Tecnical Service 7020

7/27/2019 Tecnical Service 7020

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Instructions

TNMS-M SURPASShiT 7020 3.1 LCT

User Manual

A42022-L5966-A 53-1-7619


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ImportantNotice on ProductSafety

Elevated voltages are inevitably present at specific points in this electrical equipment. Some ofthe parts may also have elevated operating temperatures. Systems with forced ventilation haverotating items.Non-observance of these conditions and the safety instructions can result in personal injury orin property damage.The system complies with the standard EN 60950-1 / IEC 60950-1. All equipment connectedhas to comply with the applicable safety standards.Mount the systems in areas with restricted access only. Only trained and qualified personnelmay install, operate, and maintain the systems.

The same text in German:Wichtiger Hinweis zur ProduktsicherheitIn elektrischen Anlagen stehen zwangslufig bestimmte Teile der Gerte unter Spannung.Einige Teile knnen auch eine hohe Betriebstemperatur aufweisen. Anlagen mitZwangsbelftung haben drehende Teile.Eine Nichtbeachtung dieser Situation und der Warnungshinweise kann zu Krperverletzungenund Sachschden fhren.Das System entspricht den Anforderungen der EN 60950-1 / IEC 60950-1. AngeschlosseneGerte mssen die zutreffenden Sicherheitsbestimmungen erfllen.Die Anlagen drfen nur in Betriebssttten mit beschrnktem Zutritt aufgebaut werden. DieAnlagen drfen nur durch geschultes und qualifiziertes Personal installiert, betrieben undgewartet werden.

Trademarks:All designations used in this document can be trademarks, the use of which by third parties fortheir own purposes could violate the rights of their owners.


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Contents1 Notes on This Documentation1.1 Customer Documentation1.2 Complementary Documents1.3 Symbols Used in the Customer Documentation1.3.1 Symbol for Warnings1.3.2 Symbols for Notes1.3.3 Symbols for Menu Displays and Text Inputs1.4 Notes on Licensed Software

2 Introduction

3 Features

4 Hardware Configuration

5 Software Configuration

6 Installation6.1 Route Configuration6.2 Installing the LCT Software Package6.3 Uninstalling the LCT Software Package

7 Starting and Shutting down TNMS-M SURPASS hiT 7020 LCT7.1 Starting TNMS-M SURPASS hiT 7020 LCT7.2 Shutting Down TNMS-M SURPASS hiT 7020 LCT

8 Main Interface Features8.1 Main Window8.1.1 Title Bar8.1.2 Main Menu Bar8.1.3 Work Area8.2 Submenus (with Right Mouse Button Click)8.2.1 MainBoard Card8.2.2 Ethernet Card

9 NE Configuration and Management9.1 Chassis View

9.2 NE Property Configuration9.3 Shutting down NE9.4 NE Timing Setting9.5 FTP Settings9.6 NE Trap Destination Configuration9.7 DCC Transparent Configuration9.8 Embedded E1 DCC Configuration9.9 NE Software Management9.10 MIB Management

10 SDH Configuration and Management

10.1 Card Configuration and Management10.1.1 Card Properties Configuration


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10.1.2 Synchronizing Card10.1.3 Delete Card10.1.4 Cold Reboot Card

10.1.5 Warm Reboot Card10.2 SDH Port Configuration and Management10.2.1 Port Configuration10.2.2 Port Status10.3 E1 Port Configuration and Management10.4 Cross-Connect Management10.4.1 Querying Current Cross-Connection10.4.2 Adding a New Cross-Connection10.4.3 Deleting a Connection10.5 Terminal Point Configuration and Management10.5.1 Querying Current Terminal Point10.5.2 Terminal Point Mapping10.6 Synchronization Management10.6.1 Global Settings10.6.2 Configuring the System Clock10.6.3 Configuring the Reference

11 Ethernet Configuration and Management11.1 Bridge Configuration11.2 LAN Card Configuration and Management11.2.1 LAN Port Properties11.2.2 VLAN Rate Limiting11.2.3 CoS Configuration11.3 WAN Port Configuration11.4 VLAN Management11.5 Priority Algorithm Configuration11.6 Static MAC Address Configuration11.7 ACL Configuration11.8 Group Broadcast Configuration11.9 RSTP Configuration

12 Protection Management12.1 SNCP Management

12.1.1 Viewing and Modifying SNCP12.1.2 Creating SNCP12.1.3 Deleting SNCP12.1.4 Switching SNCP12.2 MSP Management

13 Routing and Protocol Configuration13.1 IP Route Configuration13.1.1 IP Interface13.1.2 IP Static Route13.1.3 IP Routing Table

13.2 OSPF13.2.1 OSPF General


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13.2.2 OSPF Areas13.2.3 OSPF Interfaces13.2.4 OSPF Interface Metrics

13.2.5 OSPF Neighbors13.2.6 OSPF LSDB13.2.7 OSPF Ext LSDB13.3 OSI Configuration

14 Maintenance14.1 Loopback Test Management14.1.1 Querying Loopback Status14.1.2 Setting Loopback Test14.2 LED Test

15 Performance Monitoring Management15.1 Overview of Performance Monitoring15.1.1 SDH Performance Monitoring15.1.1.1 PM in Regeneration Section (G.829)15.1.1.2 PM in Multiplex Section (G.829)15.1.1.3 PM for HP/LP (High Order and Low Order Paths) (G.829)15.1.1.4 PM for Pointer Justification Counts at Administrative Unit (G.707)15.1.2 Data Performance Monitoring Parameters15.2 SDH Performance Monitoring Management15.2.1 Filter Setting15.2.1.1 TP Filter

15.2.1.2

Parameter Filter15.2.2 Editing Monitored Parameter15.2.3 Alarm Threshold15.2.4 History SDH Performance15.3 Ethernet Performance Monitoring Management15.3.1 Filter Setting15.3.2 Editing Monitored Parameter15.3.3 Ethernet PM Thresholds15.3.4 History Ethernet Performance15.4 Current E1 Bit Slip Performance15.4.1 Filter Setting

15.4.2 Editing Monitored Parameter15.4.3 History E1 Bit Slip Performance

16 Alarm and Event Management16.1 Overview of Alarms16.2 NE Alarms16.2.1 Current Alarms16.2.2 Viewing Active Alarms16.2.3 Reviewing the current alarms16.2.4 Clearing Alarms16.2.5 Alarm Search

16.3 LED Indicators16.4 Exporting Alarms


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16.4.1 Exporting Active Alarms to a File16.4.2 Printing Active Alarms16.5 Configuring Fault Management

16.5.1 Audio Alarm Configuration16.5.2 Alarm Type List Management16.6 Alarm Configuration for Single NE16.6.1 Alarm Inhibit Configuration16.6.2 Alarm Out Configuration16.6.3 MDI/MDO Configuration16.7 Displaying the Node Event Log16.7.1 Interpreting the Node Event Log16.7.2 Management Events16.7.3 Hardware Events16.7.4 Software Events16.7.5 Event Search

17 Resource and Database Management17.1 NE Usage Statistics

18 How To 18.1 Creating a TU12 Cross-Connection between STM-4 and STM-4/118.2 Configuring Layer 2 100Mbps Ethernet Service18.3 Monitoring Current Performance of STM-1 Port18.4 Creating Multiplex-Section Protection between Two NEs18.5 Creating SNCP Between Two NEs Using Two Ports of MainBoard (STM-4)

19 Abbreviations

20 Index


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IllustrationsFig. 2.1 TNMS-M Series Products

