Anritsu MT1000A Operation Manual
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Anritsu MT1000A Operation Manual

Anritsu MT1000A Operation Manual

Transport modules
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Table of Contents

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Download this manual See also: Configuration Manual, User Manual
MT1000A
MT1000A
Transport Modules
Transport Modules
Operation Manual
Operation Manual
Fourth Edition
Fourth Edition
For safety and warning information, please read this
For safety and warning information, please read this
manual
manual before attempting to use the equipment.
before attempting to use the equipment.
Keep this manual with the equipment.
Keep this manual with the equipment.
ANRITSU CORPORATION
ANRITSU CORPORATION
Document No. M-W3933AE-4.0

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  • Page 1 MT1000A MT1000A Transport Modules Transport Modules Operation Manual Operation Manual Fourth Edition Fourth Edition For safety and warning information, please read this For safety and warning information, please read this manual manual before attempting to use the equipment. before attempting to use the equipment.
  • Page 2 Operation Manual 15 May 2017 (First Edition) 12 September 2017 (Fourth Edition) Copyright © 2017, ANRITSU CORPORATION. All rights reserved. No part of this manual may be reproduced without the prior written permission of the publisher. The contents of this manual may be changed without prior notice.
  • Page 3 About This Manual About This Manual This operation manual describes both the basic operation of the MT1000A Network Master Pro as well as the operations available via interface options and predefined applications/tests. MT1000A Transport Modules Operation Manual (this manual) MT1000A Transport Modules Operation Manual (this manual)

  • Page 4: Table Of Contents

    Table of Contents Table of Contents Table of Contents Table of Contents 0 0 Table of Contents Table of Contents 1 1 Introduction Introduction 1.1 Mainframe Mainframe 1.2 10G Multirate Module 10G Multirate Module 1.3 100G Multirate Module 100G Multirate Module 1.4 High Performance GPS Disciplined Oscillator High Performance GPS Disciplined Oscillator 1.5 Symbols and Conventions...
  • Page 5 3.5.1 Installation of Control Software 3.5.2 Connection and Setup 3.5.3 Communication Ports 3.5.4 Starting Control Software 3.5.5 Remote Upgrade 3.5.6 Remote Wake Up 3.5.7 Remote Reset 3.5.8 Stand-alone Editor 3.6 Command-Based Remote Control Command-Based Remote Control 3.7 In-band Control In-band Control 3.8 File Access via USB Interface File Access via USB Interface 3.9 File Access via Ethernet Interface...
  • Page 6 Table of Contents Table of Contents 5.4.3 Status Information 5.4.4 Errors/Alarms Insertion 5.5 E3 Setup and Status E3 Setup and Status 5.5.1 Transmitter Setup 5.5.2 Receiver Setup 5.5.3 Status Information 5.5.4 Errors/Alarms Insertion 5.6 DS3 Setup and Status DS3 Setup and Status 5.6.1 Transmitter Setup 5.6.2 Receiver Setup 5.6.3 Status Information...
  • Page 7 6.8 Reflector Reflector 6.8.1 Ports Setup and Status 6.8.2 Test Setup 6.8.3 Test Results 6.9 RFC 2544 RFC 2544 6.9.1 Ports Setup and Status 6.9.2 Test Setup 6.9.3 Test Results 6.9.4 Throughput Calculation 6.10 RFC 6349 6.10 RFC 6349 6.10.1 Ports Setup and Status 6.10.2 Test Setup 6.10.3 Test Results 6.11 SAT 1564...
  • Page 8 10.4.2 Connecting the Video Inspection Probe 10.4.3 Test Setup 10.4.4 Test Results 10.5 Wireshark 10.5 Wireshark 11 Specifications Specifications 11.1 MT1000A 11.1 MT1000A 11.1.1 Configuration 11.1.2 External Interfaces 11.1.3 Other Interfaces 11.1.4 Environment Performance 11.1.5 Mechanical Performance 11.2 MU100010A 10G Multirate Module 11.2...
  • Page 9 12.6.2 Transporting 12.6.3 Disposal 12.7 Special Information 12.7 Special Information 12.7.1 Equipment Certificate 12.7.2 Anritsu Warranty 12.7.3 Anritsu Corporation Contact 12.7.4 Licensing Information 12.7.5 Availability of Source Code 12.8 Software License Document 12.8 Software License Document 12.9 EULA License Document 12.9...
  • Page 10 Table of Contents Table of Contents 12.13.8 Mexico IFETEL 12.13.9 Philippines NTC 12.13.10 Russia CU Scheme and Minsvyaz 12.13.11 Singapore IMDA 12.13.12 Thailand NTC 12.14 Declarations 12.14 Declarations 12.14.1 Notes on Export Management 12.14.2 Information for EU and EFTA Customers Only 12.14.3 Information for U.S.
  • Page 11 1 1 Introduction Introduction This chapter provides a general introduction to the MT1000A Network Master Pro, and explains the symbols and conventions used in this manual.

  • Page 12: Introduction Introduction 11

    1 1 . . 1 1 Mainframe Mainframe The MT1000A Network Master Pro (hereafter called the Network Master and sometimes the instrument ) is a battery-powered multipurpose telecommunications test instrument for field use. It is a tool for a wide range of applications from fast first-aid troubleshooting to comprehensive, in-depth analysis of transmission problems.
  • Page 13 ✓: Supported, -: Not Supported In a module configuration that uses a 100G Multirate module in combination with an OTDR module, CPRI module or other modlues, MT1000A-006 high power supply is required for MT1000A even when measurement function of MU100011A is not used.
  • Page 14 Tod (Time of Day) output in NMEA 0184 format MU100090A Block Diagram Using the MU100090A clock output to the MU100010A reference clock allows the time measurement in high accuracy. Moreover MU100090A can be used as the external GPS receiver of MT1000A.

  • Page 15: Symbols Used In Manual

    Ensure that you clearly understand the meanings of the symbols BEFORE using the equipment. Some or all of the following symbols may be used on all Anritsu equipment. In addition, there may be other labels attached to products that are not shown in the diagrams in this manual.

  • Page 16: Option

    Introduction Introduction The Hint symbol indicates information that should be treated as hints, suggestions, recommendations etc. Hint text is written in italics to separate the information from the other text elements on a page. 1 1 . . 5 5 . . 5 5 Option Option The Option symbol indicates that the information described covers an option (hardware and software) and that this option must be installed before use.

  • Page 17: Dangers

    For Safety For Safety 1 1 . . 6 6 For Safety For Safety This section contains warnings which should be followed to avoid personal injury, product damage, as well as damage to the environment. 1 1 . . 6 6 . . 1 1 Dangers Dangers DANGER DANGER...

  • Page 18: Cautions

    This battery must be replaced by service personnel when it has reached the end of its useful life; contact the Anritsu sales section or your nearest representative. Note: The battery used in this equipment has a maximum useful life of 8 years. It should be replaced before this period has elapsed.

  • Page 19: Cautions Against Computer Virus Infection

    Anritsu has thoroughly tested all external storage media shipped with this equipment. Users should note that external storage media not shipped with this equipment may not have been tested by Anritsu, thus Anritsu cannot guarantee the performance or suitability of such media.

  • Page 20: Installation

    Install MT1000A horizontally in a stable place. CAUTION CAUTION If the MT1000A is not installed in a "good" direction as above, a small shock may turn it over and harm the user. MT1000A equips the support stand on the rear panel. When using MT1000A...

  • Page 21: Esd (Electrostatic Discharge)

    Precautions Precautions In this instrument, cooling air is taken in through the side panel, and hot air is exhausted through the bottom panel. When using MT1000A on a desk, open support stand on the rear panel 1 1 . . 7 7 . . 3 3 ESD (Electrostatic Discharge)

  • Page 22: Cautions On Handling Optical Fiber Cables

    Correct functioning of the instrument can only be ensured if optical modules, Correct functioning of the instrument can only be ensured if optical modules, supplied by Anritsu for the Network Master, are used. supplied by Anritsu for the Network Master, are used.

  • Page 23: Caution When Handling Mu100090A

    Precautions Precautions CAUTION CAUTION Be careful not to hit the end of an optical connector against anything hard Be careful not to hit the end of an optical connector against anything hard such as the floor or a desk by dropping the optical fiber cable. such as the floor or a desk by dropping the optical fiber cable.
  • Page 24 To avoid violating WLAN regulations, visit the Anritsu website to check where use is allowed. http://www.anritsu.com/ja-JP/test- measurement/support/downloads/brochures-datasheets-and- catalogs/dwl16689 Note that Anritsu cannot be held liable for any problem arising from WLAN use in other countries and regions.
  • Page 25 2 2 Configuration Configuration This chapter contains information about the included accessories as well as guidelines for connecting the mains adapter, for charging the battery, and for attaching the carrying strap.

  • Page 26: Configuration Configuration 25

    Carrying Strap Z1748A Handle Z1817A Utilities ROM W3935AE MT1000A Transport Modules Quick Reference Guide MU100010A MU100010A B0692A ESD box * *1: One of these power cord come with according to your country. *2: Up to four SFP+/SFPs can be stored.
  • Page 27 Video Inspection Probe G0324A Battery Charger G0325A GPS receiver G0382A Autofocus Video Inspection Probe J1569B Car 12 Vdc adapter J1667A GPIB-USB Converter W3933AE MT1000A Transport Modules Operation Manual MT1000A Network Master Pro/ MT1100A Network Master Flex W3736AE Remote Scripting Operation Manual...

  • Page 28: Connecting Mains Power Adapter

    The Network Master can be powered from the supplied AC mains adapter. CAUTION CAUTION Always use AC mains adapter delivered from Anritsu. Always use AC mains adapter delivered from Anritsu. 2 2 . . 2 2 . . 1 1 Connecting Mains Power Adapter...

  • Page 29: Installing Or Replacing Battery

    4 hours. CAUTION CAUTION Use only original batteries delivered from Anritsu, to prevent the risk of Use only original batteries delivered from Anritsu, to prevent the risk of instrument damage or personal injury. instrument damage or personal injury.

  • Page 30: Charging Battery

    Configuration Configuration To install or replace the battery in the Network Master, follow the procedure below: 1. Disconnect the mains power adapter if it is connected. 2. Switch the Network Master OFF OFF. 3. Place the instrument on its back on a plain surface and turn the lock screw of the battery compartment to match the unlock mark.

  • Page 31: Battery Status Information

    Rechargeable Battery Rechargeable Battery Example of Battery Information The battery status can be checked in the instrument toolbar (expandable icon toolbar) on the right-hand side of the screen, or in the status line if the battery indicator is displayed there. See the "Battery Status Information"...

  • Page 32: Connecting Measurement Cables

    For connection of the Network Master to different types of equipment, different cables are available. Please contact your Anritsu representative for information. 2 2 . . 4 4 . . 1 1 Connecting Measurement Cables Connecting Measurement Cables Measurement cables are connected to the input and output connectors located on the connector panel of the instrument.

  • Page 33: Support Stand

    Support Stand and Carrying Strap Support Stand and Carrying Strap 2 2 . . 5 5 Support Stand and Carrying Strap Support Stand and Carrying Strap 2 2 . . 5 5 . . 1 1 Support Stand Support Stand The Network Master is equipped with a support stand keeping the instrument at a convenient angle during the operation.
  • Page 34 How to attach carrying strap and handle How to attach carrying strap and handle To attach carrying strap (Z1747A) and handle (Z1748A) to MT1000A Network Master Pro, follow instructions below. 1. Use screw driver and remove the battery lid from MT1000A.
  • Page 35 Support Stand and Carrying Strap Support Stand and Carrying Strap 6. Detailed photos for upper and lower corner. 7. Remove the buckle cap from the handle and the carrying strap. 8. Mount the carrying strap on both upper corners.
  • Page 36 Configuration Configuration 9. Attach MT1000A and MU100010A , insert the battery pack and mount the battery lid with the reverse sequence at the beginning.
  • Page 37 MU100040B CPRI RF Module with BBU Emulation Support GPS Module MU100090A High Performance GPS Disciplined Oscillator MT1000A is able to mount up to three modules. Available module combinations are eleven kinds and shown in the table below. Only one OTDR module can be mounted to the MT1000A.

  • Page 38: Replacing The Mu100010A 10G Multirate Modules

    Configuration Configuration 2 2 . . 7 7 How to Attach the MU100090A How to Attach the MU100090A MU100090A is attached to MT1000A with rear panel or MU100010A 10G Multirate module. CATION CATION Replacing modules operation should be done on the table where antistatic measures are taken.

  • Page 39: Attaching The Mu100090A And Mu100010A

    2. Attach the MU100090A to the MT1000A. Place the MU100090A on the MT1000A so as to connect the following pairs: 1 - 4, 2 - 5, 3 - 6. Be careful not to bump the guide pins (2, 3, 5 and 6) to the connectors (1 and 3.
  • Page 40 Configuration Configuration 5. Tighten the four screws. After the module attachment has finished, the external appearance will be as below. 6. Connect the AC cable or install the battery packs. CAUTION CAUTION When using MU100090A, do not drop the Network Master or give a shock. Doing so may cause the failure.
  • Page 41 3 3 Human-Machine-Interface Human-Machine-Interface Human-Machine-Interface (HMI) covers the relation between the user and the instrument - in other words: the information you get from the instrument combined with the action you add to the instrument. The informative part is the TFT display, and the part susceptible to influence is the touch-active layer of the screen.
  • Page 42 The touch screen display is constructed to be operated by the tip of your finger or by the included Stylus (Anritsu part No. Z1746A). The touch screen surface is made of delicate material and is easily scratched or damaged if handled incorrectly.

  • Page 43: Power Button

    Selector. In the following cases, the message appears before the Application Selector shows up. Four or more modules are attached. A MU100011A has been attached to the Network Master without MT1000A- 006 option. Within the four types described in Module Configuration, the same modules type are attached in multiple.
  • Page 44 Human-Machine-Interface Human-Machine-Interface Touch Shut Down Shut Down and then confirm by touching Yes Yes in a dialog box. AC Operation AC Operation After you shut the Network Master down, the Network Master goes back to Stand by or Charging state. The Network Master stays Stand by or Charging state until you disconnect the mains power adapter.
  • Page 45 Head Set Head Set 3 3 . . 3 3 Head Set Head Set You can use the commercially available head set (3.5 φ CTIA), it is possible to listen speech in the audio channels available in E1 and T1 systems. CAUTION CAUTION Do not operate for a long period of time at high volume level or at a level that...

  • Page 46: Test Interfaces

    Human-Machine-Interface Human-Machine-Interface 3 3 . . 4 4 Connector Panel Connector Panel All connections (both for test interfaces and for service interfaces ) are placed on the connector panel of the Network Master. 3 3 . . 4 4 . . 1 1 Test Interfaces Test Interfaces MU100010A MU100010A...

  • Page 47: Service Interfaces

    Connector Panel Connector Panel MU100011A MU100011A The figure below shows the connector panel of the mainframe and MU100011A. 3 3 . . 4 4 . . 2 2 Service Interfaces Service Interfaces All connections concerning the service interfaces are also located on the connector panel:...

  • Page 48: Gps Disciplined Oscillator Interfaces

    3 3 . . 4 4 . . 3 3 GPS Disciplined Oscillator Interfaces GPS Disciplined Oscillator Interfaces All connections concerning the GPS Disciplined Oscillator interfaces are also located on the connector panel: Connects to AUX connector on MT1000A panel using J1705A AUX DSUB9 AUX Conversion Adaptor. 1pps Out The 1PPS signal is output.
  • Page 49 2. Connect AUX DSUB9 of the MU100090A to AUX of the MT1000A using J1705A AUX Conversion Adaptor. 3. Connect 10MHz Out of the MU100090A to Sync In of the MT1000A using J1710A BNC Cable. 4. Connect 1PPS Out of the MU100090A to REF 1PPS IN of J1705A AUX Conversion Adaptor.

  • Page 50: Installation Of Control Software

    3. If User Account Control dialog box appears, click Yes Yes. 4. After the installation finishes, click Close Close. Click Start Start > All Programs > Anritsu > MX100001A folder. Confirm that following programs appear. "V*.**" is replaced to the version name. MX100001A-V*.**-Editor MX100001A-V*.**-Remote MX100001A-V*.**-Viewer V*.**-Uninstall...

  • Page 51: Communication Ports

    Remote Operation Remote Operation 5. Change the Network settings of the PC, so it can access the Network Master via Ethernet. Select Control Panel -> Network and Internet -> Network Connection. Right-click the interface and click the Properties. Select the properties of Internet Protocol Version 4 (TCP/IPv4) and click the Properties button.

  • Page 52: Starting Control Software

    138, 139, File Sharing, fixed ports. 3 3 . . 5 5 . . 4 4 Starting Control Software Starting Control Software 1. Open Anritsu-MX100001A folder from Start menu. 2. Click MX100001A-V*.**-Remote MX100001A-V*.**-Remote. If Windows Security Alert appeared, click Allow access Allow access.

  • Page 53: Remote Upgrade

    Upgrade Network Master Software to the version compatible with MX100001A Control Software. The MT1000A software including the MU100011A is updated as needed, and the latest version of software is published on our website. Visit our website and download the latest version. We have two types of...

  • Page 54: Remote Wake Up

    If Network Master is in Stand-by mode, it is possible to remotely get the unit into the Operation state. 1. Click Start Start > All Programs > Anritsu > MX100001A folder. 2. Click MX100001A-V*.**-Remote MX100001A-V*.**-Remote. 3. On the Control Software startup screen, enter the IP address of the Network Master in the Remote Unit IP Address Remote Unit IP Address field.
  • Page 55 MX100001A Editor allows users to load, edit, and save Setup files of any possible Network Master configuration, without connecting to an actual instrument. 1. Click Start Start > All Programs > Anritsu > MX100001A folder. 2. Click MX100001A-V*.**-Editor MX100001A-V*.**-Editor. 3. Set configuration of Network Master by clicking options in Select Controller...
  • Page 56 SCPI version 1999 (Standard Commands for Programmable Instruments). All commands are described in a separate document: MT1000A Network Master Pro MT1100A Network Master Flex Remote Scripting Operation Manual (M-W3736AE). This icon on Status bar indicates whether the Network Master is controlled by the command-based scripts or not.
  • Page 57 File Access via USB Interface File Access via USB Interface 3 3 . . 8 8 File Access via USB Interface File Access via USB Interface You can access the mass storage of the Network Master by connecting the USB cable.

  • Page 58: Accessing Files In Network Master From The Pc

    Human-Machine-Interface Human-Machine-Interface 3 3 . . 9 9 File Access via Ethernet Interface File Access via Ethernet Interface 3 3 . . 9 9 . . 1 1 Accessing files in Network Master from the PC Accessing files in Network Master from the PC The mass storage of the Network Master can be shared with your PC via Ethernet interface.
  • Page 59 File Access via Ethernet Interface File Access via Ethernet Interface 4. Connect an Ethernet network cable to the LAN connector on your Network Master and link this to a Local Area Network. 5. Assign an IP address to the Network Master. This is done in the Ethernet Ethernet screen as described in the Graphical User Interface available in the...

  • Page 60: G0325A Gps Receiver

    10. . 2 2 MU100090A GPS Disciplined Oscillator MU100090A GPS Disciplined Oscillator The MU100090A needs to connect GPS antenna and and to be connected to the MT1000A using J1705A AUX conversion Adaptor. Activating the GPS receiver Activating the GPS receiver...

  • Page 61: Operating Gps Receiver

    GPS Receiver GPS Receiver Warm up three hours or more after turning the MU100090A power on. Synchronize Rubidium oscillator by capturing GPS satellites for 30 minutes or more or by inputting the signal to 1pps Sync In connector for 30 minutes or more.
  • Page 62 Using a J1667A GPIB-USB Converter, an optional accessory, allows users to control Network Master via GPIB. GPIB address of Network Master can be set in the Remote Control. Command-Based Remote Control is available via GPIB control. MX100001A MT1000A/MT1100A Control Software does not support operation via GPIB.
  • Page 63 4 4 Graphical User Interface Graphical User Interface This chapter provides a general introduction to the graphical user interface (GUI). The descriptions of the screens, sub-screens and major dialog boxes related to specific technologies and applications are placed in separate chapters.

  • Page 64: Gui Concept

    Graphical User Interface Graphical User Interface 4 4 . . 1 1 General Handling of the GUI General Handling of the GUI The Network Master is equipped with a touch screen display, except for the key to switch the instrument on/off. The operating principle of the graphical user interface (GUI) presented on the touch screen display is that it guides you through all setup steps required for running a specific test and then finally presents you with the test results.

  • Page 65: Navigating In The Gui

    General Handling of the GUI General Handling of the GUI 4 4 . . 1 1 . . 2 2 Navigating in the GUI Navigating in the GUI As shown in the previous figure, you can navigate from the application selector to a specific application in the workspace vertically.

  • Page 66: Layout Of The Gui Screens

    Graphical User Interface Graphical User Interface From a setup screen you can return to the application selector using the tab at the top of the screen. Test result screens contain a tab at the top which returns you to the result file browser. 4 4 .
  • Page 67 General Handling of the GUI General Handling of the GUI Battery status Refer to "Battery Status Information". Link status of Ethernet service interface WLAN (when the option is installed.) Bluetooth (when the option is installed.) VNC (Virtual Network Computing) Controlled by the remote command Connection status of GPS receiver External PC status Speaker On/Off status...
  • Page 68 Graphical User Interface Graphical User Interface A Favorite application is basically an application with an associated set of port resources and specific settings. When launching a Favorite application, the associated port resources are automatically allocated and the associated settings are subsequently loaded. Favorites require a specific number of resources to run corresponding to the number of resources used when the Favorite was first created.
  • Page 69 General Handling of the GUI General Handling of the GUI Renaming favorites Renaming favorites 1. Touch and hold an icon in Favorites screen until a pop-up menu appears. 2. Touch Rename Favorite Rename Favorite. 3. Input a new name on the opening dialog box. Importing favorites Importing favorites Settings files (.cfg) can be registered to Favorites by using the...
  • Page 70 Graphical User Interface Graphical User Interface Result File Browser Result File Browser The Result File Browser Result File Browser screen is the other entry point after startup of the Network Master. From here you can access the results of previous tests to view the statistics directly, to generate PDF reports or to do both.
  • Page 71 General Handling of the GUI General Handling of the GUI The running applications appear in the Applications Switcher. Touching the button switches the application on the screen. 4 4 . . 1 1 . . 3 3 . . 3 3 Operating the Application Operating the Application Ports Setup screen Ports Setup screen...
  • Page 72 Graphical User Interface Graphical User Interface The status area (to the right of the setup area) shows status information for the currently selected port and layer. You can access more detailed status information from here by touching the status summary boxes and buttons. It may contain one or more setup pages, with a row of navigation buttons at the top of the screen allowing you to switch between the pages and between ports (when relevant).

  • Page 73: Lamp Indication Of Alarm/Error Status

    General Handling of the GUI General Handling of the GUI During a measurement, Measurement start time, Elapsed time, and Remaining time of measurement are displayed in Navigation area. Remaining time of measurement is not displayed if Stop function is set to Manual stop Manual stop in Control screen.
  • Page 74 Graphical User Interface Graphical User Interface Note that the same colors are also used for indication of status in other contexts, e.g. in the display of test results. Double-ringed icons with history information Double-ringed icons with history information The Lamp icons are double-ringed, with the inner ring indicating the current status and the outer ring showing history information (i.e.

  • Page 75: Keypads For Entering Text In Fields

    General Handling of the GUI General Handling of the GUI One or more applications have alarms, had alarms in the past or have failing thresholds. One or more applications have errors or had errors in the past. All applications are OK. Test Status for an application is only updated during testing.

  • Page 76: User Pattern Editor

    Graphical User Interface Graphical User Interface In general, a keypad consists of the character/number keys, a display field showing the current text/number entry, various editing-related keys. For number entries, the minimum and maximum values allowed are also shown. When you launch a keypad from a field, the current field value is shown in the keypad's display field.

