter 3 Input Modules PM-AEB-IB/PT-AEB-IB: AES Balanced Input Modules PM-AEC-IB/PT-AEC-IB: AES Coaxial Input Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-13 PM-AEB-IB/PT-AEB-IB Module (Shown with Connector Module) Figure 3-14 PM-AEC-IB/PT-AEC-IB Module (Shown with Connector Module) The AES input front module receives any AC-coupled digital signal with amplitude not exceeding 2V from 2 Mb/s to 25 Mb/s terminated with 75...

  • Page 111: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual balanced Low Voltage Differential Signals (LVDS) for use in the FPGA-based signal presence detection and router distribution circuitry. Figure 3-16 on page 85 shows the functional block diagram for the AES input module. The AES input module supports connection of 8 AES channels and performs basic signal presence detection.

  • Page 112: Configuration

    Chapter 3 Input Modules Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 3-17 lists the user-controllable parameters for the PM-AEB-IB, PT-AEB-IB, PM-AEC-IB, and PT-AEC-IB modules. These parameters are accessible via either RouterMapper or CCS Navigator.

  • Page 113: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 3-16 PM-AEB-IB/PT-AEB-IB and PM-AEC-IB/PT-AEC-IB Functional Block Diagram...

  • Page 114: Pinout Diagram

    Chapter 3 Input Modules Pinout Diagram Table 3-18 PM-AEB-IB/PT-AEB-IB Pinout Information Spare Spare DB-25 Pin No. Not Used (Inputs 1 – 8) 1 Gnd 2 Gnd 3 Gnd 4 Gnd 5 Gnd 6 Gnd 7 Gnd 8 Gnd Spare Gnd...

  • Page 115: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specifications AES Balanced Digital Audio Specifications and designs are subject to change without notice. Table 3-19 PM-AEB-IB with PM-AEB-IBP for AES Balanced Digital Audio Inputs Item Specification Number of inputs Input type Balanced, transformer coupled Input connector DB-25...
  • Page 116 Chapter 3 Input Modules Table 3-21 PM-AEC-IB with PM-AEC-IBP for AES Coaxial Digital Audio Inputs (Continued) Item Specification Signal type AES3id, SMPTE 276M AES frame rates from 32 kHz to 192 kHz Other 40% - 60% duty cycle digital signals 2 Mb/s to 25 Mb/s Input amplitude 0.1Vp-p to 2Vp-p...

  • Page 117: Operation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-AEBT-IB/PT-AEBT-IB: AES Balanced Input Modules with TDM Capability PM-AECT-IB/PT-AECT-IB: AES Coaxial Input Modules with TDM Capability Operation Figure 3-17 PM-AEBT-IB/PT-AEBT-IB Module Figure 3-18 PM-AECT-IB/PT-AECT-IB Module Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames.

  • Page 118: Installation

    Chapter 3 Input Modules The AES input front module with TDM capability receives AES3 inputs with amplitude not exceeding 2 V from 2 Mb/s to 25 Mb/s terminated with 75 with the coaxial back module installed, with amplitude not exceeding 7 V from 2 Mb/s to 25 Mb/s terminated with 110 with the balanced back module installed.

  • Page 119: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Back Panel I/O Module Installation TAll back panel modules are installed at our manufacturing facility. See Installing Back Panel Modules on page 388 for the procedure for field expansion of back panel modules. If you need to purchase additional components, please contact your dealer or our Sales Department.
  • Page 120 Chapter 3 Input Modules Table 3-23 PM-AEBT-IB/PT-AEBT-IB/PM-AECT-IB/PT-AECT-IB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options No summing  Summing (1-16) Add left and right audio samples, divide by 2 Right to left  (NOTE: This parameter is always Left to right ...

  • Page 121: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Output 1A AES input 1 Output 1B AES input 2 Output 2A AES input 3 Output 2B Output 3A AES input 4 Output 3B AES input 5 Output 4A AES input 6 Output 4B First 8 inputs distributed...

  • Page 122: Specifications

    Chapter 3 Input Modules Table 3-24 PM-AEBT-IB/PT-AEBT-IB Pinout Information (Continued) 2 Gnd 10 Gnd 3 Gnd 11 Gnd 4 Gnd 12 Gnd 5 Gnd 13 Gnd 6 Gnd 14 Gnd 7 Gnd 15 Gnd 8 Gnd 16 Gnd Spare Gnd Spare Gnd Specifications AES Balanced Digital Audio...
  • Page 123 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-25 PM-AEBT-IB with PM-AEB-IBP for AES Balanced Digital Audio Inputs Item Specification Signal type AES3 AES frame rates 32 kHz to 192 kHz Other 40% - 60% duty cycle digital signals from 2 Mb/s to 25 Mb/s Input amplitude 0.2 Vpp –...
  • Page 124 Chapter 3 Input Modules AES Coaxial Digital Audio Table 3-27 PM-AECT-IB with PM-AEC-IBP for AES Coaxial Digital Audio Inputs Item Specification Number of inputs Input type AC coupled Input connector 75 BNC per IEC 169-8 (via adapter) Impedance 75 Signal type AES3id, SMPTE 276M AES frame rates from 32 kHz to 192 kHz Other 40% - 60% duty cycle digital signals...

  • Page 125: Pm-Dec-Ib/Pt-Dec-Ib: Analog Video To Sdi Decoder Input Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-DEC-IB/PT-DEC-IB: Analog Video to SDI Decoder Input Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-21 PM-DEC-IB/PT-DEC-IB Module The PM-DEC-IB/PT-DEC-IB analog video to SDI decoder input module converts a block of eight composite NTSC or PAL video signals to high quality, 10-bit serial digital signals (SDI)
  • Page 126 Chapter 3 Input Modules Composite Analog to Digital Conversion Once the analog clamping and level processing has taken place, each channel of video is presented to a 10-bit analog to digital converter, which is phase and frequency locked by an internal PLL.

  • Page 127: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual G1 (X) = X9 + X4 + 1 and G2 (X) = X + 1 The completed NRZI serial signal is buffered into two copies of itself for distribution to the crosspoint module(s) within the Platinum frame.
  • Page 128 Chapter 3 Input Modules Table 3-29 PM-DEC-IB/PT-DEC-IB User-Controllable Parameters List Parameter Description Options Signal absent  Signal Presence (1-8) [RO] Reports presence or absence of valid input signal Signal present  Auto  Video Standard (1-8) Sets video standard NTSC ...

  • Page 129: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Local Local Bidirectional Control ENET Card health and frame control Logic signal presence LEDs signals PIPE Power failure monitoring +5 V -5 V +24VA +3.3 V On-board Power supply from frame +2.5 V...

  • Page 130: Specifications

    Chapter 3 Input Modules Specifications Specifications and designs are subject to change without notice. Table 3-30 PM-DEC-IB/PT-DEC-IB Specifications Item Specification Number of inputs Input connector 75 BNC per IEC 169-8 Impedance 75 Signal type NTSC, PAL Input coupling DC coupled Maximum input amplitude 2.0 Vpp Nominal input amplitude...

  • Page 131: Pm-Adc-Ib/Pt-Adc-Ib: Audio A/D Input Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-ADC-IB/PT-ADC-IB: Audio A/D Input Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-23 PM-ADC-IB/PT-ADC-IB Module The PM-ADC-IB/PT-ADC-IB audio A/D input module provides analog audio to AES digital audio conversion within the Platinum routing system.
  • Page 132 Chapter 3 Input Modules Digitally controlled audio attenuators provide users with the ability to set digital full scale to a variety of analog audio levels. These low-noise, low distortion attenuators can be software controlled to provide a wide range of full scale settings. The output signals from the second stage are then buffered and converted to differential signals in preparation for presentation to the converters, along with a gain adjustment to compensate for the first stage attenuation required prior to the digital attenuators.
  • Page 133 Platinum Frames and Modules Installation, Configuration, and Operation Manual In auto mode, the PM-ADC-IB/PT-ADC-IB detects whether a usable external reference is  present or not. If it is able to lock to the reference, it will operate as described in External mode;...

  • Page 134: Installation

    Chapter 3 Input Modules Figure 3-24 PT-A2-DTB Terminal Block Adapter Installation Input Module Installation All input modules are installed at our manufacturing facility. See Installing Input and Output Modules on page 377 for the procedure for field expansion of input modules. If you need to purchase additional components, please contact your dealer or our Sales Department.
  • Page 135 Platinum Frames and Modules Installation, Configuration, and Operation Manual See the appropriate reference manual for information on how to set these parameters. Table 3-31 PM-ADC-IB/PT-ADC-IB User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Signal absent  Signal Presence (1-8) [RO] Reports presence or absence of valid signal Signal present...
  • Page 136 Chapter 3 Input Modules Table 3-31 PM-ADC-IB/PT-ADC-IB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options  Ext. Reference Biphase Error Reports biphase error on external reference   Bypass (1-8) Bypasses Platinum auto crosspoint mute if signal is not present ...

  • Page 137: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Input Channel 1 Signal To FPGA Presence Detection A/D Converter 1 FPGA Receiver Attenuator Analog In 1 Serial Data Input 1A Vcom12 AES out AES Output 1A Clip Detect Analog In 2 Input 1B...

  • Page 138: Pinout Diagram

    Chapter 3 Input Modules Pinout Diagram Table 3-32 PM-ADC-IB/PT-ADC-IB Pinout Information Inputs DB-44 Inputs DB-44 1 – 4 Pin No. 5 – 8 Pin No. 1A Gnd 5A, 6A 1B Gnd 5B Gnd 2A Gnd 6B, 7A Not Used 2B Gnd 3A Gnd 7B Gnd 3B, 4A...
  • Page 139 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-33 PM-ADC-IB/PT-ADC-IB with PM-A2-BP Analog to Digital Audio Input – Standard Version(Continued)(Continued) Unless otherwise noted, all specifications are measured using a 48 kHz sampling rate Item Specification Maximum input amplitude +28 dBu Full scale adjustment range 0 dBFS = +13 dBu to +28 dBu in...
  • Page 140 Chapter 3 Input Modules Table 3-34 PM-ADC-IB/PT-ADC-IB with PM-A2-BP Analog to Digital Audio Input – 600 Version (Continued) Unless otherwise noted, all specifications are measured using a 48 kHz sampling rate Item Specification Sampling rates 32 kHz – 192 kHz using external AES reference 32 kHz, 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz, or 192 kHz using internal oscillators...

  • Page 141: Pm-Adct-Ib/Pt-Adct-Ib: Audio A/D Input Modules With Tdm Capability

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-ADCT-IB/PT-ADCT-IB: Audio A/D Input Modules with TDM Capability Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-26 PM-ADCT-IB/PT-ADCT-IB Module The PM-ADCT-IB/PT-ADCT-IB audio A/D input module provides analog audio to AES digital audio conversion within the Platinum routing system.
  • Page 142 Chapter 3 Input Modules Analog Inputs The PM-ADCT-IB/PT-ADCT-IB provides 16 dual channel balanced analog audio inputs via the PT-A2-BP back module. The standard option provides high impedance inputs; optional 600 terminated inputs are also available. Input signals are received by high-quality, audio line receivers containing internal laser-trimmed, matched resistors for maximum common mode rejection.
  • Page 143 Platinum Frames and Modules Installation, Configuration, and Operation Manual Operating Modes The PM-ADCT-IB/PT-ADCT-IB operates in one of three modes: External, internal, and auto mode:. In external mode, all necessary sampling clocks are derived from an external AES  reference (DARS). The resulting AES streams generated from the sampled analog audio inputs will be locked in both frequency and phase to this external reference.

  • Page 144: Installation

    Chapter 3 Input Modules Figure 3-27 PT-A2-DTB Terminal Block Adapter Installation Input Module Installation All input modules are installed at our manufacturing facility. See Installing Input and Output Modules on page 377 for the procedure for field expansion of input modules. If you need to purchase additional components, please contact your dealer or our Sales Department.
  • Page 145 Platinum Frames and Modules Installation, Configuration, and Operation Manual See the appropriate reference manual for information on how to set these parameters. Table 3-35 PM-ADCT-IB/PT-ADCT-IB User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Signal absent  Signal Presence (1-16) [RO] Reports presence or absence of valid signal (determined by signal Signal present...
  • Page 146 Chapter 3 Input Modules Table 3-35 PM-ADCT-IB/PT-ADCT-IB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options Auto mode  Operating Mode Sets PM-ADCT-IB/PT-ADCT-IB operating mode Internal mode  External mode  32 kHz  Internal Mode Sampling Frequency Sets the sampling frequency when Select in internal mode...
  • Page 147 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-35 PM-ADCT-IB/PT-ADCT-IB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options  Ext. Reference Biphase Error Reports biphase error on external reference  No summing  Summing (1-16) Add left and right audio samples, and then divide by 2 Right to left...

  • Page 148: Functional Block Diagram

    Chapter 3 Input Modules Functional Block Diagram Input Channel 1 Signal Presence To FPGA Detection A/D Converter 1 FPGA Receiver Attenuator Analog In 1 Input 1A Serial Data Vcom12 AES out AES Output 1A Clip Detect Analog In 2 Input 1B Buffer, Filter, 0dBFS adjust...

  • Page 149: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Pinout Diagram Table 3-36 PM-ADCT-IB/PT-ADCT-IB Pinout Information Inputs DB-44 Inputs DB-44 Inputs DB-44 Inputs DB-44 1 – 4 Pin No. 5 – 8 Pin No. 9 – 12 Pin No. 13 – 16 Pin No.
  • Page 150 Chapter 3 Input Modules Table 3-37 PM-ADCT-IB/PT-ADCT-IB with PM-A2-BP Analog to Digital Audio Input – Standard Version(Continued)(Continued) Unless otherwise noted, all specifications are measured using a 48 kHz sampling rate Item Specification Maximum input amplitude +28 dBu Full scale adjustment range 0 dBFS = +13 dBu to +28 dBu in 1 dB steps, ±...

  • Page 151: Pt-Hs1310S-Ib: Fiber Optical Hd/Sd Serial Video Receiver Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-38 PM-ADCT-IB/PT-ADCT-IB with PM-A2-BP Analog to Digital Audio Input – 600 Version (Continued) Unless otherwise noted, all specifications are measured using a 48 kHz sampling rate Item Specification Sampling rates 32 kHz –...

  • Page 152: Installation

    Chapter 3 Input Modules The PT-HS1310S-IB is a fiber optical HD/SD serial video receiver module. These modules have eight fiber optical receiver receptacles mounted on the metal back panel of the back module. Each receptacle contains an ST connector, a PIN type photodiode, and a transimpedance amplifier.

  • Page 153: Controllable Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters Table 3-39 lists the user-controllable parameters for PT-HS1310S-IB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 154: Functional Block Diagram

    Chapter 3 Input Modules Functional Block Diagram Figure 3-30 PT-HS1310S-IB Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 3-40 PT-HS1310S-IB Specifications Item Specification Connector Mode Multimode (62.5m) Detector Wavelength 1100 – 1650 nm Max. input power >...

  • Page 155: Pt-Hso-Ib+: Fiber Optical 3G Hd-Sdi, 1.5G Hd-Sdi, And Sd-Sdi Serial Video Receiver Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-40 PT-HS1310S-IB Specifications Damage threshold +1 dBm Return loss 20 dB Bit error ratio 10E-12 PT-HSO-IB+: Fiber Optical 3G HD-SDI, 1.5G HD-SDI, and SD-SDI Serial Video Receiver Modules Operation Note: PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-31 PT-HSO-IB+ Module (PT-SFP2X4+BM Back Panel I/O Module Attached) The PT-HSO-IB+ fiber optical 3G HD-SDI, 1.5G HD-SDI, and SD-SDI serial video receiver module has 8 SFP-type fiber optical receivers that receive 3 Gb HD, 1.5 Gb HD, and SD serial...

  • Page 156: Installation

    Sales Department. Note: Module fuses are designed to operate throughout normal operations. In the unlikely event that a fuse fails, return the module to Imagine Communications Engineering for diagnostic testing. Please contact Customer Service to obtain a return authorization...

  • Page 157: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Back Panel I/O Module Installation All back panel modules are installed at our manufacturing facility. See Installing Back Panel Modules on page 388 for the procedure for field expansion of back panel modules. If you need to order additional components, please contact your dealer or our Sales Department.

  • Page 158: Sfp Specifications

    Chapter 3 Input Modules Table 3-41 PT-HSO-IB+ User-Controllable Parameters List (Continued) [RO] = Read only parameter Parameter Description Options 0 dB  Pre-Emphasis Sets the output pre-emphasis control for the onboard switchers 3 dB  6 dB  9 dB ...
  • Page 159 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-42 OP+SFP+RR specs Item Minimum Typical Maximum Notes Sensitivities at 3 Gb/s Pathological (SMPTE 424M) Overload 0 dBm 2.97 Gb/s* *BER = 1E-12 against SDI matrix. Check field signals for video applications.

  • Page 160: Functional Block Diagram

    Chapter 3 Input Modules Functional Block Diagram Figure 3-33 PT-HSO-IB+ Functional Block Diagram...

  • Page 161: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specifications Specifications and designs are subject to change without notice. Table 3-43 PT-HSO-IB+ Specifications Item Specification Connector Number of inputs * For optical input performance specifications (Wavelength Range, Overload Input Power, Input Sensitivity, Maximum Back Reflection, etc.) please refer to individual SFP module specification datasheets.