Fig. 6.1 Open Hyper Terminal

Fig. 6.2 Hyper Terminal--Connection Description

Fig. 6.3 Hyper Terminal--Connect To

Fig. 6.4 Hyper Terminal--COM1 Properties

Fig. 6.5 CLI Window--Welcome to Login

Fig. 6.6 Main Manu

Fig. 6.7 User Table

Fig. 6.8 Edit a Given User

Fig. 6.9 IP Address Configuration

Fig. 6.10 Add Static Route Information

Fig. 6.11 TNMS-M SURPASS hiT 7020 LCT Welcome Screen

Fig. 6.12 License Agreement

Fig. 6.13 Select Destination Location

Fig. 6.14 Select Start Menu Folder

Fig. 6.15 Select Additional Tasks

Fig. 6.16 Ready to Install

Fig. 6.17 Installing

Fig. 6.18 Exit Setup

Fig. 6.19 Completing Setup

Fig. 6.20 Uninstall the Software from the Start Menu

Fig. 6.21 Dialog Box of Confirming the Uninstall Process

Fig. 6.22 Uninstall Status

Fig. 6.23 Completing the Uninstall Process

Fig. 7.1 Desktop Icon

Fig. 7.2 Start LCT from Start Menu

Fig. 7.3 Select Server IP

Fig. 7.4 LCT Login Window

Fig. 7.5 LCT Main Window

Fig. 8.1 Main Window

Fig. 9.1 Chassis View

Fig. 9.2 NE Properties

Fig. 9.3 Shutdown NE

Fig. 9.4 Shutdown Information


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Fig. 9.5 NE Time Settings

Fig. 9.6 FTP Setting

Fig. 9.7 FTP Root

Fig. 9.8 NE Trap Destination

Fig. 9.9 Confirmation

Fig. 9.10 DCC Transparency Configuration

Fig. 9.11 Embedded E1 DCC Configuration

Fig. 9.12 NE Software Management


Fig. 9.14 NE Software Switch Result Windows

Fig. 9.15 MIB Management


Fig. 10.1 Card Properties

Fig. 10.2 Synchronize Card

Fig. 10.3 SDH Port Properties

Fig. 10.4 E1 Port Properties

Fig. 10.5 Cross-Connect Management

Fig. 10.6 Create Cross-Connect

Fig. 10.7 Confirming for Deleting the Selected Cross-Connections

Fig. 10.8 TP Configuration (View 1 - As Presented)

Fig. 10.9 TP Configuration (View 2 - Engaged)

Fig. 10.10 TP Multiplexing Structure Query

Fig. 10.11 TP Multiplexing Structure, View 1


Fig. 10.13 Modify Mapping

Fig. 10.14 Synchronization Management, Timing Source of NE

Fig. 10.15 Global Settings

Fig. 10.16 System Clock, Switching Timing Sources

Fig. 10.17 Timing Source Reference Properties

Fig. 11.1 Bridge Properties

Fig. 11.2 LAN Port Configuration

Fig. 11.3 Rate Limit Config

Fig. 11.4 Change Cos

Fig. 11.5 WAN Port Configuration

Fig. 11.6 Bandwidth Configuration

Fig. 11.7 VLAN Management


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Fig. 11.8 Modify VLAN Based on VLAN

Fig. 11.9 Modify VLAN Based on Ports

Fig. 11.10 Egress Priority Weight Config

Fig. 11.11 Output Priority Algorithm Configuration

Fig. 11.12 Modify Priority Weight

Fig. 11.13 Static MAC Address Configuration

Fig. 11.14 Add MAC Address

Fig. 11.15 ACL Config

Fig. 11.16 Add ACL

Fig. 11.17 Group Broadcast Configuration


Fig. 11.19 RSTP Properties Configuration

Fig. 11.20 Port RSTP Configuration

Fig. 12.1 SNCP Management

Fig. 12.2 SNCP Properties


Fig. 12.4 Create SNCP

Fig. 12.5 Delete SNCP

Fig. 12.6 SNCP Switch

Fig. 12.7 MSP Management

Fig. 12.8 MSP Property

Fig. 12.9 External Commands

Fig. 12.10 Create Linear Multiplex Section Protection Group

Fig. 13.1 IP Interface

Fig. 13.2 IP Static Route

Fig. 13.3 Edit IP Static Route

Fig. 13.4 Add IP Static Route

Fig. 13.5 IP Routing Table

Fig. 13.6 OSPF Submenu

Fig. 13.7 OSPF General

Fig. 13.8 OSPF Area

Fig. 13.9 Add OSPF Area

Fig. 13.10 Edit OSPF Area

Fig. 13.11 OSPF Interface

Fig. 13.12 OSPF Interface Metric

Fig. 13.13 OSPF Neighbor


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Fig. 13.14 OSPF Link State Database

Fig. 13.15 OSPF External Link State Database

Fig. 13.16 OSI Configuration

Fig. 14.1 Loopback Test Management

Fig. 14.2 Loopback Test Configure

Fig. 14.3 LED Test

Fig. 15.1 SDH Current Performance

Fig. 15.2 Monitor Point Filter

Fig. 15.3 Select Terminal Point

Fig. 15.4 Edit Properties of Performance Monitor

Fig. 15.5 Alarm Threshold

Fig. 15.6 SDH History Performance

Fig. 15.7 Ethernet Current Performance


Fig. 15.9 Select Port

Fig. 15.10 Edit Properties of Monitored Parameter

Fig. 15.11 1 Second Ethernet Thresholds


Fig. 15.13 Select Ports

Fig. 15.14 Selected Ports


Fig. 15.16 Ethernet History Performance

Fig. 15.17 Current E1 Bit-Slip Performance


Fig. 15.19 Select Port

Fig. 15.20 Selected Ports


Fig. 15.22 History E1 Bit Slip Performance

Fig. 16.1 Open Active Alarms from Main Menu

Fig. 16.2 Open Active Alarms from Right-click Menu

Fig. 16.3 Alarm Count by Severity

Fig. 16.4 Active Alarms

Fig. 16.5 Clear Alarm

Fig. 16.6 Alarm Search

Fig. 16.7 Alarm Source Config

Fig. 16.8 Active Alarm Search Result


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Fig. 16.9 Report Alarm

Fig. 16.10 Report Window

Fig. 16.11 Save File

Fig. 16.12 Print Window

Fig. 16.13 Report Alarm Preview

Fig. 16.14 Print Setup

Fig. 16.15 Audio Alarm Config

Fig. 16.16 Alarm Type List Management

Fig. 16.17 Modify Property of Alarm

Fig. 16.18 Alarm Inhibit Configuration

Fig. 16.19 Alarm Out Configuration

Fig. 16.20 MDI/MDO Configuration: MDI Tab

Fig. 16.21 MDI/MDO Configuration: MDO Tab

Fig. 16.22 Events

Fig. 16.23 Event Search

Fig. 16.24 Event Search Result

Fig. 17.1 NE SDH Resource Usage Statistics

Fig. 18.1 TP Multiplexing Structure

Fig. 18.2 Query Result

Fig. 18.3 Expanding Tree Graph

Fig. 18.4 Mapping AU4 to TU12

Fig. 18.5 Result of Mapping

Fig. 18.6 Mapping TU12 to AU4

Fig. 18.7 Cross-Connect Management Menu


Fig. 18.9 Create Cross-Conect


Fig. 18.11 Bridge Configuration Menu

Fig. 18.12 Bridges Properties


Fig. 18.14 WAN Port Config



Fig. 18.17 VLAN Config

Fig. 18.18 Query VLAN Information



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Fig. 18.21 Current SDH Performance Menu



Fig. 18.24 Select Terminal Point



Fig. 18.27 Point-to-point System




Fig. 18.31 SNCP Example


Fig. 18.33 Create and Config SNCP

Fig. 18.34 SNCP Protection in NE A



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TablesTab. 3.1 Feature List

Tab. 4.1 Minimum Hardware Requirements of TNMS-M SURPASS hiT 7020 LCT

Tab. 8.1 Main Menu Structure

Tab. 9.1 NE Properties

Tab. 9.2 NE Software Management Window Field Description

Tab. 10.1 Card Properties Window Field Description

Tab. 10.2 Port Configuration

Tab. 10.3 Port Status

Tab . 10.4 TP Management Parameters

Tab. 10.5 Tributary(Trib#) to KLM to Timeslot(TS#) Numbers Mapping

Tab. 12.1 SNCP Properties

Tab. 15.1 Regenerator Section SES threshold xx% (for BIP-8)

Tab. 15.2 Defects Resulting in a Near-end Severely Errored Second

Tab. 15.3 Defects resulting in a Far-end Severely Errored Second

Tab. 15.4 Multiplex Section SES threshold xx% (For BIP-1)

Tab. 15.5 Defects Resulting in a Near-end Severely Errored Second

Tab. 15.6 Defects Resulting in a Far-end Severely Errored Second

Tab. 15.7 Path Overhead Section SES Threshold xx% (For BIP-2, BIP-8)

Tab. 15.8 PM Management Functions

Tab. 15.9 Default Value and Value Range for a Fixed 15-minute Period

Tab. 15.10 Default value and Value Range for a Fixed 24-hour Period

Tab. 15.11 Maximum Records number of History Performance

Tab. 15.12 Primary Ethernet PM Function

Tab. 16.1 Active Alarms information

Tab. 16.2 LED Status

Tab. 16.3 Management Events

Tab. 16.4 Hardware Events

Tab. 16.5 Software Events


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1 Notes on This Documentation

1.1 CustomerDocumentationThe Customer Documentation of the SURPASS hiT 7020 comprises the followingdescriptions and manuals:

TechnicalManual

The Technical Manual gives an overview of the application, performance features,interfaces, and functions of the SURPASS hiT 7020. It also contains the most importanttechnical data.

