46076089 44900532 optical multi service edge nortel

323-1853-195

Nortel

Optical Multiservice Edge 6110Local Craft Access User Guide

What’s inside...Browser based network element user interfaceNE informationNode slot viewSystem TimeInventoryProtectionConfigurationFaultsProfilesPerformanceSecurityMaintenance

Standard Rel 2.2 Issue 1 May 2007

This document is protected by copyright laws and international treaties. All information, copyrights and any other intellectual property rights contained in this document are the property of Nortel Networks. Except as expressly authorized in writing by Nortel Networks, the holder is granted no rights to use the information contained herein and this document shall not be published, copied, produced or reproduced, modified, translated, compiled, distributed, displayed or transmitted, in whole or part, in any form or media.

The information is provided “as is” and Nortel Networks does not make or provide any warranty of any kind, expressed or implied, including any implied warranties of merchantability, non-infringement of third party intellectual property rights, and fitness for a particular purpose.

Nortel, the Nortel logo and the Globemark are trademarks of Nortel Networks.Internet Explorer is a trademark of Microsoft Corporation.Netscape is a trademark of Netscape Communications Corporation.

Printed in Canada

Copyright © 2006-2007 Nortel Networks, All Rights Reserved

iii

Contents 0

About this document vii

Browser based network element user interface 1-1Logging in 1-1User Access Classes 1-3Web user interface layout 1-5

Top panel 1-6Alarm banner 1-6Navigation menu 1-6Input/Output area 1-6Status/Alarm area 1-6

Working with the network element web user interface 1-7Scroll Bars 1-7Hyperlinks 1-7

Help topics 1-7Using help 1-8

List of procedures1-1 Installing the online WUI help package 9

NE information 1-1

Node slot view 1-1Display of module and circuit pack presence in the network element 1-3Display module and circuit pack details 1-4

PSU 1-616XE1DS1 1-62X155M 1-63XE3DS3 1-728XE1DS1 1-78XETH 1-8FAN 1-9

System Time 1-1Set network element date and time 1-2Set network element time zone 1-3Set network time server 1-5

Inventory 1-1

Local Craft Access User Guide 323-1853-195 Standard Rel 2.2 Iss 1 May 2007

iv Contents

Node inventory 1-1Display Node inventory 1-3Delete cards 1-4SFP 1-4SHELF-1 1-6

PSU 1-1016XE1DS1 1-102X155M 1-113XE3DS3 1-1128XE1DS1 1-128XETH 1-13FAN 1-13

Protection 1-1MSP/APS groups 1-2Connections 1-3Timing manager 1-5

Configuration 1-1MSP/APS groups 1-2Cross-connect 1-5Topology Adjacency 1-12Overhead Tunnel 1-14Environmental alarm input 1-16SNMP traps 1-16Facilities 1-17STMn/OCn 1-18

Display STM/OCn Ports 1-18E1/DS1/E3/DS3 ports 1-28Ethernet 1-29WAN Group 1-30

Display VC/VT Group 1-32DCN 1-33Network interface 1-34OSPF 1-39iISIS 1-39Static route 1-41Proxy ARP Neighbour 1-43Serial port 1-44

Synchronization state 1-45Synchronization status 1-46View nominated timing references 1-49Nominate timing reference 1-50

Faults 1-1Active alarms 1-3Suppressed alarms 1-5Alarm Filters 1-5Event history 1-6Alarm severity 1-7

Optical Multiservice Edge 6110 323-1853-195 Standard Rel 2.2 Iss 1 May 2007

Contents v

Profiles 1-1STM/OC Port Profiles 1-2Path Alarm Profiles 1-3

Performance 1-1STM/OCn performance statistics 1-3

View performance statistics of the Regenerator section/Line and Multiplex section/Line 1-4

View performance statistics of the path 1-7View performance statistics of the Tributary unit/Virtual tributary 1-10View performance statistics of Transceiver 1-12

E1/DS1 performance statistics 1-13View the performance statistics of E1/DS1 interface (Line) 1-13View the performance statistics of E1/DS1 interface (Path) 1-14

E3/DS3 performance statistics 1-15View the performance statistics of E3/DS3 interface (Line) 1-15View the performance statistics of E3/DS3 interface (Path) 1-16

Ethernet performance statistics 1-17View the performance statistics of Ethernet interface 1-17

WAN interface 1-19View the performance statistics of the WAN interface 1-19

Input voltage monitor 1-20

Security 1-1Radius server 1-3Manage users 1-4

Display user details 1-4View TL1 sessions 1-5

Maintenance 1-1System settings 1-3Restart operations 1-3

Warm restart 1-3Cold restart (service disruptive) 1-3

Loop-Backs 1-3STM/OCn ports Loopback 1-4PDH ports Loopback 1-4Ethernet ports Loopback 1-4

Diagnostics 1-5OSPF Monitor 1-5Interfaces 1-7Neighbors 1-7Routing table 1-8Areas 1-8Database 1-9Statistics 1-9LSA expansion 1-10AS externals 1-10Opaque-LSAs 1-11


vi Contents

ilSIS monitor 1-11Configuration management 1-12

Backup configuration 1-12Restore configuration 1-13

Restore factory defaults 1-14Upgrade operations 1-14

Unified Upgrade 1-15Documentation 1-17Firmware 1-17


vii323-1853-195

About this document 0

This document supports Optical Multiservice Edge 6110 release 2.2 software.

The topics covered are:

• Accessing the web user interface (WUI)

• Screen layout of the WUI

• WUI menus

Supported SoftwareThis document supports the Nortel Optical Multiservice Edge 6110 Release 2.2.

Audience The following members of your company are the intended audience of this guide:

• planners

• provisioners

• network administrators


viii About this document

Optical Multiservice Edge 6110 NTP Library

ReferencesThis document refers to the following NTPs:

• About the OME6110 NTP Library, 323-1853-090

• Installation, Commissioning, and Testing Procedures, 323-1853-201

• Provisioning and Protection Switching Procedures, 323-1853-310

• Trouble Clearing and Module Replacement Procedures, 323-1853-543

• Planning Guide, NT6Q92AD

Maintenance andTroubleshooting

a Network

Installing,Commissioning andTesting a Network

Managing andProvisioninga Network

Installation,Commissioning andTesting Procedures

(323-1853-201)

Trouble Clearing andModule Replacement

Procedures(323-1853-543)

Provisioning and Protection Switching

Procedures(323-1853-310)

Planning aNetwork

About theOME6110

NTP Library(323-1853-090)

Planning Guide(NT6Q92AD)

Local Craft AccessUser Guide

(323-1853-195)

Supportingdocumentation

for the OME6110Library

NetworkInterworking Guide

(NTCA68CA)

TL1 Refrence(323-1853-190)


1-1323-1853-195

Browser based network element user interface 1-

This chapter describes the procedures for logging in and logging out of the network element. It also provides the structure and functionality of the web based user interface of the OME6110.

The menu driven web user interface (WUI) of the OME6110 allows you to configure the network element as desired with the help of sub menus and hyperlinks.

Logging inTo access the WUI, connect an Ethernet interface of the craft PC to the LCT port on the OAM circuit pack.

Note 1: An Ethernet cross cable is used for direct connectivity between the Ethernet interface of the PC and the LCT port on the 2X155M crossconnect card of the network element.

Note 2: An Ethernet straight cable is used to connect the network element and the PC terminal which is through the Ethernet hub/switch.

Refer to the Planning Guide, NT6Q92AD for pinout information.

To login to the network element, open a web browser session and enter the following universal resource locator (URL):

http://192.168.1.254:20080/

Note: The URL mentioned above is the default factory setting. After the system is commissioned the network element is assigned the element specific URL.

If the URL is not accessible, it could be because of:

– improper Ethernet connectivity to the network element

– mismatch in the type of cable used (straight/cross)

– unprovisioned Ethernet interface

– incorrect URL entered to access the network element


1-2 Browser based network element user interface

– malfunction of the network element software

– initialization of the NE indicated by the LED flashing on the 2X155M crossconnect card. It takes 5 to 7 minutes for the web user interface of the network element to start functioning after powering up.

Log into the OME6110 WUI with following user name and password:

• User Name: ADMIN

• Password: ADMIN

Table 1-1 lists the user account user ID and password details.

Note: Change the initial password of the default user account on the network element. The default user accounts and passwords are widely known.

Table 1-1User ID and password details

User ID • is unique

• can be alphabetic/numeric/alphanumeric

• supports special characters except space

• supports up to 32 characters

• is case sensitive

Password • is unique

• must be exactly eight characters long

• can be alphabetic/numeric/alphanumeric

• supports special characters except space

• is case sensitive

• and the user ID cannot be identical


Browser based network element user interface 1-3

Figure 1-1 shows the OME6110 user authentication page.

Note 1: OME6110 supports up to 10 simultaneous login sessions.

Note 2: The login and password page looks different in different browsers.

User Access ClassesThe OME6110 has three user access classes:

• USER

• OPERATOR

• OPERATOR2

• ADMINISTRATOR

Each access class supports a set of operations along with the operations of previous level access class. For more details on how to setup user accounts on the network element, refer to Provisioning and Protection Switching Procedures, 323-1853-310. Privileges are allotted to users by assigning them to the appropriate access class.

Figure 1-1OME6110 Login Dialog Box

CAUTIONMultiple administrative and diagnostic loginDuring multiple administrative and diagnostic login, ensure that any action performed do not affect the work of other users. The command implementations are on first-come-first-serve basis.



Refer to the Chapter 11, Security for more information.

Table 1-2 lists the access classes in increasing privilege level and the operations supported.

Table 1-2Mapping of access classes and supported operations

User access classes Privileges

USER The user has read-only access to all the management information including configuration, faults and performance.

OPERATOR The operator can:

• configure interfaces and cross connections

• acknowledge fault

• reset performance statistics

OPERATOR2 The operator2 can

• configure node name

• configure Router IP and Ethernet ID

• perform operations such as software/configuration backup/restore, loop backs

• perform all other activities as operator

ADMINISTRATOR The administrator can:

• create and delete login access for the network element

• access network element configurable parameters like mode, location, contact as well as management parameters like Ethernet/router IP address/masks, OSPF parameters

Note: Only the administrator can add, modify or delete users.