  • Page 162: Pt-Dmx: Sdi Audio De-Embedder Submodule With

    Chapter 3 Input Modules PT-DMX-3G: SDI Audio De-Embedder Submodule with 3 Gb/s Capability PT-DMX: SDI Audio De-Embedder Submodule with 1.5 HD-SDI and SD-SDI Capability Operation Note: PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 3-34 PT-DMX-3G/PT-DMX Submodule When installed on PM-HS-IB+, PT-HS-IB+, PM-S-IB+ or PT-S-IB+ input modules, the PT-DMX-3G/PT-DMX submodule operates as an audio de-embedder.
  • Page 163 Platinum Frames and Modules Installation, Configuration, and Operation Manual 720p 50  720p 59.94  720p 60  1080p 23.98  1080p 24  1080p 29.97  1080p 30  1080p 25  1080i 50  1080i 59.94  1080i 60 ...

  • Page 164: Installation

    Chapter 3 Input Modules The module will determine its data rate by the Input Rate parameter. The user can specify it to be SD, 1.5HD or 3G HD. If set to Auto, the data rate is determined by the first detected SDI signal (for example, if signals are applied to SDI 1-8, the data rate is determined by SDI1.
  • Page 165 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-44 PT-DMX-3G/PT-DMX User-Controllable Parameters List [RO] = Read-only parameter; Bold = Default selection No. of Parameter Instance Parameter Tree Instance Description Options Name Type GenLock Video Genlock Indicates if a Genlock reference signal •...
  • Page 166 Chapter 3 Input Modules Table 3-44 PT-DMX-3G/PT-DMX User-Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection No. of Parameter Instance Parameter Tree Instance Description Options Name Type • 48KHz Group Sampling Rate Input > Embedded Audio Groups Indicates the audio sampling rate for (1-8) Audio Status >...
  • Page 167 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-44 PT-DMX-3G/PT-DMX User-Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection No. of Parameter Instance Parameter Tree Instance Description Options Name Type • Yes TSG Override Processing > Video > Enables/Disables TSG Override mode This mode of operation is used when •...
  • Page 168 Chapter 3 Input Modules Table 3-44 PT-DMX-3G/PT-DMX User-Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection No. of Parameter Instance Parameter Tree Instance Description Options Name Type • Alert Group DBN Error Processing > Audio Groups Specifies the operation of the audio Report (1-8) Deembedding >...

  • Page 169: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram SDI IN De-serializer SDI OUT Serializer To Crosspoint De-embed Audio Audio Audio Audio TDM Invert & Swap/ Crosspoint Scale Copy Figure 3-35 PT-DMX-3G/PT-DMX Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 3-45 PT-DMX-3G/PT-DMX Specifications Item Specification...

  • Page 170: Pt-Hsr8C1D-Ibg And Pt-Hsr1D-Ibg Digital Multirate Matrix Expansion Input And Receiver Modules

    Chapter 3 Input Modules PT-HSR8C1D-IBG and PT-HSR1D-IBG Digital Multirate Matrix Expansion Input and Receiver Modules Figure 3-36 PT-HSR8C1D-IBG Front Module Operation The PT-HSR8C1D-IBG (see PT-HSR8C1D-IBG Input Module) and PT-HSR1D-IBG (see PT-HSR1D-IBG Input Module) are 3G-SDI/HD-SDI/SD-SDI input expansion and receiver modules intended for use together in two separate Platinum frames, to expand the inputs of one frame to the second frame (see Input Expansion).

  • Page 171: Pt-Hsr1D-Ibg Input Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual DensiShield OUT 9 OUT 1-8 IN 1 IN 2 IN 3 IN 5 IN 4 IN 6 IN 7 IN 8 IN 9 Unused Unused Figure 3-37 Inputs on the PT-HSR8C1D-IBG module PT-HSR1D-IBG Input Module The PT-HSR1D-IBG is an SD/HD/3G Input Module that is intended for use in conjunction with the PT-HSR8C1D-IBG module to extend its eight inputs.

  • Page 172: Input Expansion

    Chapter 3 Input Modules Input Expansion The following graphic depicts how the expansion and receiver modules are setup in 2 separate Platinum frames, using a DensiShield cable to route the inputs. Input Expansion Module Receiver Module DensiShield Interconnect DensiShield DensiShield 512 Video Inputs IN 1-8...

  • Page 173: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual HD-BNC Cable Insertion and Extraction Tool The PT-HSR8C1D-IBG Input Module currently has 8 HD-BNC connectors. HD-BNC connectors are higher density connectors, much smaller than BNC connectors and can be hard to reach into. The HD-BNC Cable Insertion and Extraction Tool (Part Number: SELOPT-TOOL-CABLE) is a separate tool that aids in inserting or extracting cables into the HD-BNC connectors.
  • Page 174 Chapter 3 Input Modules Table 3-46 PT-HSR8C1D-IBG Parameters Name Description Type Options VERSION PARAMETERS Software Version Displays the software version FPGA Version Displays the FPGA version DETECTION PARAMETERS CRC/EDH Error Clear Clear CRC/EDH error counter No (Default) CRC/EDH Error Count Shows CRC/EDH errors 0 - 65535 CRC Error Detection Sets CRC detection mode for HD...
  • Page 175 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-46 PT-HSR8C1D-IBG Parameters Name Description Type Options Video Error Detects video error in input signal IN PARAMETERS Signal Presence Reports presence or absence of valid signal. EQ Bypass Sets the EQ mode Off (Default) EQ Power Save Mode Signal Launch Level...

  • Page 176: Functional Block Diagram

    Chapter 3 Input Modules Functional Block Diagram Max 1400mVpp DS BM IN 1 SERDES OUT 1A OUT 1B DensiShield 8 Channels IN 2 SERDES OUT 2A OUT 2B OUT 3A IN 3 SERDES HD-BNC Loop BM OUT 3B In 1 OUT 4A IN 4 SERDES...

  • Page 177: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specifications Table 3-47 I/O Specifications Item Specification Input connector 75 Ohm BNC per IEC 169-8 75 Ohm HD-BNC LC optical DensiShield Impedance 75 Ohms (BNC, HD-BNC) 50 Ohms differential (DensiShield) Signal type SMPTE 424M, SMPTE 292M, SMPTE 259M, SMPTE 344M, DVB-ASI Most other <...

  • Page 178: Platinum Multichannel Audio Digital Interface (Madi) Input Module

    Platinum now offers MADI support enabling seamless integration of Audio Consoles and other third party Audio equipment with MADI I/O into the Imagine Communications Audio/ Video routing framework. MADI support is offered through the following standard full length Platinum boards: A four channel MADI input board with electrical or optical back module.

  • Page 179: Pt-Madi4X-Ibg Madi Input Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-MADI4X-IBG MADI Input Module The PT-MADI4C-IBG / PT-MADI4O-IBG input module is an AES10-2008 compliant audio input board that supports three MADI formats: 32 channel (96kHz sample rate) and 56 or 64 channels (48 kHz sample rate). The PT-MADI4X-IBG is user configurable between one and four inputs, each up to 64 Audio mono channels (32 AES stereo pairs) of PCM Audio.
  • Page 180 Chapter 3 Input Modules Electrical Back Module The electrical back module is an active back module attached to the front module with two brackets and with Cable Equalizers. The back module has four BNC connectors and stays attached to the front module when pulling the module from the frame. The back module is fully MADI compliant in terms of its electrical characteristics.

  • Page 181: Controlling The Madi Input Module Through Navigator

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controlling the MADI Input Module through Navigator You can access and control PT-MADI4X-IBG parameters through Navigator. Follow these steps to discover your module: Discovery Start Navigator. Ensure you are in Build Mode (File > Operational Mode > Build). Click Tools >...
  • Page 182 Chapter 3 Input Modules The Module Parameters dialog displays a list of all Input parameters. Figure 3-46 Module Parameters for PT-MADI4C-IBG Read only parameters show their status in Gray, for example, the MADI Present parameters (Inputs 1-4). All other parameters can be set by double clicking and selecting options from the popup that is displayed.

  • Page 183: Tdm Mapping

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 3-47 Sync Select Parameter MADI Presence MADI Presence on each of the four input streams is automatically detected and reported in the MADI Present section of the MADI Input category (Navigator parameter interface). If MADI is present, the following information is reported: The number of channels per input stream (32, 56, or 64) along with the sample rate for ...

  • Page 184: Sample Madi To Tdm Mapping Scenarios

    Chapter 3 Input Modules The following table shows how signals are processed, based on the actual input present and the MADI to TDM map settings. If the selected MADI input is not present, associated channels on the TDM bus are muted and marked as inactive.
  • Page 185 Platinum Frames and Modules Installation, Configuration, and Operation Manual Four 32 channel MADI Inputs, all channels mapped This example depicts 4 MADI inputs with 32 channel inputs each. Since a total of 128 channels mappings are allowed, all four inputs can be mapped to the TDM. Audio Input MADI #1 MADI # 2...
  • Page 186 Chapter 3 Input Modules Four 64 channel MADI Inputs, #1 and #3 mapped In this example, all MADI inputs are 64 channel. Since a total of 128 channels mappings are allowed, a maximum of two inputs can be mapped to the TDM. Inputs from MADI #1 and #3 have been selected for mapping.
  • Page 187 Platinum Frames and Modules Installation, Configuration, and Operation Manual Combination (32/56 channel) MADI Inputs, #3 and #4 mapped This example depicts different channel configurations in the incoming MADI. MADI inputs #1-3 are 32 channel. MADI input #4 is 56 channel. MADI Inputs #3 and #4 have been mapped to the TDM.

  • Page 188: Pt-Madi4C-Ibg Specifications

    Chapter 3 Input Modules PT-MADI4C-IBG Specifications Table 3-50 Electrical Input Specifications Item Specification Number of Inputs Connector BNC (IEC169-8) Impedance Input Level 150mV to 600mV Link rate 125Mbit/s (4B5B encoded, NRZI) Return Loss Equalization Adaptive cable equalization for up to 984 ft (300m), typical, of Belden 8281 coaxial cable PT-MADI4O-IBG Specifications Table 3-51 Optical Input Specifications...
  • Page 189 Platinum Frames and Modules Installation, Configuration, and Operation Manual The following parameters apply to the PT-MADI4C-IBG: Table 3-52 Control Parameters for PT-MADI4C-IBG Functional Block Parameter Name Description Options General Serial Number Displays the module's unique <String> identifier Temperature FPGA (V6) temperature <String>...
  • Page 190 Chapter 3 Input Modules Table 3-52 Control Parameters for PT-MADI4C-IBG Functional Block Parameter Name Description Options MADI (1-4) Active MADI<1-4> 01-16 Bit map for each active <String> Channel channel MADI<1-4> 17-32 Bit map for each active <String> channel MADI<1-4> 33-48 Bit map for each active <String>...

  • Page 191: Pt-Hsr2D-Ibg Distributed Input Matrix Expansion Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-HSR2D-IBG Distributed Input Matrix Expansion Module Figure 3-48 PT-HSR2D-IBG Front Module Operation The PT-HSR2D-IBG is a matrix expansion module for the Platinum frame. It uses the same front module as PT-HSR8C1D-IBG (see PT-HSR8C1D-IBG Input Module) and a back module that expands on the existing capability of PT-HSR8C1D-IBG by enabling...

  • Page 192: Pt-Hsr1D-Ibg Input Module

    Chapter 3 Input Modules PT-HSR1D-IBG Input Module The PT-HSR1D-IBG is a SD/HD/3G Input Module that is intended for use in conjunction with the PT-HSR8C1D-IBG module to extend its eight inputs. A DensiShield connector accepts up to eight electrical inputs. A BNC connector (Input 9) is also present but currently unused. DensiShield IN 9 IN 1-8...

  • Page 193: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installation You can get a total of 1536 outputs across 3 Platinum frames by doing the following: Platinum Frame 1  Install PT-HSR8C1D-IBG Input Module in Frame 1 Outputs routed to Frame 2 via the DensiShield ...

  • Page 194: Pt-Hsr8O1D-Ibg Fiber Optical Matrix Expansion Input Module

    Chapter 3 Input Modules PT-HSR8O1D-IBG Fiber Optical Matrix Expansion Input Module Figure 3-52 PT-HSR8O1D-IBG Front Module Operation The PT-HSR8O1D-IBG is a fiber optical input expansion module. It is similar to the PT-HSR8C1D-IBG Input Module, except that it utilizes an optical back module. The PT-HSR8O1D-IBG module accepts optical video signals , re-clocks data streams, detects standards and formats, and distributes the signals to the MI backplane to be switched by the crosspoint matrix and to a high density connector for distribution to a second frame.

  • Page 195: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual DensiShield UNUSED IN 1/2 IN 3/4 IN 5/6 IN 7/8 UNUSED OUT 1-8 Figure 3-53 Inputs on the PT-HSR8O1D-IBG Back Module Unused Unused Figure 3-54 PT-HSR8O1D-IBG Back Module Installation Input Module Installation All input modules are installed at our manufacturing facility.

  • Page 196: Pt-Hsr8O1D-Ibg Parameters

    Chapter 3 Input Modules PT-HSR8O1D-IBG Parameters The parameters can be controlled using CCS Navigator. Table 3-46 lists the user-controllable parameters.These parameters are accessible via CCS Navigator. In Navigator, when in Control mode, double-click the device name to open a window that displays that device’s parameter list. Table 3-55 PT-HSR8O1D-IBG Parameters Name Description...
  • Page 197 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-55 PT-HSR8O1D-IBG Parameters Name Description Type Options Video Standard Detects video standard Unknown 525I/29.97 625I/25 1035I/30 1035I/29.97 1080I/30 1080I/29.97 1080I/25 1080PSF/24 1080PSF/23.98 1080P/30 1080P/29.97 1080P/25 1080P/24 1080P/23.98 720P/60 720P/59.94 1080I/25 295M 720P/50 720P/25 720P/24...

  • Page 198: Functional Block Diagram

    Chapter 3 Input Modules Table 3-55 PT-HSR8O1D-IBG Parameters Name Description Type Options Rate Detected (1-8) Detects data rate Unknown Locked (1-8) Reports if data is relocked by reclocking stage Mute (1-8) Mutes the output of the board No (Default) Functional Block Diagram Max 1400mVpp DS BM IN 1...

  • Page 199: Sfp Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Note: Datasheets of customer-replaceable optical SFP parts are available by request. Please contact your Customer Service representative for more information. SFP Specifications The following are specifications for the supported SFPs. OP+SFP+RR Specifications Table 3-57 OP+SFP+RR specs Item Minimum...

  • Page 200: Frame Synchronizer And Demultiplexing Input Modules (Pt-Fsdmx-Ibg, Pt-Fsdmxo-Ibg, Pt-Fsdx8C1D-Ibg, Pt-Fsdx8O1D-Ibg)

    Chapter 3 Input Modules Frame Synchronizer and Demultiplexing Input Modules (PT-FSDMX-IBG, PT-FSDMXO-IBG, PT-FSDX8C1D-IBG, PT-FSDX8O1D-IBG) The 8 Channel Platinum Frame Synchronizer and Demux Input Board adds Video and Audio processing to input boards in the Platinum Frame. Each SDI path is processed independently, and supports SD, 1.5Gb/s HD, 3Gb/s HD and Dual Link formats.

  • Page 201: Back Module Variants

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Back Module Variants The Platinum PT-FSDMX-IBG SD/HD/3G Framesync Demux Front Module can be used with the following back module variants: Table 3-59 Frame Sync and Demux Input Module Variants Module Type Module Name and Description Connectors Electrical Back...

  • Page 202: Optical/Sfp Back Module (Pt-Fsdmxo-Ibg)

    Chapter 3 Input Modules Optical/SFP Back Module (PT-FSDMXO-IBG) The PT-FSDMXO-IBG back module provides optical inputs through SFP (Small Formfactor Pluggable) fiber optical receiver modules. Ensure that the Platinum frame system has a sufficient number of power supplies to meet the demand resulting from the actual number of boards installed.

  • Page 203: Optical Back Module (Sfp) With Densishield (Pt-Fsdx8O1D-Ibg)

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 3-62 PT-FSDX8C1D-IBG Back Module WARNING Ensure you mate the front and back modules before plugging in the DensiShield cable. This protects your back module from unintended alignment issues Optical Back Module (SFP) with DensiShield (PT-FSDX8O1D-IBG) The PT-FSDX8O1D-IBG Input module is based on the PT-FSDMX-IBG module and it provides 8 input SDI options via SFP connectors.
  • Page 204 Chapter 3 Input Modules Distributing Outputs to 2 Frames using PT-FSDX8C1D/ PT-FSDX8O1D The following graphic depicts how the PT-FSDX8C1D-IBG/PT-FSDX8O1D-IBG and the PT-HSR1D-IBG can be used together to distribute the 8 possible SDI inputs to 2 Platinum frames, expanding the available outputs. Using a DensiShield cable to connect the DensiShield output of Frame 1 to the DensiShield input of Frame 2, the eight inputs from Frame 1 can be directly routed (through the DensiShield out of Frame 1) to the inputs in Frame 2.

  • Page 205: Technical Specifications For Pt-Fsdmx/O-Ibg And Pt-Fsdx8C/O1D-Ibg

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Technical Specifications for PT-FSDMX/O-IBG and PT-FSDX8C/O1D-IBG Table 3-60 Technical specifications for PT-FSDMX-IBG/PT-FSDMXO-IBG/PT-FSDX8C1D-IBG/PT-FSDX8O1D-IBG PT-FSDMX-IBG PT-FSDMXO-IBG PT-FSDX8C1D-IBG PT-FSDX8O1D-IBG Number of inputs Package 4x Dual Channel 4x Dual Channel Receiver SFP Modules Receiver SFP Modules Approved SPF module: Approved SPF module: Dual RX Gennum...

  • Page 206: Video Processing Features

    Chapter 3 Input Modules Equalization Information for PT-FSDX8C1D-IBG The cable length is 300 meters, Belden 8281, but the following applies in addition: Note: The PT-FSDX8C1D-IBG uses an extended 3G-reach equalization. When combined with Belden 8281 coaxial cable, a pathological pattern, and a non-SPMTE424 (6.1.7)-compliant signal with excessive output amplitude excursions, the source equalization may be reduced to between 200 and 300 m for SD-SDI signal.