The Technical Manual does not contain any instructions to operate the product.

Installationand Test ManualThe Installation and Test Manual ITMN contains instructions on mounting, connecting,and commissioning the SURPASS hiT 7020, and connecting and commissioning theLCT operating terminals.

TroubleshootingManualThe Troubleshooting Manual provides information about the alarm list SUPRASS hiT

7020 supports and troubleshooting procedures.

TNMS-M SURPASShiT 7020LCTUser ManualThe LCT User Manual provides information about the LCT (features, configuration,installation, etc.) and how to operate, monitor, and maintain the SURPASS hiT 7020using the Element Manager software (Application Software) running on the LCT.

Besides the LCT User Manual, the OnlineHelp of the TNMS-M SURPASS hiT softwareis of high importance for the user.

1.2 ComplementaryDocumentsIn addition to the SURPASS hiT 7020 customer documentation listed in Chapter 1.1 , there isfurther documentation: SURPASShiT 7020ReleaseNote

This document identifies the specific version of the SURPASS hiT 7020 and providesinformation on HW, SW, LCT components and the limitations of the release as well asimportant notes concerning the customer documentation.

1.3

SymbolsUsedin the CustomerDocumentation


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1.3.1 Symbolfor Warnings

This symbol identifies notes which, if ignored, can result in personal injury or inpermanent damage to the equipment.

1.3.2 Symbolsfor Notes

Information which extends beyond the immediate context.

Cross reference to other chapters in this manual or reference to other manuals.

Help Reference to the online help system of the Element Manager software.

1.3.3 Symbolsfor MenuDisplaysand Text Inputs

Menu options from pop-up menus or inputs to be made by the user (texts, commands) aredisplayed consecutively in their hierarchical sequence in pointed brackets:

etc.

1.4 Notes on LicensedSoftwareThis documentation refers to software products which were taken over from other companiesas licenses.

Should problems arise, the user should contact Siemens AG as the licensee and not therelevant licenser.


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2 IntroductionTNMS-M series products are network management system which are used to manage andmaintain MSTP network elements built by SURPASS hiT series products.

The TNMS-M series network management system products include TNMS-M LCT andTNMS-M. (See Fig. 2.1)

Fig. 2.1 TNMS-M Series Products

TNMS-M LCT (Local Craft Terminal) provides NE level TNMS-M based managementfunction and GUI. One TNMS-M LCT application can only connect and manage one NE atone time. The interface between TNMS-M LCT and NE is SNMP based. Different typenetwork element corresponds to different type LCT, which is mainly used for on-sitemanagement and maintenances.

TNMS-M SURPASS hiT 7020 LCT is an element management system of single NE, which isdesigned to provide comprehensive fault, configuration, performance management functionsfor the SURPASS hiT 7020 product line.


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3 FeaturesTNMS-M SURPASS hiT 7020 LCT features are listed in Tab. 3.1.

Feature Description

Java-Based User Interface Java-based user interface to connect NEs Provides Chassis View showing the front faceplate of

the equipment Color-coded LEDs to indicate NE status

Consistency and DataSynchronization

Uploads data from the actual NE to update themanagement information of NE in the LCT

Ensures all status and data in the LCT are consistentwith the actual NE

Network Element Control Enables NE software updates and download from the

LCT Redundant images of the embedded software are

stored in an NE, one active and one backup whichcan be switched and activated by LCT

NE warm reboot and cold reboot can be controlled byLCT

Configuration Management View/synchronize/delete/modify Circuit-pack

attributes View/synchronize/modify port attributes TP configuration and management, including

viewing/synchronizing/modifying TP attributes, TPmultiplexing structure configuration

SDH Cross-Connect configuration and management Timing configuration and management, including

select timing reference for system clock, modify/viewtiming reference of NEs system clock, and configuretiming reference for station clock

Virtual concatenation configuration and management LCAS configuration Ethernet VLAN configuration Ethernet Class of Service configuration Rapid spanning trees management Rate limiting configuration of Ethernet port Broadcast strom control Multicast management IP route configuration OSPF parameters configuration OSI-lite parameters configuration

Protection and Redundancy Supports MSP protection management Supports SNCP/I protection management Supports Ethernet RSTP protection management


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Feature Description

Performance Management Supports monitored performance TPs and

parameters selection. Supports current performance management Supports history performance management

Maintenance Loopback Configuration for testing LED test

Fault Management Collects, displays, and manages SURPASS hiT 7020

fault messages (including NE, card, port and TPrelated)

Supports color coded alarms to indicate alarmseverity level

Supports active alarm synchronization

Event Management Supports NE related event management

Tab. 3.1 Feature List


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4 Hardware ConfigurationThe TNMS-M SURPASS hiT 7020 LCT software can run on the following operating system: Microsoft Windows based operating system PC, Desktop or Laptop

The minimum hardware requirements of TNMS-M SURPASS hiT 7020 LCT are listed in Tab.4.1.

Configuration HardwareRequirement

Windows-Based Computer 1.6 GHz Pentium-4 Processor 512M RAM

1

20GB Hard Disk TP Ethernet 10/100BASE-T Networking Port Graphic Card with 1024 768 resolution (75Hz

refresh for Desktop; 60-Hz refresh for Notebook) Color Monitor (17 for Desktop; 14 TFT for

Notebook)Tab. 4.1 Minimum Hardware Requirements of TNMS-M SURPASS hiT 7020 LCT


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5 Software ConfigurationThe following operating system and software package are required to install and run theTNMS-M SURPASS hiT 7020 LCT.

MicrosoftWindowsbasedoperatingsystem

Windows 2000 Professional operating system, or

Windows XP Professional operating system

The TNMS-M SURPASShiT 7020 LCT software


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6 Installation

6.1 Route ConfigurationTNMS-M SURPASS hiT 7020 LCT manages NEs based on TCP/IP addresses. Therefore,the user must set a static route to enable the LCT system to find the NE. Before setting theroute, ensure that the console port and the MGMT port of the users computer are connectedwith the peer ports of SURPASS hiT 7020.

TNMS-M SURPASS hiT 7020 LCT only supports NE management by the MGMTport.

1. Click to open the window. (See Fig. 6.1)

Fig. 6.1 Open Hyper Terminal


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2. In the window, enter the user name in the field andclick .

Fig. 6.2 Hyper Terminal--Connection Description

3. In the window, choose (the computers connected consoleport) in the drop-down menu and click .


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Fig. 6.3 Hyper Terminal--Connect To

4. In the window, click and click .

Fig. 6.4 Hyper Terminal--COM1 Properties


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5. Input a few and the CLI interface window will be shown as follows. (See Fig.6.5) Input the user name and the password, and then press . The user name is and the password is none.

Fig. 6.5 CLI Window--Welcome to Login

6. The Main Menu will be shown. (See Fig. 6.6)

Fig. 6.6 Main Manu


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7. User Table

Press from the Main Menu and the User Table will be shown. (See Fig. 6.7). The UserTable enables the user to add/delete/modify the user information.

Fig. 6.7 User Table

8.

Press from the User Table to edit a given user.

Fig. 6.8 Edit a Given User


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9. IP Address Configuration

Press from the Main Menu to configure the node IP address, the management port IPaddress, the management port subnet mask, and the default gateway for the management

port.The user can select 1 to 4 to configure the special IP address based on his/her needs.

Fig. 6.9 IP Address Configuration


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10. Click to open the window, and then use the command to enter the static route information. For example, enter the

command to add thestatic route information into the users computer; that means the added routes IP address is192.168.16.243, the mask is 255.255.255.255, and the gateway is 192.168.12.243. (See Fig.6.10)

Note: The user can use the command to get more information about the command.

Fig. 6.10 Add Static Route Information

6.2 Installingthe LCT SoftwarePackageAfter selecting the SURPASS hiT serial products, Siemens post sales engineers andtechnical support technicians will help to complete selecting and installing hardware andsoftware based on requirements. A TNMS-M SURPASS hiT 7020 LCT installation CD will beprovided. Install the LCT software package on the provided CD using the wizard mode onany qualified operating system.

To describe how to install the LCT software package, the following example is provided.


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1. Double-click the icon of TNMS_M_SURPASS_hiT7020_R31L13_setup.exe. Awelcome screen will be shown. (See Fig. 6.11) Then click to continue.

Fig. 6.11 TNMS-M SURPASS hiT 7020 LCT Welcome Screen

2. In the window, choose , and click to continue.

Fig. 6.12 License Agreement


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3. Accept the default destination location, and click to continue. (See Fig. 6.13)

Note: The TNMS-M SURPASS hiT 7020 LCT software will be installed by default inthe %SystemDrive%\Siemens\hiT7020 folder. (%SystemDrive% specifies the drive letter ofthe hard disk drive containing the Windows operating system.) For example: If Windows isinstalled in Drive C, the software will be installed in the C:\Siemens\hiT7020 folder.