Web user interface layoutThe default view of the OME6110 web browser interface is shown in Figure 1-2. The web user interface screen layout displays various navigation panels.

The default view of the web user interface is divided into four separate areas:

• Alarm banner

• Top panel

• Navigation menu

• Input/Output area

Figure 1-2 shows the default Web User Interface page.

Figure 1-2Web User Interface default page



Top panelTop panel occupies the top frame in the WUI screen. It displays:

• IP address of the LCT port of the network element

• an icon of question mark which links to Help topics page

• Nortel logo

• Name of the network element

Alarm bannerAlarm banner displays the active alarms on the network element along with their severity levels.

• C gives the number of active critical alarms

• M gives the number of active major alarms

• m gives the number of active minor alarms

• w gives the number of active warnings

Alarm banner area displays a check box which provides the option to enable/disable auto refresh. The auto-refresh is enabled by default. It also displays the last refresh time and uptime of the network element.

Note: While accessing the WUI of the OME6110 network element with FireFox 1.0, alarm banner may not display the exact number of active alarms. Activate the refresh icon of the browser to get the exact number of active alarms.

Navigation menuThe Navigation menu displays the hyperlinks providing access to various network element WUI applications.

Input/Output areaThe Input/Output area displays the output of the selected link from the main menu or sub menu and allows you to configure the network element as desired.

Status/Alarm areaThe Status/Alarm area displays the status of the selected link from the main menu or the sub menu. This area is not displayed in all cases. The data in the Status/Alarm area is auto-refreshed.

Note: The Status/Alarm area is not displayed in the default view page.



Working with the network element web user interface The main menu in the navigation tree can be expanded to different sub-menus and that allows the user to click on a link to launch a specific application. Each application provides access to different operations depending on the access level of the user.

Before you delete, modify or add any parameter, the web user interface will prompt for a confirmation and only after an acknowledgement, the changes will be applied.

Scroll BarsVertical and horizontal scroll bars appear when a window cannot fully display its contents. These scroll bars allow the user to scroll from side to side, or scroll to the bottom of a page and scroll back to the top again.

Note: If your current browser window is too small to support the scroll bars, a warning message may appear. The warning message may state that the scroll bar minimum value is greater than or equal to the scroll bar maximum value. The warning may also indicate that the slider size is greater than the scroll bar maximum value minus the scroll bar minimum value. If such a warning occurs, resize the browser window to a larger size and click on the reload button on the web browser toolbar.

HyperlinksMenu items, banner line items, and alarms that are underlined indicate that they are hyperlinked.

Hyperlinks are text which you can click with your mouse. When clicked on, these hyperlinks move you to a different area on the same web page or another web page. For example, Add a new Static Route in the Static routes configuration page will connect you to the Creating Static Route page.

Hyperlinks allow you to quickly move from one menu to another without having to go through all the menus.

Help topicsThe OME6110 WUI help package contains hyperlinks to the following documents:

• Local Craft Access User Guide, 323-1853-195

• Provisioning and Protection Switching Procedures, 323-1853-310

• Trouble Clearing and Module Replacement Procedures, 323-1853-543



The OME6110 WUI help package guides the user through the navigation, provisioning and troubleshooting of a network element. The OME6110 technical documents contain detailed information about the features and operations.

Using helpWhen you click the question mark icon on top of any page, the Help topics page is displayed. This page displays the list of documents embedded in the network element software.

To view the required document, click the relevant link listed in the Help topic page. The selected document is displayed in PDF format.

Note: Acrobat Reader is required to view the technical documents included in the software or the browser used should support the file type.



Procedure 1-1Installing the online WUI help package

Use this procedure to install the online WUI help package on the OME6110 network element.

Note: In order to download the online help documentation to the network element, you must have an FTP server running on the PC.

Before you start

• Log into the network element user interface at the default view level with appropriate user access privileges.

• Be familiar with the OME6110 network element user interface as described in Local Craft Access User Guide, 323-1853-195.

• Ensure you have the OME6110 Release 2.2 software CD-ROM (PEC NT6Q81DA). For more information on how to order the software CD-ROM, refer to the Planning Guide, NT6Q92AD.

Procedure tasks

• Verify that the documentation bundle file is installed on the PC or workstation (step 1).

• Open the Documentation download page (step 2).

• Enter the documentation download attributes (step 5).

• Click on the submit button (step 6).

Expected results

• You install the online WUI help package on the network element.

• If the expected results do not occur, contact your next level of support.



Procedure 1-1 (continued)Installing the online WUI help package

Action

Step Action

1 On the PC or workstation from where the online WUI help package download will be performed, verify that the documentation bundle file, doc-bundle_pdf_XX_Y.img (where XX is the NE software release stream and Y is the version number of the documentation bundle), has been installed.

Note: The documentation bundle file is available on the OME6110 Release 2.2 software CD-ROM, NT6Q81DA.

2 Click Maintenance Navigation menu.

3 Click Upgrade operations.

4 Click Documentation.

The Documentation download page is displayed.

5 Enter the documentation bundle download attributes based on the following table:

Attribute possible value(s)

Username Enter a valid username to access the FTP server

Password Enter the appropriate password to access the FTP server

IP address Enter the IP address of the FTP server from which the documentation bundle will be downloaded (see Note)

Directory Enter the full directory path where the documentation bundle is stored on the FTP server

File name Enter the documentation bundle filename, doc-bundle_pdf_XX_Y.img (where XX is the NE software release stream and Y is the version number of the documentation bundle)

Note: The FTP server must be installed and running on the PC or workstation from which the documentation bundle download is being performed.



Procedure 1-1 (continued)Installing the online WUI help package

Step Action

6 Click on the Submit button.

The documentation bundle download completes within 2 minutes and the Documentation Download Succeeded message appears. You have downloaded the online WUI help package to the network element.

Note 1: In order to obtain the download status view, keep the web browser on the Documentation download page.

Note 2: Before Launching the new online help package, clear the cookies, cache and history from your web browser.

—end—


2-1323-1853-195

NE information 2-

This chapter describes the NE information page in the web user interface. The NE information page is the default page displayed after logging into the OME6110 and presents system level information.

Figure 2-1 shows the NE information page.

Figure 2-1NE information page


2-2 NE information

Figure 2-2 shows the level structure of the NE information menu.

Once the network element is installed and powered up, log into the network element. The default page is displayed. For more details regarding installation of OME6110 refer to Installation, Commissioning and Testing Procedures, 323-1853-201.

Figure 2-2Level structure of NE information menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System


NE information 2-3

Table 2-1 lists the parameters on the NE information page.

Table 2-1Parameters on the NE information page

Parameters Description

Name Displays the identification label provisioned for the network element.

Node Configuration Displays what the network element is configured as. In this release, OME6110 supports only ADM.

Node Product Code Displays the product type of the Network Element that is “Optical Multiservice Edge 6110".

Router ID Allows you to enter the IP address of the network element for in-band communication.

Ethernet IP Allows you to enter the IP address of the network element for communication via Ethernet (LCT interface).

Contact Allows you to enter the contact details and contact number of the person maintaining the network element.

Location Allows you to enter the location or site identification where the network element is physically installed.

Software Version Displays the description of the network element. Software Release is also displayed in the format aabbccdd, where

• aa is the major release

• bb is the minor release

• ccdd describes the build version

SDH/SONET Mode Displays the mode of network element (see Note).

Note: Release 1 chassis NT6Q50AA only supports SDH mode. All other base chassis can be provisioned to SONET or SDH mode.


2-4 NE information


3-1323-1853-195

Node slot view 3-

This chapter describes the Node slot view menu in the web user interface. Node slot view provides the information regarding the circuit packs populated in the system. It also shows the alarms present on the circuit pack. Figure 3-1 shows the Node slot view page.

Note: Auto Refresh is supported for the Node slot view page.

Figure 3-1Node slot view page


3-2 Node slot view

Figure 3-2 shows the level structure of the Node Slot View menu.

Figure 3-2Level structure of Node slot view menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

PSU

16XE1DS1

2X155M

Optional slot

FAN

8XETH/28XE1DS1/3XE3DS3/2X155M


Node slot view 3-3

Display of module and circuit pack presence in the network elementThe Node slot view menu displays graphical representation of the modules and circuit packs present in allotted slots of the chassis. Three visual indicators are present on the module or circuit pack representing the status, active and alarm conditions respectively. The color of the LED indicates the status of the module or circuit pack.

Table 3-1 lists the visual indicators on the Node slot view page.

Table 3-1Visual indicators

Status of the LED Indication

Status

Red Circuit pack failure

Green Normal working

Amber • During a power cycle

• During a circuit pack

Black When the module or circuit pack is placed out of service

Alarm

Red Major / Critical alarms present on the network element


Amber Minor alarms present on the network element

Black When the module or circuit pack is placed out of service

Active

Red Circuit pack failure


Amber • During a power cycle

• During a circuit pack


3-4 Node slot view

Display module and circuit pack detailsThe Node slot view page displays the details of the module and the circuit packs in the network element.

In the web user interface of OME6110 the following circuit packs are displayed on the Node slot view page:

• PSU

• 16XE1DS1

• 2X155M

• 2X155M/8XETH/3XE3DS3/28XE1DS1

• FAN ‘

Note: The fourth slot is displayed in the Node slot view page only when a circuit pack is present in this slot.

Table 3-2 lists the parameters for the modules and circuit packs in the Node slot view page.

Table 3-2Parameters for the modules and circuit packs in the Node slot view page

Field Description Applicable to

Shelf Displays the shelf number in which the network element is present. This value is always 1 in this release.

• Chassis

• PSU

• 16XE1DS1

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

Slot Displays the slot number in which the module or circuit pack is present.

• Chassis

• PSU

• 16XE1DS1

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

Equipment Displays if the Equipment is present or not.