  • Page 77: Instrument Toolbar

    Toolbars Toolbars You can switch whether displaying the Confirm Dependencies dialog box. Refer to Miscellaneous in "Instrument Toolbar" section. 4 4 . . 2 2 Toolbars Toolbars Two toolbars are available on the right-hand side of the screen: the desktop toolbar (called the Instrument toolbar ) and the expandable workspace toolbar (called the Application toolbar ).
  • Page 78 Graphical User Interface Graphical User Interface The Instrument toolbar contains the following functions/status: Instrument Information Configuration (General, Network) File Manager Help Resource monitoring Instrument information Instrument information The Information icon launches the System Information System Information screen. Touch the Update Update About Info button to generate the instrument information.
  • Page 79 "File Manager". When there are "NG"s in the self test results, try to reboot Network Master. If "NG"s remain in the self test results, contact an Anritsu Service and Sales office. Configuration Configuration The Configuration icon launches the Global Configuration screen. From this screen, it is possible to configure both the general instrument settings (such as date/time, password etc.) and various network settings.
  • Page 80 Graphical User Interface Graphical User Interface Power Power Allows you to specify auto backlight duration and auto power-off time. These settings are applied for the battery operation only. When Wireshark application is running, Auto Backlight Off Auto Backlight Off does not work. Touch Screen Calibration Touch Screen Calibration Allows you to calibrate the touch screen.
  • Page 81 Toolbars Toolbars To change/set the password, select the one or more check boxes and then touch the OK OK button. A numeric keypad is displayed. To see the numbers as you type them on the keypad, select the Display Display Password check box.
  • Page 82 Graphical User Interface Graphical User Interface Show Test Summary allows you to specify whether to show the summarized Show Test Summary Test Status in the Status Bar. Refer to Test Status Summary for more details. CSV Delimiter allows you to specify the delimiter character to be used when CSV Delimiter generating output of Comma Separated Values.
  • Page 83 WLAN Allows the instrument to connect to a network via Wireless Local Area Network (WLAN). Note that if WLAN is enabled, the instrument cannot connect to the Ethernet via the Ethernet setting mentioned above. This feature requires an option (MT1000A-003).
  • Page 84 To edit the settings of the current network, touch the Edit Network Edit Network button. The Event History Event History button is available to diagnose the WLAN connection. Bluetooth Bluetooth Allows the instrument to use a Bluetooth connection. This feature requires an option (MT1000A-003).
  • Page 85 Toolbars Toolbars Enable Bluetooth: Enables using the Bluetooth. Enable Bluetooth Make visible: Allows to discover Network Master from other Bluetooth devices. Make visible Share files using FTP: Allows to share files stored in Network Master via Share files using FTP Bluetooth.
  • Page 86 Graphical User Interface Graphical User Interface File Sharing File Sharing Select Share File System Share File System to allows to share the data folder on networked PC. Selecting Mount Remote Folder Mount Remote Folder enables the parameter fields for mounting the folder of networked PC.
  • Page 87 Toolbars Toolbars Appears on the remote control application screen only. Displays the local folder of the control PC. Appears on the remote control application screen only. Displays the folder of the Network Master. Sets the current folder to the home folder. Moves to the home folder.
  • Page 88 Graphical User Interface Graphical User Interface Moves to the Help list topic. Back Forward Shows/hides the search box and buttons at bottom. Searches backward. Searches forward. When Case Sensitive Case Sensitive is selected, searches distinguishing the upper case and the lower case.

  • Page 89: Application Toolbar

    Toolbars Toolbars Each application is associated with up to two Views, Only one View can have control at a time. Having control gives user full access to all application functions, including modification of setting parameters, load and save functions, and running the test. Without control, users are only allowed to browse the current application settings and results.
  • Page 90 Graphical User Interface Graphical User Interface This icon appears in case of applications having traffic generation. Touch the Traffic Traffic Start icon to start sending traffic of all ports under test. The icon changes to the Start Traffic Stop icon shown below. Traffic Stop Traffic Stop Traffic Stop...
  • Page 91 Toolbars Toolbars Moves to the topic when touching the help icon. Back Forward Shows/hides the search box and buttons at bottom. Searches backward. Searches forward. If Case Sensitive Case Sensitive is selected, searches distinguishing the upper case and the lower case. Report Report Touch this icon to create a report containing the current application results and...
  • Page 92 Graphical User Interface Graphical User Interface 6. Select check boxes of items outputting to the report. Touching Customize Customize button launches the dialog box selecting items of statistics. 7. Touching Generate Generate button starts the report generation. Adobe® Reader® is recommended as a PDF viewer to open or print out the report. "Include Performance Verification dates"...
  • Page 93 Toolbars Toolbars Touch this icon to close the application. Expanded Application toolbar Expanded Application toolbar The Application toolbar is expanded/collapsed by touching the tab placed above the left-most column. The column displayed in the expanded toolbar contains the following functions: Restart Testing Restart Testing Touch this icon to restart the current test.
  • Page 94 Graphical User Interface Graphical User Interface The setup options vary depending on the stimulus mode (i.e. the signal type). Common functions for all stimulus modes are the port selection and stimulus type drop-down menus. Touching the Clear all stimuli Clear all stimuli button clears/resets the current stimulus settings.

  • Page 95: Instrument Startup

    Startup and Switch-off Sequences Startup and Switch-off Sequences 4 4 . . 3 3 Startup and Switch-off Sequences Startup and Switch-off Sequences This section describes what takes place when you switch the Network Master on and off as well as when you start up and close down an application. 4 4 .

  • Page 96: Accessing Previous Tests And Test Results

    Graphical User Interface Graphical User Interface 4 4 . . 3 3 . . 3 3 Accessing Previous Tests and Test Results Accessing Previous Tests and Test Results When you select test result files on the Report File Browser screen, you can choose to create either a report from the results or a workspace containing the test setup data and its results.

  • Page 97: Switching Off The Instrument

    Startup and Switch-off Sequences Startup and Switch-off Sequences 4 4 . . 3 3 . . 5 5 Switching Off the Instrument Switching Off the Instrument When you press the Power button on the instrument, the power-off menu is displayed. The menu contains the menu item Shut Down Shut Down, and when you select that, you are prompted to confirm that you really want to switch off the instrument completely.
  • Page 98 Graphical User Interface Graphical User Interface...
  • Page 99 5 5 SDH/SONET/PDH/DSn SDH/SONET/PDH/DSn Applications Applications This chapter describes the graphical user interface (i.e. screens, sub-screens and major dialogs) related to SDH/SONET/PDH/DSn applications. Sub- screens and dialogs are described under the main screen from which they are activated/launched. The following settings and applications are available: SDH Setup and Status SONET Setup and Status E1 Setup and Status...

  • Page 100: Transmitter Setup

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 1 1 SDH Setup and Status SDH Setup and Status An STM-xx STM-xx button in the navigation area of the Ports Setup Ports Setup screen gives you access to the SDH setup for the transmitter and/or receiver of the currently selected port.
  • Page 101 SDH Setup and Status SDH Setup and Status This screen allows you to enable the optical or electrical interface of the SDH transmitter. It can also be used to confirm the current status of the selected port. The configuration options available in the setup area of the screen are described below.
  • Page 102 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Transceiver Transceiver Displays the Transceiver information when the option except "Electrical" is selected to the transmitter. 5 5 . . 1 1 . . 1 1 . . 2 2 SDH Frame Setup SDH Frame Setup Touching the navigation area button which represents the transmitter's SDH layer will launch the following screen.
  • Page 103 SDH Setup and Status SDH Setup and Status The setup principle is the same in this editor dialog as in the SDH structure. Touching a button or opening a drop-down menu will open for new editor dialog boxes, new value selections etc. S1: Synchronization status J0: Regenerator section trace Idle Char is an ASCII code used for the padding.
  • Page 104 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications J1: Path Trace Idle Char is an ASCII code used for the padding. B3: Path BIP-8 This byte cannot be set. C2: Signal label G1: (bit 1 to 4) REI (bit 5) RDI (bit 6 and 7) Reserved (bit 8) Spare F2,F3: Path user channels F2,F3 H4: Multiframe indicator...

  • Page 105: Receiver Setup

    SDH Setup and Status SDH Setup and Status User [32] bit, User [2048] bit User [32] bit User [2048] bit: 32 bits or 2048 bits length pattern. The field which shows bit length is enabled. Touch the field to launch the dialog box to define the bit pattern.
  • Page 106 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications SFP/SFP+: Optical interface SFP/SFP+ Electrical: Electrical interface (BNC connector) Electrical Receiver gain Receiver gain Only relevant for electrical receivers. Select the attenuation and impedance mode from the drop-down menu. Terminate: Up to 12 dB cable attenuation, nominal impedance Terminate Monitor: 20 dB linear attenuation and up to 12 dB cable attenuation, nominal Monitor...

  • Page 107: Status Information

    SDH Setup and Status SDH Setup and Status 5 5 . . 1 1 . . 3 3 Status Information Status Information This section describes the status information available for the SDH layer in the status area of the Ports Setup Ports Setup screen.
  • Page 108 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications The physical status information consists of the following parameters. When Receiver is set to OFF, 'N/A's are displayed. Rx signal level Rx signal level Signal Level (Optical) shows the optical signal level in dBm. Signal Level (Electrical) shows the electrical signal level in dB. 'nan' is displayed when input level is too low to detect the signal level.
  • Page 109 SDH Setup and Status SDH Setup and Status This screen contains detailed alarm and error information related to the SDH interface. Status is indicated by the use of colored Lamp icons. Alarms LOS: Loss of Signal LOF: Loss of Frame OOF: Out of Frame MS-AIS: Multiplex Section Alarm Indication Signal MS-AIS...
  • Page 110 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications TU-Negative: Tributary Unit Negative stuffing TU-Negative 5 5 . . 1 1 . . 3 3 . . 4 4 OH capture OH capture Touching the OH capture OH capture button in the status area of the Ports Setup Ports Setup screen launches the screen shown below.
  • Page 111 SDH Setup and Status SDH Setup and Status 5 5 . . 1 1 . . 3 3 . . 5 5 Tributary scan Tributary scan Touching the Tributary scan Tributary scan button in the status area of the Ports Setup Ports Setup screen displays the status shown below.
  • Page 112 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 1 1 . . 3 3 . . 6 6 Transceiver Transceiver Touching the Transceiver Transceiver button in the status area of the Ports Setup Ports Setup screen launches the dialog shown below. This dialog box presents status information about the optical transceiver.

  • Page 113: Errors/Alarms Insertion

    SDH Setup and Status SDH Setup and Status Bit rate, Channel, Wavelength, Frequency, First frequency, Last frequency, Grid spacing Touching Channel Channel or Wavelength Wavelength value opens the dialog box to set the wavelength. Power monitor Power monitor The optical power read out from the transceiver is displayed. The transmitting optical power is displayed in left column.
  • Page 114 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Permanent: Inserts errors or alarms in all SDH frame. The Error Insert Permanent icon shows only status. Alternate: Repeats error/alarm insertion per specified number of Alternate frames. The Error Insert icon shows only status. 1E-03 to 1E-10 1E-03 1E-10: Inserts errors in the specified rate continuously.
  • Page 115 SDH Setup and Status SDH Setup and Status Movement shifts the pointer value by specified value. Jump Movement Jump sets the specified value to the pointer. 4. Touch the field to set the pointer value. Then select one of followings. Positive: Increases the pointer value.

  • Page 116: Transmitter Setup

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 2 2 SONET Setup and Status SONET Setup and Status An OC-xx/STS-xx OC-xx/STS-xx button in the navigation area of the Ports Setup Ports Setup screen gives you access to the SONET setup for the transmitter and/or receiver of the currently selected port.
  • Page 117 SONET Setup and Status SONET Setup and Status This screen allows you to enable the optical or electrical interface of the SONET transmitter. It can also be used to inspect the current status of the selected port. The configuration options available in the setup area of the screen are described below.
  • Page 118 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Transceiver Transceiver Displays the Transceiver information when the option except "Electrical" is selected to the transmitter. 5 5 . . 2 2 . . 1 1 . . 2 2 SONET Frame Setup SONET Frame Setup Touching the navigation area button which represents the transmitter's SONET layer will launch the following screen.
  • Page 119 SONET Setup and Status SONET Setup and Status The setup principle is the same in this editor dialog box as in the SONET structure. Touching a button or opening a drop-down menu will open for new editor dialog boxes, new value selections etc. S1: Synchronization status J0: Regenerator section trace Idle Char is an ASCII code used for the padding.
  • Page 120 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications J1: Path Trace Idle Char is an ASCII code used for the padding. B3: Path BIP-8 This byte cannot be set. C2: Signal label G1: (bit 1 to 4) REI (bit 5) RDI (bit 6 and 7) Reserved (bit 8) Spare F2,Z3: Path user channels F2,Z3 H4: Multiframe indicator...

  • Page 121: Receiver Setup

    SONET Setup and Status SONET Setup and Status User [32] bit, User [2048] bit User [32] bit User [2048] bit: 32 bits or 2048 bits length pattern. The field which shows bit length is enabled. Touch the field to launch the dialog box to define the bit pattern.
  • Page 122 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications SFP/SFP+: Optical interface SFP/SFP+ Electrical: Electrical interface (BNC connector) Electrical Receiver gain Receiver gain Only relevant for electrical receivers. Select the attenuation and impedance mode from the drop-down menu. Terminate: Up to 12.7 dB cable attenuation, nominal impedance Terminate Monitor: 20 dB linear attenuation and up to 12 dB cable attenuation, nominal Monitor...

  • Page 123: Status Information

    SONET Setup and Status SONET Setup and Status 5 5 . . 2 2 . . 3 3 Status Information Status Information This section describes the status information available for the SONET layer in the status area of the Ports Setup Ports Setup screen.
  • Page 124 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This dialog box contains detailed alarm and error information related to the SONET interface. Status is indicated by the use of colored Lamp icons. Alarms LOS: Loss of Signal LOF: Loss of Frame OOF: Out of Frame AIS-L: Line Alarm Indication Signal AIS-L RDI-L: Line Remote Defect Indication...

  • Page 125: Errors/Alarms Insertion

    SONET Setup and Status SONET Setup and Status REI-P : Path Remote Error Indication REI-P V5/B3: BIP-2 of VT-2/VT-1.5 or BIP-8 of Low order VC-3 V5/B3 REI-V: VT-Path Remote Error Indication REI-V Pattern errors: Bit error detected in the payload Pattern errors STS-NDF: Path New Data Flag STS-NDF...

  • Page 126: Transmitter Setup

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 3 3 E1 Setup and Status E1 Setup and Status E1 represents the 2.048 Mbit/s PDH layer. The Ports Setup Ports Setup screen gives you access to the PDH layer setup for the transmitter and/or receiver of the currently selected port.
  • Page 127 E1 Setup and Status E1 Setup and Status Switching between PDH Tx and DSn Tx is done in the SDH/SONET transmitter setup screen. 1. Select SDH Tx SDH Tx or SONET Tx SONET Tx check box. 2. Touch STM-xx STM-xx, STS-xx STS-xx, or OC-xx OC-xx button in the navigation area.
  • Page 128 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Drop and insert Drop and insert Select the source for the transmitter. On: transmits the received data which the data generated in the Network Master has added. Off: transmits the data generated in the Network Master. Timing Source Timing Source Select the clock source.
  • Page 129 E1 Setup and Status E1 Setup and Status PCM frame is formed by 16 E1 frames. Frame structure is shown below. Bits 1 to 8 of the frame (Timeslot 0) Bits 1 to 8 of the frame (Timeslot 0) Frame Frame number number...
  • Page 130 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications In the Sa-Bits Sa-Bits dialog box, change the individual Sa-bits by touching on the relevant bit keys - this will toggle the bit key's binary value from logic 1 to 0 or vice versa. Touch Ok Ok to accept the changes and close the dialog.
  • Page 131 E1 Setup and Status E1 Setup and Status You can select 'Normal' or 'Inverse' pattern type. Touching the 'ITU standard' button will apply ITU-T O.150 recommended Pattern type for N x 64 kbps data rates (PRBS 11). Pattern type User pattern User pattern User pattern field is enabled if Pattern type is set to User [32] bit User [32] bit or User [2084]...

  • Page 132: Receiver Setup

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Tone Tone Touch the Tone Frequency Tone Frequency button and use the launched dialog box to key in the frequency, using the numeric soft keys. Touch the Level Level button and use the launched dialog box to key in the level. CAS tab page CAS tab page The CAS...
  • Page 133 E1 Setup and Status E1 Setup and Status Switching between PDH Rx and DSn Rx is done in the SDH/SONET receiver setup screen. 1. Select SDH Rx SDH Rx or SONET Rx SONET Rx check box. 2. Touch STM-xx STM-xx, STS-xx STS-xx, or OC-xx OC-xx button in the navigation area.
  • Page 134 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Terminate Terminate Used when the instrument is used as a tester and the receiver is the only device connected to the line. The input impedance is nominal. Bridged Bridged Used when the receiver is connected directly in parallel to a line carrying live traffic.
  • Page 135 E1 Setup and Status E1 Setup and Status Line code Line code Use the Line code Line code radio buttons to select transmission line code HDB3 HDB3 or AMI AMI. For normal 2 Mbps systems choose HDB3. AMI is for special applications only. PCM frame PCM frame Use the PCM frame...
  • Page 136 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Pattern type Pattern type Select the requested pattern. Refer to Pattern type in "Transmitter Setup". For testing of data rates from 64 kbps to 2 Mbps in a 2 Mbps line, ITU-T O.150 recommends PBRS 11 to be used. For testing at the 2 Mbps rate, PRBS 15 is recommended in ITU-T O.150.

  • Page 137: Status Information

    E1 Setup and Status E1 Setup and Status Use the CAS CAS radio buttons to enable (On On) or disable (Off Off) the reception of a CAS (Channel Associated Signaling) signaling multiframe in time slot 16 of the received signal. 5 5 .
  • Page 138 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 3 3 . . 3 3 . . 2 2 Physical Details Physical Details Touching the topmost summary box in the status area of the Ports Setup Ports Setup screen displays the status shown below. This screen presents detailed information about the current physical status of the received signal at the 2 Mbps E1 layer.
  • Page 139 E1 Setup and Status E1 Setup and Status This screen contains detailed alarm and error information related to the E1 interface. Status is indicated by the use of colored Lamp icons. Alarms LOS: Loss of Signal AIS: Alarm Indication Signal No frame: No Frame No frame No CRC4 MF: No Cyclic Redundancy Check 4 Multi Frames...
  • Page 140 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This screen provides information on the frame alignment when available. The frame alignment information includes the 16 first FAS/NFAS words of the CRC4 multiframe. If multiframe is not available, the frame information will show 16 FAS/NFAS words in sequence.
  • Page 141 E1 Setup and Status E1 Setup and Status CAS MFAS-Signal CAS MFAS-Signal This field shows the status of the CAS MFAS-Signal. Port1, Port2 Port1, Port2 This field shows the MFAS bits. CAS Bits, Port1 and Port2 CAS Bits, Port1 and Port2 This table shows the status of the CAS Bits in the two ports.
  • Page 142 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications The received line content with even bits inverted. With A-law coded speech it is possible to observe the A-law code words before the even bit inverting. DS1/J1 inverts all the bits. Peak (pos. and neg.) Peak (pos. and neg.) The peak value of the signal.

  • Page 143: Errors/Alarms Insertion

    E1 Setup and Status E1 Setup and Status The busy / idle status of channel is displayed. The current audio time slot is marked with an green highlighting. Select the relevant channel by touching it. Audio Time Slots for all ports are marked, but it is only possible to change the time slots of the current port.
  • Page 144 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Alarms/Errors/ Alarms/Errors/ Select the port to insert errors, and the stimuli type. The settings items vary Others Others depending on the selected stimulus type. PDH Alarm/Errors: Inserts errors or alarms related the PDH multi frame or PDH Alarm/Errors the pattern error.

  • Page 145: Transmitter Setup

    DS1/J1 Setup and Status DS1/J1 Setup and Status 5 5 . . 4 4 DS1/J1 Setup and Status DS1/J1 Setup and Status DS1/J1 represents the 1.544 Mbit/s PDH layer. The Ports Setup Ports Setup screen gives you access to the PDH layer setup for the transmitter and/or receiver of the currently selected port.
  • Page 146 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications For the switching method between PDH Tx and DSn Tx, refer to Physical Setup in "E1 Setup and Status". Touching Off Off radio button disables the transmitter. This screen allows you to make the physical setup of the PDH transmitter in DS1/J1 mode.
  • Page 147 DS1/J1 Setup and Status DS1/J1 Setup and Status Line code Line code Use the Line code Line code radio buttons to select transmission line code. AMI: Alternate Mark Inversion B8ZS: Bipolar Eight Zero Substitution B8ZS PCM frame PCM frame Use the PCM frame PCM frame radio buttons to enable (On On) or disable (Off Off) insertion of...
  • Page 148 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Pattern type Pattern type Select the pattern to be inserted in the transmitted signal. Refer to Pattern type in "E1 Setup and Status". Available patterns are: User [32] bit, User [2048] bit User [32] bit User [2048] bit PRBS 9 to PRBS 31 PRBS 9 PRBS 31...
  • Page 149 DS1/J1 Setup and Status DS1/J1 Setup and Status Off: No channel content is selected. Tone: Tone with specified frequency and level. Tone Transparent: Received content in the same channel time slot is used. Transparent Speech: Pre-programmed speech sequence. 'Drop and insert' on Tx screen will Speech be switched to On.

  • Page 150: Receiver Setup

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 4 4 . . 2 2 Receiver Setup Receiver Setup 5 5 . . 4 4 . . 2 2 . . 1 1 Physical Setup Physical Setup When the receiver is set up with only a DS1/J1 interface, touching the Rx button in the navigation area will launch the following screen.
  • Page 151 DS1/J1 Setup and Status DS1/J1 Setup and Status Follows Follows To make the currently selected receiver follow either the transmitter or Port 1 receiver (i.e. copy its settings), touch the drop-down menu in the navigation area and select the relevant value. The receiver settings continue to follow the change of either the transmitter or Port 1 receiver.
  • Page 152 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Pattern type Pattern type Select the requested pattern. Available patterns are the same as the transmitter setup. Refer to Pattern type in "E1 Setup and Status". Touch 'Normal' or 'Inverse' pattern type. Touching the 'ITU standard' button will apply ITU-T O.150 recommended Pattern type for N x 64 kbps data rates (PRBS 11).

  • Page 153: Status Information

    DS1/J1 Setup and Status DS1/J1 Setup and Status Use the CAS CAS radio buttons to enable (On On) or disable (Off Off) the reception of a CAS (Channel Associated Signaling). 5 5 . . 4 4 . . 3 3 Status Information Status Information This section describes the status information available for the DS1/J1 layer in the status area of the Ports Setup...
  • Page 154 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 4 4 . . 3 3 . . 2 2 Physical Details Physical Details Refer to Physical Details in "E1 Setup and Status". The nominal bit rate of DS1/J1 is 1 544 000 bps. 5 5 .
  • Page 155 DS1/J1 Setup and Status DS1/J1 Setup and Status This screen provides information on the frame alignment when available. F-Bit and M-bit are displayed when the frame type is J1 J1 or ESF ESF. F-Bit and S-bit are displayed when the frame type is SF/D4 SF/D4.

  • Page 156: Errors/Alarms Insertion

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This screen gives information on the CAS (Channel Associated Signaling) signaling when available. It displays the state of the two signaling bits in both directions for all 24 channels. Activity is indicated with bold characters. Use of colors Use of colors For easy recognition of special bit combinations, coloring is available.

  • Page 157: Transmitter Setup

    E3 Setup and Status E3 Setup and Status 5 5 . . 5 5 E3 Setup and Status E3 Setup and Status E3 represents the 34.368 Mbit/s PDH layer. The Ports Setup Ports Setup screen gives you access to the PDH layer setup for the transmitter and/or receiver of the currently selected port.
  • Page 158 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications For the switching method between PDH Tx and DSn Tx, refer to Physical Setup in "E1 Setup and Status". Touch E3 E3 radio button. Touching Off Off radio button disables the transmitter. This screen allows you to make the physical setup of the PDH transmitter in E3 mode.

  • Page 159: Receiver Setup

    E3 Setup and Status E3 Setup and Status User [32] bit, User [2048] bit User [32] bit User [2048] bit PRBS 9 to PRBS 31 PRBS 9 PRBS 31 Fox Pattern, Fox (CMA3000) Fox Pattern Fox (CMA3000) All 0's, All 1's All 0's All 1's Alternating 1:1, Alternating 1:3...
  • Page 160 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Terminate Terminate Used when the instrument is used as a tester and the receiver is the only device connected to the line. The input impedance is nominal. Monitor Monitor Used when connecting to protected monitoring points. The input impedance is nominal.

  • Page 161: Status Information

    E3 Setup and Status E3 Setup and Status 5 5 . . 5 5 . . 3 3 Status Information Status Information This section describes the status information available for the E3 layer in the status area of the Ports Setup Ports Setup screen.

  • Page 162: Errors/Alarms Insertion

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Alarms LOS: Loss of Signal AIS: Alarm Indication Signal No frame: No frame No frame Distant: Distant Distant No sync: No synchronization No sync Errors FAS words: Received FAS pattern does not match to "1111010000". FAS words Pattern error: Received pattern does not match to specified pattern type.