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Fig. 6.13 Select Destination Location

4. Accept the default Start Menu folder location, and click to continue. (See Fig.6.14)

Fig. 6.14 Select Start Menu Folder


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5. In the window, there are two options: A: and B: . The default option is A, and both options maybe selected. Click after the selection.

Fig. 6.15 Select Additional Tasks

6. After reviewing installation choices, click to proceed or to go back formaking changes.


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Fig. 6.16 Ready to Install

7. The software will now be installed. (See Fig. 6.17)

Fig. 6.17 Installing

At any steps of 1-7 above, click and the window will be shown. (See

8. Fig. 6.18) Click to exit setup. Click to continue the installation.

Fig. 6.18 Exit Setup

9. To finish the installation, click . It is recommended that do not select the option.


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Fig. 6.19 Completing Setup

6.3 Uninstallingthe LCT SoftwarePackage1. Click , select , select ,and click .

Fig. 6.20 Uninstall the Software from the Start Menu


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2. Select to remove TNMS-M SURPASS hiT 7020 R3.1 LCT. (See Fig. 6.21)

Fig. 6.21 Dialog Box of Confirming the Uninstall Process

3. If is selected, an window will be shown. (Fig. 6.22)

Fig. 6.22 Uninstall Status

4. After the uninstalling complete, a confirmation window box will be shown. Click to

finish the uninstall process. Some items could not be removed automatically, but can beremoved manually from the installation folder (%SystemDrive%\Siemens\hiT7020 bydefault).

Fig. 6.23 Completing the Uninstall Process


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7 Starting and Shutting down TNMS-M SURPASS hiT 7020LCT

7.1 StartingTNMS-M SURPASShiT 7020 LCTAfter the TNMS-M SURPASS hiT 7020 LCT software is installed, there are two methods tostart the TNMS-M SURPASS hiT 7020 LCT:

Option 1:

If the option is selected during the installation process, a icon will be shown on Desktop. (See Fig. 7.1) Double-click the

icon to start the LCT program.

Fig. 7.1 Desktop Icon

Option 2:

Select , and click the icon to start the LCT program. (See Fig. 7.2)

Fig. 7.2 Start LCT from Start Menu


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Then the LCT program will start. During this process, a DOS window will be shown. (SeeFig. 7.3) Select the users server IP which can communicate with the NE. (The user can runthe IPCONFIG command in the Servers DOS window and will get Servers IP address.)

Fig. 7.3 Select Server IP

Note:

I. If the Network adapter of the computer has more than one IP addresses, the LCTprogram will ask the user to set IP address.

II. The users server IP address should be different from the server IP address of TNMS-M.If they use the same IP address, the LCT program cannot be started if TNMS-M isrunning.

Wait for a few seconds and the LCT login window will be shown. (See Fig. 7.4) Input LCTsLogin Name, Password and NEs Node IP Address which can be communicated with. Thenclick .


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Fig. 7.4 LCT Login Window

For example, the user can login TNMS-M SURPASS hiT 7020 LCT using account:

Login Name: root

Password: public

The password can be changed in the LCT program.

Note:

I. The NE will disconnect from the LCT program when the NE is restarted. The LCTprogram will re-connect to the NE automatically after the NE is restarted. To connectmanually, the user needs to wait at least 40s after the NE is restarted.

II. The LCT program cannot connect to the NE which has been managed by the TNMSserver launched on the same host.

III. There is no READ/WRITE access control policy implemented between TNMS-M and theLCT program.

After successfully connecting to the NE, the LCT main window will be shown. (See Fig. 7.5)


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Fig. 7.5 LCT Main Window

7.2 ShuttingDownTNMS-M SURPASShiT 7020 LCTThere are two methods to shut down TNMS-M SURPASS hiT 7020 LCT:

Option 1: Click the at top right of the TNMS-M SURPASS hiT 7020 LCT main window.

Option 2: Click .

A confirmation window will be shown. Click to confirm the shutdown request.


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8 Main Interface Features

8.1 Main WindowThe main window (See Fig. 8.1) consists of the following elements:

Title Bar

Main Menu Bar

Work Area

Fig. 8.1 Main Window

8.1.1 Title Bar

The title bar is located at the top of the main window (See Fig. 8.1)

The title bar contains:

Leftmost, a special window symbol.

The type designation of the network element.


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8.1.2 Main MenuBar

The main menu bar is located at the top of the main window, below the title bar (See Fig.8.1). It contains the main menu.

The drop-down menu items will be changed when different object (for example: anNE, a card, or a port) is selected in chassis view.

Before the TNMS-M SURPASS hiT 7020 LCT is connected to the NE, the drop-down menuhas only one button shown: , which has four functions: , , , and .

System Working with the softwareConnect Allow t the TNMS-M SURPASS hiT 7020 LCT to connect with NE

ChangePassword Change current password of LCT About Show the information about TNMS-M SURPASS hiT 7020 LCT Exit Close the main window of the NE application software, thus ending the session

After the TNMS-M SURPASS hiT 7020 LCT is connected to the NE, the main menubar shows seven drop-down menus: , , , , , , and .

System Working with the software

Disconnect Disconnect LCT from NEChangePassword Change current password of LCTAbout Show the information about TNMS-M SURPASS hiT 7020 LCTAudioAlarmConfig Manage all audio alarm, including melody type and play timesExit Close the main window of the NE application software, thus ending the session

Configuration Working with the NE configuration

NE PropertyConfiguration View and modify the properties of NECard PropertyConfiguration View and modify the properties of Card

Note: Only when a card in chassis is highlighted, would this menu item bedisplayed

WarmRebootNE Restart NE under the LCT systemCold RebootNE Restart NE and will cause traffic lossShutdownNE Close NE safelySDHPort PropertyConfiguration View and modify the properties of SDH Port

Note: Only when an SDH port in chassis is highlighted, would this menu item bedisplayed

E1 Port PropertyConfiguration View and modify the properties of E1 PortNote: Only when an E1 port in chassis is highlighted, would this menu item be

displayedTP Configuration View and modify all TP Properties


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TP MultiplexingStructure View and modify the construction of TPsCross-ConnectManagement Manage all cross- connections in the NESynchronizationManagement Set and manage the timing references

NE TimeSetting Set time zone and the time of NESNCPManagement Create and manage SNCPMSPManagement Create and manage MSPNE FTP Configuration Set FTP server addressNE Trap DestinationConfigure Show and manage all IP addresses of PCs on which LCTs are running, current

managed NE will send trap to all those LCTNE SoftwareManagement Update, backup, and switch NE softwareNE MIB management Manage NE databaseAlarmInhibit Configuration Set system alarmAlarmOut Configuration Set system alarmMDI/MDOConfiguration Set MDI/MDO

DCCTransparentConfiguration Configure DCC TransparentEmbeddedE1 DCCConfiguration Configure DCC channelsNE ResourceUsageStatistics View the cards and ports in Mainboard and their usages; Data card is not listedRefreshChassis Display the latest state of NEsSynchronizeCard Synchronize a selected card

Note: Only when a card in chassis is highlighted, would this menu item bedisplayed

OSI Configuration Configure OSIIP RouteConfiguration Configure IP RouteOSPF Manage OSPF

Fault Managing Alarm

ActiveAlarms Display current alarms occur on NE/Card/Port according to managedobject selected currently

Events Display all events about the operationNote: only when neither a card nor a port in chassis is highlighted,would this menu item be displayed

AlarmSearch Search and display alarmsEventSearch Search and display eventsAlarmTypeList Management Manage alarm type

Performanceand Statistics View the status of NECurrentSDHPerformance View and manage current SDH performanceHistorySDHPerformance View and manage history SDH performanceCurrentEthernetStatistics View and manage current Ethernet performanceEthernetPM Thresholds Set Ethernet performance thresholdsHistoryEthernetStatistics View and manage history Ethernet performanceCurrentE1 Bit Slip Performance View and manage current E1 Bit Slip performanceHistoryE1 Bit Slip Performance View and manage history E1 Bit Slip performance

Maintenance Working with the maintenance test

LoopbackTest Management Perform Loop-back test


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LEDTest Perform LED test

Windows Select the view for the open windows

SURPASShiT7020ChassisView List of all the currently-open windows; the selected window (in theforeground) is indicated by the tick

MinimizeAll Minimizes all opened windowsMaximizeAll Maximizes all windows

Help Online help( in English) conforming to MS Windows

OnlineHelp Display the help topics in the form of the and folders

Tab. 8.1 Main Menu Structure

8.1.3 Work Area

This range of the main window (See Fig. 8.1) shows all the windows which have just beenopened.