  • Page 207: Audio Processing Features

    Platinum Frames and Modules Installation, Configuration, and Operation Manual and a frame's worth of non-PCM data is dropped or repeated - together with the active video content every time the Video Frame Synchronizer drops or repeats a frame. Audio Processing Features The following audio functionality is supported per SDI channel De-embedding 4 groups (16 mono channels) of Audio prior to the Frame/Audio ...
  • Page 208 Chapter 3 Input Modules Note: If an Audio channel conveys non-PCM data, such as Dolby-E/D, and a test tone for such channel gets enabled, the non-PCM data will be replaced with PCM data (the 'tone'). 'Mute' also works on non-PCM data, but all other Audio processing operations (Polarity Reversal, Level Adjust, Sum, Swap/Copy) will have no effect on non-PCM data.

  • Page 209: Pt-Fsdmx-Ibg Licensing

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Switch Video from Source A Video from Source B Video Source A can be frozen for one frame This depends on whether the switch happens during the vertical blanking interval (no freeze ) or in the active area (freeze).
  • Page 210 Chapter 3 Input Modules SDI channels conveying Dolby E must be locked to the Video Reference since non-PCM  data cannot be sample-rate-converted (the Framesync option is required for transferring non-PCM data from input to output clock domain by dropping/repeating frames).

  • Page 211: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-61 Features Supported in Framesync Mode, Delay Mode, and Demux-Only Mode Processing Feature Video Embedded Audio TDM Audio Audio Sync Audio Delay FS, DMX FS, DLY, DMX Audio ProcAmp FS, DMX FS, DLY, DMX Bypass Mode FS, DLY, DMX...

  • Page 212: Controllable Parameters (Pt-Fsdmx-Ibg And Its Variants)

    Chapter 3 Input Modules PT-FSDMX-IBG Data Flow (firmware version 3.1 or higher) Processing FPGA (one channel shown) PT-FSDMX-IBG Data Flow (V6 Rev 3.03 or later) Processing FPGA (Virtex 6 XC6VLX195T) – one channel shown Simple DDR2 Memory FrmRst Detect Video Frame Video Synchronizer ProcAmp...
  • Page 213 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options Slow ...
  • Page 214 Chapter 3 Input Modules Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options Unknown  SFP Type [RO] Shows the type of optical receiver installed ...
  • Page 215 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options 48.0 kHz ...
  • Page 216 Chapter 3 Input Modules Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options None  Summing (8 x 8) Specifies whether to sum the audio within a pair Right to left...
  • Page 217 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options Processing > Video Proc Amp Y Gain (x 8) Adjusts gain for the Y -3.0 to +3.0 dB (0 dB) in 0.1 dB steps...
  • Page 218 Chapter 3 Input Modules Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options Processing > Frame Sync † 0.000 us to 29.616 us (1080p 30, ...
  • Page 219 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 3-62 PT-FSDMX-IBG and Variants - Controllable Parameters List (Continued) [RO] = Read-only parameter; Bold = Default selection; † = Frame Sync License enabled only Path Parameter Name Description Options † Pass ...
  • Page 220 Chapter 3 Input Modules Notes: ADS Clean In all modes of operation (Framesync/Delay/Demux-only mode), ADS Clean set to Yes wipes out all HANC data with the exception of EDH (SD only). When a channel is operated in Framesync mode or if a board without a Framesync license (Demux-only) has the ingested SDI signal already locked to the reference signal applied to the board, the Audio Embedder re-populates the HANC space with Audio data coming from the Audio processor.
  • Page 221 Platinum Frames and Modules Installation, Configuration, and Operation Manual Video Frame Synchronization The frame synchronizer offers two modes of operation: Delay mode and Synchronizer (Sync) mode. These modes can be chosen using the Frame Sync / Demux Mode (x 8) †parameter.
  • Page 222 Chapter 3 Input Modules Audio Synchronization By default, PT-FSDMX-IBG and its variants synchronize de-embedded audio with timing information from the video frame synchronizer prior to re-embedding the audio. When operating an SDI channel in Frame Sync mode (FS license must be installed) and if the ingested signal qualifies for Framesync operation (frame-rate matches the frame-rate of the selected Reference signal), the de-embedded audio will be automatically delayed to match the video delay.
  • Page 223 Platinum Frames and Modules Installation, Configuration, and Operation Manual The first subcomponent is an ancillary data stripper (ADS). This block removes all ancillary data packets in the input SDI stream, prior to embedding. Following the ADS block are four separate audio-embedding subcomponents. Each subcomponent has the ability to operate on only one audio group, either appending or overwriting a predetermined group onto the SDI stream.
  • Page 224 Chapter 3 Input Modules When auxiliary data exists in the ancillary data space, appended audio appears following that data, as shown in Figure 3-69. ADS before embedding Other Other auxilliary data auxilliary data ADS after embedding group Other Other Group 1 auxilliary data auxilliary data Figure 3-69 Append Embedding Mode, Adding Group 1 When Auxiliary Data Present...
  • Page 225 Platinum Frames and Modules Installation, Configuration, and Operation Manual If you insert Group 1 audio when there is pre-existing Group 2 audio in the ancillary data space and no Group 1 audio, the Group 1 audio will be inserted following the Group 2 audio, as shown in Figure 3-72.
  • Page 226 Chapter 3 Input Modules Figure 3-75 shows how overwrite embedding will appear in the ancillary data space when there is auxiliary data where Group 1 should be inserted. ADS before embedding other other auxilliary data auxilliary data ADS after attempting to embed group 1 other other auxilliary data...

  • Page 227: Led Indicators

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Indicators Figure 3-77 PT-FSDMX Card-Edge LED Indicators The Power, ACT CTRL, ACT In, and signal presence LEDs are described in Input Module General Description. The LEDs described in Table 3-67 are specific to PT-FSDMX-IBG and its variants.
  • Page 228 Chapter 3 Input Modules If the upgrade procedure of the currently used revision fails because of unexpected power failure, brownout or system instability whilst the upgrade was in progress, the CPU will automatically revert to the ‘known-good-working’ revision, next time the FPGAs get reloaded.

  • Page 229: Chapter 4 Output Modules

    Output Modules This chapter contains both a general description and additional detailed descriptions of the output modules available for the Platinum router. A General Description section provides a generic view of how a Platinum output module operates. Each output module is further described in terms of its individual operation, controllable parameters, installation, configuration, functional block diagram, and specifications.
  • Page 230 Chapter 4 Output Modules PT-MUX: SDI Audio Embedder Submodule with 1.5 HD-SDI and SD-SDI  Capability on page 285 PT-MUX-3G: SDI Audio Embedder Submodule with 3 Gb/s Capability  page 285 PT-MADI4X-OBG - Platinum Multichannel Audio Digital Interface (MADI)  Output Module on page 293 (NEW) PM-SR-OB+/PT-SR-OB+: SD-SDI with Reclocking Output Modules...

  • Page 231: Output Module General Description

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Output Module General Description Signal output connectors Card-edge connector Control Power Power Test points System Signal Presence Handle cutout System Signal LEDs Presence LEDs Figure 4-1 Typical Platinum Output Module An output module accepts 32 signals from the crosspoint matrix. A secondary switching circuit then selects 8 of these 32 signals to be driven out of the output module.

  • Page 232: Controllable Parameters Lists

    Chapter 4 Output Modules The yellow LED labeled “ACT OUT” is the active output warning. It shows that an  active input signal is being switched to this output module. The LED labeled “ACT CTRL” is the control system acknowledgment. The LED shows a ...

  • Page 233: Submodules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-1 Output Module Parameters Lists (Continued) Parameter List Module Name Location PM-HSR-OBG+/PT-HSR-OBG+: HD-SDI/SD-SDI with Reclocking page 209 Output Modules PT-HSRO-OB+: Fiber Optical 3G HD-SDI, 1.5G HD-SDI, and SD-SDI Page 220 Serial Video Transmitter Module PT-HSRO-OBG+/PT-HSR8O-OBG+: Fiber Optical 3G/1.5G HD-SDI, Page 220...

  • Page 234: Signal Flow Diagram

    Chapter 4 Output Modules Signal Flow Diagram SD/HD × 8 PRTI (4) AutoManual × 8 Bypass × 8 AutoBypass × 8 FPGA SS[2..0] × 8 Lock Detect × 8 Reclockers × 8 Select 8 outputs XPT Card 1 8 outputs XPT Card 2 8 outputs XPT Card 3 8 outputs XPT Card 4 Cable drivers...

  • Page 235: Pm-Hsr-Obg+/Pt-Hsr-Obg+: Hd-Sdi/Sd-Sdi With Reclocking Output Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-HSR-OBG+/PT-HSR-OBG+: HD-SDI/SD-SDI with Reclocking Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-3 PM-HSR-OBG+/PT-HSR-OBG+ Module The PM-HSR-OBG+ and PT-HSR-OBG+ are HD-SDI/SD-SDI output modules with reclocking.
  • Page 236 Chapter 4 Output Modules Table 4-2 Reclocker Operating Modes Mode Name Description Note Automatic The reclocker attempts to reclock the received data at its data rate if the Default received data rate is 270 Mb/s, 1.4835 Gb/s, 1.485 Gb/s, 2.967 Gb/s, or 2.970 Gb/s.

  • Page 237: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installation Output Module Installation All output modules are installed at our manufacturing facility. See Special Pre-Installation Information for Upgrading 3 Gb Input, Output, and Crosspoint Module Firmware on page 357 and Installing Input and Output Modules on page 361 for the procedure for field expansion or replacement of output modules.
  • Page 238 Chapter 4 Output Modules Table 4-3 PM-HSR-OBG+/PT-HSR-OBG+ User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Not locked  Lock Detect (1-8) [RO] Reports if data is re-locked by reclocking stage Locked   Signal Type (1-8) [RO] Displays detected slew rate of incoming signal ...

  • Page 239: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 4-4 PM-HSR-OBG+/PT-HSR-OBG+ Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 4-4 PM-HSR-OBG+/PT-HSR-OBG+ Specifications Item Specification Number of outputs Output connector 75 BNC per IEC 169-8 Impedance 75...

  • Page 240: Pm-Hsr-Ob+/Pt-Hsr-Ob+: Hd-Sdi/Sd-Sdi With Reclocking Output Modules

    Chapter 4 Output Modules Table 4-4 PM-HSR-OBG+/PT-HSR-OBG+ Specifications Automatic for 2.970 Gb/s, 2.967 Gb/s,  Reclocking 1.485 Gb/s, 1.4835 Gb/s, and 270 Mb/s Bypass for all other rates between 3 Mb/  s and 3.0 Gb/s Jitter < 0.2 UI @ frequency tested Output amplitude 800 mVp-p ±...
  • Page 241 Platinum Frames and Modules Installation, Configuration, and Operation Manual The PM-HSR-OB+ and PT-HSR-OB+ are HD-SDI/SD-SDI output modules with reclocking. These modules receive 32 digital differential signal pairs (3 Mb/s to 2.97 Gb/s) from the crosspoint matrix, provide secondary switching, reclock SMPTE as well as ASI (270 Mb/s) signals, and send them to the drivers designed to drive 75...

  • Page 242: Installation

    Chapter 4 Output Modules Submodules PT-MX-SB The optional PT-MX-SB submodule corresponds to the PM-HSR-OB+ and PT-HSR-OB+ modules. See page 285 for more information. Note: Modules marked as PM-HSR-OB+DX are PM-HSR-OB+ modules equipped with PT-MX-SB submodules. Modules marked as PT-HSR-OB+DX are PT-HSR-OB+ modules equipped with PT-MX-SB submodules.
  • Page 243 Platinum Frames and Modules Installation, Configuration, and Operation Manual See the appropriate reference manual for information on how to set these parameters. Table 4-6 PM-HSR-OB+/PT-HSR-OB+ User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Not locked  Lock Detect (1-8) [RO] Reports if data is re-locked by reclocking stage Locked...

  • Page 244: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram Reclocker Cable 4:1 mux with driver 1:2 fanout HD/SD output 1 • HD/SD input 1 • 8:1 mux • • Optional • processing 2:1 mux submodule • (single to diff.) • • • •...
  • Page 245 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-7 PM-HSR-OB+/PT-HSR-OB+ Specifications Automatic for 2.970 Gb/s, 2.967 Gb/s,  Reclocking 1.485 Gb/s, 1.4835 Gb/s, and 270 Mb/s Bypass for all other rates between 3 Mb/  s and 3.0 Gb/s Jitter <...

  • Page 246: Pt-Hsro-Obg+/Pt-Hsr8O-Obg+: Fiber Optical 3G/1.5G Hd-Sdi, And Sd-Sdi Serial Video Transmitter Module With Power Saving

    Chapter 4 Output Modules PT-HSRO-OB+: Fiber Optical 3G HD-SDI, 1.5G HD-SDI, and SD-SDI Serial Video Transmitter Module PT-HSRO-OBG+/PT-HSR8O-OBG+: Fiber Optical 3G/1.5G HD-SDI, and SD-SDI Serial Video Transmitter Module With Power Saving Note: The PT-HSRO-OBG+ and the PT-HSR8O-OBG+ are identical except for the SFP types that they are configured for.
  • Page 247 Platinum Frames and Modules Installation, Configuration, and Operation Manual The front module receives 32 serial digital video signals from the crosspoint matrix, provides secondary switching, reclocks SMPTE as well as DVB-ASI (270 Mb/s) signals, and sends them to the SFP fiber optical transmitters. An 8×1 crosspoint selects the output monitoring signal. PT-HSRO-OB+/PT-HSRO-OBG+ modules have the capability to support a variety of optional submodules.

  • Page 248: Installation

    Sales Department. Note: Module fuses are designed to operate throughout normal operations. In the unlikely event that a fuse fails, return the module to Imagine Communications Engineering for diagnostic testing. Please contact Customer Service to obtain a return authorization...
  • Page 249 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-8 PT-HSRO-OB+/PT-HSRO-OBG+/PT-HSR4OCG-OBG+ User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options OP+SFP+TT+13+13  SFP(1-4) Type [RO] Reports type of SFP that plugged in OP+SFP+TT+1310 back module Specifications. OP+SFP+TT+27+29 ...

  • Page 250: Sfp Specifications

    Chapter 4 Output Modules Table 4-8 PT-HSRO-OB+/PT-HSRO-OBG+/PT-HSR4OCG-OBG+ User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options  Rate Detect [RO] Detects data rate  Unknown  HD is displayed for both 1.48 & 2.97 Gbps rates and SD is displayed for 270 Mbps.
  • Page 251 Platinum Frames and Modules Installation, Configuration, and Operation Manual Item Minimum Typical Maximum Notes 110 ps 180 ps 270 MHz Pathological Laser safety level Class 1 3G: SMPTE 424M  Standards HD: SMPTE 292M  SD: SMPTE 259M  OP+SFP+TT+xx+yy Dual Output CWDM Transmitter Specifications Note: These specs apply to the PT-HSR4OCG-OBG+ module which can be pre-configured (on request) for the dual output CWDM SFPs.

  • Page 252: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram Figure 4-9 PT-HSRO-OB+/PT-HSRO-OBG+ Functional Block Diagram...

  • Page 253: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specifications Specifications and designs are subject to change without notice. Table 4-10 PT-HSRO-OB+/PT-HSRO-OBG+ Specifications Item Specification Connector Number of outputs For optical output performance specifications (Peak Wavelength, Output Power, Extinction Ratio, etc.) please refer to individual SFP module specification datasheets. Datasheets of customer-replaceable optical SFP parts are available by request.

  • Page 254: Dual Output Modules

    Chapter 4 Output Modules PM-HSR-OB/PT-HSR-OB: HD-SDI/SD-SDI with Reclocking Output Modules PM-HSR-DOB/PT-HS-DOB: HD-SDI/SD-SDI with Reclocking and Dual Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-10 PM-HSR-OB/PT-HS-OB Module Figure 4-11 PM-HSR-DOB/PT-HS-DOB Module...
  • Page 255 Platinum Frames and Modules Installation, Configuration, and Operation Manual The HD-SDI/SD-SDI digital multirate output module comes in these variations: The PM-HSR-OB and PT-HSR-OB are HD-SDI/SD-SDI output modules with reclocking.  The PM-HSR-DOB and PT-HS-DOB are HD-SDI/SD-SDI output modules with reclocking ...

  • Page 256: Installation

    Chapter 4 Output Modules Table 4-11 Reclocker Operating Modes (Continued) Mode Name Description Note Forced bypass The received data bypasses the reclock processing and appears at the output — of the reclocker, regardless of whether the data is reclockable. The corresponding signal presence LED is turned off.

  • Page 257: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 4-12 lists the user-controllable parameters for the PM-HSR-OB and PT-HSR-OB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 258: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram OUT1 IN1A IN1B Reclocker Driver IN1C IN1D OUT2 IN2A IN2B Reclocker Driver IN2C IN2D OUT3 IN3A IN3B Reclocker Driver IN3C IN3D OUT4 IN4A IN4B Reclocker Driver IN4C IN4D OUT5 IN5A Monitoring M-OUT IN5B Switch Reclocker Driver...

  • Page 259: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specification Specifications and designs are subject to change without notice. Table 4-13 PM-HSR-OB/PM-HSR-DOB and PT-HSR-OB/PT-HS-DOB Specifications Item Specification Number of outputs PM-HSR-OB/PT-HSR-OB PM-HSR-DOB/PT-HS-DOB Output connector 75 BNC per IEC 169-8 Impedance 75...