Node slot view 3-5

Product Code Displays the PEC code of the product. • Chassis

• PSU

• 8XETH

• 3xE3DS3

• 28XE1DS1

• 2X155M

• FAN

Serial Number Displays the unique serial number of a specific module.

• Chassis

• PSU

• 8XETH

• 3xE3DS3

• 28XE1DS1

• 2X155M

• FAN

Temperature Temperature of the network element. • 2X155M (Base card, or logical slot 3 only)

Redundancy Status Primary Specifies that the primary module is currently working.

• 16XE1DS1

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

MAC Address Displays the MAC address of the network element.

• 2X155M (Base card, or logical slot 3 only)

Note: The table gives general information about the parameters of all the modules and circuit packs displayed in the slot view.

Table 3-2 (continued)Parameters for the modules and circuit packs in the Node slot view page



3-6 Node slot view

PSU The PSU is the Power Supply Unit (PSU) of the OME6110.

Figure 3-3 shows the level structure of the PSU menu.

For the parameters displayed on the Power Supply Unit page refer to Table 3-2.

Note: In the Status/Alarm area of the web user interface the recently generated alarms are displayed for this module.

. 16XE1DS1The 16XE1DS1 is the E1/DS1 interface of OME6110 base chassis which provides E1/DS1 interfaces.

Figure 3-4 shows the level structure of the 16XE1DS1 link.

Note: In the Status/Alarm area of the web user interface the recently generated alarms are displayed for this interface.

For the parameters displayed on E1/T1 Tributary Card page refer to Table 3-2.

In the E1/T1 Tributary Card page you can:

• access and provision the E1/T1 interfaces

• select alarm and Performance Monitoring mode for ports

For more details refer to Provisioning and Protection Switching Procedures, 323-1853-310.

2X155MThe 2X155M is the 2X155M interface of the OME6110 base chassis or an optional circuit pack. It provides two optical STM-1/OC-3 interfaces.

Figure 3-3Level structure of PSU menu

Figure 3-4Level structure of the 16XE1DS1 link

Node slot view PSUSystem

Node slot view 16XE1DS1System


Node slot view 3-7

Figure 3-5 shows the level structure of 2X155M link.

Note: In the Status/Alarm area of the web user interface the recently generated alarms are displayed for this circuit pack.

For the parameters displayed on Traffic and cross-connect page refer to Table 3-2.

3XE3DS3 The 3XE3DS3 is an optional circuit pack of OME6110. The 3XE3DS3 circuit pack provides line interface to three E3/DS3 interfaces.



For the parameters displayed on E3/DS3 Tributary Card page refer to Table 3-2.

In the E3/DS3 Tributary Card page you can:

• configure E3 or DS3 ports

• access and provision the E3/DS3 interfaces


28XE1DS1 The 28XE1DS1 is an optional circuit pack of OME6110. The 28XE1DS1 circuit pack provides line interface to 28 E1/DS1 interfaces. For the parameters displayed on 28XE1DS1 page refer Table 3-2.

Figure 3-5Level structure of 2X155M link

Figure 3-6Level structure of the 3XE3DS3

Node slot view 2X155MSystem

Node slot view 3XE3DS3System


3-8 Node slot view







• select Alarm and Performance Monitoring mode for ports


8XETH The 8XETH is an10/100BaseT Ethernet Private Line circuit pack of OME6110. The 8XETH circuit pack provides line interface to eight 10/100Mbps Ethernet interfaces.

Figure 3-8 shows the level structure of the 8XETH link.


For the parameters displayed on Ethernet Tributary Card page refer to Table 3-2.


Figure 3-8Level structure of the 8xETH link

Node slot view 28XEIDS1System

Node slot view 8XETHSystem


Node slot view 3-9

In the Ethernet Tributary Card page you can access and provision the Ethernet interfaces and the WAN interfaces. For more details refer to Provisioning and Protection Switching Procedures, 323-1853-310.

FANFAN is the fan module in OME6110 shelf.

Figure 3-9 shows the level structure of the FAN link.

For the parameters displayed on FAN Tray page refer to Table 3-2.

Figure 3-9Level structure of the FAN link

Node slot view FANSystem


3-10 Node slot view


4-1323-1853-195

System Time 4-

This chapter describes the System Time menu in the web user interface. System Time provides the information to:

• set the date and time of the network element

• set the required time zone

• set the server time of the network element

Figure 4-1 shows the level structure of the System Time link.

Figure 4-1Level structure of System Time link

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

Set time

Set time zone

Set time server


4-2 System Time

Set network element date and time The Set time link enables you to set the date, month, year, hour, minutes and seconds of the network element. The time is displayed in the Input/Output area of the web user interface.

Figure 4-2 shows the level structure of the Set time link.

Table 4-1 lists the parameters on the Set Time page.

Figure 4-2Level structure of System time link

Table 4-1Parameters on the Set Node Time page

Field Description

Date

Month Allows you to select a month.

Day Allows you to select a day.

Year Allows you to select a year.

Time

Hour Allows you to select the hour.

Minute Allows you to select the minute.

Second Allows you to select the second.

System time Set timeSystem


System Time 4-3

Set network element time zoneThe Set time zone link enables you to set the appropriate time zone relevant to the location of the network element.

Figure 4-3 shows the level structure of the Set time zone link.

Table 4-2 lists the time zones on Set Time Zone page.

Figure 4-3Level structure of Set zone link

Table 4-2Time zones listed on the Set Time Zone page

Time Zone Description

America, Adak Hawaiian Standard Time or Hawaiian Daylight Time with DST.

America, Anchorage Atlantic Standard Time or Atlantic Daylight Time with DST.

America, Chicago Central standard Time or Central Daylight Time with DST.

America, Denver Mountain Standard Time or Mountain Daylight time with DST.

America, Honolulu Hawaiian Standard Time without DST.

America, Indianapolis Eastern Standard Time without DST.

America, Los Angeles Pacific Standard Time or Pacific Daylight time with DST.

America, NewYork Eastern Standard Time or Eastern Daylight Time with Daylight Savings Time (DST).

America, Pheonix Mountain Standard Time without DST.

Australia, Northern Territory Central Standard Time without DST.

Australia, Queensland Australian Eastern Standard Time without DST.

Australia, South Australia Central Standard Time or Central Daylight Time with DST.

Australia, Tasmania Australian Eastern Standard Time with DST.

Australia, Victoria Australian Eastern Standard Time or Australian Eastern Daylight Time with DST.

Australia, Western Australia Western standard Time without DST.

Chile, Santiago Chile Time or Chile Summer Time with DST.

Chile, Easter Island Easter Island time or Easter Island summer time with DST.

System time Set time zoneSystem


4-4 System Time

Set Other Time Zone To reach the Other time zone page, choose Other Time Zone option for the Zone field in the Set Time Zone page. The Other Time Zones link enables you to enter a time zone which is not available in the above list in the Set Time Zone page.

Figure 4-4 shows the level structure of the Other Time Zone link.

Table 4-3 lists the parameters on the Other time zone page.

GMT Greenwitch Mean Time.

India Indian Standard Time (IST).

Korea Korea Standard Time.

Other time zones Allows you to enter Other Time zones.

Figure 4-4Level structure of Other Time Zone link

Table 4-3Parameters on the Other time zone page

Field Description

Zone Allows you to enter the time zone that is not available in the predefined list.

Offset Hours Allows you to set the hour difference in time with respect to the GMT.

Offset Minutes Allows you to set the minute difference in time with respect to the GMT.

Daylight Saving Allows you to Enable or Disable the DST.

DST String Allows you to provide the timezone string for timezone identification for the user during the DST period (see Note).

Table 4-2 (continued)Time zones listed on the Set Time Zone page

Time Zone Description

System time Set time zoneSystem Other time zone


System Time 4-5

Set network time server The Set time server link enables you to enter the IP address of the server or network element in order to have a uniform clock. All network elements connected to the same server in a network function synchronously. The network element periodically synchronizes itself with the server to avoid an asynchronous state.

Note 1: Up to 5 time servers can be provisioned on a network element to synchronize to.

Note 2: Timing server nominated must be of stratum level of 14 or less than 14. The network element will not synchronize to the server if the stratum level is not within the range.

Figure 4-5 shows the level structure of the Set time server link.

Table 4-4 lists the parameters on the Set Time Server page.

DST Start

(Month: Week: Day: Hour: Minute)

Allows you to select the Month, week,weekday, hour and minute for the

DST start (see Note).

DST Stop

(Month: Week: Day: Hour: Minute)

Allows you to select the Month, week,weekday, hour and minute for the

DST stop (see Note).

Note: DST String, DST Start and DST Stop are only applicable if the DST Enable is set to enable.

Figure 4-5Level structure of Set time server link

Table 4-4Parameter on the Set Time Server page

Field Description

NTP Client Enable Allows you to enable or disable the NTP client.

NTP Server-0 Allows you to enter the IP Address of the first time server (see Note).

NTP Server-1 Allows you to enter the IP Address of the second time server (see Note).

Table 4-3 (continued)Parameters on the Other time zone page

Field Description

System time Set time serverSystem


4-6 System Time

NTP Server-2 Allows you to enter the IP Address of the third time server.

NTP Server-3 Allows you to enter the IP Address of the fourth time server.

NTP Server-4 Allows you to enter the IP Address of the fifth time server.

Synchronization interval Allows you to select the synchronization interval. Once the node synchronizes with the time server, the synchronization interval specifies how often the network element should poll the time server.

Current NTP Server Displays the sever with which the node is synchronized.

Current Time Offset Displays the network element offset with the current NTP server.

Last Update Time Displays the time of Last update of the current time server or offset.

Note: If OMEA is used to manage the OME6110 network element, the first NTP servers (NTP Server-0) will automatically be provisioned. Provision all other time servers against remaining NTP servers.

Table 4-4 (continued)Parameter on the Set Time Server page

Field Description


5-1323-1853-195

Inventory 5-

This chapter describes the Inventory menu in the web user interface. It provides you with an inventory of the modules, circuit packs and the SFPs in the network element and its details like the physical presence, operation status, product code and serial number.