All windows within the work area can be opened or closed without the application softwareending (function of Windows).

In the Alarm Count area, all current alarm are collected and the number are listed by severityand category.

8.2 Submenus(with Right MouseButtonClick)The menu sequence which is described here depends on the selected card.

8.2.1 MainBoardCard

After selecting the STM card or CC card, click right button.

Card PropertyConfiguration Opens Card Properties window

SynchronizeCard Opens Synchronize window

Cross-ConnectManagement Opens Cross Connection Management window

SynchronizationManagement Opens Timing Source Management window

ActiveAlarms Opens Active Alarm window

NE PropertyConfiguration Opens NE Properties window

RefreshChassis Refresh the chassis view

SynchronizeNE Synchronize NE

ChangeNE IP Opens Configure NE IP window

8.2.2 EthernetCard

After selecting the Ethernet card, click right button.


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Card PropertyConfiguration Opens Card Properties window

SynchronizeCard Opens Synchronize windowBridgeConfiguration Opens Bridge Properties window

LANPorts PropertyConfiguration Opens LAN Port Properties window

WANPortsPropertyConfiguration Opens WAN Port Config window

VLANManagement Opens VLAN Management window

EgressPriority WeightConfig Configure Egress Priority Weight

Static MACAddressConfiguration Opens Static MAC Address Config window

ACLConfiguration Opens ACL Config window

GroupBroadcastConfiguration Opens Group Broadcast Config window

RSTPConfiguration Opens RSTP Property Configuration window

ActiveAlarms Opens Active Alarms window

Cold RebootCard Restart Card


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9 NE Configuration and ManagementBefore performing actions on TNMS-M SURPASS hiT 7020 LCT, the LCT must beconnected to an NE.

9.1 ChassisViewWhen TNMS-M SURPASS hiT 7020 LCT is connected to an NE, the NE Chassis view willbe displayed, which shows the real-time status of the NE. (See Fig. 9.1)

Fig. 9.1 Chassis View

For example, when the second card from the right side in Fig. 9.1 is plugged in, the green warning will be marked on the card. If the card is pulled out, the red warning will be marked on the card.

In this view, the user can see a total representation of the current node status, including agraphical view of all the slots, the card functions, the card types, the status of individualports, the power status, and other NE functions. The user can modify node properties in theconfiguration windows. The configuration windows can be opened from the main menu baror the right-click menu of the chassis view.

Select to refresh the chassis view.

9.2 NE PropertyConfigurationTo open the window, select from the main menu.

The window will be shown. (See Fig. 9.2)


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Fig. 9.2 NE Properties

Each item in the window is described in the following table. (See Tab. 9.1)

Item DescriptionNE Label This is used to distinguish different nodesSerial Number The serial number of this node configured by the manufacturerLocation The physical position of this node in real-lifeSystem Mode The current system mode of this node (which one cannot be modified

from this window). Description The user uses this to field to input his/her own detailed description of

this nodeVersion The hardware version of this node.Contact The contact or owner of this nodeIP Address The IP address of this node

Subnet Mask The subnet mask of this nodeGateway The gateway of this node


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Item DescriptionDate/Time The current time on this nodeCard List The simple information of all the cards on this node. The user can

access the card configuration window by double-clicking thecorresponding line in the table.

Tab. 9.1 NE Properties

The user can change the properties of a node, but modifications are completed onlyafter the button has been clicked.

Click to confirm all the modifications and to quit the window.

If some of the properties are changed, click the button to check the latest status

of this node.Click to print the information of this node.

Click to quit the window. All unsaved modifications will be lost.

Click to launch the online help.

9.3 ShuttingdownNEFrom the main menu, select (See Fig. 9.3)

Fig. 9.3 Shutdown NE


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Fig. 9.4 Shutdown Information

Click to confirm shutting down this NE.

9.4 NE TimingSettingOpen the corresponding chassis view.

From the main menu, select .

An window will be shown. (See Fig. 9.5)


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Fig. 9.5 NE Time Settings

In the drop-down menu of , the protocol can be set or.

Under , select the corresponding NE whose time will be modified.In the drop-down menu of , the current time can be viewedmanually.

Click to check the latest information on setting time.

Click to confirm the modifications.

Click to quit the window, all the unsaved modifications will be lost.

Click to launch the online help

9.5 NE FTP Configuration


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The FTP Settings can get the latest software and data support from the FTP server. Toperform NE software management, MIB management, the user needs to configure first theTNMS-M FTP setting as well as the FTP server.

Use the following steps to apply FTP Settings:Select from the main menu. The window will be shown with the current FTP settings. (See Fig. 9.6)


To modify the current configuration in the section:

Input the FTP servers IP address in the field.

Input the FTP username in the field.

Input the FTP user password in the field.

Note: Both of username and password are by default.

All the latest software and data of FTP server are stored in the

folder (%Install_Drive% specifies the drive letter of the hard disk drive containing the LCTprogram). For example, if the LCT program is installed in Drive C, the FTP root will be the folder. (See Fig. 9.7)


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Fig. 9.7 FTP Root

The data of the user will be stored in the corresponding folders under the folder. For example, the MIB files uploaded from the LCTprogram will be stored in the folder.

Click to update the current configuration.

Click to confirm the modification.



Note: The configuration of the FTP server should be the same as the real FTP serversettings. Generally, the LCT server and the FTP server are on the same physical machine.The case that LCT server and FTP server are on different machine is also supported.

9.6 NE Trap DestinationConfigurationSelect . An window will be shown. (See Fig. 9.8)


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Fig. 9.8 NE Trap Destination

The function of each button is described as follows:

Click to set a selection in the window.Click , a confirmation window will be shown. (See Fig. 9.9)

Click to update current NE Destination.

Click to quit the window without saving any modifications.


Fig. 9.9 Confirmation

9.7 DCCTransparentConfigurationIn the chassis view, select . The window will be shown. (See Fig. 9.10)


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Fig. 9.10 DCC Transparency Configuration

In the drop-down menu, select to enable loopbackfunction or select to disable loopback monitor.

Click to confirm the settings.Click to quit this dialog.


9.8 EmbeddedE1 DCCConfigurationIn the chassis view, select . The window will be shown. (See Fig. 9.11)


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Fig. 9.11 Embedded E1 DCC Configuration

In this window, two DCC channels can be configured. Select or in theDCC Channel dropdown menu to enable or disable this E1 DCC channel. Checkcorresponding card, port, CTP, and protocol in the drop-down menus.

Click to check the latest information.

Click to confirm the modification without closing the window.

Click to confirm the modification if you want this window closed.

Click to quit this dialog. All the unsaved modifications will be lost.

Click to launch the online help

9.9 NE SoftwareManagementTwo software images can be stored in the TNMS-M SURPASS hiT 7020 LCT, an activeimage and a backup image. Using the LCT, the user can download a TNMS-M SURPASShiT 7020 NE software image to the NE as the backup version from the FTP server or theuser may switch software images between active and backup versions.

NE software management is done by the steps below:


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From the main menu, select . The window will be shown. (See Fig. 9.12)

Fig. 9.12 NE Software Management

Each field in the window is described as follows. (See Tab. 9.2)

Fields Description

Active Software Version The NE software version currently running

Backup Software Version The backup NE software version

State of Last Command The last command status

Tab. 9.2 NE Software Management Window Field Description

Click to open the window. (See Fig. 9.13)


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Input the corresponding information in the , , and fields.

Click to refresh the information.




In the window, input the NE software file name on the FTPserver in the field, and click to downloadthe software image to the NE as the backup software version from the FTP server.

Click to switch the software images between the active version and the backupversion.

Click to close the window. All the unsaved modifications will be lost.


Click to launch the online help.In the window, input the NE software file name on the FTPserver in the field, and click to downloadthe software image to the NE as the backup software version from the FTP server.

Click to switch the software images between the active version and the backupversion. After Switch process finished the will pop-up to prompt users tocold reboot or warm reboot the NE. (See Fig. 9.14)


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Fig. 9.14 NE Software Switch Result Windows

NOTE:1) System cold reboot (system initialization) takes 3 minutes to complete. It is suggested

that no other operations (such as card insertion or pull-out, system power-on or power-off) be performed during the system initialization.

2) System cold reboot will cause traffic hit. The traffic hit time is about 30 second,maximum 3 minutes.

3) System warm reboot process takes 2 minutes. It is suggested that no operations (suchas card insertion or pull out, system power on or power off) be performed during systemreboot.