  • Page 260: Pm-Sr-Obg+/Pt-Sr-Obg+: Sd-Sdi With Reclocking Output Modules

    Chapter 4 Output Modules PM-SR-OBG+/PT-SR-OBG+: SD-SDI with Reclocking Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames Figure 4-13 PM-SR-OBG+/PT-SR-OBG+ Module The PM-SR-OB+/PT-SR-OBG+ are digital multi-rate output modules with reclocking. These modules receive 32 digital differential signal pairs (3 Mb/s to 540 Mb/s) from the crosspoint matrix, provide secondary switching, reclock the SMPTE and ASI signals, and send them to the drivers designed to drive 75...

  • Page 261: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Back Panel I/O Module for PM-SR-OBG+/PT-SR-OBG The PT-V-BP back panel I/O module corresponds to the PM-SR-OBG+ and PT-SR-OBG+ modules. Submodules PT-MX-SB The optional PT-MX-SB submodule corresponds to the PM-SR-OBG+ and PT-SR-OBG+ modules.
  • Page 262 Chapter 4 Output Modules Table 4-14 PM-SR-OBG+/PT-SR-OBG+ User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Not locked  Lock Detect (1-8) [RO] Reports if data is locked at reclocking stage Locked   Signal Type (1-8) [RO] Displays detected slew rate of incoming signal 270 Mb/s ...

  • Page 263: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 4-14 PM-SR-OBG+/PT-SR-OBG+ Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 4-15 PM-SR-OBG+/PT-SR-OBG+ Specifications Item Specification Number of outputs Output connector 75 BNC per IEC 169-8 Impedance 75...

  • Page 264: Pm-Sr-Ob+/Pt-Sr-Ob+: Sd-Sdi With Reclocking Output Modules

    Chapter 4 Output Modules Table 4-15 PM-SR-OBG+/PT-SR-OBG+ Specifications Item Specification Automatic for 270 Mb/s  Reclocking Bypass for all other rates between 3 Mb/  s and 540 Mb/s Jitter < 0.2UI @ frequency tested Output amplitude 800 mVp-p ± 10% DC offset 0 V ±...

  • Page 265: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Manual mode: manually sets a 270 Mb/s rate for reclocking  Bypass mode: data bypasses the PLL  Mute mode: no output at the output pins of the reclocker  Output data from the reclocker is fed to a 75 output driver feeding the 75 BNC. An 8×1 differential crosspoint selects the output monitoring signal.

  • Page 266: Controllable Parameters

    Chapter 4 Output Modules Controllable Parameters Table 4-16 lists the user-controllable parameters for the PM-SR-OB+ and PT-SR-OB+ modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 267: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Reclocker Cable 4:1 mux with driver 1:2 fanout output 1 • input 1 • 8:1 mux • • Optional • processing 2:1 mux submodule • (single to diff.) •...
  • Page 268 Chapter 4 Output Modules Table 4-17 PM-SR-OB+/PT-SR-OB+ Specifications Item Specification Automatic for 270 Mb/s  Reclocking Bypass for all other rates between 3 Mb/  s and 540 Mb/s Jitter < 0.2UI @ frequency tested Output amplitude 800 mVp-p ± 10% DC offset 0 V ±...

  • Page 269: Pm-Sr-Dob/Pt-Sr-Dob: Sd-Sdi With Reclocking And Dual Output Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-SR-OB/PT-SR-OB: SD-SDI with Reclocking Output Modules PM-SR-DOB/PT-SR-DOB: SD-SDI with Reclocking and Dual Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-17 PM-SR-OB/PT-SR-OB Module Figure 4-18 PM-SR-DOB/PT-SR-DOB Module The SD digital multi-rate output module comes in these variations:...

  • Page 270: Installation

    Chapter 4 Output Modules The PM-SR-OB/PT-SR-OB are SD output modules with reclocking.  The PM-SR-DOB/PT-SR-DOB are SD output modules with reclocking and dual outputs.  The PM-SR-OB/PM-SR-DOB and PT-SR-OB/PT-SR-DOB digital multi-rate output modules receive 32 digital differential signal pairs (3 Mb/s to 540 Mb/s) from the crosspoint matrix, provide secondary switching, reclock the SMPTE and ASI signals, and send them to the drivers designed to drive 75...

  • Page 271: Controllable Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters Table 4-18 lists the user-controllable parameters for the PM-SR-OB, PM-SR-DOB, PT-SR-OB, and PT-SR-DOB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 272: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram OUT1 IN1A IN1B Reclocker Driver IN1C IN1D OUT2 IN2A IN2B Reclocker Driver IN2C IN2D OUT3 IN3A IN3B Reclocker Driver IN3C IN3D OUT4 IN4A IN4B Reclocker Driver IN4C IN4D OUT5 IN5A Monitoring M-OUT IN5B Switch Reclocker Driver...
  • Page 273 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-19 PM-SR-OB/PM-SR-DOB and PT-SR-OB/PT-SR-DOB Specifications Item Specification Reclocking Reclockable for all signals defined by SMPTE 259M/344M, DVB-ASI except 177 Mb/s Return loss > 16 dB, up to 540 MHz Jitter <...

  • Page 274: Pm-Aeb-Ob/Pt-Aeb-Ob: Aes Balanced Output Modules

    Chapter 4 Output Modules PM-AEB-OB/PT-AEB-OB: AES Balanced Output Modules PM-AEC-OB/PT-AEC-OB: AES Coaxial Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-20 PT-AEB-OB Module Figure 4-21 PT-AEC-OB Module The AES output module allows for the connection of 8 or (optionally) 16 output channels of AES digital audio, using either a balanced or coaxial back module within the Platinum...

  • Page 275: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual The module receives 32 balanced low voltage differential signals (LVDS) from the crosspoint matrix, which are presented to 8 separate 4×1 multiplexers that determine the final routing of the signal to its destined output channel. Along with the octal 4×1 muxes, signal level conversion and presence detection are handled within an FPGA-based circuit.

  • Page 276: Configuration

    Chapter 4 Output Modules Back Panel I/O Module Installation All back panel modules are installed at our manufacturing facility. See Installing Back Panel Modules on page 372 for the procedure for field expansion of back panel modules. If you need to purchase additional components, please contact your dealer or our Sales Department.

  • Page 277: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram FPGA- FPGA- Input 1A Input 5A based based Output 1+ Output 5+ signal signal Input 1B Input 5B presence presence Output 1- Output 5- Input 1C Input 5C detect &...

  • Page 278: Specifications

    Chapter 4 Output Modules Table 4-21 PM-AEB-OB/PT-AEB-OB Pinout Information 1 Gnd 2 Gnd 3 Gnd 4 Gnd 5 Gnd 6 Gnd 7 Gnd 8 Gnd Spare Gnd Specifications Specifications and designs are subject to change without notice. Table 4-22 PM-AEB-OB/PT-AEB-OB AES Balanced Digital Audio Output Specifications Item Specification Number of outputs...
  • Page 279 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-22 PM-AEB-OB/PT-AEB-OB AES Balanced Digital Audio Output Item Specification Signal type AES3 AES frame rates from 32 kHz to 192 kHz Other 40% – 60% duty cycle digital signals from 2 Mb/s to 25 Mb/s Jitter <...

  • Page 280: Pm-Aect-Ob/Pt-Aect-Ob: Aes Coaxial Output Modules With Tdm Capability

    Chapter 4 Output Modules PM-AEBT-OB/PT-AEBT-OB: AES Balanced Output Modules with TDM Capability PM-AECT-OB/PT-AECT-OB: AES Coaxial Output Modules with TDM Capability Operation Figure 4-24 PM-AEBT-OB/PT-AEBT-OB Module Figure 4-25 PM-AECT-OB/PT-AECT-OB Module...

  • Page 281: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. The AES TDM output module allows for the connection of 16 output channels of AES digital audio, using either a balanced or coaxial back module within the Platinum platform, and supports Time Division Multiplexed (TDM) AES routing.

  • Page 282: Configuration

    Chapter 4 Output Modules Back Panel I/O Module Installation All back panel modules are installed at our manufacturing facility. See Installing Back Panel Modules on page 372 for the procedure for field expansion of back panel modules. If you need to purchase additional components, please contact your dealer or our Sales Department.
  • Page 283 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-24 PM-AEBT-OB/PM-AECT-OB/PT-AEBT-OB/PT-AECT-OB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options No swap  Swap/Copy (1-16) Swap/Copy left and right audio channels Swap left and right  (NOTE: This parameter is always Copy left to right ...

  • Page 284: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram Input 1A Input 1B Input 1C Input 1D Input 2A AES output 1 Input 2B Monitor 1 Input 2C Input 2D AES output 2 Input 3A Input 3B Monitor 2 Input 3C Input 3D AES output 3 Input 4A Monitor 3...

  • Page 285: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Pinout Diagram Table 4-25 PM-AEBT-OB/PT-AEBT-OB Pinout Information Spare Spare DB-25 DB-25 J2 (Outputs 1 – 8) J1 (Outputs 9 – 16) Pin No. Pin No. 1 Gnd 9 Gnd 2 Gnd 10 Gnd 3 Gnd 11 Gnd...

  • Page 286: Specifications

    Chapter 4 Output Modules Specifications Specifications and designs are subject to change without notice. Table 4-26 PM-AEBT-OB/PT-AEBT-OB AES Specifications Item Specification Number of outputs Output type Balanced, transformer coupled Output connector DB-25 Impedance 110 Signal type AES3 AES frame rates from 32 kHz to 192 kHz Other 40% –...

  • Page 287: With Dual Output

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-ENC-OB/PT-ENC-OB: SD to Analog Video Encoder Modules PM-ENC-DOB/PT-ENC-DOB: SD to Analog Video Encoder Modules with Dual Output Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames.
  • Page 288 Chapter 4 Output Modules Figure 4-29 PM-ENC-DOB/PT-ENC-DOB Module The SD to analog video encoder module comes in these variations: The PM-ENC-OB and PT-ENC-OB are SD-to-analog video encoder output modules.  The PM-ENC-DOB and PT-ENC-DOB are SD-to-analog video encoder output modules ...

  • Page 289: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Back Panel I/O Module for PM-ENC-OB/PT-ENC-OB and PM-ENC-DOB/PT-ENC-DOB The PT-V-BP back panel I/O module corresponds to the PM-ENC-OB, PM-ENC-DOB, PT-ENC-OB, and PT-ENC-DOB modules. Output Monitoring Module The optional PT-HSR-OM and PT-HSRAEC-OM modules provides output monitoring for the PM-ENC-OB, PM-ENC-DOB, PT-ENC-OB, and PT-ENC-DOB modules.
  • Page 290 Chapter 4 Output Modules Table 4-28 PM-ENC-OB/PM-ENC-DOB/PT-ENC-OB/PT-ENC-DOB User-Controllable Parameters List Parameter Description Options 1.3 MHz  Chrominance Filter Type (1-8) Sets chrominance filter type 0.65 MHz  1 MHz  2 MHz  Reserved   QCIF  3 MHz ...

  • Page 291: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 4-30 PM-ENC-OB/PT-ENC-OB Functional Block Diagram...

  • Page 292: Specifications

    Chapter 4 Output Modules Specifications Specifications and designs are subject to change without notice. Table 4-29 PM-ENC-OB/PM-ENC-DOB/PT-ENC-OB/PT-ENC-DOB Specifications Item Specification Number of outputs PM-ENC-OB/PT-ENC-OB PM-ENC-DOB/PT-ENC-DOB Output connector 75 BNC per IEC 169-8 Impedance 75 Signal type NTSC, PAL Output amplitude 1.0Vp-p ±...

  • Page 293: Pm-Dac-Ob/Pt-Dac-Ob: Aes To Analog Audio Converter Output Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PM-DAC-OB/PT-DAC-OB: AES to Analog Audio Converter Output Modules Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-31 PM-DAC-OB/PT-DAC-OB Module The PM-DAC-OB/PT-DAC-OB audio D/A output module provides the platform for AES digital to analog audio conversion within the Platinum routing system.

  • Page 294: Installation

    Chapter 4 Output Modules Figure 4-32 PT-A2-DTB Terminal Block Adapter Output Monitoring Module The optional PT-HSR-OM and PT-HSRAEC-OM modules provides output monitoring of AES signals for the PM-DAC-OB and PT-DAC-OB modules. Installation Output Module Installation All output modules are installed at our manufacturing facility. See Installing Input and Output Modules on page 361 for the procedure for field expansion or replacement of...

  • Page 295: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 4-28 lists the user-controllable parameters for the PM-DAC-OB and PT-DAC-OB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 296: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram Figure 4-33 PM-DAC-OB/PT-DAC-OB Functional Block Diagram...

  • Page 297: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Pinout Diagram Table 4-31 PM-DAC-OB/PT-DAC-OB Pinout Diagram Outputs DB-44 Outputs DB-44 Not Used 1 – 4 Pin No. 5 – 8 Pin No. 1A Gnd 5A, 6A 1B Gnd 5B Gnd 2A Gnd 6B, 7A 2B Gnd...

  • Page 298: Specifications

    Chapter 4 Output Modules Specifications Specifications and designs are subject to change without notice. Table 4-32 PM-DAC-OB/PT-DAC-OB Digital to Analog Audio Output – Standard Version Unless otherwise noted, all specifications are measured using a 48 kHz AES frame rate. Item Specification Number of outputs Output type...
  • Page 299 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-33 PM-DAC-OB/PT-DAC-OB Digital to Analog Audio Output – 600 Version Item Specification Number of outputs Output type Balanced Output connector DB-44 Impedance 600 Signal type Stereo analog audio Maximum output amplitude +22 dBm Full scale adjustment range 0 dBFS = +7 dBm to +22 dBm in...

  • Page 300: Pm-Dact-Ob/Pt-Dact-Ob: Aes To Analog Audio Converter Output Modules With Tdm Capability

    Chapter 4 Output Modules PM-DACT-OB/PT-DACT-OB: AES to Analog Audio Converter Output Modules with TDM Capability Operation Note: PM- series modules operate in 5RU and 9RU frames only. PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-34 PM-DACT-OB/PT-DACT-OB Module The PM-DACT-OB/PT-DACT-OB audio D/A output module provides the platform for AES digital to analog audio conversion within the Platinum routing system.

  • Page 301: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 4-35 PT-A2-DTB Terminal Block Adapter Installation Output Module Installation All output modules are installed at our manufacturing facility. See Installing Input and Output Modules on page 361 for the procedure for field expansion or replacement of output modules.
  • Page 302 Chapter 4 Output Modules Table 4-34 PM-DACT-OB/PT-DACT-OB User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options Pass input  Tone (1-16) Indicates type of tone to send out AES output Silence  500Hz   TDM XPT  XPT Type Determines crosspoint matrix requirement Wideband...
  • Page 303 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-34 PM-DACT-OB/PT-DACT-OB User-Controllable Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options Board Level Hysteresis Sets hysteresis for parameters 0 to 5 seconds in 500 ns steps needing it Quiet switch ...

  • Page 304: Functional Block Diagram

    Chapter 4 Output Modules Functional Block Diagram Figure 4-36 PM-DACT-OB/PT-DACT-OB Functional Block Diagram...

  • Page 305: Pinout Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Pinout Diagram Table 4-35 PM-DACT-OB/PT-DACT-OB Pinout Information Outputs DB-44 Outputs DB-44 Outputs DB-44 Outputs DB-44 1 – 4 Pin No. 5 – 8 Pin No. 9 – 12 Pin No. 13 – 16 Pin No.

  • Page 306: Specifications

    Chapter 4 Output Modules Specifications Specifications and designs are subject to change without notice. Table 4-36 PM-DACT-OB/PT-DACT-OB Digital to Analog Audio Output – Standard Version Item Specification Number of outputs Output type Balanced Output connector DB-44 Impedance 66 Signal type Stereo analog audio Maximum output amplitude +28 dBu...
  • Page 307 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-37 PM-DACT-OB/PT-DACT-OB Digital to Analog Audio Output – 600 Version Item Specification Number of outputs Output type Balanced Output connector DB-44 Impedance 600 Signal type Stereo analog audio Maximum output amplitude +22 dBm Full scale adjustment range 0 dBFS = +7 dBm to +22 dBm in 1 dB steps,...

  • Page 308: Pt-Hsr1310S-Ob: Fiber Optical Hd/Sd Serial Video Transmitter Module

    Chapter 4 Output Modules PT-HSR1310S-OB: Fiber Optical HD/SD Serial Video Transmitter Module Operation Note: PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-37 PT-HSR1310S-OB Module (PT-FO-BMO Back Panel I/O Module Attached) The PT-HSR1310S-OB is a fiber optical HD/SD serial video transmitter module. Each module has eight fiber optical transmitter receptacles mounted on the metal back panel of the back module.

  • Page 309: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual On PT-HSR1310S-OB modules, the channel status LEDs are bicolor, as follows: Table 4-38 PT-HSR1310S-OB Channel Status LEDs Channel Status Meaning LED Color Off (no color) Data is not reclocked, laser diode is still functional (no data is output or the output data bypasses the re-clocking circuit) Green...
  • Page 310 Chapter 4 Output Modules Table 4-39 PT-HSR1310S-OB User-Controllable Parameters List [RO] = Read-only parameter Parameter Description Options  Lock detect Indicates a signal is present on the output   Laser failure [RO] Indicates an output laser driver has failed ...

  • Page 311: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Figure 4-38 PT-HSR1310S-OB Functional Block Diagram Specifications Specifications and designs are subject to change without notice. Table 4-40 PT-HSR1310S-OB Specifications Item Specification Connector Return loss 20 dB Single-mode (9 m) Mode Laser Wavelength...
  • Page 312 Chapter 4 Output Modules Table 4-40 PT-HSR1310S-OB Specifications (Continued) Item Specification Rise time and fall time <1.5 nS for SD <270 pS for HD Extinction ratio > 6.6 (8.2 dB) Jitter < 0.2 UI...