  • Page 163: Transmitter Setup

    DS3 Setup and Status DS3 Setup and Status 5 5 . . 6 6 DS3 Setup and Status DS3 Setup and Status DS3 represents the 44.736 Mbit/s PDH layer. The Ports Setup Ports Setup screen gives you access to the PDH layer setup for the transmitter and/or receiver of the currently selected port.
  • Page 164 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications For the switching method between PDH Tx and DSn Tx, refer to Physical Setup in "E1 Setup and Status". Touch DS3 DS3 radio button. Touching Off Off radio button disables the transmitter. This screen allows you to make the physical setup of the PDH transmitter in DS3 mode.
  • Page 165 DS3 Setup and Status DS3 Setup and Status Follows Follows To make the Port 2 transmitter follow the Port 1 transmitter (i.e. copy its settings) when using Port 1 and Port 2, touch the drop-down menu in the navigation area and select the Tx1 Tx1.
  • Page 166 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications C-bit Frame Overhead C-bit Frame Overhead F1 AIC F0 NA F0 FEAC F1 F1 UDL F0 UDL F0 UDL F1 CP F0 CP F0 CP F1 FEBE F0 FEBE F0 FEBE F1 M0 F1 DL F0 DL F0 DL M1 F1 UDL F0 UDL F0 UDL M0 F1 UDL F0 UDL F0 UDL...

  • Page 167: Receiver Setup

    DS3 Setup and Status DS3 Setup and Status Option Option Meaning Meaning Cord Word Cord Word FEAC Off DS3 EF DS3 Equipment Failure Service Affecting 011001 DS3 LOF DS3 Loss of Signal 001110 DS3 OOF DS3 Out of Frame 000000 DS3 AIS DS3 AIS Received 010110...
  • Page 168 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This screen allows you to make the physical setup of the PDH receiver in DS3 mode. It can also be used to inspect the current status of the selected port. The configuration options available in the setup area of the screen are described below.

  • Page 169: Status Information

    DS3 Setup and Status DS3 Setup and Status Touch 'Normal' or 'Inverse' pattern type. Touching the 'ANSI standard' button will apply ANSI/IEEE 1007 recommended Pattern type Pattern type for 45 Mbit data rates (PRBS 23 Inverse). User pattern User pattern User pattern field is enabled if Pattern type is set to User [32] bit User [32] bit or User [2084] User [2084]...
  • Page 170 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This dialog box contains detailed alarm and error information related to the DS3 interface. Status is indicated by the use of colored Lamp icons. Alarms LOS: Loss of Signal AIS: Alarm Indication Signal LOF: Loss of Frame RAI: Remote Alarm Indication IDLE: Idle Signal IDLE...
  • Page 171 DS3 Setup and Status DS3 Setup and Status Alignment status when the frame type is M13 Alignment status when the frame type is M13 Alignment status when the frame type is C-bit Alignment status when the frame type is C-bit This screen provides information on the frame alignment when available.

  • Page 172: Errors/Alarms Insertion

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 6 6 . . 4 4 Errors/Alarms Insertion Errors/Alarms Insertion Refer to Errors/Alarms Insertion in E1 Setup and Status section.

  • Page 173: Transmitter Setup

    E4 Setup and Status E4 Setup and Status 5 5 . . 7 7 E4 Setup and Status E4 Setup and Status E4 represents the 139.264 Mbit/s PDH layer. The Ports Setup Ports Setup screen gives you access to the PDH layer setup for the transmitter and/or receiver of the currently selected port.
  • Page 174 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications For the switching method between PDH Tx and DSn Tx, refer to Physical Setup in "E1 Setup and Status". Touch E4 E4 radio button. Touching Off Off radio button disables the transmitter. This screen allows you to make the physical setup of the PDH transmitter in E4 mode.

  • Page 175: Receiver Setup

    E4 Setup and Status E4 Setup and Status The length can be any length from 1 bit to 32 bits or from 1 bit to 2048 bits. 5 5 . . 7 7 . . 2 2 Receiver Setup Receiver Setup 5 5 .

  • Page 176: Status Information

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications To make the currently selected receiver follow either the transmitter or Port 1 receiver (i.e. copy its settings), touch the drop-down menu in the navigation area and select the relevant value. The receiver settings continue to follow the change of either the transmitter or Port 1 receiver.

  • Page 177: Errors/Alarms Insertion

    E4 Setup and Status E4 Setup and Status Refer to Physical Details in "E1 Setup and Status". The nominal bit rate of E4 is 139 264 000 bps. 5 5 . . 7 7 . . 3 3 . . 3 3 Alarms and Errors Alarms and Errors Touching the middle summary box in the status area of the Ports Setup Ports Setup screen...

  • Page 178: Ports Setup And Status

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications 5 5 . . 8 8 APS The Automatic Protection Switching (APS) test described in this section is applicable for SDH/SONET/PDH/DSn interfaces. For APS test of OTN interface, refer to in "OTN Application". On SDH/SONET K1,K2 protocol decoding is performed, as well as measurement of average and maximum duration of a specified reference event (alarm/error).

  • Page 179: Test Results

    This screen contains the parameters for setting up the threshold values for alarms/errors and Pass/Fail status. Measurement Measurement Reference event Reference event Condition Condition Use the drop-down menu(s) to select the relevant event (Any errors Any errors, LOS LOS, LOF LOF, OOF etc.).
  • Page 180 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications This screen presents a summary of the results of the APS test. For each port the following information is displayed: Reference event Average switching time Max. time Max reference duration 5 5 . . 8 8 . . 3 3 . . 2 2 Details for APS Details for APS Touching the Detailed Detailed button will display the screen shown below.
  • Page 181 Graphical Graphical The graphical presentation consists of a bar diagram of the automatic switching presentation presentation times. Results may be affected by unexpected alarms/errors. Protocol interpretation Protocol interpretation Shows the screen displaying the Protocol interpretation. Protection interpolation button appears when SDH or SONET layer is present. 5 5 .
  • Page 182 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Touch the Apply Apply button to apply the specified APS request to the SDH/SONET transmitter. 5 5 . . 8 8 . . 3 3 . . 4 4 Event Log Event Log Touching the Event Log Event Log button in the navigation area displays the screen providing the event log data.

  • Page 183: Ports Setup And Status

    BERT BERT 5 5 . . 9 9 BERT BERT The Bit Error Rate Test (BERT) described in this section is applicable for SDH/SONET/PDH/DSn interfaces. For BERT of OTN interface, refer to BERT in "OTN Application". The interface settings on the Ports Setup screen determines whether the current application is SDH, SONET, PDH and/or DSn BERT.
  • Page 184 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Measurement Mode button appears in the Navigation area only when starting the BERT Measurement Mode by Application selector. Measurement Mode Measurement Mode Touch the field to select the application. BERT Pointer movement Pointer movement Touch the field to select the Pointer movement Pointer movement button display in Result screen.
  • Page 185 BERT BERT Manual stop: Stops the measurement immediately when you touch the Stop Manual stop Stop button. Stop at: Stops the measurement at the time specified in the Stop at Stop at Stop at field on the right. Duration: Performs the measurement for the duration of time specified on the Duration right.
  • Page 186 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Performance Parameters Performance Parameters SDH, SONET SDH, SONET Parameter Parameter G.826, G.826, Name Name G.821 G.821 G.826 M.2100 G.826 M.2100 G.828+G.829, G.828+G.829, G.8201,M.2401 G.8201,M.2401 M.2101.1 M.2101.1 ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓ ✓...
  • Page 187 BERT BERT These items appear if PDH Tx PDH Tx and PDH Rx PDH Rx, or DSn Tx DSn Tx and DSn Rx DSn Rx are selected on Setup screen. G.821, G.826, M.2100, G.821 (expired) G.826, M.2100 G.826, M.2100 DS1/J1 DS1/J1 G.821, G.826, M.2100, G.821 (expired) G.826, M.2100...

  • Page 188: Test Results

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Interface Interface Select the item to evaluate from OTN OTN, SDH SDH, SONET SONET, E4 E4, E3 E3, E1 E1, DS3 DS3 or DS1/J1. DS1/J1 Evaluation item Evaluation item Select the item to evaluate. If selecting other than Any Alarm or Error Any Alarm or Error, another menu appears.
  • Page 189 BERT BERT Insertion Insertion Select the timing of the error insertion from the drop-down menu. Off: Stops the error insertion. Manual Manual 1E-04 to 1E-10 1E-04 1E-10 Alternate Alternate Burst length Burst length If 'Insertion' is set to Manual Manual, touch the button and set the burst length to insert. Normal length Normal length If 'Insertion' is set to Alternate...
  • Page 190 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications When releasing the finger or stylus, the graph area zooms in to show the selected part of the graph. To zoom out, use the view settings below the graph: View mode View mode Used to set the x-scaling for the graph. The possible settings are: Last 24H to Last 5m Last 24H Last 5m: Shows a sliding graph area with max.
  • Page 191 BERT BERT 5 5 . . 9 9 . . 3 3 . . 3 3 Event Log Event Log Touching the Event Log Event Log button in the navigation area displays the screen shown below. Event log display Event log display The slide-out panel on the left-hand side of the screen contains the following functions functions...
  • Page 192 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications The test start event (Started) and stop event (Stopped) are always shown in the event log. The View View setting applies a port filter. A single port or all ports can be selected. Events with no port association will always pass. The CSV export CSV export button is for writing all events (un-filtered) to a file in a CSV format (Comma Separated Values).
  • Page 193 BERT BERT This screen presents a detailed analysis of the test results. You can choose to view either the total results from measurement start or the results of a specific interval during the test. You can also zoom in on a specific result item. The results can be displayed either in table (list) form or as a graph.
  • Page 194 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Selecting type of Selecting type of Open the middle drop-down menu in the top row of buttons to select which results results results you want to display on the screen. SDH, SONET SONET E1, E3 E3, E4 E4, DS1/J1 DS1/J1, DS3 Alarms/Errors...
  • Page 195 BERT BERT TU VC-12/11 Bulk AU Pointer TU Pointer Justification * SDH Performance Frequency * AU VC-4/3 TU VC-3 TU VC-12/11 SDH TCM Alarms Errors SONET Alarms/Errors Alarms Errors SONET Quality Frequency * STS-3c/1 TU VC-3 VT-2/1.5 Bulk STS Pointer VT Pointer Justification * SONET Performance...
  • Page 196 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications DS3 Alarms/Errors Alarms Errors DS3 Performance FAS errors Pattern errors *1: Frequency results appear only when no OTN layer. *2: Justification Justification appears when 'PDH Rx' or 'DSn Rx' is selected. *3: E-Bit errors E-Bit errors appears when 'E-bit' is set to On in Frame tab of E1 receiver. *4: CRC6 errors CRC6 errors appears when 'ESF' or 'J1' is selected.
  • Page 197 BERT BERT When the standard of Performance Parameters is set to M.2101.1, BIS (Bringing-Into-Service) limit is displayed as the Performance Objective. BIS limit BIS limit Items Items Definition Definition The ES threshold for deciding Accecpted S1-ES The ES threshold for deciding Unaccecpted S2-ES S1-SES The SES threshold for deciding Accecpted S2-SES The SES threshold for deciding Unaccecpted...
  • Page 198 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Unavailable Time When SES or ALS continues for ten seconds, UAT starts from the beginning of the time. When items other than SES continues for ten seconds, UAT ends at one second before the time. Refer to the figure of Example of Unavailable Time Detection.

  • Page 199: Ports Setup And Status

    5 5 . . 10 10 RTD The Round-Trip Delay (RTD) test measures the time that the data which is transmitted by the transmitter returns to the receiver. The RTD test described in this section is applicable for SDH/SONET/PDH/DSn interfaces. For RTD test of OTN interface, refer to in "OTN Application".

  • Page 200: Test Results

    SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications Test Condition Test Condition Allows you to define the test duration in one of two ways: Mode Mode Single - Used to perform RTD test once. Single Repeat - Used when a persistent RTD test is needed. Repeat Measurement period Measurement period...
  • Page 201 Buttons for selecting the relevant port are displayed at the top of the screen, with a color indication of the pass/fail status of the test. This screen presents the detailed results of an RTD test. The result is shown in both list-form and in a graphical presentation.
  • Page 202 SDH/SONET/PDH/DSn Applications SDH/SONET/PDH/DSn Applications...
  • Page 203 6 6 Ethernet Applications Ethernet Applications This chapter describes the graphical user interface (i.e. screens, sub-screens and major dialogs) related to Ethernet applications. Sub-screens and dialogs are described under the main screen from which they are activated/launched. The following setting and applications are available: Ethernet Setup and Status BERT Cable...

  • Page 204: Physical Port Setup

    Ethernet Applications Ethernet Applications 6 6 . . 1 1 Ethernet Setup and Status Ethernet Setup and Status Ethernet is globally used for data communication. Ethernet transmits variable length frames up to 1500 bytes in length, each containing a header with the source and destination addresses and a trailer that contains error correction data.
  • Page 205 Ethernet Setup and Status Ethernet Setup and Status The configuration options available in the setup area of the screen are described below. The status information is described in a separate section. 6 6 . . 1 1 . . 1 1 . . 1 1 Port configuration parameters Port configuration parameters Port definition Port definition...
  • Page 206 Ethernet Applications Ethernet Applications Internal Internal External External Received Received IEEE 1588v2 IEEE 1588v2 Received appears when the interface type is set to SFP Received SFP, SFP+ SFP+, SFP28 SFP28, QSFP+ QSFP+, QSFP28 or CFP4 QSFP28 CFP4 IEEE 1588v2 appears when the interface type is set to Electrical IEEE 1588v2 Electrical SFP SFP, or SFP+...
  • Page 207 Ethernet Setup and Status Ethernet Setup and Status The number of lanes depends on the interface type. Touching Lane Marker Lane Marker field allows to set the PCS lane marker. Use buttons in Preset Preset frames to preset the lane markers. Allow overlap Allow overlap If check box is selected, you can set overlapped number to the lane marker.
  • Page 208 Ethernet Applications Ethernet Applications MU100011A MU100011A Port Mode = Off Port Mode = Off Selecting the Off Off port mode will shut down the Ethernet port and stop the physical link. Electrical + Electrical + Selecting the Autonegotiate Autonegotiate port mode with interface type specified as Autonegotiate Autonegotiate Electrical will display the following parameters:...

  • Page 209: Ethernet Frame Setup

    Ethernet Setup and Status Ethernet Setup and Status When autonegotiating with a port that is forced (i.e. not using autonegotiation), the duplex for the port that is using autonegotiation will automatically be set to Half Duplex (HDX) and the speed to the speed used by the forced port. It is thus possible to have a duplex mismatch without knowing it.
  • Page 210 Ethernet Applications Ethernet Applications The configuration options available in the setup area of the screen are described below. The status information is described in a separate section. Terminology Terminology Allows you to select either Sonet Sonet or SDH SDH notation for the naming of alarms, errors, and pointers on the WAN status and result pages.
  • Page 211 Ethernet Setup and Status Ethernet Setup and Status Only the most important (i.e. most frequently used) configuration parameters are displayed here for each specified layer. To access all parameters, launch the frame composition 'Stream Setup' dialog box accessible via the button in the top left-hand part of the screen.
  • Page 212 Ethernet Applications Ethernet Applications At the top of the slide-out list you can switch between MAC, IP, and VLAN information as stream identification. Copy frame content to Copy frame content to This feature allows you to copy the frame content of the stream that you are other stream(s) other stream(s) currently configuring to all streams in another port or to a single stream.
  • Page 213 Ethernet Setup and Status Ethernet Setup and Status When copied MAC address by When copied IPv6 address by setting with setting with Decrement Decrement Increment Increment 00-00-00-00-00-04 0000:0000:0000:0000:0000:0000:FFFF:FFFC 00-00-00-00-00-03 0000:0000:0000:0000:0000:0000:FFFF:FFFD 00-00-00-00-00-02 0000:0000:0000:0000:0000:0000:FFFF:FFFE 00-00-00-00-00-01 0000:0000:0000:0000:0000:0000:FFFF:FFFF 00-00-00-00-00-00 0000:0000:0000:0000:0000:0000:FFFF:0000 00-00-00-00-00-FF 0000:0000:0000:0000:0000:0000:FFFF:0001 00-00-00-00-00-FE 0000:0000:0000:0000:0000:0000:FFFF:0002 00-00-00-00-00-FD 0000:0000:0000:0000:0000:0000:FFFF:0003 Stream Setup (detailed mode dialog box)
  • Page 214 Ethernet Applications Ethernet Applications OSI layer name OSI layer name Protocol Protocol Transport TCP, UDP Network IPv4 , IPv6 , ICMP , ARP IEEE 802.2 LLC Type 1/ LLC1 + SNAP Data Link VLAN , PBB, MPLS-TP, MPLS, Ethernet Electrical / SFP / SFP+, Physical 10 Mbps / 100 Mbps / 1000 Mbps / 10 Gbps, FDX / HDX...
  • Page 215 Ethernet Setup and Status Ethernet Setup and Status Custom appears for BERT application only. Custom Length Length Touch the field to set header length in bytes. The bit pattern with the specified length appears in the Custom pattern Custom pattern field. Touching the Custom pattern Custom pattern field launches the Pattern Editor similar to that of dialog box.
  • Page 216 Ethernet Applications Ethernet Applications Custom button appears for BERT application only. Custom Frame Content Frame Content Touch the Payload patten Payload patten field to set the pattern for the bit error rate test. Each frame consists of only preamble and payload pattern. One byte for the sequence check will be appended by selecting Enable Enable sequence checking on...
  • Page 217 Ethernet Setup and Status Ethernet Setup and Status The ! ! button is an instant button which when touched will perform an ARP or NDP lookup immediately, instead of waiting until the transmitter starts. Broadcast Broadcast The Broadcast Share control is used to set the ratio between Unicast and Broadcast frames transmitting.
  • Page 218 Ethernet Applications Ethernet Applications MPLS-TP MPLS-TP Touching the MPLS-TP MPLS-TP layer button displays the parameters available for the MPLS-TP protocol layer. MPLS-TP control word enable MPLS-TP control word enable When selecting the check box, a control word will be inserted in the frame. Auto increment Auto increment Selecting the Auto increment...
  • Page 219 Ethernet Setup and Status Ethernet Setup and Status Allows you to set a VLAN Identifier (VID VID), a Drop Eligible Indicator (DEI DEI) and a Priority Code Point (PCP PCP). Displays a Tag Protocol Identifier (TPID TPID). I-Tag I-Tag Allows you to set a VLAN Identifier (VID VID), a Drop Eligible Indicator (DEI DEI), a Priority Code Point (PCP...
  • Page 220 Ethernet Applications Ethernet Applications Up to eight levels of VLAN can be inserted in the frame. The number of VLAN fields is selected through the Level count Level count drop-down menu, and each level is set up individually. For Ping application, the VLAN level count is supported up to 2. When the VLAN level count is 2, the two VLAN levels will be designated S-VLAN and C- VLAN.
  • Page 221 Ethernet Setup and Status Ethernet Setup and Status The DSAP DSAP, SSAP SSAP and Control Control fields are set automatically, based on the upper protocol layer. DSAP: Destination Service Access Point value (8 bits) DSAP SSAP: Source Service Access Point value (8 bits) SSAP Control: Control field value (8 bits or 16 bits) Control...
  • Page 222 Ethernet Applications Ethernet Applications SNAP SNAP SNAP layer button displays the parameters available for the Sub Touching the SNAP Network Access Protocol protocol layer. The Protocol ID Protocol ID is fixed to 0 0 , and the Ethertype Ethertype field depends on the upper protocol layer.
  • Page 223 Ethernet Setup and Status Ethernet Setup and Status Version, Header length Version, Header length Shows Version and Header length in the IPv4 header. Total length Total length Shows Total length in the IPv4 header. DSCP/TOS DSCP/TOS When changing the DSCP/TOS DSCP/TOS (Differentiated Service Code Point/Type of Service) setting, it is possible to define some handling characteristics of the datagram, originally defined in RFC 791.
  • Page 224 Ethernet Applications Ethernet Applications Selecting the DHCP DHCP check box located next to the Src IP Src IP field will enable the Dynamic Host Configuration Protocol function. Selecting the DNS DNS check box located next to the Dst IP Dst IP field changes the field name to Hostname Hostname, allowing you to specify the domain name server.
  • Page 225 Ethernet Setup and Status Ethernet Setup and Status IPv6 IPv6 Touching the IPv6 IPv6 layer button displays the parameters available for the Internet Protocol version 6 layer. IPv6 header is defined in RFC 791 as below. Version Version Shows Version in the IPv6 header. Traffic class Traffic class Traffic class is similar to IPv4's DSCP/TOS...
  • Page 226 Ethernet Applications Ethernet Applications Shows Payload length in the IPv6 header. This value is calculated automatically. Next header Next header The next header indicates the upper/next layer protocol encapsulated in the IP datagram. Typical values in hex are: 1 = ICMP , 6 = TCP etc. Hop limit Hop limit The hop limit defines the number of 'hops' a datagram can do before it no...
  • Page 227 Ethernet Setup and Status Ethernet Setup and Status User Datagram Protocol is a core protocol of the Internet protocol suite. The UDP provides a minimal and simple interface between a network layer below and a session layer or application above. This protocol does not guarantee reliable and in-order delivery from sender to receiver.
  • Page 228 Ethernet Applications Ethernet Applications Transmission Control Protocol is a core protocol of the Internet protocol suite. It is the intermediate layer between the Internet Protocol below it and the application above it. This protocol guarantees reliable and in-order delivery from sender to receiver. The Network Master supports sending frames that resemble TCP frames, but the traffic transmitted will not constitute a real TCP stream, as no handshake is performed.
  • Page 229 Ethernet Setup and Status Ethernet Setup and Status When Listen mode is enabled, the transmitter will await an external TCP connection before the actual traffic frames are sent. This makes it possible to pass a firewall/nat router from the other side (Remark: you must have something establishing the TCP connection from the inner side e.g.
  • Page 230 Ethernet Applications Ethernet Applications Open the Pattern Pattern drop-down menu to select the relevant pattern. FOX: ASCII code bit sequence of "THE QUICK BROWN FOX JUMPS OVER THE LAZY DOG". 5555: Repetition of "0101010101010101". 5555 PRBS9 to PRBS31 PRBS9 PRBS31: Pseudo-random bit sequence. For PRBS9, its bit length is 511 (=2 -1).
  • Page 231 Ethernet Setup and Status Ethernet Setup and Status When the check box is selected, Payload pattern is divided and set to the payload in Ethernet frames so that the payload pattern is successive through Ethernet frames. Variable Variable The Variable allows you to set variables in the transmitted frames. When ETH ETH button in layer 2 is green.
  • Page 232 Ethernet Applications Ethernet Applications Allows you to specify a bit position and bit length for the variable by Offset Offset and Length field. The position of a variable is shown in green. 'X' means four bits. Length When Custom button in Layer 2 is green, row of boxes appears. A box indicates eight bits.
  • Page 233 Ethernet Setup and Status Ethernet Setup and Status This screen allows you to specify how the Network Master handles incoming frames on the currently selected Ethernet port. It can also be used to inspect the current status of the selected port. Follows Follows It is possible to let the Port 2 copy the setup from Port 1 by touching the...
  • Page 234 Ethernet Applications Ethernet Applications When this function is enabled , Network Master will reply to incoming ARP requests, using the Source MAC and IP addresses in sending out replies. ARP: Address Resolution Protocol Note that when using the Ping application, this setting is ignored, and replies will always be sent - also from the passive port.
  • Page 235 Ethernet Setup and Status Ethernet Setup and Status Only one port is able to allow In-band control. When In-band control is allowed at another port, this setting cannot be made. When Port Setup is set to 10Gbps WAN 10Gbps WAN, In-band control is not performed. This tab is not displayed in the Cable, Pass Through, and Discovery applications.
  • Page 236 Ethernet Applications Ethernet Applications Select this check box if you want to be able to make changes to the following interface setup during a measurement. Stream Settings SyncE IEEE 1588v2 Filter Compatible pattern with CMA3000 Compatible pattern with CMA3000 Select this check box if you want the PRBS pattern for CMA3000 compatibility. (CMA3000 is the previous model of Network Master Pro.) Compatible configuration frames with CMA3000 and V2.X or older Compatible configuration frames with CMA3000 and V2.X or older...
  • Page 237 Ethernet Setup and Status Ethernet Setup and Status Select this check box to enable statistics of the quality level reported in the received ESMC (Ethernet Synchronization Messaging Channel) messages and the generation of Sync Alarm when such messages are missing. Due to the properties of 10 Mbps Ethernet, the transfer of SyncE timing cannot be guaranteed at this rate.
  • Page 238 Ethernet Applications Ethernet Applications Src MAC Src MAC Allows you to specify the MAC address to be used in ESMC messages. You can either use the Default Default check box to force an instrument-specific default value, or touch the address field to enter an address yourself. Event flag Event flag When Mode is set to Synchronous...
  • Page 239 Ethernet Setup and Status Ethernet Setup and Status The clock may be set up in either normal or unicast mode. In unicast mode the clock must be explicitly told whether it is a master or a slave, and the clock must never change away from this setup automatically.
  • Page 240 Ethernet Applications Ethernet Applications The configuration options available in the setup area of the screen are described below. The status information is described in a separate section. The setup area of this screen contains the following groupings of parameters, placed on separate tab pages: General setup parameters Master clock specific parameters Timing-specific parameters...
  • Page 241 Ethernet Setup and Status Ethernet Setup and Status Touch the button to set the domain. The PTP messages and data sets are associated with a domain and therefore the PTP protocol is independent for different domains. In multicast mode, review the attributes in the timing section when changing the domain. Otherwise the best master algorithm may fail for all IEEE 1588v2 clocks in the domain.
  • Page 242 Ethernet Applications Ethernet Applications Source Source Allows you to specify where the time of the clock should come from. Internal: Current instrument time Internal GPS: GPS time (Requires external GPS receiver) Priority #1/#2 Priority #1/#2 Allows you to specify the priority 1 and priority 2 values. Acceptable values are between 0 0 and 255 255.
  • Page 243 When calculating the delay time from the cable length, it is recommendable to use 5 ns/m as the conversion factor. When using the following GPS provided by Anritsu, set 25 ns. G0325A MU100090A (When using J1706A GPS antenna of the standard accessory)
  • Page 244 Ethernet Applications Ethernet Applications Allows you to specify the interval between transmitted sync messages. Available values are between 1/128 s 1/128 s and 32 s 32 s. The data to send actually is displayed in hexadecimal. Min delay Req. interval Min delay Req.
  • Page 245 Ethernet Setup and Status Ethernet Setup and Status Dst MAC - Type in the destination MAC address to be used with all PTP Dst MAC unicast frames. Touch the ARP ARP button to solve any MAC setup in connection with IPv4. Touch the NDP (NS/NA) NDP (NS/NA) button to solve any MAC setup in connection with IPv6.
  • Page 246 Ethernet Applications Ethernet Applications Type Select the extension header type from Hop-by-Hop Hop-by-Hop, Routing (Type 0) Routing (Type 0), Destination. Destination Length Set the byte length of the custom pattern. The value setting to the actual header is the truncated value after the decimal point of (Length + 2)/8.
  • Page 247 Ethernet Setup and Status Ethernet Setup and Status 802.1ag protocol - Applies to the connectivity of bridges and paths that pass through bridges. Handles both multipoint connections and point-to-point connections. Y.1731 protocol - An extension to the 802.1ag standard and relies upon the 802.1ag protocol for transport.
  • Page 248 Ethernet Applications Ethernet Applications MPLS, MPLS-TP layer MPLS, MPLS-TP layer Refer to MPLS in "Stream" subsection. 802.3ah protocol 802.3ah protocol Selecting the 802.3ah 802.3ah protocol will display the screen shown below. setup setup Discovery tab page Discovery tab page The Discovery Discovery tab page contains the following parameters: State State...
  • Page 249 Ethernet Setup and Status Ethernet Setup and Status Remote loopback Remote loopback This setting is reserved for future use and cannot be set. Variable retrieval Variable retrieval Select this check box to make the DTE support sending Variable Response OAMPDUs. Defects tab page Defects tab page The Defects...
  • Page 250 Ethernet Applications Ethernet Applications MEP ID MEP ID Allows you to specify the Local Maintenance Point ID, which will identify the unit in the MA. Domain Domain Allows you to identify the network or part of the network for which faults in connectivity are managed.
  • Page 251 Ethernet Setup and Status Ethernet Setup and Status The screen contains two views: the default Setup view and the Discovery view. Use the Setup Setup and Discovery Discovery buttons at the bottom of the screen to switch between the two views. The Setup view is described below.
  • Page 252 Ethernet Applications Ethernet Applications Use the drop-down menu to select a TLV type, if relevant. The possible types are: Data TLV Data TLV and Test TLV Test TLV. If you select one of the TLV types, fields for specifying the ID will appear. Length Length Only available if a Data or Test TLV type has been selected.
  • Page 253 Ethernet Setup and Status Ethernet Setup and Status Data Data Allows you to specify any required additional information. The type of information depends on the specific application of ETH-MCC. LCK tab page LCK tab page The LCK LCK tab page contains the following parameters: Client MEG level Client MEG level Allows you to specify the MEG level of the client MEG.
  • Page 254 Ethernet Applications Ethernet Applications ID ID Only available if a Test TLV type has been selected. Allows you to specify the value of the ID. DMM tab page DMM tab page The DMM DMM tab page contains the following parameters: Type Type Use the drop-down menu to select the relevant operation type (On-demand...
  • Page 255 Ethernet Setup and Status Ethernet Setup and Status Allows you to specify a loss threshold that is used when an LMM test is active. If the loss ratio meets or exceeds that threshold, the user is alerted. SLM tab page SLM tab page The SLM SLM tab page contains the following parameters:...
  • Page 256 Ethernet Applications Ethernet Applications The contents of the Discovery view screen is the same for both protocols. The screen contains the following parameters: CCM/LBM CCM/LBM Select the radio button for the relevant method of discovery. CCM - Passive method. Discover Remote Maintenance points by looking at incoming CCM frames.
  • Page 257 Ethernet Setup and Status Ethernet Setup and Status The Add Rmp Add Rmp dialog box contains the following parameters: Domain Domain Allows you to specify the MD to which the MEP belongs. You can set the domain when 802.1ag is selected. MEG ID MEG ID Allows you to specify the MEG to which the MEP belongs.
  • Page 258 Ethernet Applications Ethernet Applications This screen allows you to set up filters and masks for the reception of Ethernet frames. It can also be used to inspect the current status of the selected port. The configuration options available in the setup area of the screen are described below.
  • Page 259 Ethernet Setup and Status Ethernet Setup and Status To set up / edit a filter, touch the relevant table cell. This will launch the filter/mask NumPad dialog box. Allow the following Allow the following At the bottom of the screen, it is possible to only allow certain encapsulation encapsulation types encapsulation types types.