4) Card reset will impact the traffic passing through this card. The traffic hit time is about30 seconds (maximum 60 seconds).

Click to close the window. All the unsaved modifications will be lost.



Note: Make sure that the FTP server settings and the software image path arecorrectly configured before the operation is launched.

9.10 NE MIB ManagementThe SURPASS hiT 7020 MIB consists of the internal databases/files in the NE that store allthe NE configurations and runtime status information. There are two versions of MIB filesstored in the NE: an active version and a backup version, all the MIB management functionscan be performed by using the LCT.

Following the steps below to perform MIB management:

From the main menu, select . The window will be shown. (See Fig. 9.15)


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Fig. 9.15 MIB Management

Click to open the window. (See Fig. 9.16)


Input the corresponding information in the , , and fields.

Note: Both of username and password are by default.






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In the window, to upload the MIB files from the NE to the FTP server,input the directory in which the MIB files will be saved on the FTP server in the field, and then click .

To download the MIB files from the FTP server to the NE, input the directory in which theMIB files exist in the field, and then click .

To activate the backup MIB version, click . This operation will activate the backupMIB version.

When MIB switch is executed, the network management system reminds user toWarm reboot or Cold Reboot the system based on the system operation manual. Theuser should reboot the system immediately. Before system reboot (after the MIB isswitched), any NE operation will not be saved into MIB; therefore, any operation before

system reboot is invalid.

The field shows the state of the last command. Click toget the value of State of Last Command field.


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10 SDH Configuration and Management

10.1 Card Configurationand ManagementIn the chassis view, the card selected becomes framed in blue.

There are two methods to open the card configuration window in chassis view:

Right-click the card, select , or

Select the card, and select from themain menu.

A window will be shown. (See Fig. 10.1)

10.1.1 Card PropertiesConfiguration

A typical window for card properties is shown below:

Fig. 10.1 Card Properties

Each field in the window is described as follows. (See Tab. 10.1)


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Fields Description

Slot Number The slot this card has been plugged into.

Card Function The function of the card. The function of the card will also beshowed in the chassis view, on the right top corner of thiscard, and in a floating window box after the mouse has beenpointing on the card for a while.

Card Type The type of the card, such as, STM-64, STM-16, STM-4,STM-1, UDC, GE, FE, MC, CC, etc.

Card State The current state of this card

Card Serial Number The serial number of this card

Card Label This is used to distinguish different cards easily

Boot Image Version The version of the boot serverBoot Image Date The time, when the boot server started

Hardware Version The version of this card.

Temperature Threshold The threshold setting for the temperature alarm. When thetemperature of this card is over the threshold, an alarm willbe raised.

Temperature ClearThreshold

When the temperature has fallen below the temperatureclear threshold, the temperature alarm will be automaticallycleared.

S Code The S code of this card

Port list The list of all ports on this card.Tab. 10.1 Card Properties Window Field Description

If any properties of a card have been modified, the button must be used to validatethese changes. And only after clicking this button, will the modification been completed.

When viewing the card options and not changing properties of the card, click tocheck the latest status of the card.

Click to print the information on this card.

Click to quit the window. All the unsaved modifications will be lost.


10.1.2 SynchronizingCard

Right-click the corresponding card in the chassis view and select . Orchoose the card and select from the main menu. Aconfirmation window will be shown. (See Fig. 10.2)


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Fig. 10.2 Synchronize Card

Click to start the synchronization process.

Click to cancel the synchronization process.

10.1.3 Delete Card

When the card has an absent status, right-click it and select in the pop-upmenu. Then click in the pop-up warning window to confirm the deletion command, orclick to cancel this operation.

10.1.4 Cold RebootCard

Right-click a card and select in the pop-up menu, or highlight a cardand select . Then click in the pop-up warningwindow to confirm the command, or click to cancel this operation.

10.1.5 WarmRebootCardRight-click a card and select in the pop-up menu, or highlight a cardand select . Then click in the pop-up warningwindow to confirm the command, or click to cancel this operation.

10.2 SDHPort Configurationand ManagementThere are three ways to open the window:

In the Chassis View, choos e the corresponding port. Right-click, and select

. Choose the corresponding port, and select from the main menu.

Open the port configuration in the window, and double-clickthe line of the port to view or configure in the .



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Fig. 10.3 SDH Port Properties

There are two parts in this window: and . Each parameterin this window is described below. Generally, the user can only change some parameters inthe Port Configuration part.

10.2.1 Port Configuration

Fields Descriptions

Port Type This identifies the type of port

Port Label A user can change this field to distinguish among ports


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Port Mode There are three modes:

Auto mode: The system decides the optimum mode for

this port.Monitor mode: When an alarm is generated from thiscard, it will be automatically reported to the alarmmanagement.

Non-monitor mode: No matter how many alarms aregenerated from this card, none of them will be reported.

Port Admin Mode There are two Port Admin Modes:

Enable (connected), or

Disable (unconnected)

Auto Laser Shutdown


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Click to print the information of this port.



10.3 E1 Port Configurationand ManagementThere are three ways to open the window:

In the Chassis View, choose the corresponding port. Right-click, and select .

Choose the corresponding port, and select from the main menu.

Open the port configuration in the window, and double-

click the line of the port to view or configure in the .The window will be shown. (See Fig. 10.4)

Fig. 10.4 E1 Port Properties

Can be set as auto, monitored, or non-monitored.

Can be set as Enabled, or Disabled.

Click to check the real-time E1 port properties.

Click to accept modifications in the window.

Click to confirm changes and quit the window.



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Click to print the information of the E1 Port.


10.4 Cross-ConnectManagementTo manage all cross-connection in the NE, open the window, there are two methods to open this window:

1. Select from the main menu.

2. Right-click the cross-connect device card in the chassis view and select in the pop-up menu.



Use this window to query, add, or delete cross-connection.

10.4.1 QueryingCurrentCross-ConnectionUsually there are many Cross-Connections established within one NE. TNMS-M SURPASShiT 7020 LCT provides a method of easily viewing them by providing a Query function.

Input querying parameters

There are several selectable parameters to restrict the range of Cross-Connect, including (), (), , , ,and .

Select these parameters from the drop-down menus to find the Cross-Connect of interest,i.e. the target Cross-Connect.

After choosing a specific Source Card or Sink Card, manually choose the port to restrict theCross-Connect to a more limited range.


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Input a specific Circuit Label to go to those Cross-Connections directly.

Click to view all Cross-Connections which satisfy the chosen conditions.

When the mouse moves to a Cross-Connection, the tool tips feature will be shown.

Click to print the information.


10.4.2 Addinga NewCross-Connection

Click to add a Cross-Connection; a window will beshown. (See Fig. 10.6)


Choose the Cards and Ports between which a Cross-Connection is to be created; allavailable TPs (See Fig. 10.6) will be listed.

Click to sort the TPs in the list by tributary, and then button will bechanged to .


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Click to sort the TPs in the list by timeslot, and then the button will bechanged to .

Choose the source and the destination TPs, and click .

The and buttons can only be used if two available ports have been selected.

Click to confirm the addition without closing the window and allowing additionalcross-connections to be made.

Click to confirm the changes and close the window.

Click to exit the window.


10.4.3 Deletinga Connection

In the window, the user can selectively delete cross-connections.

Click , a warning window will be shown.

Fig. 10.7 Confirming for Deleting the Selected Cross-Connections

Click to confirm the deletion.

Click to cancel the deletion.

10.5 TerminalPoint Configurationand Management

10.5.1 QueryingCurrentTerminalPoint

Select .



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Fig. 10.8 TP Configuration (View 1 - As Presented)

Select the card and port to be checked, or select All Cards or All Ports to check all the TPson cards and ports.

Click to check the TPs. (See Fig. 10.9)


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Fig. 10.9 TP Configuration (View 2 - Engaged)

Select and view the TP to be modified and make desired changes to TP properties. Theproperties of this TP will be showed in the right panel.

Every parameter is described in the table below.

Fields Descriptions

TP Alarm Mon Can be set as Monitored or Non-Monitored

TIM Enable Can be set as permitted or prohibitedTI Trans Mode Can be set as 16-byte, Fixed 1-byte, Provisioned 1-byteTI Rec Mode Can be set as 16-byte, Fixed 1-byte, or provisioned 1-byteTransmitted TI Shows the transmitted TIAccepted TI Shows the accepted TI, cannot be changedExpected TI Shows the expected TISL Enabled Can be set as Yes or NoTransmitted SL Shows the transmitted SLAccepted SL Shows the accepted SLExpected SL Can be set to various values.DEG Enable Can be set as permitted or prohibited.