  • Page 313: Pt-Mux-3G: Sdi Audio Embedder Submodule With 3 Gb/S Capability

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-MUX-3G: SDI Audio Embedder Submodule with 3 Gb/s Capability PT-MUX: SDI Audio Embedder Submodule with 1.5 HD-SDI and SD-SDI Capability Operation Note: PT- series modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 4-39 PT-MX-SB Submodule Figure 4-40 PT-MX-SB Submodule Installed on a Platinum Output Module...
  • Page 314 Chapter 4 Output Modules When installed on PM-HSR-OBG+, PT-HSR-OBG+, PM-HSR-OB+, PT-HSR-OB+, PT-HSRO-OB+, PT-HSRO-OBG+, PM-SR-OBG+, PT-SR-OBG+, PM-SR-OB+ or PT-SR-OB+, the PT-MX-SB submodule operates as an audio embedder . It muxes up to 4 groups (16 channels) of audio into each SDI path, and receives up to 128 channels from the Platinum audio TDM crosspoint Each SDI channel supports the following video processing standards: ...

  • Page 315: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual All SDI inputs are genlocked to the same video reference  Provides a simple test pattern generator (full field color bars)  Operation Notes A Genlock reference must be applied to the PT-MX-SB. All SDI channels applied to the PT-MX-SB must be locked to the applied Genlock Reference.

  • Page 316: Controllable Parameters

    Chapter 4 Output Modules Controllable Parameters Table 4-41 lists the user-controllable parameters for the PT-MX-SB modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.
  • Page 317 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-41 PT-MX-SB User-Controllable Parameters List (Continued) RO] = Read-only parameter; Bold = Default selection Parameter Tree View No. of Instance Description Options Name Location Instances Type SDI Video Std. Input > Video > SDI Indicates the detected video standard •...
  • Page 318 Chapter 4 Output Modules Table 4-41 PT-MX-SB User-Controllable Parameters List (Continued) RO] = Read-only parameter; Bold = Default selection Parameter Tree View No. of Instance Description Options Name Location Instances Type TSG Enable (1-8) Processing > Video > Enables and disables the TSG •...

  • Page 319: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-41 PT-MX-SB User-Controllable Parameters List (Continued) RO] = Read-only parameter; Bold = Default selection Parameter Tree View No. of Instance Description Options Name Location Instances Type Audio Mute (1-8) Processing > Audio > Audio Specifies whether the audio channel •...

  • Page 320: Specifications

    Chapter 4 Output Modules Specifications Specifications and designs are subject to change without notice. Table 4-42 PT-MX-SB Specifications Item Specification Number of outputs Quantization 10 bits Standard SMPTE 424M, 1080p 50, 1080p 59.94, 3.0 HD-SDI 1080p 60 SMPTE 292M, 720p 25, 720p 29.97, 720p 1.5 HD-SDI 30, 720p 50, 720p 59.94, 720p 60, 1080p 23.98, 1080p 24, 1080p 29.97, 1080p 30,...

  • Page 321: Pt-Madi4X-Obg - Platinum Multichannel Audio Digital Interface (Madi) Output Module

    Platinum now offers MADI support enabling seamless integration of Audio Consoles and other third party Audio equipment with MADI I/O into the Imagine Communications Audio/ Video routing framework. MADI support is offered through the following standard full length Platinum boards: A four channel MADI input board and electrical or optical back module.

  • Page 322: Pt-Madi4X-Obg Output Module

    Chapter 4 Output Modules PT-MADI4X-OBG Output Module The PT-MADI4C-OBG / PT-MADI4O-OBG output module is an AES10-2008 (MADI) compliant audio output board that supports two MADI formats: 56 and 64 channels. Audio data is encapsulated into the MADI transport stream at a sample rate of 48kHz and typically locked to the same Reference as the TDM Receiver.

  • Page 323: Controlling The Madi Output Module Through Navigator

    Platinum Frames and Modules Installation, Configuration, and Operation Manual The PT-MADI4O-OBG comes pre-fitted with one MADI compliant, Dual-Tx SFP module. See Specifications for details. Figure 4-44 PT-MADI4O-OBG Output Module Figure 4-45 PT-MADI40-OBG Back Module Controlling the MADI Output Module through Navigator You can access and control PT-MADI4x-OBG parameters through Navigator.
  • Page 324 Chapter 4 Output Modules Discovery Start Navigator. Ensure you are in Build Mode (File > Operational Mode > Build). Click Tools > Discovery and then click the Options button. Click the Add button and provide the IP address to the (Platinum) frame that contains your PT-MADI4C-OBG module.
  • Page 325 Platinum Frames and Modules Installation, Configuration, and Operation Manual The Module Parameters dialog displays a list of all output parameters. Figure 4-46 Module Parameters for PT-MADI4C-OBG Read only parameters show their status in Gray, for example, the TDM Reference Present parameter.

  • Page 326: Reference Locking

    Chapter 4 Output Modules Reference Locking Reference locking is controlled by the following parameters: TDM Reference Source in the TDM Locking category  (options are Sync1, Sync2, or Sync3) MADI Reference source in the MADI Locking category  (options are Sync1, Sync2, Sync3, or Same as TDM Ref.) By default, audio encapsulated into the MADI transport stream is locked to the same reference as the TDM receiver.

  • Page 327: Specifications

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-43 Supported TDM Reference/MADI Reference combinations MADI Any of the supported DARS Ref. Same as TDM Ref. (= DARS Ref.) Rates Any of the supported DARS Ref. Any of the supported DARS Ref. Rates (can be Rates unrelated and asynchronous to TDM DARS Ref.) Any of the supported DARS Ref.

  • Page 328: Power Consumption

    Chapter 4 Output Modules Table 4-45 Optical Output Specifications Item Specification Link rate 125Mbit/s (4B5B encoded, NRZI) Qualified Devices Optoway SPM-3102W-2TG Laser Safety Class 1 Laser Product Power Consumption Around 22W (includes front module and back module) for the PT-MADI4C-OBG module. Around 25W (includes front module and back module - 2x Dual Tx SFPs) for the PT-MADI4O-OBG module.
  • Page 329 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-46 PT-MADI4X-OBG Output parameters Path Parameter Name Description Options Enabled  Laser Status <1-4> Reports laser status Disabled   Normal  Failed   Laser Enable <1-4> Enables or disables fiber optical output ...
  • Page 330 Chapter 4 Output Modules Table 4-46 PT-MADI4X-OBG Output parameters Path Parameter Name Description Options MADI Reference Present (RO) Reports the presence of the reference signal MADI Reference Locked (RO) Reports the locked status of the reference signal MADI Reference Standard (RO) Indicates the reference Unknown standard detected on the...
  • Page 331 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 4-46 PT-MADI4X-OBG Output parameters Path Parameter Name Description Options TDM Input TDM Audio Format (x128) (RO) Indicates the format of each of the 128 Audio Non-PCM mono channels received by Dolby-E the TDM Receiver Dolby-D...

  • Page 332: Pt-Hsrmx8C/Pt-Hsrmx8O-Obg Frame Synchronizer And Mux Output Module

    Chapter 4 Output Modules PT-HSRMX8C/PT-HSRMX8O-OBG Frame Synchronizer and Mux Output Module The PT-HSRMX8C/8O-OBG is an 8 Channel Frame Synchronizer and Mux Output Board that provides Video and Audio processing in the Platinum Frame. Video and Audio Frame Synchronizers are available for each of the 8 SDI channels in addition to Audio Mux functionality.

  • Page 333: Pt-Hsrmx8O-Obg Optical Output Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual OUT 1 OUT 2 OUT 3 OUT 4 OUT 5 OUT 6 OUT 7 OUT 8 Figure 4-49 PT-HSRMX8C-OBG electrical back module PT-HSRMX8O-OBG Optical Output Module The PT-HSRMX8O-OBG is a Platinum SD/HD/3G Mux Output module with 8 LC-type Fiber connectors (4 Dual Tx SFP modules).

  • Page 334: Firmware Upgrade And Backup Image

    Chapter 4 Output Modules Firmware Upgrade and Backup Image The PT-HSRMX8C-OBG and PT-HSRMX8O-OBG modules maintain a backup image of the last working firmware at all times. In the event of an upgrade failure, the module will revert back to its backup image to maintain operation on the board. You can verify the version that is currently running on the module by looking at the version parameter Version (MK20_App_S6_V6)
  • Page 335 Platinum Frames and Modules Installation, Configuration, and Operation Manual MUX: Auto Detect Note: MUX: Auto Detect is the recommended operation mode for boards without a framesync license. This mode auto checks if SDI channels are locked to the Reference signal provided to the board.

  • Page 336: Framesync Mode And Delay Mode (With Framesync License)

    Chapter 4 Output Modules Framesync Mode and Delay Mode (with Framesync License) Framesync is a licensable option. If you do not have the Framesync license, this feature will not be available. To acquire a Framesync license, contact your Customer Service representative.

  • Page 337: Features

    Platinum Frames and Modules Installation, Configuration, and Operation Manual When operating the Frame Sync in Delay mode, the audio embedders are automatically turned off. Any ancillary data will be passed unprocessed (aside from any video delay). If the input video frame rate does not match the genlock frame rate for a channel, that channel is automatically placed into Delay Mode.

  • Page 338: Audio Processing

    Chapter 4 Output Modules Mux Mode (See MUX only mode (Without Framesync License) on page 306) is available on boards without the Framesync license installed. Table 4-47 Features Supported in Framesync Mode, Delay Mode, and Mux Only Mode Processing Feature Video Embedded Audio TDM Audio...

  • Page 339: Video Processing

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Fixed mapping of Audio channels received via TDM and the eight SDI streams  (e.g. TDM1-16 -> SDI1, TDM17-32 -> SD). Notes For De-embedding, audio must be embedded synchronously at a sample rate of 48kHz. ...

  • Page 340: Support For Quiet Audio Switching

    Chapter 4 Output Modules Notes VANC/HANC data other than embedded Audio is not processed. Closed Captioning  data, Teletext data or SMPTE 12M Timecode (LTC, VITC), for instance, will be dropped or repeated together with the active video content, every time the Frame Synchronizer drops or repeats a frame.

  • Page 341: Jumpers And Dip Switches

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Jumpers and DIP Switches This board has no user configurable jumpers. The two DIP Switches, labeled SW1 and SWC2, must remain in their factory set default positions - OFF. Failsafe Module Upgrade The Flash Memory can be partially or entirely upgraded through the PIPE interface.
  • Page 342 Chapter 4 Output Modules Path Parameter Name Description Options General > Output Output Mute (1-8) Enables/Disables electrical Mute (BNC) output. (8C version only) GENLOCK Genlock Sync Select Selects which physical sync port the module uses as a reference Genlock Video Present Reports the presence of the reference video signal Genlock Video Locked...
  • Page 343 Platinum Frames and Modules Installation, Configuration, and Operation Manual Path Parameter Name Description Options Video Status SDI Video Standard Displays the SDI video Unknown signal standard 525i 59.94 625i 50 720p 25 720p 29.97 720p 30 720p 50 720p 59.94 720p 60 1080p 23.98 1080p 24...
  • Page 344 Chapter 4 Output Modules Path Parameter Name Description Options None Embedded Audio Group Presence (1-8) Indicates which audio Status groups are present Group 1 Group 2 Group 12 Group 3 Group 13 Group 23 Group 123 Group 4 Group 14 Group 24 Group 124 Group 34...
  • Page 345 Platinum Frames and Modules Installation, Configuration, and Operation Manual Path Parameter Name Description Options Embedding TDM Audio (1-8) Enables embedding of Audio Channels received from the ATDM board. Each instance of this control applies to all 16 Mono Channels of Audio (or 8 Stereo pairs) of an SDI stream.
  • Page 346 Chapter 4 Output Modules Path Parameter Name Description Options Tone (1-8) Enables Tones 400 Hz 2 kHz 4 kHz Level Adjust (1-8) Adjusts the audio level -18 dB - 18 dB (0) (gain) for each in 0.1 dB steps audio channel Polarity Reversal (1-8) Specifies whether the audio channel should be...
  • Page 347 Platinum Frames and Modules Installation, Configuration, and Operation Manual Path Parameter Name Description Options DEEMBEDDING Group DeEmbed Control (1-8) Specifies the operation of Mute the audio de-embedder Repeat when an error occurs; it will either repeat the last audio sample or mute when an error occurs.
  • Page 348 Chapter 4 Output Modules Path Parameter Name Description Options Audio Channel Delay (1-8) Specifies audio delay - per 0 - 3000 ms in 1 mono channel ms steps Audio Synchronization. PROC AMP Y Gain Adjusts gain for the Y -3.0 to +3.0 dB (0 channel dB) in 0.1 dB steps Cb Gain...
  • Page 349 Platinum Frames and Modules Installation, Configuration, and Operation Manual Path Parameter Name Description Options Horizontal Phase Adjusts the horizontal 0.000 us to 29.616 timing us (1080p 30, 1035i 60) 0.000 us to 14.808 us (1080p 60, 1080p 60 DL) 0.000 us to 29.646 us (1080p 29, 1080i 59) 0.000 us to 14.823...
  • Page 350 Chapter 4 Output Modules Path Parameter Name Description Options Frame Offset Determines the number of 0 - 17 frames frames the video is offset (Delay mode) 0 - 16 frames (Sync mode) Force Freeze Enables video freeze Force Freeze Mode Specifies the type of Field 1 freeze, field 1, field 2 or...
  • Page 351 Platinum Frames and Modules Installation, Configuration, and Operation Manual Notes: Word Length Parameter Word Length parameter can be set through the Audio section of the GUI to 16, 20, or 25 bits on a per SDI channel basis. 20 bits is the default and is applicable when the video standard is SD SDI (525/625).
  • Page 352 Chapter 4 Output Modules Group DeEmbed Control (1-8) The following are options for the Group (1–8) Deembedding Control parameter. Table 4-48 Deembedding Control Options Item Description Repeat Upon detection of a de-embedding error, the de-embedder repeats the last good AES sample. Mute Upon detection of a de-embedding error, the de-embedder mutes the current outgoing AES sample.
  • Page 353 Platinum Frames and Modules Installation, Configuration, and Operation Manual ADS after embedding group Group 1 ADS before embedding Figure 4-52 Append Embedding Mode, Adding Group 1 When No Other Data Present When auxiliary data exists in the ancillary data space, appended audio appears following that data, as shown in Figure 4-53.
  • Page 354 Chapter 4 Output Modules Figure 4-55 Append Embedding Mode, Adding Group 2 Following Group 1 If you insert Group 1 audio when there is pre-existing Group 2 audio in the ancillary data space and no Group 1 audio, the Group 1 audio will be inserted following the Group 2 audio, as shown in Figure 4-56.
  • Page 355 Platinum Frames and Modules Installation, Configuration, and Operation Manual ADS before embedding ADS after attempting to embed group 1 No audio is embedded Figure 4-58 Overwrite Embedding Mode When There is No Pre-existing Audio Figure 4-59 shows how overwrite embedding will appear in the ancillary data space when there is auxiliary data where Group 1 should be inserted.
  • Page 356 Chapter 4 Output Modules Video Frame Synchronization The Frame synchronizer offers two modes: Delay mode and Synchronizer (Sync) mode. These modes can be chosen using the Frame Sync / Mux Mode (1-8) parameter. In Delay mode, the output video is synchronized to the input video. ...

  • Page 357: Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Block Diagram Simple DDR2 Memory FrmRst Detect Video Frame Video Synchronizer ProcAmp requires license key SDI Rx Demux Deserializer Clock Descrambler ‘SDI In’ Transfer Bypass Reframer FIFO CRC/EDH Monitoring SDI Format Detection Link A Link B...

  • Page 358: Specifications

    Chapter 4 Output Modules Specifications Electrical Output (Back Module with 8 BNCs) Table 4-51 Electrical Output Item Specification Number of Outputs 8 (standard BNC) Connector BNC (IEC169-8) Impedance 75 ohms ASI (270 Mb/s) SD SDI (270 Mb/s) SMPTE 259M Format 525i59.94, 625i50 Return Loss >...

  • Page 359: Chapter 5 Crosspoint Modules

    Crosspoint Modules This chapter contains both a general description and additional detailed descriptions of the crosspoint modules available for the Platinum router. A General Description section provides a generic view of how a Platinum crosspoint module operates. Each crosspoint module is further described in terms of its individual operation, controllable parameters, installation, configuration, and functional block diagram.

  • Page 360: Crosspoint Module General Description

    Chapter 5 Crosspoint Modules Crosspoint Module General Description The crosspoint module plugs into the module interconnect backplane via a high-density, high-speed connector. Switching is performed in a three-stage “make before break” process that eliminates unnecessary signals on the MI, while continually providing the output module reclocker IC a valid source so that the reclocker remains locked: The crosspoint module is switched so that the previous and next sources are both active on the output module reclocker input.

  • Page 361: Controllable Parameters Lists

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters Lists The Controllable Parameters List is a multilevel structure that includes all of the available parameters, arranged into groupings. These parameters are enabled and/or changed via RouterMapper’s Configure Module Parameters and/or Module Parameters list box , or through CCS Navigator.

  • Page 362: Signal Flow Diagram

    Chapter 5 Crosspoint Modules Signal Flow Diagram Destination outputs Crosspoint Source inputs Auxiliary outputs Aux inputs Destination outputs Crosspoint Auxiliary outputs ENET PRTIX XPT Micro XPT FPGA PIPE Figure 5-1 Basic Signal Flow for the Platinum Crosspoint Module...
  • Page 363 Platinum Frames and Modules Installation, Configuration, and Operation Manual 64TDM 64TDM 64TDM 64TDM signals signals signals signals buffers buffers FPGA/ microprocessor(s) TDM XPT TDM “inputs” TDM “outputs” ENET CIS(2) PRTI Sync 4 Sync Sync separator Sync 3 4:1 mux Sync 2 Sync 1 Note: The TDM “inputs”...