  • Page 260: Status Information

    Ethernet Applications Ethernet Applications For MPLS/VLAN pattern setting, the dedicated dialog box will launch. MPLS MPLS Enter the number of MPLS label and TTL (Time To Live). You can select Bottom of Label Stack or Experimental Bits Bottom of Label Stack Experimental Bits.
  • Page 261 Ethernet Setup and Status Ethernet Setup and Status Interface Status Interface Status The middle part of the status area gives you access to alarm and error information for the selected interface. The status is indicated by the lamp color. You can choose whether to view only the current alarm and error status, or to view all alarms and errors in the alarm trap since it was last reset.
  • Page 262 Ethernet Applications Ethernet Applications Timing Timing Bit rate Bit rate The currently received bit rate is shown in bits per second (bps). Bit rate difference Bit rate difference The current difference between the received signal and the reference source signal is shown in both parts per million (ppm) and bits per second (bps). Accumulated difference Accumulated difference...
  • Page 263 Ethernet Setup and Status Ethernet Setup and Status Available speed and duplex are indicated in green. 6 6 . . 1 1 . . 3 3 . . 3 3 Interface Interface Touching the middle summary box in the status area of the Ports Setup Ports Setup screen displays the status shown below.
  • Page 264 System route 10MHz external reference clock: The 10 MHz clock input to Ext Clock 10MHz external reference clock connector of MT1000A. 6 6 . . 1 1 . . 3 3 . . 4 4 OH Capture OH Capture This function is enabled when interface is set to 10G WAN 10G WAN.
  • Page 265 Ethernet Setup and Status Ethernet Setup and Status This screen presents information related to the status of synchronous Ethernet. SSM/QL SSM/QL Synchronization Status Message and Quality Level status Last received Last received Shows the latest QL value. Server signal fail . The Lamp icon becomes red when no ESMC message has been received within the last five seconds.
  • Page 266 Ethernet Applications Ethernet Applications Offset Offset Shows the current offset from the master clock. Mean path delay Mean path delay Shows the mean path delay, which is the time from master to slave back to master again, divided by two. Sync timeout Sync timeout Shows the current status of Sync Message reception.
  • Page 267 Ethernet Setup and Status Ethernet Setup and Status Shows the time source. The hexadecimal value of the time source in the PTP packet data is displayed right-hand. UTC offset UTC offset Shows the UTC offset provided by Announce Message from the Groundmaster clock.
  • Page 268 Ethernet Applications Ethernet Applications 802.3ah status 802.3ah status information information Loop button Loop button Touch the Loop Loop button to send the far-end device into loopback mode and reflect frames. Devices tab page Devices tab page Shows the status of the remote and local devices. Variables tab page Variables tab page On the Variables...
  • Page 269 Ethernet Setup and Status Ethernet Setup and Status LTM: Enumerate and identify all hops between two end points. Fault button Fault button The fault messages are sent when the button is active. CCM: Continuity Check Messages. Devices tab page Devices tab page Shows the current status of the devices.
  • Page 270 Ethernet Applications Ethernet Applications Fault buttons Fault buttons The fault messages are sent when the button is active. CCM: Continuity Check Messages. AIS: Alarm Indication Signal. LCK: Locked Signal Function. Devices tab page Devices tab page Shows the current status of the devices. The outer circle of the colored Lamp in the Status column represents the CCM status (green means that CCMs are received from that RMP, red means no CCMs are received).
  • Page 271 Ethernet Setup and Status Ethernet Setup and Status Use the Buffer size Buffer size drop-down menu to specify the size of the buffer. The specified size will be reflected in the Buffer Usage Buffer Usage indicator at the bottom of the screen.
  • Page 272 Ethernet Applications Ethernet Applications When the capture is complete, you can save the captured data as a PCAP file, which can be used by a variety of open-source decoding tools. You can also save the data and then view them on the Network Master. Touching the Save Save button allows you to create a PCAP file and view the data on the Network Master.
  • Page 273 Ethernet Setup and Status Ethernet Setup and Status Bit rate, Channel, Wavelength, Frequency, First frequency, Last frequency, Grid spacing Touching Channel Channel or Wavelength Wavelength value opens the dialog box to set the wavelength. Power monitor Power monitor The optical power read out from the transceiver is displayed. The transmitting optical power or current is displayed in left column.
  • Page 274 Ethernet Applications Ethernet Applications This dialog box allows reading/writing information into the registers of the optical transceiver via I C (Inter-Integrated Circuit) interface. Registers in the transceiver are defined in SFF-8472 Specification for Diagnostic Monitoring Interface for Optical Transceivers and SFF-8690 Specification for Tunable SFP+ Memory Map for ITU Frequencies .
  • Page 275 Ethernet Setup and Status Ethernet Setup and Status This dialog box allows reading/writing information into the registers of the optical transceiver via I C (Inter-Integrated Circuit) interface. Registers in the transceiver are defined in INF-8438i Specification for QSFP (Quad Small Formfactor Pluggable) Transceiver . QSFP+ Memory Map LOWER shows information in lower address registers.
  • Page 276 Ethernet Applications Ethernet Applications Single Read/Write Single Read/Write Specifying the address and the page allows users to read or write the data. Burst Read Burst Read Specifying the top address, page, and length allows users to read the data. Touching the Export Export opens the dialog box to set the filename.
  • Page 277 Ethernet Setup and Status Ethernet Setup and Status FIFO control FIFO control Select the check box to set one to the FIFO Reset bit or the FIFO Auto Reset bit. Loopback control Loopback control Select the check box for enabling the loopback function of CFP. MDIO Read/Write MDIO Read/Write Single Read/Write...

  • Page 278: Errors/Alarms Insertion

    Ethernet Applications Ethernet Applications VOD (Voltage Output Differential) can be set. Emphasis is applied to the bit immediately before where the data changes. Post Emphasis is applied to the bit where data changes. Rx Equalizer Equalization can be set. The mode of boost can be set. Insersion loss The gain of the Rx circuit is up to 8 dB in 2 dB steps.
  • Page 279 Ethernet Setup and Status Ethernet Setup and Status 3. Select the Insertion Insertion in case of Errors/Violations. Alarms will be inserted continuously. Off: Turns off inserting errors. Manual: Inserts errors in the specified counts if you touch the Error Manual Insert icon.
  • Page 280 Ethernet Applications Ethernet Applications Destination Destination Description Description Sends an Ethernet frame which has FCS error. Sends a preamble in which pattern is different from the normal Preamble pattern. PAUSE frames. Sends PAUSE frames. Wrong IP Sends data which IPv4 Header checksum is wrong. checksum Fragmented IP Sends IPv4 data which is fragmented.
  • Page 281 Ethernet Setup and Status Ethernet Setup and Status 6 6 . . 1 1 . . 4 4 . . 3 3 Ethernet WAN Ethernet WAN When Port is set to SFP+ 10 Gbps WAN SFP+ 10 Gbps WAN, inserting the WAN alarms/errors is available.

  • Page 282: Ports Setup And Status

    Ethernet Applications Ethernet Applications 6 6 . . 2 2 BERT BERT The Bit Error Rate Test (BERT) described in this section is applicable for Ethernet interfaces. For BERT of OTN interface, refer to BERT in "OTN Application". 6 6 . . 2 2 . . 1 1 Ports Setup and Status Ports Setup and Status The first step in running an application is to set up the port interfaces.
  • Page 283 BERT BERT Allows you to specify when the measurement is started. Immediate: Starts the measurement when you touch the Start Immediate Start button. Start at: Starts the measurement at the time specified in the Start at Start at Start at field on the right.
  • Page 284 Ethernet Applications Ethernet Applications OTN-related OTN-related These items appear if OTN Tx OTN Tx and OTN Rx OTN Rx are selected on Setup screen. G.8201, M.2401 (M.2110) Time period Time period 15 minutes, 1 hour, 2 hours, 24 hours, 7 days Allocation Allocation Touching the Setup...
  • Page 285 BERT BERT Only show BER Alarms when measuring Only show BER Alarms when measuring BER alarms in Interface status dialog box is enabled only when the measurement is running. This function allows to avoid the BER alarms occurrence when no data is input. Ignore the Frame loss secs on BERT statistics Ignore the Frame loss secs on BERT statistics The"Frame loss secs."...
  • Page 286 Ethernet Applications Ethernet Applications This screen contains the parameters for specifying a profile and pattern for each stream and for specifying which measurements are made. Transmission mode Transmission mode Normal: Does not generate the bursts. The normal Ethernet frames are sent. Normal Burst: Generate the bursts.
  • Page 287 BERT BERT The line load unit can be specified from Percent Percent, Mbps Mbps, and IFG IFG. When IFG (Inter frame gap) is specified to the unit, 12 byte setting means the 100% utilization. The value set to the field is an average of Inter frame gap. When Transmission mode is Normal Normal, 100% or more line load can be set in specific case.
  • Page 288 Ethernet Applications Ethernet Applications Frame size Frame size When Profile is set to Data Data, four setups are available: Constant Constant Uses the fixed frame size specified by the Start Start value for the duration of the test. The following figure shows an example of frame sizes when Constant Constant is selected.
  • Page 289 BERT BERT 1-Byte incremental 1-Byte incremental Steps the frame size from Start Start to End End in increment of one byte in frame-by- frame. The following figure shows an example of frame sizes when 1-Byte 1-Byte incremental is selected. incremental Frame size is protocol headers and payload combined.
  • Page 290 Ethernet Applications Ethernet Applications Ramp: generates the bursts while changing the burst length. Ramp Number of Bursts Number of Bursts Selecting Num of Burst Num of Burst allows to set the number of the bursts to generate. If sending specified number bursts has finished, sending stream will stop. Burst length Burst length Set the burst burst length and the gap length.
  • Page 291 BERT BERT Select one or more of the measurements (Jitter Jitter, Latency Latency and Service Service disruption) and then specify a threshold value for each. disruption When Service disruption Service disruption is selected, select Disruption Type Disruption Type from "Packet" or "LOS".
  • Page 292 Ethernet Applications Ethernet Applications This screen contains the parameters for setting up the various threshold values (i.e. limits) for errors and Pass/Fail status that are used during the monitoring. Pattern Errors Pattern Errors Allows you to enable monitoring of pattern errors (i.e. bit errors) and to set up a threshold value for the bit error ratio.

  • Page 293: Test Results

    BERT BERT In the dialog box, select the check boxes for the relevant thresholds and then touch the Close Close button to list them on the Thresholds Thresholds screen. You can select/deselect all check boxes in the dialog box by using the Select all Select all / Clear Clear all buttons.
  • Page 294 Ethernet Applications Ethernet Applications This screen contains a summary of the results of the Ethernet BERT test. The information includes such things as number of pattern errors, average and maximum disruption time, and number of exceeded thresholds. The three dials showing utilization/throughput results, pattern errors and errored frames can be enlarged by clicking on them.
  • Page 295 BERT BERT Transport Transport Displays the results of Transport test. This result appears if 'Transport' check box is selected in the Test Setup screen. Pattern Pattern Allows to change the payload pattern. Cross pattern Cross pattern check box is the same as Cross pattern at successive frames of Payload pattern setting.
  • Page 296 Ethernet Applications Ethernet Applications This screen presents an IEEE1588v2 Log of the test results. You can search the messages by specifying the type. Search Search Message type Message type Select the message type from below. Announce Announce DelayReq DelayReq DelayResp DelayResp FollowUp FollowUp...
  • Page 297 BERT BERT This screen presents an OAM Log of the test results. Note that the layout of the dialog box depends on the currently selected OAM protocol. 6 6 . . 2 2 . . 3 3 . . 4 4 Event Log Event Log Touching the Event Log Event Log button in the navigation area displays the screen...
  • Page 298 Ethernet Applications Ethernet Applications Selecting the interval Selecting the interval Touch the Total Total button to switch the total values measured in all interval times. time time The start time of measurement is displayed on the button. Touching the button in left side Back Back field shows the measured values in the interval time.
  • Page 299 BERT BERT OTN options appear if the Ethernet signal is carried by OTN. Studying a specific Studying a specific Touch a specific cell in a result table to zoom in on the corresponding result result result item. The Count Count and Ratio Ratio fields are displayed on a Zoom Zoom tab page.
  • Page 300 Ethernet Applications Ethernet Applications Burst Size Size Distribution Results Total Frames Size Dist. Frame Size Transmit Results Traffic Latency Results Latency(ns) Jitter Results Jitter(ns) WAN Alarms/Errors Alarms Errors WAN G.826 Results WAN G.826+G.829 Results WAN M.2101.1(M.2100) Results SyncE Results SSM Statistics Alarms Rx SSM QL IEEE 1588v2 Results...
  • Page 301 BERT BERT Total Total measurement time. This is the total time of the measurement excluding the time of power failure. Avail Available time of measurement. Calculated from the following formula: Avail Total Unavail Unavail Unavailable time of measurement. Refer to UAT definition. M.2100 Performance Parameters M.2100 Performance Parameters Items...
  • Page 302 Ethernet Applications Ethernet Applications Example of Unavailable Time Detection About Sequence Error and Sequence Sync Loss About Sequence Error and Sequence Sync Loss Sequence Error and Sequence Sync Loss are measured as following: Ethernet frames sent by Network Master include special bytes that indicates sequence number.
  • Page 303 Cable Cable 6 6 . . 3 3 Cable Cable The Ethernet Cable Test uses Time Domain Reflectometry (TDR) to validate and detect open and short circuited CAT5/CAT5E cables. This test is convenient for installation and troubleshooting of cables. Time Domain Reflectometry Principle Time Domain Reflectometry Principle The TDR method can be used for control of electrical cables.

  • Page 304: Test Setup

    Ethernet Applications Ethernet Applications 6 6 . . 3 3 . . 1 1 Test Setup Test Setup When you go to the test setup of the Ethernet Cable Test, the following screen is displayed. This screen allows you to control and monitor an Ethernet Cable Test.

  • Page 305: Ports Setup And Status

    Channel Statistics Channel Statistics 6 6 . . 4 4 Channel Statistics Channel Statistics The Channel Statistics test separates incoming frames into channels based on a number of defining characteristics ( Definitions ) and shows information about each channel ( Statistics ). The test is mostly used for in-service monitoring, where it provides data for detailed analysis of the traffic types present in the network.

  • Page 306: Test Results

    Ethernet Applications Ethernet Applications This screen is where you specify which frame characteristics are considered when performing the channel separation (i.e. which frame characteristics are active during the test). The maximum number of channels is 231. 6 6 . . 4 4 . . 3 3 Test Results Test Results 6 6 .
  • Page 307 Channel Statistics Channel Statistics Open the Merge Merge drop-down menu to combine all channels where one specific definition value (e.g. the source MAC address) is identical. The drop-down menu contains all currently active definitions. When the test results are shown in merged mode, definitions that are not uniquely defined will be hidden, so that only the merge criterion, channel number, and protocol information will be visible.
  • Page 308 Ethernet Applications Ethernet Applications TCP statistics TCP statistics UDP statistics UDP statistics Select/Clear all Select/Clear all To select all check boxes in the dialog box, touch the Select All Select All button. To clear all check boxes in the dialog box, touch the Clear All Clear All button.

  • Page 309: Ports Setup And Status

    Mon/Gen Mon/Gen 6 6 . . 5 5 Mon/Gen Mon/Gen Ethernet Monitor/Generate is typically used for out-of-service and performance testing. It is possible to perform a passive, non-intrusive monitoring or at the same time transmit test data, which can be reflected for further evaluation and testing of the network.
  • Page 310 Ethernet Applications Ethernet Applications This screen contains the parameters for specifying a profile and pattern for each stream and for specifying which measurements are made. Stream selection Stream selection Use the slide-out panel on the left-hand side of the screen to select the relevant stream.
  • Page 311 Mon/Gen Mon/Gen The line load unit can be specified from Percent Percent, and Mbps Mbps. Touching Off Off at left-bottom stops sending the stream. The dialog box contains the following settings: Line load start Line load start The line load at which the ramp will start. Line load end Line load end The line load at which the ramp will end.
  • Page 312 Ethernet Applications Ethernet Applications Stepped Stepped Steps the frame size from Start Start to End End in increments of Step Step. Each frame size is transmitted for the period in seconds specified by Duration Duration. The following figure shows an example of frame sizes when Stepped Stepped is selected.
  • Page 313 Mon/Gen Mon/Gen Const: generates the bursts that the data length and the gap length are Const constant. When Const Const is selected, "Burst" is displayed on multi stream slide. Number of Bursts Number of Bursts Selecting n-Burst n-Burst allows to set the number of the bursts to generate. If sending specified number bursts has finished, sending stream will stop.

  • Page 314: Test Results

    Ethernet Applications Ethernet Applications 6 6 . . 5 5 . . 3 3 Test Results Test Results 6 6 . . 5 5 . . 3 3 . . 1 1 Summary Summary When you go to the test results of the Ethernet Monitor/Generate application, the following screen is displayed.
  • Page 315 Mon/Gen Mon/Gen When Ethernet Ethernet is selected on 'Threshold' of the Test Setup screen, the Ethernet Ethernet information appears in the upper right-hand corner, shows pass/fail status summary. Touching the Details Details button allows you to inspect the individual pass/fail status. Transport Transport Displays the results of Transport test.
  • Page 316 Ethernet Applications Ethernet Applications 6 6 . . 5 5 . . 3 3 . . 3 3 OAM Log OAM Log The operation of OAM Log OAM Log screen is the same as that of BERT application. Refer to OAM Log in BERT for the operation.
  • Page 317 Mon/Gen Mon/Gen If you have stopped measurement during the interval time, the measurement results of the current interval are discarded. The log of the current interval is not displayed in Back Back field. In this case, result data are re-calculated excluding the data of the current interval when the measurement is stopped.
  • Page 318 Ethernet Applications Ethernet Applications Frame rate Frame rate Frame Alarms Alarms Good Frames Good Frames Errored Frames Errored Frames Layer3 Error Layer3 Error Other Frames Other Frames Last Received Last Received Frame diff. Frame diff. Bursts Frames Frames Burst Size Burst Size Size Distribution Total Frames...

  • Page 319: Ports Setup And Status

    Pass Through Pass Through 6 6 . . 6 6 Pass Through Pass Through Ethernet Pass Through enables non-intrusive in-service monitoring for both fast troubleshooting and detailed analysis of the live traffic on a network. All traffic received on a port is forwarded on the other port and vice versa. Traffic between the two network DUT elements is monitored as illustrated below.

  • Page 320: Test Setup

    Ethernet Applications Ethernet Applications 6 6 . . 6 6 . . 2 2 Test Setup Test Setup 6 6 . . 6 6 . . 2 2 . . 1 1 Control Control Refer to "Control in BERT Test Setup subsection for the operation. 6 6 .

  • Page 321: Test Results

    Pass Through Pass Through 6 6 . . 6 6 . . 3 3 Test Results Test Results 6 6 . . 6 6 . . 3 3 . . 1 1 Summary Summary When you go to the test results of the Ethernet Pass Through application, the following screen is displayed.

  • Page 322: Ports Setup And Status

    Ethernet Applications Ethernet Applications 6 6 . . 7 7 Ping Ping The Ethernet Ping test is a quick and easy way for testing, troubleshooting and verification of connectivity and latency. Packets are sent from the source address to the destination address and back again - allowing the user to determine whether traffic is possible.