DEG Threshold The value can be set between 10exp(-5) and 10exp(-9)EXC Enable Can be set as permitted or prohibited.


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EXC Threshold The value can be set between 10exp(-3) and 10exp(-5)Tab . 10.4 TP Management Parameters

If any TP properties have been changed, the button will be presented enabling itsuse. Only after clicking the button will the modifications be completed.

Click to send the TP information to a file or a printer.



10.5.2 TerminalPoint Mapping

To open TP mapping, select . The window will be shown. (See Fig. 10.10)

Fig. 10.10 TP Multiplexing Structure Query

Select the corresponding Card and Port. Then click to view the TP Mapping for theselected port. (See Fig. 10.11)



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Click the circle with a horizontal line to expand the tree, Click the circle with the vertical lineto collapse the tree. Use a right-click on the point and choose to open only thisbranch or to open all the branches including the sub-branches. (See Fig.10.12)


The point color indicates its status: blue color indicates that this point is vacant and thebrown color indicates it is occupied.

If the TP is unused, it can be mapped by highlighting and right-clicking the point. (See Fig.10.13)


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Fig. 10.13 Modify Mapping

After modifications of all the mappings are finished, click to confirm the modification.

To check the real-time mapping information, clicking the button at anytime.

Click to exit the window.

There is no tributary channel numbering present.

The displaying rule for KLM in LCT(based on timeslot) is compliant with ITU-T G.707standard.

LCT has supported sorting according to tributary (and it is the default displayed mode), andthere is KLM value. Operator can find the relationship between the timeslot number (TS#)and tributary number (Trib#) according to table listed below.

TU-3 TU-12 TS# Trib# TU-3 TU-12 TS# Trib# TU-3 TU-12 TS# Trib#


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100

111

112

113

121

122

123

131

132

133

141

142

143

151

152

153

161

162163

171

172

173

1

22

43

64

4

25

46

67

7

28

49

70

10

31

52

73

13

34

55

76

16

3758

79

19

40

61

82

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

1718

19

20

21

200 211

212

213

221

222

223

231

232

233

241

242

243

251

252

253

261

262263

271

272

273

2

23

44

65

5

26

47

68

8

29

50

71

11

32

53

74

14

35

56

77

17

3859

80

20

41

62

83

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

3839

40

41

42

300 311

312

313

321

322

323

331

332

333

341

342

343

351

352

353

361

362363

371

372

373

3

24

45

66

6

27

48

69

9

30

51

72

12

33

54

75

15

36

57

78

18

3960

81

21

42

63

84

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

5960

61

62

63

Tab. 10.5 Tributary(Trib#) to KLM to Timeslot(TS#) Numbers Mapping

10.6 SynchronizationManagementTNMS-M SURPASS hiT 7020 LCT supports multiple timing references. Each reference canbe configured as an STM-N, TimeIN1, and TimeIN2. Each of the references has 4 levels ofpriority.

Right-click the CC Card, and select , or

Select

A window, with the Timing Source of the NE will be shown.(See Fig. 10.14)


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Fig. 10.14 Synchronization Management, Timing Source of NE

10.6.1 Global Settings

Click to open the global settings of the Timing Source Management. (SeeFig. 10.15)

Fig. 10.15 Global Settings


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enables quality level available or not. Select in the drop-down menu.

When is selected in the drop-down menu, the menuwill be available. Choose , , , or SEC(0 0B)>from the drop-down menu.

Click to check the real-time status.

Click to accept modifications.


Click to launch the Online Help.

10.6.2

Configuringthe SystemClockTo configure the system clock, click . (See Fig. 10.14) The window will be shown. (See Fig. 10.16)

Fig. 10.16 System Clock, Switching Timing Sources

, , and show the current timing status and configuration.

The field indicates the current operation mode of this NE, including:

When Synchronization Supply Units and SDH equipment clocks cannotaccess stored data, or have never had a reference input, they use their own internal clocksto generate the synchronization signal until the network is restored.


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When the quality of the synchronization inputs falls below accepted levels,Synchronization Supply Units and SDH equipment clocks first use stored data to controlphase and frequency variations.

The clock has its frequency phase locked to an input reference signal.Select one of the three options in the field, and then click tochange the mode. When is selected, modify the and settings if or in has been selected. Click to confirm the changes. If the state is , the optionwill be grayed out.

Click to quit the window.


10.6.3 Configuringthe Reference

Use the window (See Fig. 10.14) to configure the timereference.

Double-click the corresponding time reference, and a window will be shown. (See Fig. 10.17)

Fig. 10.17 Timing Source Reference Properties

In the window, the current status of the selectedtiming source is shown.

Check to keep the reference valid.


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Check to monitor the reference.

Select the corresponding from 1 (the highest priority) to 12 (the lowest priority).

Select in the drop-down menu; options include or modes. In the mode, the QL cannot be changed, while in the mode, the QL can be set to a given value.

When setting the to , select the desired quality levelin the drop-down menu of . The QL levels include:

PRC (Primary Reference Clock): A reference frequency standard comprising an ensemble ofPRS that provide a reference frequency signal compliant with ITU G.811 or ETSI EN 300462-6-1. The free run accuracy of PRC must be 10-11.

SSU-A (Quality Level - SSU Transit): One of the SSM codes. This indicates that the clocksource is traceable to a transit node SSU and should be indicated using a '0100' code.

SSU-B (Quality Level - SSU Local): One of the SSM codes. This indicates that the clocksource is traceable to a local node SSU and should be indicated using a '1000' code.

SEC (Quality Level SEC): One of the SSM codes. This indicates that the clock source istraceable to an SEC and should be indicated using a '1011' code.

DNU (Quality Level - Do Not Use): One of the SSM codes.


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11 Ethernet Configuration and Management

11.1 BridgeConfigurationTo configure Bridge Configuration:

Open Chassis View, right-click the corresponding Ethernet card and select in pop-up menu.


Fig. 11.1 Bridge Properties

The section can display the current NE, Card name, and the status ofthe bridge in corresponding items. Click the drop-down menu of to selectone type of tag needed. Input a label to help identify this bridge.

Below this window, there are two tables, which list all LAN and WAN ports. Click the tab tochange the table between them. After selecting one port, double-click it to see more detailinformation about this port.



Click to confirm the modification if the user wants this window closed.

Click to quit the window. All unsaved changes will be lost.


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Click to print the information of the bridges.

Click< Help> to launch the online help.

11.2 LAN Card Configurationand ManagementLAN card configuration and management is similar to SDH card configuration andmanagement.

To open the window, follow the steps below:

Select the corresponding Ethernet card.

To open the window without a specific port defined:

Right-click the card, and select .

To open the window with a specific port defined:

Select the corresponding port in the Ethernet card, right-click on it, and select .




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11.2.1 LANPort Properties

Can be set as , , or .

Can be set as or . Can be set as or .

Choose to make the BRL available.

In the section, if is selected in the field, the other three parameters will be grayed out. If is selected,set these three parameters manually.



Click to confirm the modification and close the window.

Click to quit the window. All the unsaved changes will be lost.


11.2.2 VLANRate Limiting

In the window (See Fig. 11.3), in the section,choose and then click .


Fig. 11.3 Rate Limit Config

The Rate Limit can be chosen from 64kbps to 2048kbps step by 64k. If mbps is used as theunit, the Rate Limit can be chosen from 2 mbps to 100 mbps step by 1mbps.

Click to confirm the modifications and continue adding VLAN Rate Limit.

Click to confirm the modifications and quit this window.

Click to quit this window. All the unsaved modifications will be lost.


11.2.3 CoS Configuration

In the window (See Fig. 11.2), click , a new window of will be shown. (See Fig. 11.4)


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Fig. 11.4 Change Cos

There are four classes can be set, which are , , , and .Click to confirm the modifications.

Click to confirm the modifications and quit this window.

Click to quit this window. All the unsaved modifications will be lost.


11.3 WANPort ConfigurationTo configure WAN Ports, select the corresponding Ethernet card.

Right-click the card and select , the window will be shown. (See Fig. 11.5)

Fig. 11.5 WAN Port Configuration


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Select the port to modify in the drop-down menu.

The settings of the and sections in this window are thesame as that in the window.

In , enable or disable LCAS and then click for detailed settings. (See Fig. 11.6)


For example, to set bandwidth to 4Mb, choose VC12-1 and VC12-2 (Other AUGs can bechosen from the left table) by clicking < >.


Click to confirm the modification with this window closed.

Click to quit the window. All the unsaved changes will be lost.


11.4 VLANManagement


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Select the corresponding Ethernet card, right-click, and select . A newwindow of will be shown. (See Fig. 11.7)

In the section, fill in the conditions as needed.