  • Page 364: Pm-40×32-3G5: 40X32 3G Hd-Sdi Crosspoint Modules

    Chapter 5 Crosspoint Modules PM-40×32-3G5: 40x32 3G HD-SDI Crosspoint Modules Operation PM-40×32-3G5 modules operate in 5RU frames only. Figure 5-3 PM-40×32-3G5 Module The PM-40×32-3G5 crosspoint module switches signals accepted from input modules and distributes these signals to output modules. It also switches auxiliary signals. The PM-40×32-3G5 crosspoint matrix contains a 40×32 I/O signal switch fabric as well as additional auxiliary crosspoint switch capability.

  • Page 365: Controllable Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters Table 5-3 lists the user-controllable parameters for the PM-40×32-3G5 modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 366: Pm-64X64-X9/Pm-64×64-3G9: 64X64 Crosspoint Modules

    Chapter 5 Crosspoint Modules PM-64x64-X9/PM-64×64-3G9: 64x64 Crosspoint Modules Operation PM-64x64-X9 and PM-64×64-3G9 modules operate in 9RU frames only. Figure 5-4 PM-64x64-X9/PM-64×64-3G9 Module The PM-64x64-X9/PM-64×64-3G9 crosspoint module switches signals accepted from input modules and distributes these signals to output modules. It also switches auxiliary signals. The PM-64x64-X9/PM-64×64-3G9 crosspoint matrix contains a 64×64 I/O signal switch fabric as well as additional auxiliary crosspoint switch capability.

  • Page 367: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 5-3 lists the user-controllable parameters for the PM-64x64-X9 and PM-64×64-3G9 modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 368: Pm-72×64-3G5: 72X64 3G Hd-Sdi Crosspoint Modules

    Chapter 5 Crosspoint Modules PM-72×64-3G5: 72x64 3G HD-SDI Crosspoint Modules Operation PM-72×64-3G5 modules operate in 5RU frames only. Figure 5-5 PM-72×64-3G5 Module The PM-72×64-3G5 crosspoint module switches signals accepted from input modules and distributes these signals to output modules. It also switches auxiliary signals. The PM-72×64-3G5 crosspoint matrix contains a 72×64 I/O signal switch fabric as well as additional auxiliary crosspoint switch capability.

  • Page 369: Controllable Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Controllable Parameters Table 5-4 lists the user-controllable parameters for the PM-72×64-3G5 modules. These parameters are accessible via either RouterMapper or CCS Navigator. In RouterMapper, parameters are found in the Configure Module Parameters and/or Module Parameters list boxes.

  • Page 370: Pm-128X128-X9/Pm-128×128-3G9: 128X128 Crosspoint Module

    Chapter 5 Crosspoint Modules PM-128x128-X9/PM-128×128-3G9: 128x128 Crosspoint Module Operation PM-128x128-X9 and PM-128×128-3G9 modules operate in 9RU frames only. Figure 5-6 PM-128x128-X9/PM-128×128-3G9 Module The PM-128x128-X9/PM-128×128-3G9 crosspoint module switches signals accepted from input modules and distributes these signals to output modules. It also switches auxiliary signals.

  • Page 371: Configuration

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Configuration This module requires no additional configuration procedures besides those described for frame configuration. Controllable Parameters Table 5-5 lists the user-controllable parameters for the PM-128x128-X9 and PM-128×128-3G9 modules. These parameters are accessible via either RouterMapper or CCS Navigator.

  • Page 372: Pt-128X256-X15/Pt-128×256-3G15/Pt-128X256-X28/Pt-128×256-3G28: 128X256 Crosspoint Module

    Chapter 5 Crosspoint Modules PT-128x256-X15/PT-128×256-3G15/PT-128x256-X28/ PT-128×256-3G28: 128x256 Crosspoint Module Operation PT- series crosspoint modules operate in 5RU, 9RU, 15RU, and 28RU frames. Figure 5-7 PT-128x256-X15/PT-128×256-3G15/PT-128x256-X28/PT-128×256-3G28 Module The PT-128x256-X15/PT-128×256-3G15/PT-128x256-X28/PT-128×256-3G28 crosspoint module switches signals accepted from input modules and distributes these signals to output modules.

  • Page 373: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installation All crosspoint modules are installed at our manufacturing facility. See Special Pre-Installation Information for Upgrading 3 Gb Input, Output, and Crosspoint Module Firmware on page 357 and Installing Crosspoint Modules on page 363 for the procedure for field expansion of crosspoint modules.

  • Page 374: Pm-Atdm9-X5/Pm-Atdm16-X9/Pt-Atdm16-X15/Pt-Atdm32-X15/ Pt-Atdm32-X28/Pt-Atdm64-X28: Advanced Tdm Crosspoint Modules

    Chapter 5 Crosspoint Modules PM-ATDM9-X5/PM-ATDM16-X9/PT-ATDM16-X15/PT-ATDM32-X15/ PT-ATDM32-X28/PT-ATDM64-X28: Advanced TDM Crosspoint Modules Operation Figure 5-8 PM-ATDM9-X5 Module Figure 5-9 PM-ATDM16-X9/PT-ATDM16-X15/ PT-ATDM32-X15/ PT-ATDM32-X28/ PT-ATDM64-X28 Module...
  • Page 375 Platinum Frames and Modules Installation, Configuration, and Operation Manual The advanced TDM crosspoint module switches audio signals from input modules and distributes them to output modules, via a proprietary time-division multiplexed transport scheme. It offers advanced parametric transition type functions such as quiet switching, V-fade, fade-cut, cut-fade, and synchronous switching.
  • Page 376 Chapter 5 Crosspoint Modules PT-ATDM16-X15  The PT-ATDM16-X15 crosspoint module switches signals accepted from input modules and distributes these signals to output modules. It also switches auxiliary signals. The PT-ATDM16-X15 crosspoint matrix contains a 16×16 I/O signal switch fabric as well as additional auxiliary crosspoint switch capability This crosspoint module can be used in 15RU or 9RU frames.

  • Page 377: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 5-7 PM-ATDM9-X5/PM-ATDM16-X9/PT-ATDM16-X15/ PT-ATDM32-X15/ PT-ATDM32-X28/PT-ATDM64-X28 Special Features (Continued) Feature Description Synchronous switching Performs switching of AES streams synchronously with a reference signal such that switching occurs at an AES frame boundary Transitions Supports audio transitions with variable duration when switching between two...

  • Page 378: Functional Block Diagram

    Chapter 5 Crosspoint Modules Functional Block Diagram 64TDM 64TDM 64TDM 64TDM signals signals signals signals buffers buffers FPGA/ microprocessor(s) TDM XPT TDM “inputs” TDM “outputs” ENET CIS(2) PRTI Sync 4 Sync Sync separator Sync 3 4:1 mux Sync 2 Sync 1 Note: The TDM “inputs”...

  • Page 379: Chapter 6 Controlling Modules

    Controlling Modules Controlling Modules through Navigator You can access and control parameters for Platinum Input (see Input Modules for details on all supported input modules) and Output modules (see Output Modules for details on all supported output modules) through Navigator. Navigator Build Mode v/s Control Mode Navigator Build Mode is freely available.

  • Page 380: Create A New Routing System Via Poll

    Chapter 6 Controlling Modules Create a new Routing System Via Poll Start Navigator. In the Navigation pane on the left, create a new Routing System by right clicking the Routers folder and clicking Create > Routing System... In the Create Routing System dialog that is displayed, enter a Name for the new Routing system, select the Perform System Poll checkbox, set connection to TCP/IP, and provide the IP Address of the Platinum frame to poll.

  • Page 381: Control Your Module In Navigator Build Mode

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Control your Module in Navigator Build Mode In the Navigation pane, expand the Routers folder, then expand the newly created Routing Group, then expand the Routers folder below that Double click the Platinum Frame icon. This opens up the Edit Platinum Frame dialog. Go to the Detected Matrices tab.

  • Page 382: Control Your Module In Navigator Control Mode

    Chapter 6 Controlling Modules Control your Module in Navigator Control Mode In the Navigation pane, expand the Routers folder, then expand the newly created Routing Group, then expand the Routers folder below that Expand the Platinum Frame icon, then expand the module category below that (for example, Input Cards or Output Cards) Figure 6-5 Navigator Control Mode - Module Tree View Double click the Module to control...

  • Page 383: Chapter 7 Installation

    Installation WARNING: Potentially lethal voltages are present within the Platinum frame during normal operation. Disconnect all power cords from the frame before you remove the top panel. Do not apply power to the frame while the top is open unless the unit is being serviced by properly trained personnel. This chapter provides information specific to the installation of the Platinum router.

  • Page 384: Before You Begin

    Chapter 7 Installation Before You Begin Review these general rules of thumb before you begin performing any installations or field upgrades of your Platinum routing system: A Platinum router is heavy. Do not attempt to lift a populated frame yourself. ...

  • Page 385: Special Pre-Installation Information For Upgrading 3 Gb Input, Output, And Crosspoint Module Firmware

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Special Pre-Installation Information for Upgrading 3 Gb Input, Output, and Crosspoint Module Firmware If your 3 Gb modules were installed at the manufacturing facility you do not need to perform this step. Before you install your Platinum 3 Gb input, output, and/or crosspoint modules, you must make sure that you have upgraded the firmware.
  • Page 386 Chapter 7 Installation To upgrade the firmware for a Platinum module, follow these steps: Download the firmware upgrade to the PC where the upgrade procedure will be performed. You can check for the most current firmware upgrades at the Imagine Communications Customer Support website.
  • Page 387 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 7-2 Change Firmware Menu Option A browser window will open. Default locations are as follows: (NAV not installed) C:\Program Files\Leitch\RtrWrks\bin32\Firmware  (NAV installed) C:\Program Files\Harris\RtrWrks\bin32\Firmware  Figure 7-3 Browser Window In the firmware list, click on the module you want to upgrade, and then click Upgrade.
  • Page 388 Chapter 7 Installation The Firmware Upgrade message window will appear. The steps in the upgrade process will be listed as they occur. If you need to stop the upgrade procedure at any time, click Cancel. The window will display a message that says “Aborting firmware upgrade...Please wait.” The upgrade will continue until the firmware upgrade process is in a safe place to stop.

  • Page 389: Installing Input And Output Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installing Input and Output Modules For installation procedures for PT-HS1310S-IB and PT-HSR1310S-OB fiber optical modules, see page 365. To install or replace input and output modules, follow these steps. Remove the blank cover of the appropriate slot on the rear of the frame (a #1 Phillips-head screwdriver is required).
  • Page 390 Chapter 7 Installation Figure 7-6 Aligning Module with Guide Door Guide Notches...

  • Page 391: Installing Crosspoint Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installing Crosspoint Modules Module Placement On 5RU, 9RU, and 15RU frames with one crosspoint module (no redundant module) the crosspoint module can be inserted into either slot 1 or slot 2. Figure 1-2 on page 4 for the location of slots 1 and 2 for 9RU frames.

  • Page 392: Installing Modules

    Chapter 7 Installation Installing Modules Installation procedures are the same for all Platinum crosspoint modules. To install a Platinum module, follow these steps: Make sure that the I/O Guide doors are fastened shut. From the front of the frame, insert the module into the desired vertical slot; be very careful to align the module in the guide notches on the frame.

  • Page 393: Specialized Installation And Removal Procedures For Pt-Hs1310S-Ib, Pt-Hsro-Obg+, And Pt-Hsr1310S-Ob Fiber Optical Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Specialized Installation and Removal Procedures for PT-HS1310S-IB, PT-HSRO-OBG+, and PT-HSR1310S-OB Fiber Optical Modules Installing Modules PT-HS1310S-IB modules are inserted into the slots on the right side of the frame only. PT-HSRO-OBG+ and PT-HSR1310S-OB modules are inserted into the slots on the left side of the frame only.

  • Page 394: Removing Modules

    Chapter 7 Installation Back Module Installation Remove a blank back plate from the frame. Do not discard the blank back plates. They may be needed for future configurations. On the side of the back module that inserts into the front module, remove the inner protective cap from the fiber connection (see Figure 7-8 on page 365).

  • Page 395: Inspecting And Cleaning Fiber Optic Connections

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Grasp the extractor handle on the installed module, and then pull the module out of its slot; use the handle as a lever. Close the I/O Guide door to ensure proper frame ventilation. Back Module Removal Remove the front module, as described above.
  • Page 396 Chapter 7 Installation Keep your cleaning fluids away from open flame or spark.  Figure 7-9 describes the acceptable limits of defects in a fiber connection. Zone 1 (0 to 20 micron diameter) Scratches and dust No scratches or digs are allowed Zone 2 (20 to 50 micron diameter) Maximum of 3 scratches <1.0 micron width is acceptable;...
  • Page 397 Platinum Frames and Modules Installation, Configuration, and Operation Manual Repeat the wiping action on another clean section of the wipe or a new wipe. Inspect the connector again with the fiberscope. If the connection is clean, return to the installation steps on page 366 for back modules, or page 366 for front modules.

  • Page 398: Installing Output Monitoring Modules

    Chapter 7 Installation Installing Output Monitoring Modules To install or replace the optional output monitoring module, follow these steps. On the rear of the Platinum frame, remove the two screws holding the option slot cover plate. (A standard Phillips-head screwdriver is required.) Do not discard these screws, as you will need them again.

  • Page 399: Installing Alarm Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installing Alarm Modules Figure 7-10 Installing PT-ALARM Module Make sure that the electrical connections are seated correctly on insertion (see Figure 7-10): A 28RU frame uses the connections labeled 1, 2, and 3: ...

  • Page 400: Installing Back Panel Modules

    Chapter 7 Installation Installing Back Panel Modules CAUTION: Properly match the back panel I/O modules with the proper input and output modules. One or more back panel I/O modules correspond to each input and output module installed in an Platinum frame. Back panel I/O modules are easily attached with two screws to the rear of the frames.

  • Page 401: Installing Resource Modules

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installing Resource Modules One resource module comes standard with every Platinum frame. You may add an additional resource module to the frame as a redundant option. To install or replace resource modules, follow these steps. Open the I/O Guide door.
  • Page 402 Chapter 7 Installation The PFM64 module identifier is shown in Figure 7-11. PFM64 flash module Figure 7-11 PFM64 Flash Module Identifier Location Insert the MRAM module (with its module identifier facing up) into SU3 slot on the resource module. The MRAM module identifier is shown in Figure 7-12.
  • Page 403 Platinum Frames and Modules Installation, Configuration, and Operation Manual Reinstall the extracted resource module back into the Platinum frame. The existing module remains the “active” resource module and the new resource module becomes the “passive” resource module. Verify that files copy properly from the active to the passive resource module. Verify that Navigator or RouterMapper can “talk”...
  • Page 404 Chapter 7 Installation Scenario 4: One resource module in field; new resource module with MRAM flash (to make a redundant resource module system) received. Back up the Navigator or RouterMapper database, and then back up current crosspoints to a salvo. Using the Platinum Firmware tab in Navigator or RouterMapper, upgrade the existing resource modules to the same resource module version as the new flash and MRAM...

  • Page 405: Installing Power Supplies

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Installing Power Supplies One power supply module is included as standard equipment in the PM-FR-5 and PM-FR-9 Platinum frames; two power supply modules are included as standard equipment in the PT-FR-15 Platinum frames; four power supply modules are included as standard equipment in the PT-FR-28 Platinum frames.
  • Page 406 Chapter 7 Installation Table 7-6 Platinum Power Distribution by Zones (Continued) Zone 1 Zone 2 Zone 3 Zone 4 PT-15-X2 PT-15-X4 PT-28-X1 PT-28-X3 PT-28-X5 PT-28-X7 PT-28-X2 PT-28-X4 PT-28-X6 PT-28-X8 IB: 1-128 IB: 129-256 IB: 257-384 IB: 385-512 OB: 1-128 OB: 129-256 OB: 257-384 OB: 385-512...

  • Page 407: Replacing Fans

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Replacing Fans A fan module is supplied with every Platinum frame (two fan modules are supplied with the 28RU frame). In case of a fan failure, only individual fans will need replacement; the entire fan module will not need to be replaced.
  • Page 408 Chapter 7 Installation Figure 7-14 Cutting Off Fan Cable Lock Unplug the fan cable connector from the circuit board. Figure 7-15 Unplugging Connector Plug the replacement fan’s cable connector from the circuit board. make sure the lock mechanism is engaged.
  • Page 409 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 7-16 Plugging In Connector Put the replacement fan in place on the fan module. Using a Phillips-head screwdriver, reattach the fan with the four fan mounting screws from the old fan. Figure 7-17 Reattaching Fan Mounting Screws Replace the fan cover panel.

  • Page 410: Configuration

    Chapter 7 Installation Configuration See page 30 for fan speed and alarm configuration settings needed for PM-FAN-5 modules. There are no configuration settings needed for PM-FAN-8, PT-FAN-14, or PT-FAN-16 modules. Installing a Platinum Frame Each Platinum frame is shipped fully populated (based on customer’s configuration) and pre-configured from our manufacturing facility.

  • Page 411: Commonly Performed Procedures

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Commonly Performed Procedures Firmware Upgrade Procedure  Via FTP or via flash card replacement  May be done with router powered up  No switching possible while PT-RES is removed, unless you have a redundant PT-RES ...

  • Page 412: Field Upgrading And/Or Replacing Platinum Components

    Chapter 7 Installation Field Upgrading and/or Replacing Platinum Components See the following sections for the procedures for field expansion and/or replacement of Platinum components. (If a component is not listed, then it is not field-upgradeable. If you need to upgrade or replace such a module, please contact your Customer Service representative.) To purchase additional components, please contact your dealer or our Sales Department.