  • Page 323: Test Results

    Ping Ping Frame size is protocol header and payload combined. Frame size does not include preamble and interframe gap. 6 6 . . 7 7 . . 3 3 Test Results Test Results The results of an Ethernet Ping test relate to a specific port and consist of the Round Trip Times of the ping requests.
  • Page 324 Ethernet Applications Ethernet Applications This screen presents the detailed results of an Ethernet Ping test. The results relate to a specific port and consist of the Round Trip Times of the individual Ping requests. The data is shown in both list-form and in a graphical representation.

  • Page 325: Ports Setup And Status

    Reflector Reflector 6 6 . . 8 8 Reflector Reflector In Ethernet Reflector mode the Network Master loops incoming traffic on a port swapping MAC and/or IP addresses. HDX (Half Duplex) is not possible in 'Reflector' mode. Multicast or Broadcast frame are not reflected in 'Reflector' mode. 6 6 .

  • Page 326: Test Setup

    Ethernet Applications Ethernet Applications For applications also including an OTN interface, you can find a description of the setup options and status information for OTN in the following section: OTN Setup and Status Please refer to the sections relevant for your current port setup requirements. 6 6 .

  • Page 327: Test Results

    Reflector Reflector 6 6 . . 8 8 . . 3 3 Test Results Test Results 6 6 . . 8 8 . . 3 3 . . 1 1 Summary Summary When you go to the test results of the Ethernet Reflector application, the following screen is displayed.

  • Page 328: Ports Setup And Status

    Ethernet Applications Ethernet Applications 6 6 . . 9 9 RFC 2544 RFC 2544 The RFC 2544 is a benchmarking methodology and defines a number of tests to be used for describing the performance characteristics of a network device (or a complete network).

  • Page 329: Test Setup

    RFC 2544 RFC 2544 6 6 . . 9 9 . . 2 2 Test Setup Test Setup Restriction of Number of Steps Restriction of Number of Steps RFC 2544 measures the throughput, frame loss, latency, and burst while changing the load applied to the DUT by changing the transmission rate and size of the Ethernet frame.
  • Page 330 Ethernet Applications Ethernet Applications Number of steps = f × (r+1) × l f: Number of Frame Size steps r: Repeats l: Number of Line Load steps In the following setting example, the number of steps is 100. f=5 Five frame sizes, 64, 256, 512, 1024, and 1518 bytes are selected. r=3 One measurement is repeated three times after the first measurement, which means four times for each.
  • Page 331 RFC 2544 RFC 2544 This screen allows you to specify your test mode and select which RFC 2544 tests to carry out. Select Test Mode Select Test Mode 4 different test modes are available: Switch/Router test Router latency test End to end network test Single ended network test Switch/Router test uses two ports to perform tests.
  • Page 332 Ethernet Applications Ethernet Applications Throughput and Frame Loss test Latency test Burst test Both ports must be activated in order to perform the Switch/Router test. You cannot select 'Throughput and Frame Loss' and 'Throughput' / 'Frame Loss' at the same time. Router latency test Router latency test In this test mode, the latency-test sends out ping frames, used for measuring the...
  • Page 333 RFC 2544 RFC 2544 When the test is started on the 'local' Network Master, a popup will appear on the 'remote' Network Master, telling that the unit is being remotely controlled - providing a 'break connection' button. The popup will disappear when the test is completed or stopped on the 'local' Network Master.
  • Page 334 Ethernet Applications Ethernet Applications Only available if you have specified a Throughput test on the 'Control' of the Test Setup screen. Touching the Throughput Throughput button in the navigation area will display the screen shown below. This screen allows you to configure the following parameters related to an RFC 2544 Throughput test: The changes affect both Port 1 and Port 2 when the Switch/Router Test mode is selected.
  • Page 335 RFC 2544 RFC 2544 Frame size is protocol headers and payload combined. Frame size does not include preamble and interframe gap. Line Load (Mbps) Line Load (Mbps) The different test line loads used in the test are specified as a Minimum (Min Min) and Maximum (Max Max) - varied in intervals of the value specified in the Step...
  • Page 336 Ethernet Applications Ethernet Applications Only available if you have specified a Frame Loss test on the 'Control' of the Test Setup screen. Touching the Frame loss Frame loss button in the navigation area will display the screen shown below. This screen allows you to configure the following parameters related to an RFC 2544 Frame Loss test: Frame Size Line Load...
  • Page 337 RFC 2544 RFC 2544 This screen allows you to configure the following parameters related to an RFC 2544 Throughput and Frame Loss test: Frame Size Line Load Duration The settings for 'Throughput and Frame Loss' are identical to the ones described in the Throughput section above.
  • Page 338 Ethernet Applications Ethernet Applications Duration Most of the settings for Latency are identical to the ones described above in the Throughput section. Please see the detailed descriptions in that section in addition to the Latency-specific information provided here. Only run steps where other test passed Only run steps where other test passed If selecting the check box, the latency test will be done only on the line load steps where other test has passed (i.e.
  • Page 339 RFC 2544 RFC 2544 This screen allows you to configure the following parameters related to an RFC 2544 Burst test: Frame Size Frames per burst (burst length) Seconds per burst (burst length) Duration Frame Size and Duration are identical to the ones described above in the Throughput section.
  • Page 340 Ethernet Applications Ethernet Applications This screen allows you to specify various advanced settings for the RFC 2544 test(s). Pretest Options End to End Test (master side) Miscellaneous Throughput Calculation Layer Selection Throughput Type Pretest Options Pretest Options Transmit learning frames Transmit learning frames When this option is enabled, the RFC 2544 test will send out a number of 'learning frames' before the first test-step starts on each port.

  • Page 341: Test Results

    RFC 2544 RFC 2544 When this function is enabled, test results will be stored on the 'remote' Network Master. Miscellaneous Miscellaneous Include addresses in frame filter on receiver Include addresses in frame filter on receiver When enabling this function, the Ethernet frames which their destination addresses match the following items will appear on the Streams screen.
  • Page 342 Ethernet Applications Ethernet Applications On the test-specific result screen, you switch between the two modes by using the Graph Graph and Table Table buttons. 6 6 . . 9 9 . . 3 3 . . 1 1 Summary Summary When you go to the test results of the Ethernet RFC 2544 application, the following screen is displayed.
  • Page 343 RFC 2544 RFC 2544 This screen presents the results from the Throughput test. The most important columns of the tables are the varied main parameters Frame size and Throughput and the performance parameter Frames lost . The order of the tables will vary depending on the test mode and the relation of the ports. Test Mode Test Mode Port 1...
  • Page 344 Ethernet Applications Ethernet Applications This screen presents the results from the Frame loss test. The most important columns of the tables are the varied main parameters Frame size and Throughput and the performance parameter Loss rate . The order of the tables will vary depending on the test mode and the relation of the ports. Refer to the table in "Throughput"...
  • Page 345 RFC 2544 RFC 2544 6 6 . . 9 9 . . 3 3 . . 5 5 Latency Latency Touching the Latency Latency button in the navigation area will display the screen shown below. This screen presents the results from the Latency test. The most important columns of the tables are the varied main parameters Frame size and Throughput and the performance parameters Min , Avg and Max latency stated in micro seconds.

  • Page 346: Throughput Calculation

    Ethernet Applications Ethernet Applications The most important columns of the tables are the varied main parameters Burst size and Frame size and the performance parameter Frames lost . The order of the tables will vary depending on the test mode and the relation of the ports. Refer to the table in "Throughput"...
  • Page 347 RFC 2544 RFC 2544 The Tx Tx graph shows the transmitted periods, and the Rx Rx graph shows the received periods. Due to latency the receiver will first see the transmitted frames some time later than when transmitter actually sent the frames (the L- period).

  • Page 348: Ports Setup And Status

    Ethernet Applications Ethernet Applications 6 6 . . 10 10 RFC 6349 RFC 6349 The RFC 6349 Framework for TCP Throughput Testing describes a practical methodology for measuring end-to-end TCP Throughput in a managed IP network. For using RFC 6349 application, TCP Throughput option is required to the test module. If the option has been installed, RFC 6349 icon will appear in Application Selector.
  • Page 349 RFC 6349 RFC 6349 This screen allows you to specify your test mode and select which RFC 6349 tests to carry out. General General Test Port Test Port Touch the fields to set the port number. On Local side, "Test port" is used as the TCP destination port. On Remote side, "Test port"...
  • Page 350 Ethernet Applications Ethernet Applications The required setup to perform RFC 6349 test is transferred from the 'local' Network Master to 'remote' Network Master when the test is started. Touch the fields to set the Site Names : Local: The site name for 'local' Network Master side. Local Remote: The site name for 'remote' Network Master side.
  • Page 351 RFC 6349 RFC 6349 This screen allows you to specify test parameters. MTU Discovery MTU Discovery The field will be enabled if Path MTU check box is selected on "Control" screen. Touch the Minimum MTU Minimum MTU or Maximum MTU Maximum MTU fields set the bytes range used when discovering MTU.
  • Page 352 Ethernet Applications Ethernet Applications If Expert Expert is selected on "Control" screen, following screen appears. BDP (Bytes) BDP (Bytes) Appears when Test mode is set to Auto. If CIR and Baseline RTT are set on "Control" screen, calculated BDP (Bandwidth-Delay Product) appears. Desired Max Window Size Desired Max Window Size Appears when Test mode is set to Auto.
  • Page 353 RFC 6349 RFC 6349 Throughput Throughput Select the Enable Threshold Enable Threshold check box if enabling the PASS/FAIL test. Touch the % of Ideal % of Ideal field to set the threshold of throughput. Touch the Step Duration Step Duration field to set the duration of a step. Auto Test parameters are set automatically.

  • Page 354: Test Results

    Ethernet Applications Ethernet Applications Touch the fields to set a text string that identifies the application on the port number (for reporting purposes only). For example, HTTP, POP3, etc. 6 6 . . 10 10. . 3 3 Test Results Test Results Test Directions Test Directions...
  • Page 355 RFC 6349 RFC 6349 RFC6349 Metrics RFC6349 Metrics Transfer Time Ratio Transfer Time Ratio TCP Efficiency TCP Efficiency Buffer Delay Buffer Delay 6 6 . . 10 10. . 3 3 . . 2 2 RFC 6349 Metrics RFC 6349 Metrics RFC 6349 defines three metrics.
  • Page 356 Ethernet Applications Ethernet Applications This screen presents the results from the Window Scan test. The ideal throughput and the actual throughput are shown in the chart. If touching on the Graph bars, step details appear in the right hand table. 6 6 .
  • Page 357 RFC 6349 RFC 6349 Actual Transfer Time Ideal Transfer Time Transfer Time Ratio Window Size / Conn Transmitted Bytes Retransmitted Bytes Retransmitted % TCP Efficiency Baseline RTT Min RTT Avg RTT Max RTT Buffer Delay In bidirectional mode, the measured throughput in bidirectional mode is less than the ideal in one way mode.
  • Page 358 Ethernet Applications Ethernet Applications Connection: Connection number of the stream Connection Min RTT: Minimum Round Trip Time Min RTT Avg RTT: Average Round Trip Time Avg RTT Max RTT: Maximum Round Trip Time Max RTT Tx THPT: Transmitter throughput Tx THPT TCP Efficiency: The ratio of actual throughput against ideal throughput TCP Efficiency The results in Total are:...

  • Page 359: Ports Setup And Status

    SAT 1564 SAT 1564 6 6 . . 11 11 SAT 1564 SAT 1564 Service Activation Test is an out-of-service test used to assess the proper configuration and performance of Ethernet services. The test methodology, which is described in the ITU-T recommendation Y.1564, applies to point-to-point and point- to-multipoint connectivity in the Ethernet layer and to the network portions that provide (or contribute to) the provisioning of such services.
  • Page 360 Ethernet Applications Ethernet Applications This screen allows you to configure the test mode and other general parameters related to a Service Activation Test. Test Mode Test Mode Use the radio buttons to select the relevant test mode. One-Way Test One-Way Test In this test mode, two Network Master units will work together performing the test (End to End Test).
  • Page 361 Service Configuration Test. External GPS sensor is available from Anritsu (part no. G0325A or MU100090A). Use local SRC as DST on remote side Use local SRC as DST on remote side...
  • Page 362 Ethernet Applications Ethernet Applications Select this to transfer the local source IP address to the remote side, to be used as destination IP address. If ARP is enabled locally, it will also be enabled on the remote side. If IP is disabled, the local source MAC address will be transferred to the remote side, to be used as destination MAC address.
  • Page 363 SAT 1564 SAT 1564 If the End to End test setup on the 'Control' screen has been set to asymmetrical service attributes setups, two Services buttons are displayed instead of one: Services L->R button and Services R->L button. This screen allows you to configure up to eight services being tested in the current Service Activation Test.
  • Page 364 Ethernet Applications Ethernet Applications To define a new service, select the relevant stream, specify a name in the Service field and then configure the service using the tab pages. Service Profile tab Profile tab The Profile Profile tab page contains the following parameters: Profile Profile In case of Round-Trip Test mode, the drop-down menu at the top allows you to...
  • Page 365 SAT 1564 SAT 1564 Bandwidth tab Bandwidth tab The Bandwidth Bandwidth tab page contains the following parameters: Allows you to specify the Committed Information Rate (CIR). When set to zero, the CIR test is excluded. If color awareness is enabled (see below), this is the bit rate for green frames.
  • Page 366 Ethernet Applications Ethernet Applications The EBS test can only be executed if EIR is greater than zero. If CIR is greater than zero, the EBS test also requires that CBS is greater than zero. Furthermore, it must be possible to send at least twice the number of EBS bytes with EIR rate within the step duration. Service Acceptance Criteria tab Service Acceptance Criteria tab The Service Acceptance Criteria...
  • Page 367 SAT 1564 SAT 1564 Select the Enabled Enabled check box to enable color awareness. You can then choose the color method (PCP PCP or IP DSCP IP DSCP), as well as the priority values to mark the green and yellow frames with. Choose PCP PCP to use VLAN priority coloring.
  • Page 368 Ethernet Applications Ethernet Applications EMIX EMIX Allows you to set up a repeating frame size pattern. The pattern must consist of at least 1 frame size and at most 16. Touching EMIX sequence EMIX sequence field opens the dialog box. Frame size is protocol headers and payload combined.

  • Page 369: Test Results

    SAT 1564 SAT 1564 6 6 . . 11 11. . 2 2 . . 3 3 Advanced Advanced Include addresses in frame filter on receiver Include addresses in frame filter on receiver When enabling this function, the Ethernet frames which their destination addresses match to following items will appear on the Streams screen.
  • Page 370 Ethernet Applications Ethernet Applications Green The item and all its sub items are passing or have passed the Service Acceptance Criteria. Yellow The GPS synchronization has been lost for a following period or more. G0325A: 10 seconds MU1000090A: 1 hour FTD and FDV results could be compromised if the duration of continuous GPS synchronization loss has been longer the this time FTD and FDV results are compromised.
  • Page 371 SAT 1564 SAT 1564 The results are presented in a table and are related to a specific CIR% (CIR 25.00%, CIR 50.00%, CIR 75.00%, and CIR 100%). Select the relevant CIR% either by selecting the corresponding bar in the bar graph or by using the CIR drop-down menu.
  • Page 372 Ethernet Applications Ethernet Applications Test results Test results Select a cell in the results table to see the details. The following information is presented: IR IR Shows the minimum, mean and maximum bit rate in Mbps. Depending on the test setup, the bit rate is either Information Rate (IR). Shows the number of lost frames and the frame loss ratio.

  • Page 373: Ports Setup And Status

    Traceroute Traceroute 6 6 . . 12 12 Traceroute Traceroute The Traceroute test is used to determine the route taken by packets in an IP network. The intermediate routers traversed are identified by the sending of a sequence of ICMP Ping packets to the desired destination, each packet with a too low Time-to- Live (TTL) or hop limit so that it terminates in one of the routers and makes the router return an error message.

  • Page 374: Test Setup

    Ethernet Applications Ethernet Applications 6 6 . . 12 12. . 2 2 Test Setup Test Setup When you go to the test setup of the Ethernet Traceroute test, the following screen is displayed. This screen allows you to configure the parameters related to a Traceroute test.

  • Page 375: Test Results

    Traceroute Traceroute 6 6 . . 12 12. . 3 3 Test Results Test Results 6 6 . . 12 12. . 3 3 . . 1 1 Summary Summary When you go to the test results of the Ethernet Traceroute test, the following screen is displayed.
  • Page 376 GPS satellites. Ground Master Clock, Boundary Clock, etc will be assumed as the device under test. To perform Sync Test application, the MT1000A-005 and the MU100090A are necessary. Using the MU100090A allows you to perform 1PPS comparison and OWD measurement based on GPS signal.
  • Page 377 Sync Test Sync Test Measurement Result Example Measurement Result Example δ δ 0.05 Deviation Deviation 0.05 Phase error Phase error 0.15 0.15 0.35 0.35 The difference between two BNC cable lengths makes time difference of 1PPS signals. Therefore it affects the phase error measurement result. You can set the correction of the time difference caused from the cable length difference at 1PPS cable correction in the Control screen.

  • Page 378: Ports Setup And Status

    Ethernet Applications Ethernet Applications Δms: The cable delay in direction from DUT (master) to Network Master (slave). TE4= (Delay_Request OWD) − Δsm Δsm: The cable delay from Network Master (slave) to DUT (master). Δms=Δsm is assumed in OWD Measurement. This value can be set at Ethernet Ethernet cable correction in Control screen.
  • Page 379 Sync Test Sync Test Interval length Interval length Refer to "Control in BERT Test Setup subsection for the operation. Measurement period Measurement period Allows you to set the time from the measurement start to the stop. Following values are listed in the pull-down menu. 100 sec, 1000 sec 100 sec 1000 sec, User defined...
  • Page 380 Ethernet Applications Allows you to set a correction value of the delay time in ns unit that is caused by the Ethernet cable length between the MT1000A and the instrument under test. This value is used to correct the measurement results in Packet TE Packet TE.

  • Page 381: Test Results

    Sync Test Sync Test This screen contains the parameters for setting up the various threshold values (i.e. limits) for Pass/Fail status that are used during the monitoring. If measured results are out of the threshold, they will be marked in red on the Statistics screen.
  • Page 382 Ethernet Applications Ethernet Applications max|TE|: Absolute maximum value of the phase error Packet TE Packet TE TE (Time error) represents the time difference calculated from timestamps in IEEE1588.2 messages. 'N/A' is displayed when the messages from DUT have not arrived or Network Master behaves as Master clock. cTE1: Mean value of TE1 cTE4: Mean value of TE4 max|TE1|: Absolute maximum value of TE1...
  • Page 383 Sync Test Sync Test In this screen, the 1PPS test results are displayed as a graph, showing the positions of a time error over time. CSV export CSV export Outputs measurement results in CSV format. Content Content Select the contents corresponding to the test to display. Phase error: Phase error (time difference) between two 1PPS signals.
  • Page 384 Ethernet Applications Ethernet Applications Zoom Zoom To zoom in, select a zoom area directly in the graph area by drawing a rectangle with a finger or the stylus (delivered with the instrument). When releasing the finger or stylus, the graph area zooms in to show the selected part of the graph.
  • Page 385 Sync Test Sync Test Select the contents corresponding to the test to display. Sync: Displays the one way delay obtained by using the Sync message Sync timestamp. This is the delay in direction from DUT to Network Master. Follow up: Displays the one way delay obtained by using the Follow_Up Follow up message timestamp.
  • Page 386 Ethernet Applications Ethernet Applications In this screen, the one way delay test results are displayed as a graph, showing the positions of a time error over time. Pink line shows maximum time error values during one second. Yellow line shows average time error values during one second. Light green line shows minimum time error values during one second.
  • Page 387 Sync Test Sync Test In general, you use direct touch-manipulation of the graph area to zoom in and use the controls to zoom out. 6 6 . . 13 13. . 3 3 . . 5 5 Event Log Event Log Touching the Event Log Event Log button in the navigation area displays the screen providing the event log data.
  • Page 388 Ethernet Applications Ethernet Applications If you have stopped measurement during the interval time, the measurement results of the current interval are discarded. The log of the current interval is not displayed in Back Back field. In this case, result data are re-calculated excluding the data of the current interval when the measurement is stopped.
  • Page 389 Sync Test Sync Test SI prefix - e.g. 71.892 k (k means "kilo") SI prefix Engineering - e.g. 71.892E3 Engineering Scientific - e.g. 7.1892E4 Scientific Results Results The result items varies depending on the configuration in Ports Setup screen. Frame Results Alarms Alarms Good Frames...
  • Page 390 Ethernet Applications Ethernet Applications 6 6 . . 14 14 Discovery Discovery The Discovery application searches for another Network Masters connecting to the network. It is also able to change the application running in the discovered Network Master. The purpose of this application is to switch the application running in the discovered Network Master for running the RFC 2544, RFC 6349, or SAT (Y.1564) application.

  • Page 391: Ports Setup And Status

    Discovery Discovery 6 6 . . 14 14. . 1 1 Ports Setup and Status Ports Setup and Status The first step after running an application is to set the port interfaces. Set the port interfaces in the Ports Setup Ports Setup screen, which also provides the port status information.

  • Page 392: Test Results

    Ethernet Applications Ethernet Applications Unicast Search Unicast Search When Unicast search for inside and outside IP network Unicast search for inside and outside IP network is set at Search Type, set the IP address range of unicast. The IP address changes continuously. Search Target Count: Set the number of IP addresses to search.
  • Page 393 Discovery Discovery Application Application Touch the field to select the application to run in Network Master. The following items appear according to the Application change Application change setting. These settings are applied to the application that has been changed. Set Source MAC address. IP IP Set Destination IP address and Source IP address.
  • Page 394 Ethernet Applications Ethernet Applications After switching an application, Answer incoming ARP requests Answer incoming ARP requests in the Settings screen is selected. After switching to the RFC 2544 and SAT(Y1564) application, the following settings are selected. Accept Network Master configuration frames in the Accept Network Master configuration frames Settings screen...
  • Page 395 7 7 OTN Applications OTN Applications This chapter describes the graphical user interface (i.e. screens, sub-screens and major dialog boxes) related to OTN-only applications. Sub-screens and dialogs are described under the main screen from which they are activated/launched. The following setting and applications are available: OTN Setup and Status BERT OTN Setup and Status may also be part of the test in following applications.