Inventory menu provides links to Node inventory and SHELF-1 pages.

Node inventoryFigure 5-1 shows the Node Inventory page.

Figure 5-1Node inventory page


5-2 Inventory

Figure 5-2 shows the level structure of the Node Inventory menu.

Figure 5-2Level structure of the Node Inventory menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

Node inventory

SHELF-1

Circuitpacks ormodule number

link

Delete cards

SFP


Inventory 5-3

Display Node inventoryThe Node inventory page displays details of the circuit packs present in the network. It also gives the details regarding the Product code, Serial Number, CLEI code and Operational status of the circuit packs, modules and SFPs present in the system and displays whether the circuit pack is currently ejected from the system.

Figure 5-3 shows the level structure of the Node inventory link.

Refer to Table 3-2 for details on the parameters presented for the selected module or circuit pack.

Note: The slot number link leads to the respective circuit pack page.

Figure 5-3Level structure of the Node inventory link

InventorySystem Node inventoryCircuitpacks ormodule number

link


5-4 Inventory

Delete cardsThe network element retains the configuration of a circuit pack even after removal of a circuit pack from the chassis. In such cases, Node inventory page shows operational status of that circuit pack as DOWN and is present or not.

The View/Delete Cards page lists all the cards that are ready to be deleted, as they have been removed from the slot.

Figure 5-4 shows the level structure of the Delete Cards link.

Note 1: You need to delete the circuit packs that are not present in the network element before inserting a new circuit pack for the network element to recognize it.

Note 2: The circuit pack can be deleted from the system only if it is physically out of the system and there are no cross connects provisioned on the ports present on the circuit pack. If the crossconnects or IBCs are provisioned on the ports of the circuit pack, you need to delete all the provisioned crossconnects and IBCs, only then you will be able to delete the circuit pack.

Table 5-1 lists the parameters on the View/Delete Cards page.

SFPThe SFP link provides details of the pluggable circuit packs. These are the SFPs associated with the STM ports on the 2X155M circuit pack.

The Delete command in this page can be operated on the SFPs without having to physically remove the SFP.

Figure 5-4Level structure of the Delete Cards link

Table 5-1Parameters on the View/Delete Cards page

Field Description

Slot Displays the slot in which the circuit pack was present.

Card Type Displays the name of the circuit pack.

Delete Displays the check box to delete the circuit pack.

Note: The Delete cards command is only applicable to circuit packs provisioned in optional slot (Slot 4).

InventorySystem Node inventory Delete cards


Inventory 5-5

Note: The Node inventory page displays circuit pack pluggable status along with the chassis information.

Figure 5-5 shows the level structure of the SFP link.

Table 5-2 lists the parameters for SFP.

Figure 5-5Level structure of the SFP link

Table 5-2Parameters for SFP

Field Description

Name Displays the name of the SFP. This field also has a delete hyperlink associated with it (see Note 1).

Port Displays the Port to which the SFP is associated.

Operational Status Displays the operative state of the SFP.

Is Present Present Displays the SFP is inserted.

Not present Displays the SFP is not inserted.

Laser Type Displays the laser type. Laser type specifies the capacity and range of the laser used in the particular interface (see Note 2).

Serial Number Displays the serial number of the SFP that is pluggable.

PEC Code Unique product equipment code.

CLEI Code Unique common language equipment identifier.

Note 1: The Delete hyperlink allows you to delete the SFP, you do not require to physically remove the SFP before doing the delete. The SFP will autoprovision with the slotted SFP values.

Note 2: Lasers are specific to the interfaces. Therefore only an SFP supporting STM1/OC3 lasers can be inserted into an STM1/OC3 interface port.

Lasers have ranges like

• Long Reach

• Short Reach

• Intermediate Reach

InventorySystem Node inventory SFP


5-6 Inventory

SHELF-1The SHELF-1 link displays the links to the circuit packs on the network element.

• CHASSIS

• PSU

• 16XE1DS1

• 2X155M (Base card)

• 8XETH

• 3XE3DS3

• 28XE1DS1

• 2X155M (circuit pack)

• FAN

Each link within the SHELF-1 menu, the status/alarm area is available and presents the active alarms against the entity (module or circuit pack).


Inventory 5-7

Figure 5-6 shows the level structure of the SHELF-1 menu.

Figure 5-6Level structure of SHELF-1 menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System PSU

16XE1DS1

2X155M

Optional slot

FAN

8XETH/28XE1DS1/3XE3DS3/

Node inventory

SHELF-1 Chassis

2X155M


5-8 Inventory

Table 5-3 lists the relevant parameters when you click on any circuit pack link under SHELF-1. The table below gives general information about the parameters of all the modules and circuit packs displayed in the SHELF-1 view.

Table 5-3Parameters for the modules and circuit packs


Shelf Displays the shelf number in which the network element is present. This value is always 1 in this release.

• Chassis

• 16XE1DS1

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

• PSU

Slot Displays the slot number in which the module or circuit pack is present.

• Chassis

• 16XE1DS1

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

• PSU

Equipment Displays if the Equipment is present or not.

Product Code Displays the PEC code of the product. • Chassis

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

• PSU


Inventory 5-9

Serial Number Displays the unique serial number of a specific module.

• Chassis

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

• PSU

Temperature Temperature of the network element. 2X155M (Base card, or logical slot 3 only)

Redundancy Status Primary Specifies that the primary module is currently working.

• 2X155M

• 8XETH

• 3XE3DS3

• 28XE1DS1

• FAN

MAC Address Displays the MAC address of the network element.

• 2X155M (Base card, or logical slot 3 only)

Note: The table gives general information about the parameters of all the modules and circuit packs displayed in the SHELF-1 view.

Table 5-3 (continued)Parameters for the modules and circuit packs



5-10 Inventory

PSU The PSU is the Power Supply Unit (PSU) of the OME6110.

Figure 5-7 shows the level structure of the PSU menu.

For the parameters displayed on the Power Supply Unit page refer to Table 5-3.

Note: In the Status/Alarm area of the web user interface the recently generated alarms are displayed for this module.

. 16XE1DS1The 16XE1DS1 is the E1/DS1 interface of OME6110 base chassis which provides E1/DS1 interfaces.


Note: In the Status/Alarm area of the web user interface the recently generated alarms are displayed for this interface.

For the parameters displayed on E1/T1 Tributary Card page refer to Table 5-3.

In the E1/T1 Tributary Card page you can


• select Alarm and Performance monitoring mode for ports


Figure 5-7Level structure of PSU menu

Figure 5-8Level structure of the 16XE1DS1 link

InventorySystem SHELF-1 PSU

InventorySystem SHELF-1 16XE1DS1


Inventory 5-11

2X155M

The 2X155M is the 2X155M interface of the OME6110 base chassis or an optional circuit pack. It provides two optical STM-1/OC-3 interfaces.

Figure 5-9 shows the level structure of 2X155M link.


For the parameters displayed on Traffic and Cross-connect Card page refer to Table 5-3.

In the Traffic and Cross-connect Card page you can access and provision the STM-1/OC3 interfaces.


3XE3DS3 The 3XE3DS3 is the optional circuit pack of OME6110. The 3XE3DS3 circuit pack provides line interface to three E3/DS3 interfaces.







Figure 5-9Level structure of 2X155M link


InventorySystem SHELF-1 2X155M



5-12 Inventory


28XE1DS1 The 28XE1DS1 is the optional circuit pack of OME6110. The 28XE1DS1 circuit pack provides line interface to 28 E1/DS1 interfaces.







• select Alarm and Performance monitoring mode for ports





Inventory 5-13

8XETH The 8XETH is the 10/100BaseT Ethernet Private Line circuit pack of OME6110. The 8XETH circuit pack provides line interface to eight 10/100Mbps Ethernet interfaces.

Figure 5-12 shows the level structure of the 8XETH link.


For the parameters displayed on Ethernet Tributary Card page refer to Table 5-3.

By clicking on Ports in the Ethernet Tributary Card page, you can access and provision the Ethernet interfaces and the WAN interfaces.


FANFigure 5-13 shows the level structure of the FAN link.

For the parameters displayed on FAN Tray page refer to Table 5-3.

Figure 5-12Level structure of the 8XETH link

Figure 5-13Level structure of the FAN link

InventorySystem SHELF-1 8XETH

InventorySystem SHELF-1 FAN


5-14 Inventory


6-1323-1853-195

Protection 6-

This chapter describes the Protection menu in the web user interface. From Protection menu, you can access:

• MSP/APS groups

• Connections

• Timing manager

Figure 6-1 shows the level structure of the Protection menu.

Figure 6-1Level structure of the Protection menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

MSP/APS Groups

Connections

Timing manager


6-2 Protection

MSP/APS groupsAutomatic Protection Switching (APS)/Multiplex Section Protection (MSP) traffic protection configuration is coordinated by the K1 and K2 bytes in the multiplex section overhead. Automatic Protection switching occurs when the following conditions are detected on the STM-1/OC3 ports:

• signal failure

• signal degradation

External commands available in the MSP/APS groups menu are:

• Release

• Lockout Protection

• Forced Switch to Protect

• Forced Switch to Working

• Manual Switch to Protect

• Manual Switch to Working

Figure 6-2 shows the level structure of the MSP/APS groups link.

Figure 6-2Level structure of the MSP/APS groups link

ProtectionSystem MSP/APS Groups Release

Lockout protection

Forced switch toprotect

Forced switch toworking

Manual switch toprotect

Manual switch toworking


Protection 6-3

ConnectionsFigure 6-3 shows the level structure of the Connections link.

Figure 6-4 shows the level structure of the External Command for WAN association link.

By accessing the External Commands you can

• Release

• Lockout Protection

• Forced Switch to Protection

• Forced Switch to Working

• Manual Switch to Protect

• Manual Switch to Working

Figure 6-3Level structure of the Connections link

Figure 6-4Level structure of the External Command

ProtectionSystem Connections

ProtectionSystem Connections Connectionsprotection request

Externalcommands


6-4 Protection

Table 6-1 lists the parameters on the Connections protection requests page.