  • Page 413: Chapter 8 Configuration

    Configuration WARNING Potentially lethal voltages are present within the Platinum frame during normal operation. Disconnect all power cords from the frame before you remove the top panel. Do not apply power to the frame while the top is open unless the unit is being serviced by properly trained personnel.

  • Page 414: Card-Edge Controls

    Chapter 8 Configuration Card-Edge Controls Using the Card-Edge Controls Figure 8-1 Card-Edge Control Display The card-edge controls for Platinum modules are located just behind the front panel of the frame. The controls consist of these items, from left to right: Display screen ...

  • Page 415: Card-Edge Screen Saver

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Once you scroll to the end of a list, the items will wrap to the top or bottom and begin the list over again. Wrapping is only available from the card edge. Parameters that normally wrap when adjusted via the card edge will clip when adjusted using a control software application.

  • Page 416: Frame Controllable Parameters

    Chapter 8 Configuration Press Select. The first two items in the Level One list appear. Click Nav- (down) on the Nav-/Nav+ switch to view more items in the list. Choose the desired item in the list, then press Select. The Level Two list will appear. Repeat steps 4 and 5 to view more items in Levels Two, Three, and Four.

  • Page 417: Application Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Application Parameters Table 8-2 Card-Edge Application Parameters Menu Item 1 Menu Item 2 Menu Item 3 Description COMMS SERIAL (Serial 1 and Serial 2) Allows viewing and control of settings affecting serial ports 1 and 2 SUMMARY Displays a summary of the selected serial port’s settings (mode, baud)
  • Page 418 Chapter 8 Configuration Table 8-3 Card-Edge Fail-Safe Interface Parameters Menu Item 1 Menu Item 2 Menu Item 3 Options / Results Communications Network1 Network 1 Up/Down IP Address (displayed XXX.XXXX.XXX.XXX on second line: current (Default IP address: 192.168.100.250) status) Gateway (displayed on XXX.XXXX.XXX.XXX second line: current (Default Gateway: 192.168.100.1)
  • Page 419 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 8-3 Card-Edge Fail-Safe Interface Parameters (Continued) Menu Item 1 Menu Item 2 Menu Item 3 Options / Results Serial 2 Enable/Disable (displayed on second line: current status - enabled or disabled 9600 ...

  • Page 420: Configuring Via Navigator Or Routermapper

    Chapter 8 Configuration Table 8-3 Card-Edge Fail-Safe Interface Parameters (Continued) Menu Item 1 Menu Item 2 Menu Item 3 Options / Results Boot From Network1 Find matching files from IP address XXX.XXXX.XXX.XXX Network 2 Find matching files from IP address XXX.XXXX.XXX.XXX Flash Card 1...

  • Page 421: Adding Platinum Frames By Polling

    Platinum Frames and Modules Installation, Configuration, and Operation Manual The information below provides you the different methods by which you can add the Platinum router to a configuration utility database. It does not go into detail about any of these methods or about other aspects of editing a router. For more information on editing routers, please refer to the pertinent configuration utility software application user manual.
  • Page 422 Chapter 8 Configuration The parameters listed in the Module Parameters list box are user-controllable. Selections that are greyed out are read-only and cannot be changed. Table 8-4 lists frame parameters, descriptions, and options. Table 8-4 Application Parameters Available Through Configuration Utility Software (* denotes default setting;...
  • Page 423 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 8-4 Application Parameters Available Through Configuration Utility Software (Continued) (* denotes default setting; [RO] = Read-only parameter) Parameter Description Options None*  Sync Reference1 Only used if sync mode is •...
  • Page 424 Chapter 8 Configuration Table 8-4 Application Parameters Available Through Configuration Utility Software (Continued) (* denotes default setting; [RO] = Read-only parameter) Parameter Description Options Manual  Redundancy Mode Instructs PT-RES to automatically switch crosspoints from a crosspoint Auto  module to its redundant crosspoint module when the active one is removed.
  • Page 425 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 8-4 Application Parameters Available Through Configuration Utility Software (Continued) (* denotes default setting; [RO] = Read-only parameter) Parameter Description Options  Sync Presence1 Indicates which sync reference is • presently detected by PT-RES ...

  • Page 426: Configuring Sync Reference Switch Points

    Chapter 8 Configuration Configuring Sync Reference Switch Points Platinum frame switch point configuration is one of the easiest and most flexible found in the industry. It can be plug-and-play or provide granular adjustments to meet the most complex requirements. In most configurations, the default settings do not require any additional setup. For more complex systems, there are two main steps to configure the correct switch point for the signals being routed: Configure the switch timing for the sync inputs connected to the frame.
  • Page 427 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-2 Standard Mode Signal Type Selection Standard Mode is mostly used when using a single reference for switching different signals within the frame. A common example is when switching both standard SD and HD formats based on the same sync input.
  • Page 428 Chapter 8 Configuration Figure 8-3 Step 3: Sync 1 Switch Configuration to Auto Mode Set Sync 2 switch configuration to Standard, and then select 1920x1080/59.94I from the I/O Type drop-down list box. Figure 8-4 Step 4: Sync 2 Switch Configuration to Standard Mode Switch to the Platinum Configured Matrices tab, and then configure each HD output module to use Sync 2 for proper switch point timing.
  • Page 429 Platinum Frames and Modules Installation, Configuration, and Operation Manual Advanced Mode Advanced Mode allows you to configure a Platinum router to switch at any point relative to the detected reference signal’s sync pulse in microsecond delay increments. Use this configuration primarily with a non-standard reference, or when you choose not to follow SMPTE RP-168 switching guidelines.
  • Page 430 Chapter 8 Configuration Table 8-5 Standard Video Time Delay Values: Analog 525/60, Analog 525/60/1.001, Analog 625/50, 1920×1080i/60, 1920×1080p/60, 1920×1080i/60/1.001, 1920×1080p/60/1.001 (Continued) 1920×1080/24PsF/1.001 Line 7 1280×720/60P Line 7 1280×720/60P/1.001 Line 7 1280×720/50P Line 7 Table 8-6 Standard Video Time Delay Values: 1920×1080i/50, 1920×1080p/50, 1920×1080p/30, 1920×1080p/30/1.001, 1920×1080p/25, 1920×1080p/24, 1920×1080p/24 sF Reference Types Signal Type...
  • Page 431 Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 8-7 Standard Video Time Delay Values: 1920×1080p/24/1.001, 1920×1080/24 PsF/1.001, 1280×720/60P, 1280×720/60P/1.001, 1280×720/50P Reference Types Signal Type Switch Point Analog 525/60 Line 10 Analog 525/60/1.001 Line 10 Analog 625/50 Line 6 1920×1080/60I Line 7 1920×1080/60P...
  • Page 432 Chapter 8 Configuration Figure 8-6 Step 3: Sync 1 Switch Configuration to Auto Mode Configure Sync 2 switch configuration to Advanced, and then enter the sync pulse delay, as shown in Figure 8-7. Note: See Table 8-5, Table 8-6, and Table 8-7 for standard video timing delay values.

  • Page 433: Configuring Tdm Audio Matrices

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-8 Step 5: Configure HD Output Module Configuring TDM Audio Matrices Adding a TDM matrix to a Platinum or Platinum MX router provides you with an incredibly powerful way to switch audio. Because there are several different implementations of audio routing within facilities, configuring an audio matrix will depend on several factors.
  • Page 434 Chapter 8 Configuration Figure 8-9 Add TDM Matrix Dialog Box In the Name field, enter a name that identifies this particular TDM matrix. Choose the appropriate (AES/Analog Audio/Multiplex Audio) matrix format from the Format drop-down list. In the Level box, select a number that corresponds to the same level number the corresponding video matrix will occupy in the routing system.
  • Page 435 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-10 Add TDM Matrix Dialog Box The I/O Card & Slots box allows you to choose slot assignments for your I/O modules. Click the Auto radio button if you want to automatically assign slots for the I/O ...
  • Page 436 Chapter 8 Configuration The Options box allows you to set up audio types for audio format selections. Since you selected “TDM” as your matrix type, the Audio Type drop-down list box will be enabled. Select Stereo to always route a stereo pair (two channels) of audio together. Select Mono to to route independent mono audio channels.
  • Page 437 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-12 Breakaway Audio from Video with Check Box Selected If you have more than one stereo pair and would like the ability to breakaway the individual stereo pairs from each other, check the Breakaway individual stereo pairs box.

  • Page 438: Configuring Outputs For Audio Partitions

    Chapter 8 Configuration Figure 8-14 Breakaway Individual Audio Channels Configuring Outputs for Audio Partitions Once you click OK at the Add TDM Matrix window, if your system has devices that have more than one stereo pair, you will need to configure the size of the outputs for each of the audio partitions.
  • Page 439 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-15 Configured Matrix Window Select the Physical Output View tab. You will see that the system by default has divided your outputs into four equal partitions. Each colored circle represents a single mono channel of audio.
  • Page 440 Chapter 8 Configuration If all devices have the same number of audio inputs, you are finished. Click OK. To modify the partition assignment of a single output or group of outputs, click on the desired circle (you can use the <Ctrl> key + left mouse button or the <Shift> key + left mouse button to select groups).
  • Page 441 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-18 Unassigned Selection Results Select the partition you want to assign those outputs to, click on the output or group of outputs you desire, right-click, and then select Assign to [Partition]. Notice the result has increased the output size of the second partition and has reduced the size of the third partition.
  • Page 442 Chapter 8 Configuration 16 devices with 1 AES mono channel (Figure 8-23)  Figure 8-19 Partitioned System: 30 Devices with 2 Stereo Pairs Figure 8-20 Partitioned System: 60 Devices with 1 Stereo Pair of Audio...
  • Page 443 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-21 Partitioned System: 16 Devices with 1 Mono Channel of Audio Figure 8-22 Partitioned System: 30 devices with 2 AES streams...

  • Page 444: Editing The Logical Database

    Chapter 8 Configuration Figure 8-23 Partitioned System: 16 Devices with 1 AES Mono Channel If the configuration is correct, click OK. You are now ready to configure the logical database. Editing the Logical Database After the hardware has been configured, complete the following steps to create the logical database.
  • Page 445 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-24 Sources Button Click on the first name in the source list, type the name of the first source in the database for example “VTR 1”. If you configured the system to not breakaway audio, notice that under the first level the first physical video and audio sources are assigned the same logical input.
  • Page 446 Chapter 8 Configuration Figure 8-26 Downloading Selected Devices Breakaway Individual Stereo Pairs If you have chosen to breakaway individual mono channels within AES streams or stereo pair(s), enter the name of the desired logical source; for example “VTR 1.” Figure 8-27 Entering Logical Source Names Create a source name for each stereo pair of audio that source has.
  • Page 447 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-28 Creating Source Names for Stereo Pairs Assign the physical source input you want associated with that input name for each level by clicking on the top number and selecting the appropriate input number. Figure 8-29 Assigning Physical Source Inputs Select the physical source name for each of the different audio levels.
  • Page 448 Chapter 8 Configuration Figure 8-30 Selecting Physical Source Names When all sources have been configured, select the Logical Destinations tab to add destinations.(Additional source names are not required in this step.) Figure 8-31 Adding Destinations When destination naming has been completed, click OK to accept the changes and return to the main window.
  • Page 449 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-32 Downloading Selected Devices Breakaway Mono Channels in an AES/Stereo Pair If you have chosen to breakaway individual mono channels with in an AES stream or stereo pair(s), enter the name of the desired logical source; for example, “VTR 1.” Figure 8-33 Entering Logical Source Names Create a source name for each mono channel of audio that source has.
  • Page 450 Chapter 8 Configuration Figure 8-34 Creating Source Names for Mono Channels Assign the physical source input you want associated with that input name for each level by clicking on the top number and selecting the appropriate input number. Figure 8-35 Assigning Physical Source Inputs Select the physical source name for each of the different audio levels.
  • Page 451 Platinum Frames and Modules Installation, Configuration, and Operation Manual Figure 8-36 Selecting Physical Source Names Once all sources have been configured, select the Logical Destinations tab to add destinations. (Additional source names are not required in this step.) Figure 8-37 Adding Destinations Once destination naming has been completed, click OK.
  • Page 452 Chapter 8 Configuration Figure 8-38 Downloading Selected Devices...

  • Page 453: Chapter 9 Output Monitoring Modules

    Output Monitoring Modules This chapter contains both a general description and additional detailed descriptions of the output monitoring modules available for the Platinum router. A General Description section provides a generic view of how a Platinum output monitoring module operates. Each output monitoring module is further described in terms of its individual operation, controllable parameters, installation, configuration, functional block diagram, and specifications.

  • Page 454: Output Monitoring Module General Description

    Chapter 9 Output Monitoring Modules Output Monitoring Module General Description The output monitoring module allows output monitoring of any output in the Platinum frame. The signal can be either a copy of the signal that is currently being sent to a particular output (virtual output monitoring), or a signal taken directly from the output itself (real output monitoring).
  • Page 455 Platinum Frames and Modules Installation, Configuration, and Operation Manual Real output feedback OM signal Baseband signal OM Distribution Remote OM input Xpt module (1) Inputs 1-128 16 ROF 4 OM Xpt module (2) Output module Driver 16 ROF Outputs 1-128 4×1 4 OM rclk...
  • Page 456 Chapter 9 Output Monitoring Modules Real output feedback OM signal Baseband signal OM Distribution Remote OM input Xpt module (1) Inputs 1-128 16 ROF 4 OM Xpt module (2) Output module Driver Outputs 1-128 4 OM 4×1 rclk Xpt module (3) Inputs 129-256 16 ROF 4 OM...
  • Page 457 Platinum Frames and Modules Installation, Configuration, and Operation Manual Real output feedback OM signal Baseband signal OM Distribution Remote OM input Xpt module (1) 16 ROF Inputs 1-128 4 OM Xpt module (2) Output module Driver Inputs 257-384 Outputs 1-128 4 spare outputs 4×1...

  • Page 458: Controllable Parameters List

    Chapter 9 Output Monitoring Modules Controllable Parameters List The Controllable Parameters List is a multilevel structure that includes all of the available parameters, arranged into groupings. These parameters are enabled and/or changed via RouterMapper’s Configure Module Parameters and/or Module Parameters list box , or through CCS Navigator.

  • Page 459: Pt-Hsr-Om: Hd/Sd Output Monitoring Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-HSR-OM: HD/SD Output Monitoring Module Operation Figure 9-6 PT-HSR-OM Module The PT-HSR-OM HD/SD output monitoring module is designed to provide HD and SD serial video outputs for monitoring purposes, as well as other types of signals handled by Platinum (such as AES audio).

  • Page 460: Installation

    Chapter 9 Output Monitoring Modules Virtual Output Monitoring The output monitoring signal can also be a copy of the input signal being sent to a particular output. Since this type of monitoring signal comes directly from the crosspoint rather than from the output module itself, it is referred to as a virtual output monitoring signal.

  • Page 461: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Table 9-2 PT-HSR-OM Parameters List (Continued) [RO] = Read-only parameter Parameter Description Options Manual  Reclocker_Mode Reclock mode Auto   Data Rate Reclock data rate (active only when  RCLK_Mode is set to Manual) ...
  • Page 462 Chapter 9 Output Monitoring Modules Table 9-3 PT-HSR-OM Specifications (Continued) Item Specification External input equalization Automatic 984 ft (300 m) Belden 1694A for 270Mb/s data rate 492 ft (150 m) Belden 1694A for 1.485Gb/s data rate Reclocking Automatic for SMPTE 292M, SMPTE 259M, SMPTE 344M, DVB-ASI except 177 Mb/s Bypass for all nonstandard rates Return loss...

  • Page 463: Pt-Hsraec-Om: 3G-Sdi/Hd-Sdi/Sd-Sdi Serial Video Output Monitoring Module

    Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-HSRAEC-OM: 3G-SDI/HD-SDI/SD-SDI Serial Video Output Monitoring Module Operation Side View Front View Figure 9-7 PT-HSRAEC-OM Module The PT-HSRAEC-OM is a 3G-SDI/HD-SDI/SD-SDI output monitoring module for the Platinum Frame. The module is designed to provide an output interface to monitor an output stream or preview an input stream as selected by the control system.

  • Page 464: Monitoring

    Chapter 9 Output Monitoring Modules Video selected from input 1-128, or output 1-128  (Applies to PT-RES in 5/9/15/28 RU Platinum frames and PX-RES in a 9/15 RU Platinum frames) Video selected from input 129-256, or output 129-256  (Applies to PT-RES in 5/9/15/28 RU Platinum frames and PX-RES in 9/15 RU Platinum frames) Video selected from input 257-384, or output 257-384 ...

  • Page 465: Installation

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Note: If you are monitoring an output of a power-saving output module and there is no termination on that output, the output will not be displayed on the output of the PT-HSRAEC-OM.
  • Page 466 Chapter 9 Output Monitoring Modules Launch the IP3 Database Editor Launch Magellan CCS Navigator Go to your routing system and open up the IP3 Database Editor The Database Editor screen should be displayed. Add PT-HSRAEC-OM Destinations Go to the Destinations tab. Click the Add button to add the External Output Monitoring Destinations.

  • Page 467: Controllable Parameters

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Note: This is to map the Slot 1 (OUT 1-8 ports) and Slot 2 (OUT 1-8 ports). Click Add Rows You will see 8 destinations for monitoring added at slot 1 and slot 2 (ports 1-8) respectively. Save and Validate Database Matrix Click Save to save the database matrix.
  • Page 468 Chapter 9 Output Monitoring Modules Table 9-5 PT-HSRAEC-OM Parameters List (Continued) [RO] = Read-only parameter Parameters Description Options  Index Light Mode BNC light source (LED) control  In Auto mode, the LED of the  Auto  Video Input BNC turns on if no cable is applied, so that you can find the BNC easily;...