Click , all VLANs based on the query conditions will show in the list.

Choose one VLAN record, by clicking , a new window will be shown whichwill enable the VLAN record to be modified. (See Fig. 11.8)

Click , to delete the VLAN selected.




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Fig. 11.8 Modify VLAN Based on VLAN

Use the tab to reset VLAN ID and VLAN Name, and to select ports.

Click to set modifications in the window.




Use the tab to modify the VLAN List. (See Fig. 11.9)


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Fig. 11.9 Modify VLAN Based on Ports

Select the Port in the drop-down menu and enter the number in the field.





11.5 Priority AlgorithmConfigurationSelect the corresponding Ethernet card, right-click, and select . A new window of will be shown. (See Fig. 11.10)


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Fig. 11.10 Egress Priority Weight Config

Can be set as (weighted round robin) or (strict priority).

Set as and click to enter the window. (See Fig. 11.11)


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Fig. 11.11 Output Priority Algorithm Configuration

Click to modify the Priority Weight in a new window.

Click to check the Priority Weight.Click to quit the window without saving any modifications.


For example, to modify one Priority Weight, choose it and click , the window will be shown. (See

Fig. 11.12) Fill in the Priority Weight desired and click .


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Fig. 11.12 Modify Priority Weight

11.6 Static MACAddressConfiguration

To configure Static MAC Address, select the corresponding Ethernet card.Right-click and click .

The window will be shown. (See Fig. 11.13) The VLAN Idsand Ports of all the MAC Addresses will be listed in this window.


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Fig. 11.13 Static MAC Address Configuration

Select the corresponding MAC; click to delete existing MAC.

To add a new MAC Address, click . An window will be shown.(See Fig. 11.14)


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Input the .

Input the and select the corresponding port in the drop-down menu.

Click to confirm the action and continue adding other MAC Address.

Click to confirm the action and close the window.

Click to quit the window, all unsaved modifications will be lost.


11.7 ACL ConfigurationACL (Access Control List) is used to manage MAC addresses.

Select the corresponding Ethernet card, right-click, and select . A newwindow of will be shown. (See Fig. 11.15)


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Fig. 11.15 ACL Config

Click , a new window will be shown and new ACL may be added in it. (See Fig. 11.16)

Click , the chosen ACL will immediately be deleted.



Fig. 11.16 Add ACL

11.8 GroupBroadcastConfigurationTo configure Group Broadcast, select the corresponding Ethernet card, right-click it, andselect .

The window will be shown. All MAC Addresses and Port Settingswill be listed in this window. (See Fig. 11.17)


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Fig. 11.17 Group Broadcast Configuration

To delete a MAC Address, select the corresponding MAC and click .

To add a new MAC Address, click . A new window will beshown. (See Fig. 11.18)


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Input the MAC Address.

Select the port in the panel, and click the ==> button, to add it to the panel.

Click to confirm the action and continue adding other MAC Addresses.

Click to confirm the action and close the window.



11.9 RSTPConfigurationSelect the corresponding Ethernet card, right-click, and select . A newwindow, , will be shown. (See Fig. 11.19)


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Fig. 11.19 RSTP Properties Configuration

In the window, modify the Max Age, Switch Priority, Forward Delay, and Hello Time options.Click to check the real-time port RSTP properties.




Click to print the information of RSTP Properties.


Double-click a row to view the port RSTP properties. (See Fig. 11.20)


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Fig. 11.20 Port RSTP Configuration

In the window, modify Port Priority, Path Cost, and Disable or Enable Port.


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12 Protection ManagementSURPASS hiT 7020 supports SNCP and MSP management.

12.1 SNCPManagementTo open the window, select from the main menu.

A new window will be shown. (See Fig. 12.1)


12.1.1 Viewingand ModifyingSNCP

The section in the window allows setting the conditionsof querying to searching SNCP database. The querying conditions include , ,, , and . Type in the Label of the SNCP to be searched; for theother parameters (Capacity, Card, Direction, and Port), use the drop-down menus providedto set parameters. Click to start searching the database. The results will bedisplayed as shown in the table below.

The SNCPs and their properties will be displayed in the table.

Double-click an SNCP or select one SNCP then click to view and modify it.(See Fig. 12.2)


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Fig. 12.2 SNCP Properties

The SNCP Properties supported are listed in Tab. 12.1.Items Description

Capacity The transmission capacity. It cannot be modified in the View/Modify

windowDirection The transmission direction. It cannot be modified in the View/Modify

window.Restore Mode The restore mode of this protection plan which includes Revertive

and No Revertive.Wait To Restore Time The time interval waited for restore. This number must be between

60 and 720.Label A label chosen by the user to help the user remember SNCPs

convenientlyHold off Time The time to hold off. This time must be between 0 and 100.Tab. 12.1 SNCP Properties

denotes the SNCP source/destination TP.


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Select the current working TP, including its working card, port, and TP. Thiscannot be modified in the View/Modify window.

Select the protection TP, including its protecting card, port, and TP. This

cannot be modified in View/Modify window.Click to submit the modifications.

Click CC to create a new CC. (See Fig. 12.3)

Click to quit window. All the unsaved modifications will be lost.



12.1.2 CreatingSNCP

In the window click to create a new SNCP. (See

Fig. 12.4)


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Fig. 12.4 Create SNCP

12.1.3 DeletingSNCP

In the window click to delete the selected SNCP. (See Fig.12.5)


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Fig. 12.5 Delete SNCP

12.1.4 SwitchingSNCP

Click in the window to switch SNCP. The window will be shown (See Fig. 12.6)


Select a command in : Clear, LockOut, Force Switch to Protection, ForceSwitch to Working, Manual Switch to Protection, and Manual Switch to Working.



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Click to start switch.


12.2 MSPManagementTo open the window:

From the main menu, select .

A new window will be shown. (See Fig. 12.7)


Input conditions in the text boxes, including: and . Select options in thedrop-down menus, including: , , and . Click to query the MS protection.

Click to query the MS protection.

Click to check the result. (See Fig. 12.8)




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Fig. 12.8 MSP Property

The window includes the following properties: ,, , , , ,, , , and .

In the window, select one MSP, and click to start theoperation. The window will be shown. (See Fig. 12.9)


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Fig. 12.9 External Commands

The section includes: , , , , , and .

In the drop-down menu, select one command and click to operatethis command. This window will not be closed.


Click to operate this command and quit the window.



In the window, click to create a new protection. A window will be shown. (See Fig. 12.10)


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Input and in the corresponding fields andselect the options in the drop-down menus.

Click to create MS Protection and close this window.



In the window,

Click to delete the selected protection.

Click to print the information of the selected protection.



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13 Routing and Protocol Configuration

13.1 IP Route Configuration

13.1.1 IP Interface

Select and the window will be shown. (See Fig. 13.1)

The IP Interface parameters about the NE will be list in the table. Meantime,every parameter is list below.

Fig. 13.1 IP Interface

All parameters and their meaning are list as below:

: A unique number (greater than zero) that identifies each interface for SNMPidentification of that interface.

: a brief description of the IP Interface

: the type of the IP Interface

: the maximum long of frame

: the speed of the IP Interface

: the physical address of the IP Interface

: the IP interfaces administrative status. The value formed on the interface,

and the interface will be advertised as an internal route to some area.: the IP interfaces operation status.


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Click to close this window.


13.1.2 IP Static Route

Select and the window will be shown. (See Fig. 13.2)

The IP static routes parameters about the NE will be list in the table.Meantime, every parameter is list below.

Fig. 13.2 IP Static Route


: the destination IP address

: IP mask of the IP static routes

: the protocol of the IP static routes


: the NextHop of the IP static routes

: the administrative status of the IP static routes. The value formed on theinterface, and the interface will be advertised as an internal route to some area.

: the operation status of the IP static routes.

: the metric type of the IP static routes: the cost of the IP static routes


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Click to close this window.


Choose an IP static route in the table, and click to edit the selected IP static route.(See Fig. 13.3)

Fig. 13.3 Edit IP Static Route


Click to close the window without saving the modifications.

Click in the window to add a new IP static route. (See Fig. 13.4)


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Fig. 13.4 Add IP Static Route


Click to close the window without saving the modifications.

13.1.3 IP RoutingTableSelect and the window will be shown. (See Fig. 13.5)

The IP routing table parameters about the NE will be list in the .Meantime, every parameter is list below.


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Fig. 13.5 IP Routing Table


: the destination IP routing tabl

: IP mask of the IP routing table

: the protocol of the IP routing table


: the NextHop of the IP routing table

: the type of the IP routing table

: the age of the link state advertisement in seconds.

: the metrics of the IP routing table

Click to check t