Table 6-1Parameters on the Connections protection requests page

Field Description

Working port Filters provisioned protected connections based on selected working port.

Connection Displays the cross-connect elements with source in the beginning and then the destination.

End Displays whether protection is provisioned for source or destination.

Working Path Displays the channel configured to carry the traffic under normal working conditions.

Protection path Displays the protection channel to which the source switches upon failure (see Note 2).

Protection status Displays the status of the destination channel either as work or protect.

Provisioned protection request Displays the external command provisioned for the destination channel.

Switch status Displays the status of the protection switch in a destination channel.

Release Allows the user to unprovision the external requests provisioned.

Lockout Protection Prevents traffic from switching to protect path.

Forced Switch to Protect Force traffic to switch to the protect path regardless of signal fail/degrade condition existing on protect path.

Forced Switch to Working Force traffic to switch to the work path regardless of signal fail/degrade condition existing.

Manual Switch to Protect Switch traffic to protect path only when it does not have signal fail/ degrade condition existing.

Manual Switch to Working Switch traffic to protect path when it does not have signal fail/ degrade condition existing.

Note 1: There is no link for the source port in a WAN.

Note 2: Source Protection is not applicable for the WAN port.


Protection 6-5

Table 6-2 lists the parameters on Protection request page.

Timing managerFigure 6-5 shows the level structure for Timing manager link.

Table 6-2Parameters on Protection request page

Field Description

CrossConnect

Source Displays the link of the source channel.

Destination Displays the link of the destination channel.

Protection

Source Protection Displays the protection interface to which the source switches upon failure.

Destination Protection Displays the protection interface to which the destination switches upon failure.

Destination Revertive Displays if the protection on the destination channel is revertive or non-revertive.

Destination WTR Time Displays the wait to restore time in minutes.

Destination Protection Status Displays the status of the protection on the destination channel.

Provisioned Destination Protection request

Displays the external command provisioned for the destination channel.

Destination Switch Status Displays the status of the protection switch in a destination channel.

Figure 6-5Level structure for the External request link

ProtectionSystem Timing manager


6-6 Protection

Table 6-3 lists the parameters on the Timing manager protection request page.

Table 6-3Parameters on the Timing manager protection request page

Field Description

Clock Source Displays the name of the clock source. The clock source tagged with an asterisk is the currently active source.

Priority Displays the priority assigned to the clock source.

Note: 1 has the highest priority and 8 has the least. Priority 0 means it is not used for selection.

Clock status Displays the availability status of the clock source as one of the following

• Normal

• Signal Fail

• Oper down

• Admin down

Lockout Request Displays the lockout request status of the source as on or off.

Protection request Displays if there is a protection request.

Release Releases previously set commands.

Forced Switch The network element switches to the selected clock source on forced switch external request and cannot be switched to other clock sources unless the external request is cleared. Forced switch has a higher priority over manual switch.

Manual Switch The network element switches to the selected clock source on Manual Switch external request.

Lockout Source Lock out selected clock source.

Clear Lockout Removes lockout request on selected clock source.


7-1323-1853-195

Configuration 7-

This chapter describes the Configuration menu in the web user interface. It provides you with the function of each menu and operations that can be performed.

Figure 7-1 shows the level structure of the Configuration menu.

Figure 7-1Level structure of the Configuration menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

MSP/APS groups

Cross-connect

Topologyadjacency

Overhead tunnel

Environmentalalarm input

SNMP traps

Facilities

DCN

Synchronization


7-2 Configuration

MSP/APS groupsThe Multiplex Section Protection (MSP)/Automatic Protection Switching (APS) traffic protection configuration is coordinated by the K1 and K2 bytes in the multiplex section overhead. Automatic Protection switching occurs when the following conditions are detected on the STM1/OC3 ports:

• signal failure

• signal degradation

In the MSP/APS groups menu you can:

• view the MSP/APS group

• create MSP/APS group

• edit the MSP/APS group

• delete the protection group

Figure 7-2 shows the level structure of the MSP/APS groups.

Table 7-1 lists the parameters on the View MSP/APS groups page.

Figure 7-2Level structure of MSP/APS groups

Table 7-1Parameters on the View MSP/APS groups page

Field Description

Name Displays the name of the MSP/APS group.

Working Port Displays the channel configured to carry the traffic under normal working conditions.

Protection Port Displays the channel configured to carry the traffic under switched (failure of work channel) conditions.

ConfigurationSystem View MSP/APSgroups

Create MSP/APSgroups

Protectionprovisioning

Provisioning portprotection


Configuration 7-3

Reversion mode Revertive This mode enables switching back to work channel from protect channel once the fault on work channel is fixed.

Non-Revertive In this mode, switching from protect to work channel does not occur automatically. Until traffic is manually switched back to work channel, traffic is carried on protect channel.

WTRTime (Wait to restore time) Allows you to select a time interval (in minutes) after which the traffic must switch back to work channel upon rectification of work channel, when admin reversion mode is set as revertive.

Current status The active channel where traffic is being currently carried.

Protection switching mode 1WAY Only the Head end network element’s Receiver switches to the alternate receiver on receiving an alarm.

2WAY Both the head end and the network element’s Receiver and the Tail end network element’s Receiver switches to the alternate receiver on receiving an alarm.

Route Diversity Enable Allows the user to have two DCC links. The user can also provision both on the work and protect ports.The ports act independently.

Disable Allows the user to have one DCC link provisioned, which will follow the active MSP/APS port.

Note: The default value for Route Diversity is set to disabled by default in both SONET and SDH modes.

delete It is used to delete the selected MSP/APS port pair association (see Note).

Note: The MSP/APS group can be deleted if there are no cross connects provisioned on the ports which make up the MSP/APS group, and if the traffic is on working port when Route Diversity is set to Disable mode.

Table 7-1 (continued)Parameters on the View MSP/APS groups page

Field Description


7-4 Configuration

Table 7-2 lists the parameters on the Provision port protection page.

Table 7-2Parameters on the Provision port protection page

Field Description

Working port Displays the channel configured to carry the traffic under normal working conditions.

Protection port Displays the channel configured to carry the traffic under switched (failure of work channel) conditions.

Protection mode Displays type of Protection.

Admin Reversion Mode Revertive This mode enables switching back to work channel from protect channel once the fault on work channel is fixed.

Non-Revertive In this mode, switching from protect to work channel does not occur automatically. Until traffic is manually switched back to work channel, traffic is carried on protect channel.

WTR Time Allows you to select a time interval (in minutes) after which the traffic must switch back to work channel upon rectification of work channel, when admin reversion mode is set as revertive.

Protection switching mode 1WAY Only the Head end network element’s Receiver switches to the alternate receiver on receiving an alarm.

2WAY Both the head end and the network element’s Receiver and the Tail end network element’s Receiver switches to the alternate receiver on receiving an alarm.

Route Diversity Enable Allows the user to have two DCC links. The user can also provision both on the work and protect ports.The ports act independently.

Disable Allows the user to have one DCC link provisioned, which will follow the active MSP/APS port.

Note: The default value for Route Diversity is set to disabled by default in both SONET and SDH modes.


Configuration 7-5

Table 7-3 lists the parameters on the Protection provisioning page.

Cross-connect The Cross-connect menu is used for creating cross connects in a network element. The numbering scheme used is

VC capacity Chassis-Slot-Port-STM# - TUG3 (K)-TUG2 (L)-VC12 (M).

VT capacity Chassis-Slot-Port-STS # - VT-Group- VT #.

Table 7-3Parameters on the Protection provisioning page

Field Description

Admin Protection Switching Mode

Displays the provisioned protection switching mode as 1WAYl or 2WAY.

Admin Reversion Mode Allows selection as revertive or non revertive mode.

Route Diversity Allows you to enable or disable the route diversity.

WTR Time

(Wait to restore time) minutes

Allows you to select the time the network element takes to switches traffic from protect channel to work channel after the fault on working channel clears (see Note).

Operational Protection Architecture

Displays MSP/APS architecture as 1+1 protection.

Operational Protection Switching Mode

Displays the operational protection switching mode as 1WAY or 2WAY depending on the protection switching mode of the Far end network element.

Operational Reversion Mode Displays the current operative reversion mode.

Current Standing Request Displays status of MSP/APS request on current MSP/APS group.

External Command External commands are used to configure a protection request.

Note: WTR Time can be set if the revertive mode is selected.


7-6 Configuration

Figure 7-3 shows the level structure of the Cross-connect link.

In the Cross-connect menu you can:

• view crossconnects

• add crossconnects

• edit a crossconnect

• delete a crossconnect

• filter crossconnects

Figure 7-3Level structure of the Cross-connect link

ConfigurationSystem Cross-connect

AddCross-connects

EditCross-connects

DeleteCross-connects

FilterCross-connects


Configuration 7-7

Table 7-4 lists the parameters on the Configure Cross-connects page.

Table 7-4Parameters on the Configure Cross-connects page

Field Name Description

Filter Cross Connects

Capacity Allows you to select the capacity of the cross connect from the following

• VC12/VT2

• VC3/STS-1

• VC4/STS-3C

• VC11/VT1.5

• All

Note: VC4/STS3c is not supported in this release.

Card Allows you to select the card for filtering cross connects from the following

• 2X155

• 28XE1DS1

• 3XE3DS3

• 8XETH

• 2X155M

Note: The three modules 8XETH, 28XE1DS1 and 3XE3DS3 will not be available simultaneously in the drop-down menu.It depends on the circuit pack that is jacked in.

Port Number This field is disabled.

STM no Allows you to select the STM number for fine filtering of cross connects

from the 2x155M circuit pack - "1".

STS3 No/STM No Allows you to select STS3 number for fine filtering of cross connects from the following

• 1

• All

STS No/K Allows you to select STS/K number for fine filtering of cross connects from the following

• 1 to 3

• All

Note: STS is applicable in the SONET mode and K is applicable in the SDH mode.