  • Page 469: Functional Block Diagram

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Functional Block Diagram Ext. video monitoring Cable EQ Video input Cable reclocker driver Int. video monitoring Mon In1 Video output Mon In2 System MI Mon In3 Mon In4 Controls and statuses FPGA +3.3V +2.5V +1.2V +24VA...

  • Page 470: Specifications

    Chapter 9 Output Monitoring Modules Specifications Specifications and designs are subject to change without notice. Table 9-6 PT-HSRAEC-OM Specifications Item Specification Number of external inputs Number of outputs Coaxial connector 75 BNC per IEC 169-8 Impedance 75 Signal type SMPTE 424M, SMPTE 292M, SMPTE 259M, SMPTE 344M, DVB-ASI 3Mb/s to 3Gb/s Nominal internal input amplitude...

  • Page 471: Chapter 10 Terminal Operation

    Terminal Operation A separate serial control port is used to control a Platinum router from an external computer or automation system. The serial port may be used to monitor the system matrix configuration, determine the current status of crosspoint connections, change crosspoint connections in any matrix, and setup pre-programmed crosspoint takes sequences, or salvos.

  • Page 472: Establishing Terminal Operation Sessions For Serial Control Interface Products

    Chapter 10 Terminal Operation Establishing Terminal Operation Sessions for Serial Control Interface Products Configure a host machine (such as a PC with HyperTerminal installed) for serial port communication at a baud rate of 38400 with these settings: Data on the serial control port is encoded as 8N1: ...

  • Page 473: Protocol Support For Platinum Routers

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Type in the letter “Q” (it will not appear on the screen), and then press <Enter>. The Command Summary screen will appear. Once a Telnet session is established, you will have access via the Telnet interface to the commands listed in this section.
  • Page 474 Chapter 10 Terminal Operation Table 10-1 Platinum Router Protocol Support Commands (Continued) Command Syntax Input Parameters Result READ READ None Lists all crosspoints within a frame in order by level numbers, and then by destination numbers that show which source is assigned to each of the destinations on that level Each crosspoint connection is...
  • Page 475 Safety Precautions, Certifications, Compliances Consignes de sécurité, certifications, conformités Carefully observe the safety alert symbols below for dangers, warnings, and cautions. They alert installers and operators of possible dangers or important information contained in this manual. Obervez précautionneusement les symboles de sécurité ci-après indiquant des dangers, des avertissements, et des précautions.

  • Page 476: Appendix A Safety Precautions, Certifications, Compliances

    Appendix A Safety Precautions, Certifications, Compliances Safety Terms and Symbols in this Manual Termes de sécurité et symboles utilisés dans ce manuel WARNING: Statements identifying conditions or practices that may result in personal injury or loss of life. High voltage is present. AVERTISSEMENT: Message identifiant des conditions ou opérations qui peuvent résulter en des blessures corporelles ou la perte de la vie.

  • Page 477: Preventing Electrostatic Discharge

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Preventing Electrostatic Discharge Prévention des décharges électro-statiques Observe precautions for handling electrostatic sensitive devices. Prendre des précautions durant la manipulation d'appareils sensibles aux charges électro-statiques. CAUTION: Electrostatic discharge (ESD) can damage components in the product. To prevent ESD, observe these precautions when directed to do so: ATTENTION: Les décharges électro-statiques peuvent endommager les composants de l'appareil.

  • Page 478: Injury Precautions

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Injury Precautions Précautions contre les risques de blessures WARNING Potentially lethal voltages are present within the frame during normal operation. The AC power cord must be disconnected from the frame before the top panel is removed.
  • Page 479 Platinum Frames and Modules Installation, Configuration, and Operation Manual Ground the product Connecter l'appareil à la terre This is a Safety Class 1 product and is electrically grounded through the grounding conductor of the power cord. To avoid electrical shock, the grounding conductor must be connected to earth ground.

  • Page 480: Product Damage Precautions

    Appendix A Safety Precautions, Certifications, Compliances Product Damage Precautions Précautions pour éviter les dommages à l'appareil Use Proper Power Source Utiliser une source d'alimentation appropriée Do not operate this product from a power source that supplies more than the specified voltage. Ne pas utiliser cet appareil avec une source d'alimentation fournissant un voltage supérieur à...
  • Page 481 Platinum Frames and Modules Installation, Configuration, and Operation Manual CAUTION ATTENTION This equipment has more than one power supply cord. To reduce the risk of electric shock, disconnect all power cords before servicing. Cet appareil possede plus d'un cordon d'alimentation Afin de reduire les risques de chocs electriques, enlever tous les cordons d'alimentation avant de faire l'entretien.

  • Page 482: Emc And Safety Standards

    These devices will accept any interference received, including interference that may cause undesired operations. Changes or modifications not expressly approved by Imagine Communications, the party responsible for compliance to the FCC Part 15 Rule, could void the user’s authority to operate this equipment legally in the United States.
  • Page 483 Platinum Frames and Modules Installation, Configuration, and Operation Manual Cet appareil est conçu pour un usage professionnel dans un environnement rencontrant les normes de CEM, tel que des studios de diffusion spécialement construits à cet effet. EMC regulations require that the radiation emitted from this unit does not exceed certain limits.
  • Page 484 Appendix A Safety Precautions, Certifications, Compliances...

  • Page 485: Appendix B Laser Safety Guidelines

    Laser Safety Guidelines General Laser Information WARNING: Use of controls, adjustments, and procedures other than those specified in this document may result in hazardous laser radiation exposure. Optical fiber telecommunication systems, their associated test sets, and similar operating systems use semiconductor laser transmitters that emit infrared (IR) light at wavelengths between approximately 800 nanometers and 1600 nanometers.

  • Page 486: Lasers And Eye Damage

    Appendix B Laser Safety Guidelines Lasers and Eye Damage The optical energy emitted by laser and high-radiance LEDs in the 400-1400 nm range may cause eye damage. When a beam of light enters the eye, the eye magnifies and focuses the energy on the retina magnifying the irradiance.

  • Page 487: Laser Safety

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Unlike more familiar laser devices, such as solid-state and gas lasers, the emission pattern of a semiconductor laser results in a highly divergent beam. In a divergent beam, the irradiance (power density) decreases rapidly with distance. The greater the distance, the less energy will enter the eye, and the less potential risk for eye injury.

  • Page 488: Precautions For Unenclosed Systems

    Appendix B Laser Safety Guidelines Precautions for Unenclosed Systems During service, maintenance, or restoration, an optical fiber telecommunication system is considered unenclosed. Under these conditions, follow these practices: CAUTION: Only authorized, trained personnel shall be permitted to do service, maintenance, and restoration. Avoid exposing the eye to emissions from unterminated, energized optical connectors at close distances.

  • Page 489: Labels

    Platinum Frames and Modules Installation, Configuration, and Operation Manual Labels The Class 1 Laser Products label (see Figure B-1) is applicable to Class 1 laser products. CLASS 1 LASER PRODUCT IEC 60825-1:1993 + A1:1997 + A2:2001 CAUTION:INVISIBLE LASER RADIATION WHEN OPEN. AVOID EXPOSURE TO THE BEAM.
  • Page 490 Appendix B Laser Safety Guidelines...

  • Page 491: Index

    Index PT-FO-BMO 15, 281, 372 PT-HS-BP+ 15, 208 Adding frames PT-SFP2X4+BM 15, 128 Add command PT-V-BP 15, 66, 71, 74, 79, 99, 213, 228, 233, discovering 237, 242, 261, 372 polling Block diagrams Adjustable frame delay crosspoint modules basic signal flow 334, ADS (ancillary data stripper) 195, 324...
  • Page 492 Index PM-SR-OB+ Commands PM-SR-OBG+ BUFFER PT-128×256-3G15 CLEAR PT-128×256-3G28 DESTINATION PT-128×256-X15 INFORMATION PT-128×256-X28 LEVEL PT-ADC-IB POLL PT-ADCT-IB QUERY PT-AEB-IB READ 85, 93 PT-AEB-OB SOURCE PT-AEBT-IB TERMINAL PT-AEC-IB VERIFY 85, 93 PT-AEC-OB XPOINT PT-AECT-IB ZERO PT-ATDM16-X15 Common issues PT-ATDM32-X15 Communications back panel. See PT-ATDM32-X28 PM5-CBP;...
  • Page 493 Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-128×256-X15 description 14, 342 PT-128×256-X28 installation 342, 363 PT-ADC-IB operation PT-ADCT-IB parameters PT-AEB-IB specifications PT-AEB-OB upgrade procedures 357–360 PT-AEBT-IB PM-128×128-X9 PT-AEC-IB block diagram PT-AEC-OB configuration PT-AECT-IB description 13, 342 PT-DAC-OB installation 342, 363 PT-DACT-OB operation...
  • Page 494 Index PM-ATDM9-X5 special features 348–349 block diagram specifications configuration PT-ATDM32-X28 description block diagram 14, 346, 347 installation configuration 349, 363 operation description 346–349 14, 346, 348 special features installation 348–349 349, 363 specifications operation 346–349 PT-128×256-3G15 parameters block diagram special features 348–349 configuration specifications...
  • Page 495 Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-128×256-X28 PT-AEB-OB 14, 344 12, 246–251 PT-ATDM16-X15 PT-AEBT-OB 14, 346, 348 12, 252–258 PT-ATDM32-X15 PT-AEC-OB 14, 346, 348 12, 246–251 PT-ATDM32-X28 PT-AECT-OB 14, 346, 348 12, 252–258 PT-ATDM64-X28 PT-DAC-OB 14, 346, 348 12, 265–271 frame-specific modules PT-DACT-OB...
  • Page 496 Index specifications PM-FAN-5 47–48 PT-HSO-IB+ PM-FAN-8 back panel modules PT-ALARM 35–38 block diagram PT-CPB 24–27 configuration PT-EXPS 44–45 description PT-FAN-14 11, 127–128 installation PT-FAN-16 128–129 laser safety guidelines PT-MI-15 457–461 parameters PT-MI-28 specifications PT-PD 42–43 PT-HSR1310S-OB PT-PS 39–41 back panel modules PT-RES 27–28 block diagram...
  • Page 497 Platinum Frames and Modules Installation, Configuration, and Operation Manual block diagram PM-S-IB configuration back panel modules description block diagram 11, 82 installation configuration operation description 82–83 12, 78 parameters installation specifications operation PM-AEBT-IB parameters 79–80 back panel module specifications block diagram PM-S-IB+ configuration back panel modules...
  • Page 498 Index installation operation 127–128 operation parameters 82–83 parameters specifications specifications PT-HSR2D-IBG PT-AECT-IB description back panel modules installation block diagram operation configuration parameters description specifications 11, 89 installation PT-HSR8C1D-IBG parameters back panel modules 91–92 143, 167 specifications block diagram 148, 170 PT-DEC-IB configuration back panel modules...
  • Page 499 Platinum Frames and Modules Installation, Configuration, and Operation Manual output modules PT-PS-DC 40, 377–378 output monitoring modules PT-RES 28, 373 PM-AEB-OB PT-S-IB+ 247–248, 361 PM-AEBT-OB PT-SR-DOB 253–254, 361 237, 361 PM-AEC-OB PT-SR-OB 247–248, 361 237, 361 PM-AECT-OB PT-SR-OB+ 253–254, 361 PM-ALARM-5 PT-SYNC 52, 370...
  • Page 500 Index PT-MUX-3G sync module 285–292 frame synchronizer submodules output modules PT-FSDMX-IBG general description 172–?? 203–204 PT-FSDMXO-IBG LEDs 172–?? 203–204 Input PM-AEB-OB 12, 246–251 LEDs PM-AEBT-OB 12, 252–258 Specifications PM-AEC-OB 12, 246–251 input modules PM-AECT-OB 12, 252–258 applications integration PM-DAC-OB 12, 265–271 control requirements PM-DACT-OB 12, 272–279...
  • Page 501 Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-ATDM64-X28 PT-HS-IB 346–349 operation notes PT-HS-IB+ PM-128×128-3G9 PT-HSO-IB+ 127–128 PM-128×128-X9 PT-HSR1310S-OB 280–281 PM-40×32-3G5 PT-HSR1D-IBG 142, 166 PM-64×64-3G9 PT-HSR2D-IBG PM-64×64-X9 PT-HSR8C1D-IBG 142, 166 PM-72×64-3G5 PT-HSR8O1D-IBG 60, 166 PM-ADC-IB PT-HSRAEC-OM 103–105 435–?? PM-ADCT-IB PT-HSR-DOB 113–115 226–228...
  • Page 502 Index installation block diagram 247–248, 361 operation configuration 246–247 parameters description 12, 226–231 specifications installation 250, 258 228, 361–362 PM-AECT-OB operation 226–228 back panel modules parameters block diagram reclocker operating modes configuration specifications description PM-HSR-OB+ 12, 252 installation back panel modules 253–254, 361 operation block diagram...
  • Page 503 Platinum Frames and Modules Installation, Configuration, and Operation Manual submodules parameters 274–275 PM-SR-OBG+ PT-ENC-DOB back panel modules back panel modules block diagram block diagram configuration configuration description description installation installation 261, 361 operation operation 259–260 parameters parameters 233–234 261–262 specifications specifications submodules PT-ENC-OB...
  • Page 504 Index specifications back panel modules submodules block diagram 235, 239, 244 PT-HSR-OBG+ configuration back panel modules description 13, 241 block diagram installation 233, 237, 237, 242, 361 configuration operation 232, 236–237, 241–242 description parameters 13, 207 238–243 installation specifications 209, 361–362 235, 239, 244 operation PT-SR-OB+...
  • Page 505 Platinum Frames and Modules Installation, Configuration, and Operation Manual Outputs PT-AECT-OB 254–255 audio channel source PT-AETB-OB 254–255 test tone PT-ALARM Overwrite embedding PT-ATDM16-X15 197, 326 PT-ATDM32-X15 PT-ATDM32-X28 PT-ATDM64-X28 P# command. See POLL command PT-DAC-OB Parameters PT-DACT-OB 274–275 frame-controllable PT-DEC-IB 99–100 application parameters PT-DMX default settings...
  • Page 506 Index PT-ADCT-IB parameters PT-AEB-IB specifications PT-AEB-OB upgrade procedures 357–360 PT-AEBT-OB PM-ADC-IB PT-ALARM back panel modules PT-DAC-OB block diagram PM-128×128-3G9 configuration block diagram description 11, 103 configuration installation description operation 14, 342 103–105 installation parameters 342, 363 107–108 operation pinouts parameters specifications 110–112 specifications...
  • Page 507 Platinum Frames and Modules Installation, Configuration, and Operation Manual operation special features 252–253 348–349 parameters specifications 254–255 pinouts PM-DAC-OB PM-AEC-IB back panel modules back panel modules block diagram block diagram configuration configuration description 12, 265 description installation 11, 82 266, 361 installation operation operation...
  • Page 508 Index installation description 10, 23 operation installation parameters operation specifications PM-S-IB PM-HS-IB+ back panel modules back panel modules block diagram block diagram configuration 69, 73 configuration description 12, 78 description installation 11, 67 installation operation operation parameters 79–80 parameters specifications 67–68 specifications PM-S-IB+...
  • Page 509 Platinum Frames and Modules Installation, Configuration, and Operation Manual submodules operation 103–105 POLL command parameters 107–108 Polling pinouts Power distribution module. See PT-PD specifications 110–112 Power supply frame. See PT-EXPS PT-ADCT-IB Power supply module. See PT-PS back panel modules Precautions block diagram injury configuration...
  • Page 510 Index installation configuration operation description 82–83 14, 346, 348 parameters installation 349, 363 specifications operation 346–349 PT-AEC-IBP parameters 15, 83, 90, 372 PT-AEC-OB special features 348–349 back panel modules specifications block diagram PT-ATDM64-X28 configuration block diagram description configuration 12, 246 installation description 247–248, 361...
  • Page 511 Platinum Frames and Modules Installation, Configuration, and Operation Manual description installation 71, 361 installation operation operation parameters parameters specifications specifications PT-HS-IB+ PT-DX-SB back panel modules 66, 128 PT-ENC-DOB block diagram 69, 73 back panel modules configuration block diagram description 11, 67 configuration installation description...
  • Page 512 Index block diagram specifications configuration where used 208, 213, 228, 247, 261, 266 description PT-HSRO-OB+ 14, 435 installation back panel modules operation block diagram 435–?? parameters configuration 439–440 specifications description 13, 218 where used installation 208, 213, 219, 228, 247, 261, 220, 361–362 laser safety guidelines 457–461...
  • Page 513 Platinum Frames and Modules Installation, Configuration, and Operation Manual parameters parameters 238–243 specifications specifications 235, 239, 244 PT-MUX-3G PT-SR-OB block diagram back panel modules 291, 441 configuration block diagram 235, 239, 244 description configuration installation description 13, 241 operation installation 233, 237, 237, 242, 361 specifications operation...
  • Page 514 Index RS-232 pin assignments PM-DEC-IB RS-422 pin assignments PM-ENC-DOB PM-ENC-OB PM-HS-IB PM-HS-IB+ S # command. See SOURCE command PM-HSR-DOB s PM-AECT-IB PM-HSR-OB back panel modules PM-HSR-OB+ Safety precautions PM-HSR-OBG+ injury precautions PM-S-IB lasers PM-S-IB+ 365–369, 458–460 classifications PM-SR-DOB eye damage PM-SR-OB general information PM-SR-OB+...
  • Page 515 Platinum Frames and Modules Installation, Configuration, and Operation Manual PT-PS-DC PT-MXDX-SB 40–41 74, 233, 237 PT-S-IB PT-MX-SB 208, 214, 219 PT-S-IB+ specifications PT-SR-DOB Sync mode 235, 239, 244 193, 328 PT-SR-OB Sync module. See PT-SYNC 235, 239, 244 PT-SR-OB+ Sync reference points configuration 235, 239 398–...
  • Page 516 Index...

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