  • Page 396: Transmitter Setup

    OTN Applications OTN Applications 7 7 . . 1 1 OTN Setup and Status OTN Setup and Status An OTUk OTUk button in the navigation area of the Ports Setup Ports Setup screen gives you access to the OTN setup for the transmitter and/or receiver of the currently selected port.
  • Page 397 OTN Setup and Status OTN Setup and Status This screen allows you to enable the optical interface of the OTN transmitter. It can also be used to inspect the current status of the selected port by the button in Navigation area. The configuration options available in the setup area of the screen are described below.
  • Page 398 OTN Applications OTN Applications This screen allows you to configure OTUk frame of the currently selected transmitter. It can also be used to inspect the current status of the selected port in a separated screen. The configuration options available in the setup area of the screen are described below.
  • Page 399 OTN Setup and Status OTN Setup and Status defined in ITU-T Rec. G.709. TTI Encoding TTI Encoding Use the drop-down menu to select TTI encoding method. ITU-T: Corresponding to ITU-T Rec. G.709. ITU-T ANSI: All TTI 64 bytes can be edited as the operator specification. ANSI Touch an OH OH button to launch the corresponding Overhead...
  • Page 400 OTN Applications OTN Applications Touching the Mapping Mapping button in the upper left-hand corner of the Ports Setup Ports Setup screen launches the dialog box shown below. This dialog box allows you to define OTUk frame mapping. Output Signal Output Signal Defines the bit rate the output from the Tx port.
  • Page 401 OTN Setup and Status OTN Setup and Status STM16(Async): Synchronous Transport Module-16 (2488.32 Mbit/s) STM16(Async) STM16(Sync): Synchronous Transport Module-16 (2488.32 Mbit/s) STM16(Sync) STM4: Synchronous Transport Module-4 (622.08 Mbit/s) STM4 STM1: Synchronous Transport Module-1 (155.52 Mbit/s) STM1 STS192(Async): Synchronous Transport Signal-192 (9953.28 Mbit/s) STS192(Async) STS192(Sync): Synchronous Transport Signal-192 (9953.28 Mbit/s) STS192(Sync)
  • Page 402 OTN Applications OTN Applications ODTU12 (PT=20) : Supports 2.5G Tributary Slot (TS). ODTU12 (PT=20) ODTU12 (PT=21) : Supports 1.25G Tributary Slot (TS). ODTU12 (PT=21) ODTU01 : Supports 1.25G Tributary Slot (TS). ODTU01 Multiplexing 2 Multiplexing 2 Applicable when there are three levels of multiplexing. Defines into which higher order ODU is multiplexed.
  • Page 403 OTN Setup and Status OTN Setup and Status PM, which shows the Path Monitoring. EXP, which shows the bytes for experimental use. APS/PCC, which shows the Automatic Protection Switching and Protection Communication Control channel. PSI, which shows the Payload Structure Identifier. Default defined as: F6 F6 F6 28 28 28.
  • Page 404 OTN Applications OTN Applications Bits 1-4 Bits 1-4 BIP violations BIP violations 0000 0000 0001 0001 0010 0010 0011 0011 0100 0100 0101 0101 0110 0110 0111 0111 1000 1000 1001 to 1111 1001 to 1111 0 3rd byte Bit 5: BDI 3rd byte Bit 5: BDI BDI (Backward Defect Indication) is set to "1"...
  • Page 405 OTN Setup and Status OTN Setup and Status The TTI (Trail Trace Identifier) is a 64-Byte signal that occupies one byte of the frame and is aligned with the OTUk multiframe. SAPI (Source Access Point Identifier) DAPI (Destination Access Point Identifier) Operator (32-Byte Operator specific) 3rd byte Bit 1-4: BEI/BIAE 3rd byte Bit 1-4: BEI/BIAE...
  • Page 406 OTN Applications OTN Applications Bits 6-8 Bits 6-8 TCM status TCM status no source TC in use without IAE in use with IAE Reserved Reserved ODUk-LCK ODUk-OCI ODUk-AIS FTFL FTFL The FTFL message consists of two 128-byte fields. Launch the ODUk FTFL ODUk FTFL dialog box to edit the fields.
  • Page 407 OTN Setup and Status OTN Setup and Status Bit 5: Signal fail status (BDI) Bits 6-8: Status (STAT) The TTI byte and 3rd byte can both be edited by launching the ODUk PM-TTI ODUk PM-TTI dialog box, which is similar to the dialog box used to edit SM. The TTI (Trail Trace Identifier) is a 64-Byte signal that occupies one byte of the frame and is aligned with the OTUk multiframe.
  • Page 408 OTN Applications OTN Applications STAT STAT Signal type Signal type Reserved Normal path signal Reserved Reserved Reserved ODUk-LCK ODUk-OCI ODUk-AIS APS/PCC APS/PCC APS/PCC has four bytes. Requests/Status is defined for First byte. The request or status is shown in bits 1-4. The protection type is shown in bit 5-8.
  • Page 409 OTN Setup and Status OTN Setup and Status Bits 1-4 Bits 1-4 Meaning Meaning 0000 0000 NR (No request) 0001 0001 DNR (Do not revert) 0010 0010 RR (Reverse request) 0011 0011 Reserved 0100 0100 EXER (Exercise) 0101 0101 Reserved 0110 0110 WT (Wait-to-restore)
  • Page 410 OTN Applications OTN Applications PSI value PSI value Payload type Payload type 0x0A 0x0A STM-1 mapping into OPU0 0x0B 0x0B STM-4 mapping into OPU0 0x0C 0x0C FC-100 mapping into OPU0 0x0D 0x0D FC-200 mapping into OPU1 0x0E 0x0E FC-400 mapping into OPUflex 0x0F 0x0F FC-800 mapping into OPUflex...
  • Page 411 OTN Setup and Status OTN Setup and Status 7 7 . . 1 1 . . 1 1 . . 5 5 TP/TS TP/TS Touching a TP TP button on the Ports Setup Ports Setup screen launches the TP/TS TP/TS dialog box.

  • Page 412: Receiver Setup

    OTN Applications OTN Applications 7 7 . . 1 1 . . 1 1 . . 7 7 GFP-F GFP-F GFP-F means Frame-mapped Generic Framing Procedure, defined by ITU-T Rec. G.7041/Y.1303. When OTN layer is added to Ethernet applications, GFP-F GFP-F button appears in the setup area of the Ports Setup Ports Setup screen if Client Signal is...
  • Page 413 OTN Setup and Status OTN Setup and Status This screen allows you to make the physical setup of the receiver in OTN mode. It can also be used to inspect the current status of the selected port by the button in Navigation area. The configuration options available in the setup area of the screen are described below.
  • Page 414 OTN Applications OTN Applications This screen allows you to configure OTUk frame of the currently selected receiver. It can also be used to inspect the current status of the selected port in a separate screen. To setting up the OTU frame, touch Mapping Mapping button at first.
  • Page 415 OTN Setup and Status OTN Setup and Status MSIM detection MSIM detection Only displayed when the frame mapping is set to multiplexing. Touch the MSIM detection button and use the launched dialog box to set the detection MSIM detection method of MSIM. The dialog box is shown and described in the MSIM Detection section.
  • Page 416 OTN Applications OTN Applications TTI detection TTI detection TTI detection allows you to select the detection method for SM, PM, and TCM1- Off Disables the TTI (Trail Trace Identifier) detection. SAPI (Source Access Point Identifier) SAPI DAPI (Destination Access Point Identifier) DAPI SAPI and DAPI SAPI and DAPI...

  • Page 417: Status Information

    OTN Setup and Status OTN Setup and Status Tx Data : Expected MSI are copied from OH Preset data. Tx Data Received Data: Expected MSI are set from received MSI data. Received Data 7 7 . . 1 1 . . 3 3 Status Information Status Information This section describes the status information available for the OTN layer in the status area of the Ports Setup...
  • Page 418 OTN Applications OTN Applications This screen presents detailed information about the current physical status of the optical signal. Signal Level Signal Level Shows the input level of an optical signal. A lamp icon indicates the LOS state. Frequency Frequency Shows the input signal frequency and the deviation of the input signal from the nominal bit rate in ppm.
  • Page 419 OTN Setup and Status OTN Setup and Status This screen contains detailed alarm and error information related to the OTN layer. Status is indicated by the use of colored lamp icons. Level-specific alarms Level-specific alarms If the ODUk is multiplexed, touch the relevant OTU/ODUk level button. Alarms OTL Alarms LOF-OTL: Loss of Frame of Optical channel Transport Lane...
  • Page 420 OTN Applications OTN Applications LLM-OTL: Loss of Lane Marker of Optical channel Transport Lane LLM-OTL OTU Errors FAS: Frame Alignment Signal MFAS: Multiframe Alignment Signal MFAS SM-BIP8: Section Monitoring Bit Interleaved Parity 8 SM-BIP8 SM-BEI: Section Monitoring Backward Error Indication SM-BEI FEC Corr.: Forward Error Correction Corrected FEC Corr.
  • Page 421 OTN Setup and Status OTN Setup and Status This screen shows OTU/ODU/OPU OH capture data for one frame at time. Use the Level Level drop-down menu to select which multiplexing level to display. For a description of the frame structure, see the Overhead Dialog box section under the ports setup of OTN.
  • Page 422 OTN Applications OTN Applications 7 7 . . 1 1 . . 3 3 . . 5 5 Tributary scan Tributary scan Touching the Tributary scan Tributary scan button in the status area of the Ports Setup Ports Setup screen displays the status shown below.
  • Page 423 OTN Setup and Status OTN Setup and Status Path to the selected form (for example, "ODU2-ODTU12(PT=21)-ODU1 #2") Errors and alarms detected at the selected channel. Touching the button in green does not launch the dialog box. To change TP to scan, touch the Scan Scan button.

  • Page 424: Error/Alarm Insertion

    OTN Applications OTN Applications When the optical transceiver is QSFP+ or QSFP28, I2C analysis I2C analysis Settings Settings appear. When the optical transceiver is CFP4, MDIO analysis MDIO analysis Settings Settings appear. Module Present Module Present Green indicates that an optical transceiver is currently mounted. Transceiver Transceiver Select the information from pull down menu.
  • Page 425 OTN Setup and Status OTN Setup and Status Alarms/Errors/ Alarms/Errors/ Select the port to insert errors, and the stimuli type. The settings items vary Others Others depending on the selected stimulus type. OTN: Inserts errors or alarms related the OTN overhead or FEC. OTN OTL skew: Inserts skew between specified lanes.
  • Page 426 OTN Applications OTN Applications 1. Select the Level Level to insert errors. 2. Select the Error Item Error Item. 3. Touch the Error Bits Error Bits field to edit bits. 4. Touch the Error Insert Error Insert icon. The error is inserted once by touching the icon. 1.
  • Page 427 Error Insert icon. The error is inserted once by touching the icon. For O.182 Poisson, refer to the white paper on Anritsu homepage: FEC Efficiency New Test Method - Required by ITU-T New Rec. O.182 - 1. Select the Type Type.
  • Page 428 OTN Applications OTN Applications If low order ODU is mapped, Payload Offset Payload Offset field appears. Touch the field to set the payload offset. The calculated C and C will be displayed when using GMP. 7 7 . . 1 1 . . 4 4 . . 4 4 OTN justification OTN justification OTN justification is available when ODTUjk is selected to the Multiplexing 1...

  • Page 429: Ports Setup And Status

    7 7 . . 2 2 APS The APS (Automatic Protection Switching) test measures the switching time in protecting the system from failure Switching time is defined below. The start and stop trigger can be selected independently. Trigger event can be selected from the high order OTU and ODU. The pass/fail thresholds for switching time can be set.

  • Page 430: Test Results

    OTN Applications OTN Applications This screen contains the parameters for setting up the threshold values for errors and Pass/Fail status. Start Trigger, Stop Trigger Start Trigger, Stop Trigger Use the drop-down menu(s) to select the appropriate trigger. Start and stop triggers include the following: Any errors, LOF Any errors...
  • Page 431 The following information is displayed: Start Trigger Stop Trigger Average switching time : Average time of switching Max. Time : Maximum time of switching Threshold : The threshold value used in the test 7 7 . . 2 2 . . 3 3 . . 2 2 Detailed Detailed Touching the Detailed Detailed button in the navigation area will display the screen...
  • Page 432 OTN Applications OTN Applications Summary field Summary field Consists of the minimum, maximum, and average automatic switching times in milliseconds, the specified threshold value, the number of measurements. List-form information List-form information Presents the automatic switching times in list-form. Graphical Graphical The graphical presentation consists of a bar diagram of the automatic switching presentation...

  • Page 433: Ports Setup And Status

    BERT BERT 7 7 . . 3 3 BERT BERT The Bit Error Rate Test (BERT) described in this section is applicable for OTN interfaces. 7 7 . . 3 3 . . 1 1 Ports Setup and Status Ports Setup and Status The first step in running an application is to set up the port interfaces.
  • Page 434 OTN Applications OTN Applications This screen allows you to configure the test mode and other general parameters related to the test. Interval length Interval length Allows you to specify the duration of the BERT intervals. The drop-down menu contains the following values: 1 second 1 second, 2 seconds 2 seconds, 5 seconds 5 seconds, 10 seconds...
  • Page 435 BERT BERT The Network Master's memory size (the file size of measurement results) is 64 Mbytes per one port. The result file size is less than 64 Mbytes because it is compressed when saving to the file. Estimate of test duration Estimate of test duration Contains an estimation of the time (in days, hours, minutes and seconds) before the whole memory will be filled out by the test.
  • Page 436 OTN Applications OTN Applications Set the limit of SESR (Severely Errored Seconds Ratio). SES (Severely Errored Second) is a one-second period which contains 15% or more errored blocks or at least one defect. Section Objective (BBER) Section Objective (BBER) Set the upper limit of BBER (Background Block Errors Rate). BBE (Background Block Error) is an errored block that occurred during non-SES.

  • Page 437: Test Results

    BERT BERT Evaluation item Evaluation item Use the drop-down menu to select the item to evaluate. If selecting other than Any Alarm or Error, another menu appears. Any Alarm or Error Evaluation type Evaluation type Select the relevant type. Pass & fail threshold Pass &...
  • Page 438 OTN Applications OTN Applications Select the pattern. You can edit bit pattern when the pattern is User[32] bit or User[2048] bit. Pattern Error Insertion Pattern Error Insertion Select the check box to enable the pattern error insertion. Select Insertion Mode to Single Single or Rate Rate.
  • Page 439 BERT BERT The slide-out panel on the left-hand side of the screen contains the following functions: Only show intervals that contains errors Time format If you have stopped measurement during the interval time, the measurement results of the current interval are discarded. The log of the current interval is not displayed in Back Back field.
  • Page 440 OTN Applications OTN Applications OTL Alarms/Errors Alignment marker Lane skew OTN - Performance OTU/ODU Stage1 ODU Stage2 ODU Stage3 ODU ODU TCM TCMi OTN Performance Measurement Items OTN Performance Measurement Items This paragaraph describes the performance result items. EB (Errored Block) is defined as: A block in which one or more bits are in error...
  • Page 441 BERT BERT OTN Performance Parameters OTN Performance Parameters Items Items Definition Definition Severly Errored Second Count: The number of seconds during which 15% or more EBs occurred or one or more alarms were detected. Ratio: Ratio of SES to total seconds in availability time (SESR: Severely Errored Second Ratio) OTU/ODU, Stage n ODU ODU/TCM...
  • Page 442 OTN Applications OTN Applications Pass/Fail is judged after the Time period set at Performance Test Parameters the Control screen has elapsed.

  • Page 443: Ports Setup And Status

    7 7 . . 4 4 RTD The Round-Trip Delay (RTD) time is the duration time of the network and the network equipments. Network Master measures RTD using a trigger injected in ODU frame. At first, Network Master transmits the trigger signal. Network Master measures the RTD by receiving the trigger signal returned from the network to be measured or the network equipment.

  • Page 444: Test Results

    OTN Applications OTN Applications 7 7 . . 4 4 . . 2 2 . . 2 2 Threshold Threshold Touching the Thresholds Thresholds button in the navigation area displays the following screen. This screen allows you to configure the RTD test conditions for the currently selected port(s).
  • Page 445 Minimum, Average and Maximum RTD in micro seconds Threshold value 7 7 . . 4 4 . . 3 3 . . 2 2 Detailed Detailed Touching the Detailed Detailed button in the navigation area will display the screen shown below. Buttons for selecting the relevant port are displayed at the top of the screen, with a color indication of the pass/fail status of the test.
  • Page 446 OTN Applications OTN Applications...
  • Page 447 8 8 CPRI/OBSAI Applications CPRI/OBSAI Applications This chapter describes the graphical user interface (i.e. screens, sub-screens and major dialogs) related to CPRI (Common Public Radio Interface) and OBSAI (Open Base Station Architecture Interface) applications. Sub-screens and dialogs are described under the main screen from which they are activated/launched.
  • Page 448 CPRI/OBSAI Applications CPRI/OBSAI Applications 8 8 . . 1 1 CPRI/OBSAI Setup and Status CPRI/OBSAI Setup and Status CPRI (Common Public Radio Interface) is an interface designed for the communication inside the base station used for the mobile radio communications. OBSAI (Open Base Station Architecture Initiative) defines the architecture of the cellular base station, including the interface between base band block and RF block.

  • Page 449: Physical Port Setup

    CPRI/OBSAI Setup and Status CPRI/OBSAI Setup and Status OBSAI Line bit rates OBSAI Line bit rates Bit Rate Bit Rate Multiplexer × Multiplexer × (MBaud) (MBaud) Base bit rate (MBaud) Base bit rate (MBaud) 1 × 768 1536 2 × 768 3072 4 ×...

  • Page 450: Cpri/Obsai Frame Setup

    CPRI/OBSAI Applications CPRI/OBSAI Applications Normal: The Network Master terminates and transmits the signal generated Normal in the Network Master. Through: The Network Master transmits the received data by own port. Through Line rate Line rate Touching the long button will launch the Line Rate Setup Line Rate Setup dialog box.
  • Page 451 CPRI/OBSAI Setup and Status CPRI/OBSAI Setup and Status This screen allows you to specify the CPRI Link frame structure of the currently selected CPRI port. The configuration options available in the setup area of the screen are described below. The status information is described in a separate section. Content Content Select the frame type.

  • Page 452: Status Information

    CPRI/OBSAI Applications CPRI/OBSAI Applications 8 8 . . 1 1 . . 3 3 Status Information Status Information This section describes the status information available in the status area of the CPRI/OBSAI ports setup screen. 8 8 . . 1 1 . . 3 3 . . 1 1 Status Summary Status Summary The status summary displayed for the CPRI/OBSAI interface consists of the following information:...
  • Page 453 CPRI/OBSAI Setup and Status CPRI/OBSAI Setup and Status Bit rate: shows the actual bit rate of the receiver (in bps). Bit rate Deviation: shows the deviation from the relevant nominal bit rate. Deviation Pattern bit rate: shows the bit rate of the pattern in received frames (in bps). Pattern bit rate Signal level: shows the output power of the optical transmitter.
  • Page 454 CPRI/OBSAI Applications CPRI/OBSAI Applications Received 10 bit sequence is defined as '10B error code' in 8B/10B conversion table. Pattern error : Bit error of the pattern Pattern error Remote Lights in red when the receiving bit in L1 Inband Protocol is "1". These bits are located in Z.130.0 in the hyperframe.

  • Page 455: Error/Alarm Insertion

    CPRI/OBSAI Setup and Status CPRI/OBSAI Setup and Status 8 8 . . 1 1 . . 4 4 Error/Alarm Insertion Error/Alarm Insertion This section describes how to configure settings for inserting errors or alarms by using the Application toolbar of CPRI/OBSAI. Alarms/Errors/ Alarms/Errors/ Select the port to insert errors, and the stimuli type.

  • Page 456: Ports Setup And Status

    CPRI/OBSAI Applications CPRI/OBSAI Applications 8 8 . . 2 2 BERT BERT This section describes the Bit Error Rate Test (BERT) that is applicable to CPRI/OBSAI interfaces. For BERT of OTN interface, refer to BERT in "OTN Application". 8 8 . . 2 2 . . 1 1 Ports Setup and Status Ports Setup and Status After the application is launched, first configure the port interface in the Ports Ports...
  • Page 457 BERT BERT Allows you to specify when the measurement is started. Immediate: Starts the measurement when you touch the Start Immediate Start button. Start at: Starts the measurement at the time specified in the Start at Start at Start at field on the right.
  • Page 458 CPRI/OBSAI Applications CPRI/OBSAI Applications If selecting check box, Port setup is changed as following: Content: CPRI Link Error insertion item: LCV The check box will be cleared if Content has changed to other options. Threshold Threshold Allows you to specify a threshold value of Round Trip Delay in micro seconds (μs).

  • Page 459: Test Results

    BERT BERT Refer to Thresholds of BERT section in "SDH/SONET/PDH/DSn Applications". 8 8 . . 2 2 . . 3 3 Test Results Test Results 8 8 . . 2 2 . . 3 3 . . 1 1 Summary Summary When you go to the test results of the CPRI/OBSAI BERT application, the following screen is displayed.
  • Page 460 CPRI/OBSAI Applications CPRI/OBSAI Applications Off: Stops the error insertion. Manual Manual 1E-04 to 1E-09 1E-04 1E-09 Burst length Burst length If 'Insertion' is set to Manual Manual, touch the button and set the burst length to insert. 8 8 . . 2 2 . . 3 3 . . 2 2 APS If APS is selected on the Test screen, APS APS button appears in Navigation area.
  • Page 461 BERT BERT This screen presents a detailed analysis of the test results. You can choose to view either the results of a specific time interval or the total results from measurement start. The results can be displayed either in table (list) form or as graphs.
  • Page 462 CPRI/OBSAI Applications CPRI/OBSAI Applications Selecting type of Selecting type of Open the left drop-down menu in the top row of buttons to select which results results results you want to display on the screen. OTN - Alarms/Errors OTN - Alarms/Errors OTN - Performance OTN - Performance CPRI/OBSAI - Alarms/Errors...

  • Page 463: Ports Setup And Status

    Pass Through Pass Through 8 8 . . 3 3 Pass Through Pass Through CPRI/OBSAI Pass Through enables non-intrusive in-service monitoring. All traffic received on a port is forwarded on the other port and vice versa. Traffic between the two network DUT elements is monitored as illustrated below. 8 8 .
  • Page 464 CPRI/OBSAI Applications CPRI/OBSAI Applications This screen contains a summary of the results of the CPRI/OBSAI Pass Through test. Transport Transport Displays the results of Transport test. This result appears if 'Transport' check box is selected in the Test Setup screen. 8 8 .
  • Page 465 9 9 Fibre Channel (FC) Fibre Channel (FC) Applications Applications This chapter describes the graphical user interface (i.e. screens, sub-screens and major dialogs) related to Fibre Channel applications. Sub-screens and dialog boxes are described under the main screen from which they are activated/launched.
  • Page 466 Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 1 1 Fibre Channel Setup and Status Fibre Channel Setup and Status Fibre Channel (FC) is a high-speed network technology, commonly running at 1, 2, 4, 8, 16 and 20 Gigabit per second rates. It is primarily used to connect computer data storage.

  • Page 467: Physical Port Setup

    Fibre Channel Setup and Status Fibre Channel Setup and Status 9 9 . . 1 1 . . 1 1 Physical Port Setup Physical Port Setup When the port is set up with a Fibre Channel interface, touching the Port Port button in the navigation area will display the screen shown below.

  • Page 468: Fibre Channel Frame Setup

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 1 1 . . 2 2 Fibre Channel Frame Setup Fibre Channel Frame Setup 9 9 . . 1 1 . . 2 2 . . 1 1 Interface Interface Touching the Interface Interface button in the navigation area displays the following...
  • Page 469 Fibre Channel Setup and Status Fibre Channel Setup and Status Inter-Switch Link. E-Port is selected when testing an connection port between the fibre channel E-Port switches. Touching ELP ELP button exchanges Exchange Link Parameters with an E-port. ELP: Exchange Link Parameters Flow Control Flow Control Select the Enable...
  • Page 470 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Touching the Frame Frame button in the navigation area displays the following screen. Frame Frame button appears in BERT and Performance applications. Copy frame content to other ports Copy frame content to other ports This feature allows you to copy the frame content that you are currently configuring to frame content in another port.
  • Page 471 Fibre Channel Setup and Status Fibre Channel Setup and Status 5555: Repetition of "0101010101010101". 5555 PRBS9 to PRBS31 PRBS9 PRBS31: Pseudo-random bit sequence. For PRBS9, its bit length is 511 (=2 -1). HF TEST: High frequency test pattern. (Defined in IEEE802.3 Annex 48A) HF TEST CRPAT: Compliant random data pattern.

  • Page 472: Status Information

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 1 1 . . 3 3 Status Information Status Information This section describes the status information available in the status area of the Fibre Channel ports setup screen. 9 9 .
  • Page 473 Fibre Channel Setup and Status Fibre Channel Setup and Status Accumulated difference Accumulated difference The accumulated difference between the received signal's bit rate and the nominal bit rate is shown. The information is presented as the number of bits of difference detected over the accumulation period. This is important information for identifying small frequency differences, which may not be visible by showing the current bit rate difference.

  • Page 474: Errors/Alarms Insertion

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 1 1 . . 4 4 Errors/Alarms Insertion Errors/Alarms Insertion This section describes the errors and alarms insertion for the Fiber Channel interface on the Application toolbar. Alarms/Errors/ Alarms/Errors/ Select the port to insert errors, and the stimuli type.
  • Page 475 Fibre Channel Setup and Status Fibre Channel Setup and Status Manual: Inserts the specified number of errors if you touch the Error Manual Insert icon. Burst / sec: Inserts the specified number of errors in one second Burst / sec periodic.

  • Page 476: Ports Setup And Status

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 2 2 BERT BERT BERT stands for Bit Error Rate Testing or BER Testing. The bit error rate is a key parameter in assessing systems that transmit digital data from one location to another (that is, systems such as radio data links, fiber-optic data systems, Ethernet etc.).
  • Page 477 BERT BERT Start action Start action Allows you to specify when the measurement is started. Immediate: Starts the measurement when you touch the Start Immediate Start button. Start at: Starts the measurement at the time specified in the Start at Start at Start at field on the right.
  • Page 478 Fibre Channel (FC) Applications Fibre Channel (FC) Applications The receiver uses a filter to determine which frames should be counted in the results. When this function is enabled, the following fields are required to match: Source ID Destination ID R_CTL (=0x00, Uncategorized FC-4) Type (=0xE0, vender unique type) When this function is not enabled, the following fields are required to match: Most significant byte of R_CTL should be equal to 0.
  • Page 479 BERT BERT This screen contains the parameters for specifying a profile and pattern for each stream and for specifying which measurements are made. Stream profile Stream profile Line load Line load Refer to "Line load in "Ethernet Applications" for the operation. Frame size Frame size Touch Constant...
  • Page 480 Fibre Channel (FC) Applications Fibre Channel (FC) Applications This screen contains the parameters for setting up the various threshold values (i.e. limits) for errors and Pass/Fail status that are used during the monitoring. BERT Threshold BERT Threshold Pattern errors Pattern errors monitoring monitoring Allows you to enable monitoring of pattern errors (i.e.