7-8 Configuration

VT-Group/L Allows you to select VT group/L number from the following

• 1 to 7

• All

VT No/M Allows you to select VT/M number from the following

• 1 to 4

• All

(Filtered) Cross Connects

Delete all Displays the check box to delete all cross-connects.

Connection Id Displays the name of the crossconnect or of the corresponding WAN.

Traffic Status Displays the status of the traffic on crossconnect.

Capacity Displays the rate of the cross connect.

Source Displays the source channel.

Source Protection (see Note) Displays the protection interface to which the source switches upon failure.

Active Source Displays the status of the source path either as work or protect.

Dir Displays the direction of data flow for the cross-connect.

Destination Displays the destination channel.

Destination Protection (see Note)

Displays the protection interface to which the destination switches upon failure.

Active Destination Displays the status of the destination path either as work or protect.

Note: Source Protection and Destination Protection can only be provisioned for STM1/OC3 ports in SNCP/UPSR connections.

Table 7-4 (continued)Parameters on the Configure Cross-connects page

Field Name Description


Configuration 7-9

Table 7-5 lists the parameters on the Add Cross-connects page.

Table 7-5Parameters on the Add Cross-connects page

Field Description

Cross-connect Parameters

Capacity Allows you to select the capacity of the cross-connect from the following

• VC12/VT2

• VC3/STS-1

• VC4/STS-3C

• VC11/VT1.5

• VC4_4c


Circuit Identifier Allows you to enter the name of the cross-connect.

Directionality Allows you to select the direction of data flow in cross-connect as

• 2WAY

• 1WAY

Working Source and Destination and Protection Source and Destination

Port Allows you to select the interface number.

STM No./STS Allows you to select STM/STS number (see Note 1).

K (TUG3)/STS # Allows you to select the STMn/OCn time slot for the crossconnect.

• K specifies TUG3/STS (Supported values range from 1 to 3)

• L specifies TUG2/VTG (Supported values range from 1 to 7)

• M specifies VC/VT number of the crossconnect (Supported values range from 1 to 4)

Note: The maximum value of M is 3 when an E1 connection is provisioned, and a maximum of 4 for DS1 connections.

L (TUG2)/VT-Group

M (VC number)/VT #

Source Protection

(see Note 2).

Allows you to enable or disable the protection path for source.

Destination Protection

(see Note 2).

Allows you to enable or disable the protection path for destination.

Reversion Mode Parameters

Source Port Revertive Allows you to select protection mode for the source as

• Revertive

• Non-Revertive


7-10 Configuration

Table 7-6 lists the parameters on the Edit Cross-connects page.

Source WTR Time For revertive mode, displays the wait to restore time in minutes, after which the traffic reverts to the work path after failure clears.

WTR values are from 1 to 12 minutes.

Destination Port Revertive Allows you to select protection mode for the destination as

• Revertive

• Non-Revertive

Destination WTR Time For revertive mode, displays the wait to restore time in minutes, after which the traffic must revert to the work path after the failure clears.


Note 1: Value of STMn number for 2x155M circuit pack is 1.

Note 2: Source Protection and Destination Protection can only be provisioned for STM1/OC3 ports in SNCP/UPSR connections.

Table 7-6Parameters on the Edit Cross-connects page

Field Description

Cross connect

Capacity Displays the rate of the cross-connect.

Circuit Identifier Allows you to change the name of the cross-connect.

Source Displays the source channel. Clicking on this hyperlink will launch the corresponding port provisioning page.

Destination Displays the destination channel. Clicking on this hyperlink will launch the corresponding port provisioning page.

Directionality Displays the direction of data flow in the crossconnect.

Protection Source and Destination

Source Protection Allows you to enable or disable the protection path for the source.

Destination Protection Allows you to Enable or Disable the protection path for the destination.


STM No./STS Allows you to select STM/STS number (see Note).

Table 7-5 (continued)Parameters on the Add Cross-connects page

Field Description


Configuration 7-11

K (TUG3)/STS # Allows you to select the STM/STS time slot for the crossconnect.





L (TUG2)/VT-Group

M (VC number)/VT #

Reversion Mode Parameters

Source Reversion Mode Allows you to select protection mode for the source as

• Revertive

• Non-Revertive

Source Wait-To-Restore Time For revertive mode, displays the wait to restore time in minutes, after which the traffic reverts to the work path after failure clears.


Destination Reversion Mode Allows you to select protection mode for the destination as

• Revertive

• Non-Revertive

Destination Wait-To-Restore Time

For revertive mode, displays the wait to restore time in minutes, after which the traffic must revert to the work path after failure clears.


Note: Value of STMn number for 2x155M circuit pack is 1.

Table 7-6 (continued)Parameters on the Edit Cross-connects page

Field Description


7-12 Configuration

Table 7-7 lists the parameters on the Edit VCG association page.

Topology AdjacencyThis link provides the capability to manually provision Network topology adjacencies.

It allows you to:

• view the details of existing topology adjacency

• create new topology adjacency

• edit the parameters of existing topology adjacency

• delete existing topology adjacency

Table 7-7Parameters on the Edit VCG association Page

Field Description

Circuit Identifier Displays the name of the VC/VT group.

Protect


STM No./STS Allows you to select STM/STS number (see Note).

K (TUG3)/STS # Allows you to select the STM/STS time slot for the crossconnect.





L (TUG2)/VT-Group

M (VC number)/VT #

Reversion Mode Allows you to select protection mode as

• Revertive

• Non-Revertive

WTR Time For revertive mode, displays the wait to restore time in minutes, after which the traffic reverts to the work path after failure clears.


Note: The Value of STM port number is 1 when the equipment capacity is STM-1.


Configuration 7-13

Table 7-8 lists the parameters on the View Topology Adjacency page.

Table 7-9 lists the parameters on the Provision New Topology Adjacency page.

Table 7-8Parameters on the View Topology Adjacency page

Parameter Default value

Port • STM1-1-3-1/OC3-1-3-1

• STM1-1-3-2/OC3-1-3-2

TYPE It indicates whether the network element Topology object has been automatically generated or manually provisioned. (see Note).

Tx Signature The Tx Topology Adjacency signature is the signature provisioned by the user.

Rx Actual The Rx Actual Topology Adjacency signature is unique across the network.

Rx Expected The Rx Expected Topology Adjacency signatures is unique across the network.

Edit A hyperlink, which allows you to edit the details of chosen Topology adjacency.

Delete This allows you to delete the details of chosen Topology adjacency.

Note: In this release, only manually provisioned Topology Adjacency type is supported.

Table 7-9Parameters on the Provision New Topology Adjacency page


Port • STM1-1-3-1/OC3-1-3-1

• STM1-1-3-2/OC3-1-3-2

TYPE It indicates whether the network element Topology object has been automatically generated or manually provisioned. (see Note).

Layer It indicates the Layer at which the adjacency information has been reported.

Mechanism Enabled It indicates whether the Topology Adjacency mechanism has been enabled /disabled.

Mechanism It indicates the method used to populate the Topology Adjacency object (IS-IS, etc).

Tx Version It specifies the appropriate format for the Tx Topology Adjacency signature.

Tx Signature It indicates the user provisioned Tx signature that will be generated by the network element.


7-14 Configuration

Overhead TunnelOverhead Tunnel is a feature to pass through overhead bytes transparently between east and west fibers.

Figure 7-4 shows the level structure of the Overhead tunnel link.

Rx Version It specifies the appropriate format for the Rx Topology Adjacency signature.

Rx Actual The Rx Actual Topology Adjacency signature is unique across the Network.

Rx Expected The Rx Expected Topology Adjacency signatures is unique across the Network.

Rx Reliability The Rx signal reliability attribute is used to infer the validity of an automatic Topology Adjacency mechanism.

Rx Terminated the Rx Terminated is used to indicate whether the Topology layer is observed or Terminated at particular port.

Rx Accepted The Rx accepted attribute is used to infer that the user has confirmed the reported Topology.

Note: In this release, only manually provisioned Topology Adjacency type is supported.

Figure 7-4Level structure of the Overhead tunnel link

Table 7-9 (continued)Parameters on the Provision New Topology Adjacency page


ConfigurationSystem Overhead tunnel

CreateOverhead tunnels

ViewOverhead tunnels

DeleteOverhead tunnels


Configuration 7-15

Table 7-10 lists the parameters on the Configure overhead tunnels page.

Table 7-11 lists the parameters on the Add Overhead Tunnel page.

Table 7-10Parameters on the Configure Overhead tunnels page

Field Description

Tunnel Name The string made from source and destination ports, and the overhead byte used for tunneling.

Source Port Displays the Source STMn/Ocn port.

Destination port Displays the Destination STMn/Ocn port.

Overhead Byte Displays the overhead byte which is crossconnected.

delete Check box to delete the existing overhead tunnel.

Table 7-11Parameters on the Add Overhead Tunnel page

Field Description

Source Port Name Allows you to select the Source STMn/OCn port from the following

• STM1-1-3-1/OC3-1-3-1

• STM1-1-3-2/OC31-3-2

Destination Port Name Allows you to select the Destination STMn/OCn port from the following

• STM1-1-3-1/OC3-1-3-1

• STM1-1-3-2/OC3-1-3-2

Overhead Byte Allows you to select the Overhead byte from the following

• E1

• E2

• F1

• DCC_R/SDCC

• DCC_M/LDCC


7-16 Configuration

Environmental alarm input The OME6110 network element supports provisioning of seven environmental alarms. The network element can be configured for customized environmental alarms like:

• power failure

• air conditioning failure

• equipment room door open

The strings defined in the fields report the respective alarms. The user must enter a string which will be displayed as an alarm if the environmental alarm condition is raised.

Figure 7-5 shows the level structure of the Environmental alarm input link.

SNMP trapsThe SNMP traps menu enables you to configure the network element to send SNMP traps to workstations in the network.

Figure 7-6 shows the level structure for the SNMP traps link.