  • Page 481: Test Results

    BERT BERT Select the item to evaluate. If selecting other than Any Alarm or Error Any Alarm or Error, another menu appears. Evaluation type Evaluation type Select the relevant type. Pass & fail threshold Pass & fail threshold Touch the left-hand number to set the lower limit for "Warning". Touch the right-hand number to set the lower limit for "Fail".
  • Page 482 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Insertion Insertion If selecting Manual Manual, error(s) are inserted when you touch the Alarm/Error Alarm/Error Insert ( Insert Set Off Off to stop the error insertion. Burst length Burst length If 'Insertion' is set to Manual Manual, touch the button and set the number of errors to insert.
  • Page 483 BERT BERT The slide-out panel on the left-hand side of the screen contains the following functions: Only show intervals that contains errors Time format If you have stopped measurement during the interval time, the measurement results of the current interval are discarded. The log of the current interval is not displayed in Back Back field.
  • Page 484 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Selecting how results are displayed Selecting how results are displayed Selecting notation Selecting notation Select the required notation for the results from the notation drop-down menu. Unformatted - e.g. 71892 Unformatted SI prefix - e.g. 71.891 k (k means "kilo") SI prefix Engineering - e.g.

  • Page 485: Ports Setup And Status

    Performance Performance 9 9 . . 3 3 Performance Performance The FC Performance test is one of the methods to evaluate the network quality and defines many tests to determine the performance characteristics of the network device or entire network. Network Master includes several physical setups (test modes) and five different tests.

  • Page 486: Test Setup

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 3 3 . . 2 2 Test Setup Test Setup Restriction of Number of Steps Restriction of Number of Steps FC Perf. measures the throughput, traffic profile, latency, burst, and BB credit count while changing the load applied to the DUT by changing the transmission rate and size of the Ethernet frame.
  • Page 487 Performance Performance f=5 Five frame sizes, 64, 256, 512, 1024, and 2140 bytes are selected. l=10 With the settings of Min. 10%, Max. 100%, and Step 10%, line load steps are ten, 10%, 20%, 30%, 40%, 50%, 60%, 70%, 80%, 90%, and 100%. Number of steps= f ×...
  • Page 488 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Traffic Profile Traffic Profile Latency Latency Burst Burst Credit Credit When a test is selected, the test setup screen including the setup parameters related to the test can be used. Similarly, the test results include only the test selected at Test Selection.
  • Page 489 Performance Performance Set the parameters so that the number of frame sizes is ten or less. When the number of frame sizes is 11 or more, the message "Maximum of 10 frame sizes is allowed." is displayed. Example: Start frame size: 100, End frame size: 1500, Step frame size: 100 In this case, the number of frame sizes is 15 (100 to 1500).
  • Page 490 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Select an Auto search resolutions from 0.1 0.1, 1.0 1.0 or 10.0 10.0 %. Max Line Load Max Line Load Set the maximum line load of Auto search. The unit is Percent Percent or Mbps Mbps.
  • Page 491 Performance Performance Duration Duration Step Step Specify an approximate duration for each step of the test by time. 9 9 . . 3 3 . . 2 2 . . 5 5 Burst Burst The following screen is displayed by touching Burst Burst in the Navigation area.
  • Page 492 Fibre Channel (FC) Applications Fibre Channel (FC) Applications BB Credit Count BB Credit Count BB Credit Count (buffer-to-buffer Credit_Count) is a counter used for Buffer-to- buffer flow control management BB Credit Count is defined as the number of unacknowledged or outstanding frames awaiting R_RDY responses from the directly attached Fiber Channel Port.

  • Page 493: Test Results

    Performance Performance This screen sets the measurement method of Measured Throughput for the results of subsequent tests. The displays of the measurement results are not changed even of the Advanced settings are changed after completing the measurement. Throughput, Traffic Profile, Latency, and Credit Throughput Calculation Layer Selection Throughput Calculation Layer Selection Line Rate: For 1Gb/s to 8Gb/s, the throughput is calculated after encoding...
  • Page 494 Fibre Channel (FC) Applications Fibre Channel (FC) Applications Two modes can be switched using Detail Detail or Summary Summary. 9 9 . . 3 3 . . 3 3 . . 1 1 Summary Summary The following screen is displays by touching Summary Summary in the Navigation area.
  • Page 495 Performance Performance This screen displays the results of the Throughput test. The measured throughput values are shown in a bar chart. The following items are displayed in the result table. Step: Step numbers in Throughput test Fr size: Frame size defined in Control screen Frames: Number of sent frames Frame rate: Number of frames sent per second Util: Utilization in percent...
  • Page 496 Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 3 3 . . 3 3 . . 4 4 Latency Latency A screen similar to Throughput is displayed by touching Latency Latency in the Navigation area. This screen displays the result of Latency test. The latency and measured jitter are shown in bar charts.
  • Page 497 Performance Performance Act Load / Tput: Number of frames received per second This is a measured throughput. Frames lost: Difference between sent frame count and received frame count 9 9 . . 3 3 . . 3 3 . . 7 7 Event Log Event Log Touching the Event Log Event Log button in the navigation area displays the screen...

  • Page 498: Ports Setup And Status

    Fibre Channel (FC) Applications Fibre Channel (FC) Applications 9 9 . . 4 4 Reflector Reflector In Fiber Channel Reflector mode, the Network Master loops incoming traffic on a port, swapping ID addresses. 9 9 . . 4 4 . . 1 1 Ports Setup and Status Ports Setup and Status The first step in running an application is to set up the port interfaces.

  • Page 499: Test Results

    Reflector Reflector For operation, refer to Control in "BERT" section. 9 9 . . 4 4 . . 2 2 . . 2 2 Thresholds Thresholds Touching the Thresholds Thresholds button in the navigation area displays the following screen. The Follow Follow button appears when the Port 2 settings can follow Port 1.
  • Page 500 Fibre Channel (FC) Applications Fibre Channel (FC) Applications This screen contains a summary of the results of the FC Reflector test. The information includes such things as number of errored frames and number of exceeded thresholds. The three dials showing Utilization, Errored frames and Throughput results. Utilization, Errored frames and Throughput can be enlarged by touching on them.
  • Page 501 Reflector Reflector Touching the Event Log Event Log button in the navigation area displays the screen providing the event log data. Refer to Event Log of SDH/SONET/PDH/DSn BERT application. 9 9 . . 4 4 . . 3 3 . . 3 3 Statistics Statistics Touching the Statistics Statistics button in the navigation area displays the screen shown...
  • Page 502 Fibre Channel (FC) Applications Fibre Channel (FC) Applications If you have stopped measurement during the interval time, the measurement results of the current interval are discarded. The log of the current interval is not displayed in Back Back field. In this case, result data are re-calculated excluding the data of the current interval when the measurement is stopped.
  • Page 503 10 Utility Applications Utility Applications This chapter describes the applications on the Utilities screen of Application Selector. The following applications are available: Scenario PDF Viewer Wireshark...

  • Page 504: Scenario Manager

    Scenario application executes applications according to the description in the scenario file. The contents of the scenario file can be edited by using the MX100003A MT1000A/MT1100A Scenario Editor Software on the PC. If the scenario files are not loaded, only Scenario manager icon appears on the Utilities screen.
  • Page 505 Scenario Scenario Note are defined in the scenario. They cannot be edited on the Scenario Manager screen. Editing the scenario Editing the scenario 1. Touch the row of the scenario in the table. 2. Touch Edit Edit button. The Edit screen appears. 3.

  • Page 506: Running The Scenario

    Utility Applications Utility Applications 10. . 1 1 . . 2 2 Running the Scenario Running the Scenario When scenario is loaded, the icon appears in Scenario of the Utilities screen. If touching the icon, the following screen is displayed. This screen displays the Pass/Fail results and status of the scenario execution.
  • Page 507 Scenario Scenario An example of the scenario execution An example of the scenario execution Save results Save results 1. Touch the Application Toolbar 2. Set the file name using the dialog box displayed. 3. Touch Save Save button. Generating the report Generating the report 1.

  • Page 508: Test Setup

    Utility Applications Utility Applications 10. . 2 2 GPS GPS application logs NMEA format data received from the GPS receiver. According to the NMEA format data, the locations of satellite are displayed on the chart. 10. . 2 2 . . 1 1 Test Setup Test Setup When you go to the test setup of the GPS application, the following screen is displayed.
  • Page 509 This screen displays positions of satellite and the logged data. Touch a left top button to switch the result to display. Satellites: Displays the satellite positions by the chart and the table. Satellites Console: Displays the logged data received from GPS receiver. Console Touch to start a test.
  • Page 510 Utility Applications Utility Applications Elev: Elevation Azim: Azimuth SNR: Signal to Noise Ratio Depending on the SNR value, the text color varies in green, blue, or red. Console Console Text Console Text Console The logged data in text data are displayed. You can save the logged data by touching icon on the Application Toolbar.
  • Page 511 PDF Viewer PDF Viewer 10. . 3 3 PDF Viewer PDF Viewer PDF Viewer allows you to view PDF files, for example, Operation Manual, report files created by the Network Master, etc. Opening the PDF file Opening the PDF file Touching the File Open icon ( ) on Application Toolbar opens the dialog box, where you can select a PDF file you want to open.

  • Page 512: Application Toolbar

    Utility Applications Utility Applications 10. . 4 4 VIP VIP (Video Inspection Probe) application allows you to view the edge surface of an optical fiber by using the optional accessory Video Inspection Probe. The captured image and analysis results can be saved to files. 10.

  • Page 513: Test Setup

    G0382A Autofocus Video Inspection Probe G0382A Autofocus Video Inspection Probe Replace the adaptor of the Video Inspection Probe with one that matches the optical connector. For handling the Video Inspection Probe, refer to the operation manual that came with the Video Inspection Probe. Network Master also supports following the Video Inspection Probes.
  • Page 514 Utility Applications Utility Applications Test Profile Test Profile Select the observing fiber type. Limits which will be judged as "Pass" are shown in tables. In the following tables, "None" means that the fiber has no scratches or defects. "No limit" means that there is no limit to the number of scratches or defects. For example, "None >3 μm"...
  • Page 515 When it is recognized that the fiber edge surface is in the image, Auto Focus, Auto Capture, Auto Analyze On Capture, and saving a file are performed automatically. Auto Measurement is available for G0306A, G0306B, and G0382A. Auto Measurement Auto Focus Auto Focus When it is recognized that the fiber edge surface is in the image, autofocus and capture are performed.

  • Page 516: Test Results

    Utility Applications Utility Applications To register string, touch a blank button. Touching labeled button adds the string to file name. Import/Export: Saves string on buttons to a file or loads string from a file. Import/Export Reset: Erases string on all buttons. Reset Cancel: Discards edited string and closes dialog box.
  • Page 517 Analyzing an image Analyzing an image When Auto Capture Auto Capture is not selected, follow the procedure below: 1. Touch 2. Touch After the analysis finishes normally, the results appear in the table. If Overlays On Overlays On is selected, the circles showing the analysis area appear. 3.
  • Page 518 Utility Applications Utility Applications 10. . 5 5 Wireshark Wireshark Wireshark allows users to analyze captured Ethernet frames. Wireshark is used to analyze the capture files. There are some restrictions on functions because Ethernet interface is not connected. For example, "Capture" and "Telephony" menus are not available.
  • Page 519 11 Specifications Specifications...

  • Page 520: Configuration

    Specifications Specifications 11. . 1 1 MT1000A MT1000A This section contains specifications for the Network Master Pro, MT1000A (mainframe). 11. . 1 1 . . 1 1 Configuration Configuration - Main Frame - - Main Frame - MT1000A Network Master Pro...

  • Page 521: External Interfaces

    Battery Charger G0325A GPS receiver G0382A Autofocus Video Inspection Probe J1569B Car 12 Vdc adapter W3933AE MT1000A Transport Modules Operation Manual - Modules - - Modules - MU100010A 10G Multirate Module MU100011A 100G Multirate Module MU100020A OTDR Module 1310/1550nm SMF...

  • Page 522: Environment Performance

    18 V 100 V to 240 V, 50/60 Hz Without MT1000A-x06: 3.62 A Max. (with dedicated G0309A AC adaptor) With MT1000A-x06: 6.6 A Max. (with dedicated G0385A AC adaptor) Battery Dedicated 10.8 V Rechargeable smart Li-ion battery Power consumption Power consumption Without MT1000A-x06: 65 W max.

  • Page 523: Configuration

    MU100010A module. The MU100010A specification lists the functionality added to the basic Network Master Pro by installing the MU100010A option. Refer to the MT1000A section for further information about the Network Master Pro's basic functionality. 11. . 2 2 . . 1 1 Configuration...

  • Page 524: External Interfaces

    Specifications Specifications 11. . 2 2 . . 2 2 External Interfaces External Interfaces Test signal interface Test signal interface SFP/SFP+: 2 Slots SFF-8431, SFF-8472 compliant IEEE 802.3ae-2002, IEEE802.3-2008 compliant RJ45: 2 Sockets IEEE802.3-2008 10BASE-T, 100BASE-TX, 1000BASE-T compliant Auto MDI-X 10/100 Mbps Full/Half Duplex, 1000 Mbps Full Duplex RJ48: 2 Sockets...
  • Page 525 MU100010A 10G Multirate Module MU100010A 10G Multirate Module 2.048 Mbit/s RJ-48/BNC 34.368 Mbit/s 139.264 Mbit/s DS1: 1.544 Mbit/s RTT Bantam DS3: 44.736 Mbit/s STM-1e/STS-3: 155.52 Mbit/s CPRI1: 614.4 Mbit/s CPRI2: 1228.8 Mbit/s CPRI3: 2457.6 Mbit/s SFP, SFP+ CPRI4: 3072.0 Mbit/s SFP, SFP+ CPRI5: 4915.2 Mbit/s...
  • Page 526 Specifications Specifications Electrical Output Electrical Output 1.5M/2M Output 1.5M/2M balanced output Bit Rate Refer to Rate. Pulse mask ITU-T G.703 compliant Code/Interface 1.544 Mbits/s AMI/B8ZS Bantam 100Ω (Balance) 2.048 Mbits/s HDB3 or AMI RJ-48 120Ω 2M to 139/45/156M Output Bit Rate Refer to Rate.

  • Page 527: Environment Performance

    1PPS Phase 1PPS Phase Compares the phase between Ref 1PPS Input from AUX I/O and 1PPS Input Comparison Comparison when MT1000A-005 and MU100090A are combined. Accuracy: ±5 ns 11. . 2 2 . . 3 3 Environment Performance Environment Performance...

  • Page 528: Mechanical Performance

    11. . 2 2 . . 4 4 Mechanical Performance Mechanical Performance Size Size MU100010A only: 163(H) x 257.6 (W) x 38.5(D) (Excluding projections) When combined to MT1000A: 163(H) x 257.6 (W) x 77(D) (Excluding projections) Mass Mass MU100010A only: 1.1 kg max.

  • Page 529: Configuration

    MU100011A module. The MU100011A specification lists the functionality added to the basic Network Master Pro by installing the MU100011A option. Refer to the MT1000A section for further information about the Network Master Pro's basic functionality. 11. . 3 3 . . 1 1 Configuration...

  • Page 530: External Interfaces

    Specifications Specifications 11. . 3 3 . . 2 2 External Interfaces External Interfaces Test signal interface Test signal interface CFP4: 1 Slot (Port 1) CFP MSA CFP4 Hardware Specification, Rev. 1.1 compliant CFP MSA Management Interface Specification V2.2 R06a compliant (excluding MSA 100GLH support) IEEE 802.3ba-2010 compliant QSFP28/QSFP+: 1 Slot (Port 1)
  • Page 531 MU100011A 100G Multirate Module MU100011A 100G Multirate Module Bit Rate Bit Rate Standard Standard Bit Rate Bit Rate Interfaces Interfaces 10BASE-T: 12.5 Mbit/s RJ-45 100BASE-TX: 125 Mbit/s RJ-45 1000BASE-T: 1.25 Gbit/s RJ-45 100BASE-X: 125 Mbit/s 1000BASE-X: 1.25 Gbit/s SFP, SFP+ 10GBASE-X: 10.3125 Gbit/s SFP+...

  • Page 532: Environment Performance

    Specifications Specifications Simultaneous Simultaneous 2 Port (Supported for SFP, SFP+, and RJ45 interfaces excluding 16GFC measurement ports measurement ports operation. SFP28, QSFP+, QSFP28, and CFP4 interfaces are not able to operate in 2 Port simultaneously.) ✓： Supported -： Not supported 1/2/4/ 1/2/4/ Port 2...

  • Page 533: Mechanical Performance

    11. . 3 3 . . 4 4 Mechanical Performance Mechanical Performance Size Size MU100011A only: 165(H) x 257.6 (W) x 48(D) (Excluding projections) When combined to MT1000A: 163(H) x 257.6 (W) x 89(D) (Excluding projections) Mass Mass MU100011A only: 1.5 kg max.

  • Page 534: Configuration

    Specifications Specifications 11. . 4 4 MU100090A High Performance GPS Disciplined Oscillator MU100090A High Performance GPS Disciplined Oscillator The following sections describe the specifications for the Network Master Pro MU100090A module. 11. . 4 4 . . 1 1 Configuration Configuration - Module - - Module -...

  • Page 535: Gps Synchronization

    11. . 4 4 . . 5 5 Mechanical Performance Mechanical Performance Size Size MU100090A only: 163(H) x 257.6 (W) x 25(D) (Excluding projections) When combined to MT1000A and MU100010A: 163(H) x 257.6 (W) x 102.2(D) (Excluding projections) Mass Mass MU100090A only: 0.8 kg max.

  • Page 536: Ethernet Measurements

    Specifications Specifications 11. . 5 5 Measurement Functionality Measurement Functionality 11. . 5 5 . . 1 1 Ethernet Measurements Ethernet Measurements Cable test Cable test Identifies failures on electrical cables like short-circuits or breaks of a wire pair and indicates the distance from the instrument to the fault. Transmitter Clock Transmitter Clock Reference Clock...
  • Page 537 Measurement Functionality Measurement Functionality Priority 1 Priority 2 Domain number Clock class Slave only mode Time source Encapsulation Announce receipt timeout Clock accuracy Clock step mode Announce interval Sync interval Minimum delay request interval IEEE 1588 clock results: Clock state Announce count Sync count Follow-up count...
  • Page 538 Specifications Specifications Faults and Changes in grand-master clock IEEE 1588 messages can be captured and exported in a Wireshark compatible format. Terminology SDH, SONET Transmitter, Receiver Transmitter, Receiver Supported encapsulations (frame formats) EtherType ll (DIX v.2) IEEE 802.3 with 802.2 (LLC1) IEEE 802.3 with SNAP Variable line rate traffic generation Up to full line rate...
  • Page 539 Measurement Functionality Measurement Functionality User-defined VLAN ID and VLAN priority Address Configurable IP and Ethernet source and destination addresses (supports IPv4 and IPv6 addressing). Fixed, DHCP, DNS. Flow control Generate pause frames Respond to pause frames Answer incoming ARP request On/Off Fixed or incremented IP identifier User programmable DSCP/TOS byte UDP/TCP...
  • Page 540 Specifications Specifications Fragmented frames Oversized and Undersized frames FCS errored frames Error symboled frames (Excluding 10Gbps) Code violation frames (For 10Gbps) Collisions (10/100 Mbps half duplex) Preamble Violations IFG violations Local Fault (For 10Gbps) Remote Fault (For 10Gbps) Last Received VLAN 1-8 (ID/Priority) Last Received MPLS 1-8 (Label/Priority/TTL) B-Tag, I-tag (ID/Priority) Burst statistics...
  • Page 541 Measurement Functionality Measurement Functionality Errored frames Collision rate Unicast frames Multicast frames Broadcast frames Pause frames Fragmented frames Undersized frames Oversized frames FCS errored frames IFG violations (Ethernet 10/100/1000 Mbps) Preamble violations Difference between Tx and Rx DHCP Show source IP address assigned by DHCP. Show current lease expire time.
  • Page 542 Specifications Specifications PCS Skew Insertion PCS Skew Insertion Bits: 0 to 4224 (For 100 Gbps Tx lane), 0 to 8448 (For 40 Gbps, 100 Gbps Physical lane) WAN OH Capture WAN OH Capture Item SOH/TOH: 64 Frames POH: 64 Frames Pathtrace:J0/J1/J2 (Displays in ASCII characters) Timing Single...
  • Page 543 Measurement Functionality Measurement Functionality Framed with Ethernet (MAC) header and IP header (layer 3) Framed with Ethernet (MAC) header, IP header and UDP/TCP header (layer 4) Test patterns: PRBS 9, PRBS 11, PRBS 15, PRBS 20, PRBS 23, PRBS 29, PRBS 31, HF test pattern, CRPAT, JTPAT, SPAT User-defined up to 32 bits.
  • Page 544 Specifications Specifications Status Indicator for detection of VLAN tagged frames Statistics Number of VLAN tagged frames Maximum number of VLAN layers detected Ethernet MPLS Ethernet MPLS MPLS supported MPLS unicast is supported (EtherType 0x8847). Support for MPLS in BERT, RFC 2544 (excluding router latency) tests and general statistics Number of MPLS headers Up to 8 MPLS headers can be set by the user.
  • Page 545 Measurement Functionality Measurement Functionality Frames and bytes received Frames and bytes transmitted Throughput Latency/Jitter RFC2544 installation RFC2544 installation Switch/router test and Single ended network test modes: and commissioning and commissioning Throughput Frame loss Latency or packet jitter Back-to-back frames (burstability) End-to-end network test mode (two Network Master Pros in a master-slave setup) Throughput...
  • Page 546 Specifications Specifications One-way (uni- or bi-directional, symmetrical or asymmetrical) Round-trip Service Configuration Test: With subtests for: Committed Information Rate Excess Information Rate Traffic Policing Committed Burst Size Excess Burst Size Step duration: 1 sec to 60 sec (user programmable) Number of steps: 1 to 10 (user programmable) Slope: rising or falling Results: Pass/Fail indication...
  • Page 547 Measurement Functionality Measurement Functionality Available information per channel: Frame statistics Frame count/rate Throughput Byte count Undersize frames Oversize frames Size distribution IP Frame/packet size distribution MPLS statistics MPLS/IP frames MPLS/IP bytes IP statistics IP packet count, rate IP bytes IP throughput IP header bytes IP fragments TTL threshold violations...