Figure 7-5Level structure for the Environmental alarm input link

Figure 7-6Level structure for the SNMP traps link

ConfigurationSystem Environmentalalarm input

ConfigurationSystem SMNP traps


Configuration 7-17

Table 7-12 lists the parameters on the SNMP trap destination IP addresses page.

FacilitiesBy clicking on the Facilities link, you can see the links for:

• STM/OCn

• E1/DS1

• E3/DS3

• Ethernet

• WAN

Figure 7-7 shows the level structure of the Facilities menu.

Table 7-12Parameters on the SNMP trap destination IP addresses page

Field Description

# Displays the number for the SNMP trap destination.

IP Address Displays the IP address for the SNMP manager.

Port Displays the UDP port to be used. Port supported is 162.

SNMP Version Allows you to select the SNMP version from

• SNMP_V1

• SNMP_V2

delete Check box to delete SNMP trap destination IP address.

Note: This button is enabled when there is a valid SNMP trap destination IP address.

Figure 7-7Level structure of Facilities menu

ConfigurationSystem Facilities E3/DS3

E1/DS1

Ethernet

WAN

STM/OCn


7-18 Configuration

STMn/OCnThe STM/OCn menu is used to modify the attributes of the STM/OCn interfaces. In the STM/OCn menu you can:

• view the STMn/OCn Ports, AUGs/STS3, AU4s/STS1s

• provision

– STMn/OCn ports

– AUGs/STS3

– AU4s/STS1s

Figure 7-8 shows the level structure of the STMn/OCn, AUGs/STS3s, AUs/VTs Ports link.

Display STM/OCn PortsFigure 7-9 shows the level structure of the STMn/OCn link.

Note: ALS manual command is available only if ALS is set to Manual Mode and LOS is received on the port. Refer to Manual laser test for more details.

Figure 7-8Level structure of the STM/OCn Ports link

Figure 7-9Level structure of the STMn/OCn link

ConfigurationSystem STM/OCn AUG/STS3

STM1/OC3

AU/STS1

ConfigurationSystem STM/OCn STM1/OC3


Configuration 7-19

Table 7-13 lists the parameters on the Provision interface STMn/OCn page.

Table 7-13Parameters on the Provision interface STMn/OCn page

Field Description

Admin Status Up Set the interfaces in service.

Down Set the interfaces out of service.

Alarm Reporting Status Report Alarms on STMn/OCn port are enabled.

No-Report Alarms on STMn/OCn port are disabled.

STM/OC Port Profile • Internal-NNI

• External-NNI

Allows you to select the default STM/OC port profile.

Line Coding Displays the NRZ Coding.

Laser Hyperlink to STMn/OCn laser status and to edit ALS mode settings.

ECC Byte Selection Displays the Embedded Communication Channel.

ECC Path Allows you to select a value only if ECC is carried over F2, F3, F2F3 bytes, the path is the AU-n/STS-n over which ECC is carried.

Note: This option is displayed only when the ECC Byte Selection is F2, F3 or F2F3.

Transmit J0 Allows you to enter the regenerator section trace message to be transmitted (see Note 1, Note 2).

Transmit J0 Length Allows you to select the length of regenerator section trace to be transmitted (see Note 3).

Expected J0 Allows you to enter the expected received regenerator section trace value.

Expected J0 Length Allows you to select the length of expected received regenerator section trace (see Note 3).

Received J0 Displays the received regenerator section trace message.

TIM Action tim_report Report alarm traffic affecting, on trace identifier mismatch.

tim_ignore No action on trace identifier mismatch.

tim_downstream_ais

Send alarm indication signal (AIS) downstream (traffic affecting), on trace identifier mismatch (see Note 4).


7-20 Configuration

Signal Fail BER Threshold (B2) • 10e-3

• 10e-4

• 10e-5

Allows you to select the threshold, exceeding which signal fail alarm is raised for errors.

Disable Signal Fail BER Thresholds are disabled.

Signal Degrade BER Threshold (B2)

• 10e-5

• 10e-6

• 10e-7

• 10e-8

• 10e-9

Allows you to select the threshold, exceeding which signal degrade alarm is raised for errors.

Disable Signal Degrade BER Thresholds are disabled.

Threshold (for TCA-15 min) Enable Threshold Crossing Alerts (TCA) can be user configured for 15 minutes interval. If this field is enabled, TCA alarm is raised on performance monitoring counts crossing the threshold value. The thresholds can be changed from the TCA Settings link on the same page.

Disable Threshold Crossing Alerts (TCA) are disabled.

Default Default values for the thresholds are used.

Threshold (for TCA-1Day) Enable Threshold Crossing Alerts (TCA) can be user configured for 1-day interval. If this field is enabled, TCA alarm is raised on performance monitoring counts crossing the threshold value. The thresholds can be changed from the TCA Settings link on the same page.

Disable Threshold Crossing Alerts (TCA) are disabled.

Default Default values for the thresholds are used.

Identifier Allows you to enter the name (Identity) of the STMn/OCn port.

Note 1: Maximum length is as specified by transmit J0 length.

Note 2: Padded with spaces for strings less than specified length.

Note 3: The length can be 1 or 16.

Note 4: TIM Action settings control handling for mismatches between received and expected trace messages.

Table 7-13 (continued)Parameters on the Provision interface STMn/OCn page

Field Description


Configuration 7-21

Manual laser testManual laser test link is available only when the ALS is configured in Manual Mode. When ALS is configured in manual mode and LOS is detected on port then in the next refresh ALS manual command link will appear in the WUI.

You can reach to this link by clicking on Laser hyper link on the Provision interface STMn/OCn page. Clicking on this link will take you to a new page where you can issue a Manual Restart or a Manual Restart Test command. With Manual Restart command the Transmitter becomes on for 2 seconds. Transmitter remains on only if there is no LOS on it.

Table 7-14 lists the parameters on the TCA Settings for 15 minutes and TCA Settings for 1 day duration when OME6110 network element is in SDH mode.

Table 7-14Parameters on the TCA settings page in SDH mode (15-minute and 1-day)

Field Description

Threshold ES-S Displays the threshold value of the ES-section. If the errored seconds-section (ES) count crosses the set value, then TCA is raised.

Threshold SES-S Displays the threshold value of the SES-section. If the severely errored seconds-section (SES) count crosses the set value, then TCA is raised.

Threshold BBE-S/CV-S Displays the threshold value of the BBE-section. If the background blocked errors-section (BBE) count crosses the set value, then TCA is raised.

Threshold ES-L Displays the threshold value of the ES-Line. If the errored seconds-line (ES) count crosses the set value, then TCA is raised.

Threshold SES-L Displays the threshold value of the SES-Line. If the severely errored seconds-line (SES) count crosses the set value, then TCA is raised.

Threshold BBE-L/CV-L Displays the threshold value of the BBE-Line. If the background blocked errors-line (BBE) count crosses the set value, then TCA is raised.


7-22 Configuration

Table 7-15 lists the parameters on the TCA Settings for 15 minutes and TCA Settings for 1 day duration when OME6110 network element is in SONET mode.

Table 7-16 lists the parameter on the Provision AUG/STS3 page.

Table 7-15Parameters on the TCA settings page in SONET mode (15-minute and 1-day)

Field Description

Threshold ES-S Displays the threshold value of the ES-section. If the errored seconds-section (ES) count crosses the set value, then TCA is raised.

Threshold SES-S Displays the threshold value of the SES-section. If the severely errored seconds-section (SES) count crosses the set value, then TCA is raised.

Threshold BBE-S/CV-S Displays the threshold value of the CV-S. If the background coding violation (CV) count crosses the set value, then TCA is raised.

Threshold SEFS-S Displays the threshold value of the SEFS-S Line. If the errored severely errored framing seconds (SEFS-S) count crosses the set value, then TCA is raised.

Threshold ES-L Displays the threshold value of the ES-Line. If the errored seconds-line (ES-L) count crosses the set value, then TCA is raised.

Threshold SES-L Displays the threshold value of the SES-Line. If the severely errored seconds-line (SES) count crosses the set value, then TCA is raised.

Threshold BBE-L/CV-L Displays the threshold value of the CV-L. If the background coding violation (CV) count crosses the set value, then TCA is raised.

Table 7-16Parameter on the Provision AUG/STS3 page

Field Description

Mapping Structure Allows you to select the mode of mapping the AUG from the following:

• AU4/STS-1

• Disable


Configuration 7-23

Figure 7-10 shows the level structure of the AU4/STS-1 link.

Figure 7-10Level Structure of the AU4/STS-1 link

ConfigurationSystem Facilities STM/OCn AUG/STS3

AU4/STS1TU12/VT2

TCA settings for15 min duration

TCA settings for 1day duration


7-24 Configuration

Table 7-17 lists the parameters on the Provision AU4/STS-1 page.

Table 7-17Parameters on the Provision AU4/STS-1 page

Field Description

Signal Label Allows you to select the payload signal label or type among the following:

• unequipped

• equipped_non_specific

• tug_structure

• locked_tu_n

• asynchronous_container3

• asynchronous_container4

• atm_mapping

• dqdb_mapping

• fddi_mapping

• hdlc_ppp

• sdl_sss

• hdlc_laps

• sdl_srs

• eth_10g

• gfp

• test_0181

• vc_ais

Note: These values are applicable for the network element working in SDH mode.

Allows you to select the payload signal label or type among the following:

• Unequipped

• Equipped_Nonspecific

• VT-Structured STS-1 SPE

• Locked VT Mode

• Asynchronous Mapping DS3

• ATM Mapping

• FDDI Mapping

• HDLC-PPP

• SDL_SSS

• Etherent-10G

• GFP

• Test_0181

• VC_AIS

Note: These values are applicable for the network element working in SONET mode.

Received Signal Label Displays the payload type or the Signal label received on the AU/STS path.

For example, tug structured, asynchronous_container3, unequipped and so on.

Transmit Trace Allows you to enter the path transmitted in the AU/STS on J1 byte.

Transmit Trace Length Allows you to select the length of the section path trace to be sent (see Note).