  • Page 548: Sdh/Sonet/Pdh/Dsn

    Specifications Specifications Frame statistics Frame count/rate Throughput Byte count Undersize frames Oversize frames Transmit Error frames Frame size distribution IEEE1588v2 statistics Offset Stat. Offset Variance Mean Path Delay Message Stat. Clock Status Stat. GPS-Wall clock Sync Test statistics 1PPS deviation Phase error Filtered TE Sync OWD...
  • Page 549 Measurement Functionality Measurement Functionality STM-4/OC-12 STM-16/OC-48 STM-64/OC-192 For bit rate, refer to Bit Rate of MU100010A. Measurement Measurement Interval Parameter Parameter 1s, 2s, 5s, 10s, 15s, 30s, 1minute, 5minutes, 10minutes, 15minutes, 30minutes, 1hour, 2hours, 4hours, 6hours, 12hours, No intervals Start Key Action Immediate Start at(year-month-day, hour-minute-second) Stop Function...
  • Page 550 Specifications Specifications Preset data Preset data OH Preset data SOH : All bytes except B1, B2, H1, H2 and H3 byte VC-4/VC-3 POH : All bytes except B3 VC-12/VC-11 POH : All bytes except BIP-2 Path trace Setting: J0, J1, J2 (ASCII data, 16 bytes/64 bytes) Tandem connection Tandem connection Off, N1(VC-4), N1(VC-3), N2(VC-12), N2(VC-11)
  • Page 551 Measurement Functionality Measurement Functionality Test Sequence : No Test Sequence Single Alternating Regular + Double Regular + Missing Double Alternating Movement : Positive Negative Burst: 1 to 100 Jump : NDF: Including NDF or Excluding NDF Pointer Value: 0 to 782(AU-4/AU-3) or 764(TU-3) or 139(TU-12) or 103(TU-11) Error/Alarm detection Error/Alarm detection Alarm detection...
  • Page 552 Specifications Specifications Transceiver Information Alarm, Wavelength and bit rate, Compliance, Vendor Information, Output Control Power monitor MDIO analysis For CFP4: NVR1, NVR2, Module FAWS, MW Lane FAWS, CTRL, MDIO Read/Write I2C analysis For QSFP+ and QSFP28: Lower, Lower (Lane), Upper (00), Upper (03), Read/Write Setting VOD, Pre, Post, DFE, Insertion loss Through Mode...
  • Page 553 Measurement Functionality Measurement Functionality VC-3 Allocation 0 to 100% VC-11/VC-12 Allocation 0 to 100% Time period : 15minutes, 1hour, 2hour, 24hour, 7days (only M.2101.1) Result : ES, SES, BBE, UNAV Display : Count, Ratio Tributary Scan Tributary Scan Displays the alarm status of all channels in a specified layer. Green (No alarm), Red (Alarm occurring), Gray (Not applied) 11.
  • Page 554 Specifications Specifications Path trace Setting: J0, J1, J2 (ASCII data, 16 bytes/64 bytes) Tandem connection Tandem connection Off, Z5(STS-3c), Z5(STS-1), Z6(VT-2), Z6(VT-1.5) Frequency Offset Frequency Offset ±50 ppm 1 ppm step Alarm Insertion Alarm Insertion Item LOS, LOF, OOF, AIS-L, RDI-L, AIS-P, LOP-P, TIM-P, PLM-P, UNEQ-P, RDI-P, AIS-V, LOP-V, LOM-V, TIM-V, UNEQ-V, RDI-V, PLM-V, LSS, TC-UNEQ, TC- LTC, TC-TIM, TC-AIS, TC-RDI, TC-ODI Insertion :...
  • Page 555 Measurement Functionality Measurement Functionality Movement : Positive Negative Burst: 1 to 100 Jump : NDF: Including NDF or Excluding NDF Pointer Value: 0 to 782(STS-3c/STS-1) or 764(TU-3) or 139(VT-2) or 103(VT-1.5) Error/Alarm detection Error/Alarm detection Alarm detection LOS, LOF, OOF, AIS-L, RDI-L, AIS-P, LOP-P, TIM-P, PLM-P, UNEQ-P, RDI-P, AIS-V, LOP-V, LOM-V, TIM-V, UNEQ-V, RDI-V, PLM-V, TC-UNEQ, TC-LTC, TC- TIM, TC-AIS, TC-RDI, TC-ODI, LSS Display : Second (Resolution : 1 second)
  • Page 556 Specifications Specifications For CFP4: NVR1, NVR2, Module FAWS, MW Lane FAWS, CTRL, MDIO Read/Write I2C analysis For QSFP+ and QSFP28: Lower, Lower (Lane), Upper (00), Upper (03), Read/Write Setting VOD, Pre, Post, DFE, Insertion loss Through Mode Through Mode Mode : Through Rx OH Overwrite TOH, A1/A2, K1/K2, S1, DCC1-3, DCC4-12, J0, TOH 1byte...
  • Page 557 Measurement Functionality Measurement Functionality Tributary Scan Tributary Scan Displays the alarm status of all channels in a specified layer. Green (No alarm), Red (Alarm occurring), Gray (Not applied) 11. . 5 5 . . 2 2 . . 3 3 PDH Number of ports Number of ports Max.
  • Page 558 Specifications Specifications LOS, AIS, RAI, OOF, LLS LOS, AIS, RAI, LOF, Idle, LSS Error Insertion Error Insertion Item FAS, FAS and NFAS, FAS word, CRC4, CRC4 MFAS, Code, Pattern error, CAS MFAS, E-Bit, Pattern slip, Frame slip, Transparent E3/E4 Frame, Code, Pattern error, Pattern slip (Code is only available for E3.) Pattern error, Pattern slip, CRC-6, F-Bit, S-Bit, BPV, EXZ Pattern error, Pattern slip, FEBE, C-Bit, F-Bit, P-Bit, BPV Timing : Manual, Burst...
  • Page 559 Measurement Functionality Measurement Functionality Input level indication Actual bit rate Frequency deviation E1: CAS bits, FAS/non FAS bits DS1: CAS bits, F-Bit, S-Bit DS3: F-bits Round trip delay APS switching time (Only available in case of E1 or DS1.) 11. . 5 5 . . 3 3 OTN 11.
  • Page 560 Specifications Specifications OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-NULL -ODTU2.ts-ODUflex-NULL OTU4-ODU4/OPU4-ODTU4.8(ODU2e)-ODU2e/OPU2e-NULL OTU4 (Client Ethernet) OTU4-ODU4/OPU4-100GbE OTU4-ODU4/OPU4-ODTU4.31-ODU3/OPU3-40GbE OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2-10GbE OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/Ext.OPU2-10GbE OTU4-ODU4/OPU4-ODTU4.8(ODU2e)-ODU2e/OPU2e-10GbE OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-GbE OTU4-ODU4/OPU4-ODTU4.1-ODU0/OPU0-GbE OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-ODTU01-ODU0/OPU0-GbE OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU2.ts-ODUflex-Ethernet OTU4-ODU4/OPU4-ODTU4.ts-ODUflex/OPUflex-Ethernet OTU4-ODU4/OPU4-ODTU4.ts-ODUflex/OPUflex-MPLS OTU4-ODU4/OPU4-ODTU4.ts-ODUflex/OPUflex-IPv4PDU OTU4-ODU4/OPU4-ODTU4.ts-ODUflex/OPUflex-IPv6PDU OTU4 (Client SDH/SONET) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -STM64(Async)/STS192(Async) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -STM64(Sync)/STS192(Sync) OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-STM16(Async)/STS48(Async) OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-STM16(Async)/STS48(Sync) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-STM16(Async)/STS48(Async) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-STM16(Async)/STS48(Sync) OTU4-ODU4/OPU4-ODTU4.1-ODU0/OPU0-STM4/STS12 OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1 -ODTU01-ODU0/OPU0-STM4/STS12 OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-STM4/STS12 OTU4-ODU4/OPU4-ODTU4.1-ODU0/OPU0-STM1/STS3...
  • Page 561 Measurement Functionality Measurement Functionality OTU4 (Client FC) OTU4-ODU4/OPU4-ODTU4.8(ODU2e)-ODU2e/OPU2e -FC1200 -ODTU2.ts-ODUflex-FC800 -ODTU2.ts-ODUflex-FC400 OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-FC200 OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-FC200 OTU4-ODU4/OPU4-ODTU4.1-ODU0/OPU0-FC100 OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-ODTU01-ODU0/OPU0-FC100 OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-FC100 OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU2.1-ODU0/OPU0-FC100 OTU4 (Client CPRI) OTU4-ODU4/OPU4-ODTU4.ts-ODUflex-10137.6 M(CPRI) -ODTU2.ts-ODUflex-9830.4 M(CPRI) -ODTU2.ts-ODUflex-6144.0 M(CPRI) -ODTU2.ts-ODUflex-4915.2 M(CPRI) -ODTU2.ts-ODUflex-3072.0 M(CPRI) OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-2457.6 M(CPRI) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-2457.6 M(CPRI) OTU4-ODU4/OPU4-ODTU4.1-ODU0/OPU0-1228.8 M(CPRI) OTU4-ODU4/OPU4-ODTU4.2-ODU1/OPU1-ODTU01-ODU0/OPU0-1228.8 M(CPRI) OTU4-ODU4/OPU4-ODTU4.8(ODU2)-ODU2/OPU2...
  • Page 562 Specifications Specifications OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-PRBS -ODTU2.ts-ODUflex-PRBS OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-PRBS OTU3e1-ODU3e1/OPU3e1-ODTU2e3e1-ODU2e/OPU2e-PRBS OTU3e2-ODU3e2/OPU3e2-ODTU3e2.8-ODU2e/OPU2e-PRBS OTU3/3e1/3e2 (Client Null) OTU3-ODU3/OPU3-NULL OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1-NULL OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-NULL OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2-NULL OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU2.1-ODU0/OPU0-NULL OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-NULL OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-NULL -ODTU2.ts-ODUflex-NULL OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-NULL OTU3e1-ODU3e1/OPU3e1-ODTU2e3e1-ODU2e/OPU2e-NULL OTU3e2-ODU3e2/OPU3e2-ODTU3e2.8-ODU2e/OPU2e-NULL OTU3/3e1/3e2 (Client Ethernet) OTU3-ODU3/OPU3-40GbE OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-GbE OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-GbE OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-GbE OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2-10GbE OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/Ext.OPU2-10GbE OTU3e1-ODU3e1/OPU3e1-ODTU2e3e1-ODU2e/OPU2e-10GbE OTU3e2-ODU3e2/OPU3e2-ODTU3e2.8-ODU2e/OPU2e-10GbE -ODTU2.ts-ODUflex-Ethernet OTU3 (Client SDH/SONET) OTU3-ODU3/OPU3-STM256(Async)/STS768(Async) OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2...
  • Page 563 Measurement Functionality Measurement Functionality OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2-NULL OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1-NULL OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-NULL OTU3 (Client FC) -ODTU2.ts-ODUflex-FC800 -ODTU2.ts-ODUflex-FC400 OTU3-ODU3/OPU3-ODTU13(PT20,21)-ODU1/OPU1-FC200 OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-FC200 OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-FC100 OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-FC100 OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-FC100 OTU3 (Client CPRI) -ODTU2.ts-ODUflex-9830.4 M(CPRI) -ODTU2.ts-ODUflex-6144.0 M(CPRI) -ODTU2.ts-ODUflex-4915.2 M(CPRI) -ODTU2.ts-ODUflex-3072.0 M(CPRI) OTU3-ODU3/OPU3-ODTU13(PT20,21)-ODU1/OPU1-2457.6 M(CPRI) OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-2457.6 M(CPRI) OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-1228.8 M(CPRI) OTU3-ODU3/OPU3-ODTU13(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-1228.8 M(CPRI) OTU3-ODU3/OPU3-ODTU23(PT=20,21)-ODU2/OPU2 -ODTU12(PT=20,21)-ODU1/OPU1-ODTU01-ODU0/OPU0-1228.8 M(CPRI) OTU3-ODU3/OPU3-ODTU3.1-ODU0/OPU0-614.4 M(CPRI)
  • Page 564 Specifications Specifications OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-NULL OTU2-ODU2/OPU2-ODTU2.ts-ODUflex-NULL OTU2 (Client Ethernet) OTU2-ODU2/OPU2-10GbE OTU2-ODU2/Ext.OPU2-10GbE OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-GbE OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-GbE OTU2-ODU2/OPU2-ODTU2.ts-ODUflex-Ethernet OTU2 (Client SDH/SONET) OTU2-ODU2/OPU2-STM64(Async)/STS192(Async) OTU2-ODU2/OPU2-STM64(Sync)/STS192(Sync) OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-STM4/STS12 OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-STM1/STS3 OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -STM16(Async)/STS48(Async) OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -STM16(Sync)/STS48(Sync) OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0-STM4/STS12 OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1 -ODTU01-ODU0/OPU0- STM1/STS3 OTU2-ODU2/OPU2-PRBS OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1-PRBS OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-PRBS OTU2-ODU2/OPU2-NULL OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1-NULL OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-NULL OTU2 (Client FC) OTU2-ODU2/OPU2-ODTU2.ts-ODUflex-FC800 OTU2-ODU2/OPU2-ODTU2.ts-ODUflex-FC400 OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1-FC200 OTU2-ODU2/OPU2-ODTU12(PT=20,21)-ODU1/OPU1...
  • Page 565 Measurement Functionality Measurement Functionality -ODTU01-ODU0/OPU0-614.4 M(CPRI) OTU2-ODU2/OPU2-ODTU2.1-ODU0/OPU0-614.4 M(CPRI) OTU1 (Client PRBS) OTU1-ODU1/OPU1-PRBS OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-PRBS OTU1 (Client Null) OTU1-ODU1/OPU1-NULL OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-NULL OTU1 (Client Ethernet) OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-GbE OTU1 (Client SDH/SONET) OTU1-ODU1/OPU1-STM16(Async)/STS48(Async) OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-STM4/STS12 OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-STM1/STS3 OTU1-ODU1/OPU1-PRBS OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-PRBS OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-NULL OTU1 (Client FC) OTU1-ODU1/OPU1-FC200 OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-FC100 OTU1 (Client CPRI) OTU1-ODU1/OPU1-2457.6 M(CPRI) OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-1228.8 M(CPRI) OTU1-ODU1/OPU1-ODTU01-ODU0/OPU0-614.4 M(CPRI) OTU1e/2e (Client PRBS)
  • Page 566 Specifications Specifications OTU1f/2f (Client Null) OTU1f-ODU1f/OPU1f-NULL OTU2f-ODU2f/OPU2f-NULL OTU1f/2f (Client FC) OTU1f-ODU1f/OPU1f-FC1200 OTU2f-ODU2f/OPU2f-FC1200 Client Signals Client Signals Client Signals Refer to Section SDH/SONET, Ethernet, Fibre Channel and CPRI. Test Pattern Test Pattern PRBS : 2 -1, 2 -1, 2 -1, 2 -1, 2 -1, 2 -1, 2...
  • Page 567 Measurement Functionality Measurement Functionality FAS, PM-BIP8, PM-BEI CRC8, CRC5, Invalid JC1, Invalid JC2,Invalid JC1&JC2 cHEC, tHEC, Superblock CRC, eHEC, FCS, CMF Inserted Error bits are editable. Client Bit Error Insertion timing Single, Burst, Alternate, Rate, Rate (Random for Bitall), All *: Available for both of Normal mode and Through mode Frequency Offset Frequency Offset...
  • Page 568 Specifications Specifications Bit Error Justification analysis Justification analysis Count Positive(+1), Positive(+2), Negative (-1), offset(ppm) CRC8 Error, CRC5 Error, Inc, Inc>1, Inc>2, Inc Over, Dec, Dec>1, Dec>2, Dec Over, offset(ppm), Cm(t) Max, Cm(t) Min OH Capture OH Capture OTU/ODU/OPU OH, Multiplexed ODU/OPU OH TTI bytes, FTFL bytes with Multi-frame Manner Update timing Repeat 1sec, Single...

  • Page 569: Fibre Channel

    Measurement Functionality Measurement Functionality Measurement Timing Single, Repeat 11. . 5 5 . . 4 4 Fibre Channel Fibre Channel Port mode Port mode Off, FC100, FC200, FC400, FC800, FC1200 Topology Topology Point to Point, Fabric, E-Port Framing Framing SOF:Data:EOF, SOF:Header:Data:CRC:EOF Content Content FOX, ALL5555, PRBS 9, PRBS 11, PRBS 15, PRBS 20, PRBS 23, PRBS 29,...
  • Page 570 Specifications Specifications Port mode Port mode Off, Normal, Through Line rate Line rate CPRI: 614.4 Mbps, 1228.8 Mbps, 2457.6 Mbps, 3072.0 Mbps, 4915.2 Mbps, 6144.0 Mbps, 9830.4 Mbps, 10137.6 Mbps OBSAI: 768 Mbps, 1536 Mbps, 3072.0 Mbps, 6144.0 Mbps Clock Configuration Clock Configuration Timing Source Internal clock...
  • Page 571 Measurement Functionality Measurement Functionality BER Test BER Test Alarm: Signal loss, LOS, LOF, LSS, Remote LOS, Remote LOF, RAI, SDI, Reset Errors: LCV, SHV, K30.7, Pattern error Frames count: Rx hyper frame, Rx code words, Tx hyper frame, Tx code words Delay Delay, Average Delay, Min Delay, Max Delay, Measurement count Switching Time...
  • Page 572 Optical modules for the MU100010A and MU100011A comply with optical safety standards in IEC 60825-1. Specifications Specifications Specification of optical modules purchased from Anritsu for the MU100010A and MU100011A (each with 1 transmitter and 1 receiver) with LC connectors (subject to change without further notice): Description Description Min.
  • Page 573 8G FC/10G SR 850 nm SFP+ -11.1 dBm 8G FC/10G SR 850 nm SFP+ *: For MU100010A only Specification of optical modules purchased from Anritsu for the MU100011A with LC connectors (subject to change without further notice): Description Description Min. Input Min.
  • Page 574 Specifications Specifications Description Description Min. Input Min. Input Order No./ Name Order No./ Name Input Wavelength Input Wavelength Output Power Output Wavelength Output Power Output Wavelength (Approx. Distance) (Approx. Distance) Sensitivity Sensitivity G0386A 16G FC -7.8 dBm or 16G FC SR Multi mode -10.5 dBm 840 to 860 nm...
  • Page 575 12 Support Support This chapter contains information about general maintenance of the Network Master. It also contains information on how to obtain support or service assistance.

  • Page 576: Maintenance

    There are no user-serviceable parts in the Network Master. Possible service or There are no user-serviceable parts in the Network Master. Possible service or repair should be performed by Anritsu authorized personnel only. repair should be performed by Anritsu authorized personnel only. 12. . 1 1 . . 2 2 Cleaning Cleaning From time to time the Network Master needs to be cleaned.
  • Page 577 Maintenance and Cleaning Maintenance and Cleaning In the presence of lubricating oil mists In places at an altitude of more than 2 000 m In the presence of frequent vibration or mechanical shock, such as in cars, ships, or airplanes Places with temperatures and relative humidity in the following ranges: Temperature range of ≤-20°C or ≥+50°C Humidity range of ≥90%...
  • Page 578 In the event of this equipment malfunctions, contact an Anritsu Service and Sales office. Contact information can be found on the last page of the printed version of this manual, and is available in a separate file on the PDF version.
  • Page 579 Formatting the data area in the Network Master Formatting the data area in the Network Master 12. . 3 3 Formatting the data area in the Network Master Formatting the data area in the Network Master Occasionally it is required to remove customer data from Network Master such as after instrument rental.

  • Page 580: Installation By Using Usb Memory Stick

    9. Remove USB memory stick after the installation has completed. 12. . 4 4 . . 2 2 Installation via Network Installation via Network 1. Install MX100001A MT1000A/MT1100A Control Software to PC by referring to 3.5.1 Installation of Control Software.

  • Page 581: Before You Obtain Assistance

    12. . 5 5 . . 1 1 Before you obtain assistance Before you obtain assistance To ensure fast help the Anritsu or the Anritsu representative need detailed information about the Network Master and the problems concerning the Network Master. The minimum information required is listed below: A file containing the system information.

  • Page 582: Repackaging

    Support Support 12. . 6 6 Transporting and Disposal Transporting and Disposal This section describes the precautions to observe when transporting and disposing of the main frame at the end of its useful life. 12. . 6 6 . . 1 1 Repackaging Repackaging Use the original shipping materials, or an approved optional transit case, when repacking the unit for transport.

  • Page 583: Equipment Certificate

    In addition, this warranty is valid only for the original equipment purchaser. It is not transferable if the equipment is resold. Anritsu Corporation shall assume no liability for injury or financial loss of the customer due to the use of or a failure to be able to use this equipment.

  • Page 584: Anritsu Corporation Contact

    12. . 7 7 . . 3 3 Anritsu Corporation Contact Anritsu Corporation Contact In the event of this equipment malfunctions, contact an Anritsu Service and Sales office. Contact information can be found on the last page of the printed version of this manual, and is available in a separate file on the PDF version.
  • Page 585 Software License Document Network Master comes with the package software as described in following Table. Note, however, that the package software is not covered by the Anritsu Software License Agreement. Go to the following website for details of each license.
  • Page 586 Support Support Software License (Continued) Software License (Continued) Name Name Version Version License License 5.1.3-2 LGPL3 gnutls 3.2.7-1 GPL3,LGPL2.1 graphite 1:1.2.4-1 LGPL,GPL,custom gsettings-desktop-schemas 3.10.1-1 gtk2 2.14.3 LGPL gtk3 3.10.6-1 LGPL gzip 1.6-1 GPL3 harfbuzz 0.9.24-1 hicolor-icon-theme 0.12-2 GPL2 hplip 3.14.1 custom icewm 1.3.7...
  • Page 587 Software License Document Software License Document Software License (Continued) Software License (Continued) Name Name Version Version License License libx11 1.6.2-1 custom libXau 1.0.4 libXaw 1.0.4 libxcb 1.9.1-2 custom libxcomposite 0.4.4-1 custom libxcursor 1.1.14-1 custom libXext 1.0.4 libXfixes 4.0.3 libXfont 1.3.3 libXft 2.1.13 libxi...
  • Page 588 Support Support Software License (Continued) Software License (Continued) Name Name Version Version License License poppler-data 0.4.6-1 custom,GPL2 poppler-qt4 0.26.3-1 portaudio 19_20111121- custom portmap 5beta 4.8.2 GPL3,LGPL,FDL,custom 6.1.0rc3 LGPL randrproto 1.2.2 readline 6.2.004-2 recordproto 1.13.2 renderproto 0.9.3 resourceproto 1.0.2 samba 3.6.23 GPL3 scrnsaverproto 1.1.0...
  • Page 589 2. Disclaimers 2. Disclaimers To the extent not prohibited by law, in no event shall Anritsu be liable for personal injury, or any incidental, special, indirect or consequential damages whatsoever, including, without limitation, damages for loss of profits, loss of data, business interruption or any other commercial damages or losses, arising out of or related to your use or inability to use this Software.
  • Page 590 6. Reparations 6. Reparations If Anritsu suffers any loss, financial or otherwise, due to your violation of the terms of this EULA, Anritsu shall have the right to seek proportional damages from you. 7. Responsibility after Termination 7. Responsibility after Termination...

  • Page 591: Product Model

    10 CE Conformity Marking CE Conformity Marking Anritsu affixes the CE conformity marking on the following product(s) in accordance with the Decision 768/2008/EC to indicate that they conform to the EMC, LVD, and RoHS directive of the European Union (EU).

  • Page 592: Authorized Representative

    RoHS. Serial number example 12. . 10 10. . 4 4 Authorized Representative Authorized Representative Name: Murray Coleman Head of Customer Service EMEA ANRITSU EMEA Ltd Address, City: 200 Capability Green, Luton Bedfordshire, LU1 3LU Country: United Kingdom...

  • Page 593: Ce Declaration

    CE Conformity Marking CE Conformity Marking 12. . 10 10. . 5 5 CE Declaration CE Declaration...

  • Page 594: Product Model

    Support 12. . 11 11 RCM Conformity Marking RCM Conformity Marking Anritsu affixes the RCM mark on the following product(s) in accordance with the regulation to indicate that they conform to the EMC framework of Australia/New Zealand. RCM marking 12. . 11 11.

  • Page 595: Laser Safety Classifications

    Laser Safety Laser Safety 12. . 12 12 Laser Safety Laser Safety 12. . 12 12. . 1 1 Laser Safety Classifications Laser Safety Classifications Class 1 and 1M indicate the danger degree of the laser radiation specified below according to IEC 60825-1:2007. Class 1: Lasers that are safe under reasonably foreseeable conditions of operation, including the use of optical instruments for intrabeam viewing.
  • Page 596 Support Support Table 1 Laser Safety Classifications Based on IEC 60825-1:2007 Table 1 Laser Safety Classifications Based on IEC 60825-1:2007 Max. Optical Max. Optical Emitted Emitted Beam Beam Pulse Width (s)/ Pulse Width (s)/ Model Name Class Model Name Class Output Power Output Power Wavelength...
  • Page 597 Laser Safety Laser Safety Table 2 Table 2 Specifications of Laser Built into Specifications of Laser Built into MU100010A and MU100011A MU100010A and MU100011A Max. Optical Max. Optical Emitted Emitted Beam Beam Pulse Width (s)/ Pulse Width (s)/ Model Model Output Power Output Power Wavelength...

  • Page 598: Indication Labels On Product

    Support Support 12. . 12 12. . 2 2 Indication Labels on Product Indication Labels on Product Table 3 Labels on Product Table 3 Labels on Product Type Type Label Label Affix to Affix to Model Name Model Name Explanation Figure 3,A MU100010A Explanation...
  • Page 599 Laser Safety Laser Safety Figure 2: Locations of laser beam aperture (MU100011A) Figure 3: Locations of affixed labels (MU100010A) Figure 4: Locations of affixed labels (MU100011A)

  • Page 600: Japan Mic

    Wireless Certification 12. . 13 13. . 1 1 Japan MIC Japan MIC MT1000A has obtained the certification of construction type of specified radio equipment. 12. . 13 13. . 2 2 North America (USA FCC and Canada IC) North America (USA FCC and Canada IC) This device complies with Industry Canada license-exempt RSS standard(s).

  • Page 601: Europe Ce

    Certaines études ont suggéré qu'il pouvait y avoir certains effets biologiques, mais ces résultats n'ont pas été confirmés par des recherches supplémentaires. MT1000A a été testé et jugé conforme aux limites d'exposition aux rayonnements énoncées pour un environnement non contrôlé et respecte les régles les radioélectriques (RF) de la FCC lignes directrices d'exposition et...

  • Page 602: China Srrc

    Support 12. . 13 13. . 5 5 China SRRC China SRRC 12. . 13 13. . 6 6 Indonesia SDPPI Indonesia SDPPI MT1000A is certified SDPPI wireless certification. 12. . 13 13. . 7 7 Israel MoC Israel MoC...

  • Page 603: Mexico Ifetel

    12. . 13 13. . 10 10 Russia CU Scheme and Minsvyaz Russia CU Scheme and Minsvyaz MT1000A is certified CU scheme and Minsvyaz wireless certification. Contact information: "Uniservis" Ltd. 1st Vladimirovskaya street, building 20A, 1st floor, premises 1, room 17, Moscow 111123, Russia.

  • Page 604: Notes On Export Management

    2012/19/EU (the "WEEE directive") in European Union. For products placed on the EU market after August 13, 2005, please contact your local Anritsu representative at the end of the product's useful life to arrange disposal in accordance with your initial contract and the local law.

  • Page 605: Information For The Chinese Market Only

    5. Remove the battery. 6. Insulate the battery terminals with adhesive tape. 7. Mail it to your Anritsu Service or Sales office, or to the address shown below. ANRITSU COMPANY 490 Jarvis Drive, Morgan Hill, CA 95037-2809, USA 12. . 14 14.

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