Expected Trace Allows you to enter the path trace that is expected to be received on AU/STS path.

Expected Trace Length Allows you to select the length of the section path trace that is expected to be received (see Note).


Configuration 7-25

Figure 7-11 shows the level structure of the TU/VT link.

Received Trace Displays the AU/STS path trace that is received.

Signal Fail BER Threshold • 1e-3

• 1e-4

• 1e-5



Signal Degrade BER Threshold • 1e-3

• 1e-4

• 1e-5

• 1e-6

• 1e-7

• 1e-8

• 1e-9


Disable Signal Degrade BER Thresholds are disabled.

Alarm Reporting Status Allows you to choose Alarm/No-Alarm reporting for the particular port.

Connection Type Allows you to choose Lower order connections/higher order connection/both Lower order connection/higher order connections.

Path Alarm Profile Allows you to choose alarm path profile for the particular port.

Note: The value can be 16 or 64.

Figure 7-11Level structure of the TU/VT link

Table 7-17 (continued)Parameters on the Provision AU4/STS-1 page

ConfigurationSystem Facilities STM/OCn AUG/STS3

AU4/STS1TU12/VT2

TU11/VT1.5TU3/STS1


7-26 Configuration

Table 7-18 lists the parameters on the Provision TU12/VT2 page.

Table 7-18Parameters on the Provision TU12/VT2 page

Field Description

Signal Label Allows you to select the payload contents among the following

• unequipped

• equipped_non_specific

• asynchronous

• bit_synchronous

• byte_synchronous

• extended

• test_O181

• vc_ais

Extended Signal Label Allows you to select the signal label for type of Ethernet traffic from the following

• ATM

• HDLC_PPP

• HDLC_LAPS

• VCAT_TEST

• GFP

Received Signal Label Displays the payload type or signal label received on the TU/VT path.

For example, tug structured, asynchronous E1/DS1.

Transmit Trace Allows you to enter the path trace transmitted in the TU/VT on the J1 byte.

Transmit Trace Length Allows you to select the length of the transmitted section path trace (see Note).

Expected Trace Allows you to enter the path trace that is expected be received on the TU/VT path.

Expected Trace Length Allows you to select the length of the expected section path trace

(see Note).

Received Trace Displays the TU/VT path trace that is received.

Signal Fail BER Threshold • 1e-3

• 1e-4

• 1e-5




Configuration 7-27

Figure 7-12 shows the level structure of the TU/VT level TCA Settings link.

Signal Degrade BER Threshold • 1e-3

• 1e-4

• 1e-5

• 1e-6

• 1e-7

• 1e-8

• 1e-9


Disable Signal Degrade BER Threshold is disabled.

Alarm Reporting Status Allows you to choose Alarm/No-Alarm reporting for the particular channel.

Path Alarm Profile Allows you to choose alarm path profile for the particular channel.

Note: The value can be 16 or 64.

Figure 7-12Level structure of theTU/VT level TCA Settings link

Table 7-18 (continued)Parameters on the Provision TU12/VT2 page

Field Description

ConfigurationSystem Facilities STM/OCn AUG/STS3 link

AU4/STS3

TU12/VT2TCA settings for15 min duration

TCA settings for 1day duration


7-28 Configuration

Table 7-19 lists the parameters to set the TCA for higher order path.

E1/DS1/E3/DS3 ports The E1/DS1/E3/DS3 ports menu is used to configure E1/DS1/E3/DS3 ports.

Figure 7-13 shows the level structure of the E1/DS1/E3/DS3 ports link.

Table 7-20 lists the parameters on the Provisioning interfaces-E1/DS1/E3/DS3 page.

Table 7-19Parameters for higher order path TCA settings

Field Description

Threshold ES Displays the threshold value of the ES. If the errored seconds (ES) count crosses the set value, then TCA is raised.

Threshold SES Displays the threshold value of the SES. If the severely errored seconds (SES) count crosses the set value, then TCA is raised.

Threshold BBE/CV Displays the threshold value of the BBE/CV. If the background blocked errors (BBE)/ coding violations (CV) count crosses the set value, then TCA is raised.

Figure 7-13Level structure of the E1/DS1/E3/DS3 link

Table 7-20Parameters for Provisioning interfaces-E1/DS1/E3/DS3 page

Field Description

Admin Status Up Sets the port in service.

Down Sets the port out of service.

Alarm Reporting Status

Allows you to choose Report/No-Report of Alarm for the particular port.

Threshold

(for 15-min/24-hours)

Allows you to select Disable/GR.820.

Identifier Allows you to enter the name (Identity) of the E1/DS1/E3/DS3 port.

Framing Application CRC4

ConfigurationSystem Facilities E1/E3/DS1/DS3ports

E1/E3/DS1/DS3port links


Configuration 7-29

Ethernet The Ethernet menu is used to configure an ethernet interface.

Figure 7-14 shows the level structure of the Ethernet link.

Table 7-21 lists the parameters on the Provisioning Ethernet Interface page.

Framing Type Framed (see Note).

Unframed

Line Build Out Type Allows you to set the Line Build Out for DS1 or DS3 facilities. This is not applicable to E1 or E3 facilities in SDH mode.

Note: Framing type is not applicable to 16xE1/DS1 interfaces on base chassis with PEC NT6Q00AA.

Figure 7-14Level structure of the Ethernet ports link

Table 7-21Parameters on the Provisioning Ethernet Interface page

Field Description

Admin Status Up Sets the interface in service.

Down Sets the interface out of service.

Alarm Reporting status Allows you to choose Report/No-Report of Alarm for the particular port.

Link Status Displays the link status of the Ethernet interface.

Link Integrity Allows you to enable or disable the link integrity.

MTU Displays the maximum transmission unit size for ethernet frame in bytes (see Note 2).

AutoNegotiation Allows you to enable or disable the AutoNegotiation.

Flow Control Allows you to enable or disable the flow control. The flow control frames are sent back to the transmitting network element by the receiving network element in case the buffer of the latter is full.

Table 7-20 (continued)Parameters for Provisioning interfaces-E1/DS1/E3/DS3 page

Field Description

ConfigurationSystem Facilities Ethernet ports Ethernet port links


7-30 Configuration

WAN GroupThe WAN menu is used to provision WAN interface.

Figure 7-15 shows the level structure of the WAN link.

Speed and Duplex Displays the speed and the type of duplex. Type indicates 10/100mbps duplex half or full mode.

AutoNegotiation Status Displays the Autonegotiation status of the ethernet port.

(see Note 1).

Link Partner Capabilities Displays the speed and duplex mode of the Link partner.

(see Note 1).

Link Partner FlowControl Displays the flow control capability of the link partner.

(see Note 1).

Link Integrity Status Displays the state of the link whether it is forced down due to alarms on the optical interfaces on near end network element or an ethernet port on the far end network element. If the local ethernet is forced down then Link Integrity status will be displayed as on else it will be off.

Medium Type Displays type of ethernet circuit pack.

Identifier Allows you to enter the name (Identity) of the Ethernet port.

Note 1: Autonegotiation Status, Link Partner Capabilities and Link Partner Flow Control parameters are available only if AutoNegotiation is set to enable.

Note 2: Default value is 1600.

Figure 7-15Level structure of the WAN link

Table 7-21 (continued)Parameters on the Provisioning Ethernet Interface page

Field Description

ConfigurationSystem Facilities WAN WAN interfacelink

Provisioning WANinterface

View VC/VTgroup

Add new VC/VT


Configuration 7-31

In the WAN Group menu you can

• view the WAN

• add WAN groups

• edit a VC/VT group

• delete a VC/VT group

Table 7-22 lists the parameters on the Provisioning WAN Interface page.

Table 7-22Parameters on the Provisioning WAN Interface page

Field Description

Admin Status Displays the admin status of the WAN interface as up or down. This value will be same as the corresponding Ethernet port.

Alarm Reporting Status Allows you to choose Report/No-Report of Alarm for the particular port.

LCAS Support Allows you to enable or disable the LCAS Support.

Framing Type Displays the framing standards for ethernet as GFP.

CRC Type CRC-32 Configures WAN for CRC-32 type.

VCAT Allows you to provision the VC/VT Group to enable or disable VCAT.

Operating Granularity • VC12/VT2

• VC3/STS-1

• VC4/STS-3C

• VC11/VT1.5


Allows you to select the granularity of the signals while configuring the 8XETH circuit pack.

Payload FCS Allows you to enable or disable the addition of the payload FCS as specified in GFP.

Remove Channels with SD • Disable

• Enable

Enable option allows you to remove any channel with error in a VGC/WAN group.

Disable option will not allow any removing of channels.

Note: This field is displayed only when the LCAS Support is enabled.

Circuit Identifier Allows you to enter the name (Identity) of the WAN port.

No of Channels Displays the number of channels configured for the group.


7-32 Configuration

Display VC/VT GroupTable 7-23 lists the parameters on the View VC/VT Group page.

Table 7-23Parameters on the View VC/VT Group page

Field Description

Circuit Identifier Displays the name of the WAN.

Source Displays the WAN port selected as the source.

Destination Displays the STM channel (i.e, K,L,M values selected for the STM port) selected as the destination.

Capacity Displays the rate of the WAN association.

Directionality Displays the direction of data flow in the WAN association.

Operational Status Displays the operating status (working or down) of the channel.

Destination Protection Status Displays the status of the destination port either as work or protect.

Destination Protection Displays the STM channel (i.e, K,L,M values selected for the STM port) to which the destination switches upon failure.

Revertive Displays the reversion mode for the channel.

WTR Displays the WTR value for the channel. Only provisionable in revertive mode.

Tx Control Transmitted LCAS control value on the associated TX channel.

Rx Control Received LCAS control value on the associated RX channel.

Edit LCAS Launches new application to edit LCAS related parameters (see Table 7-24).

Edit Protection Launches new application to add, edit or remove protection for a channel (see Table 7-7).

Delete Check Box for deleting WAN association.


Configuration 7-33

Table 7-24 lists the parameters on the VCG Association page.

DCNThis links allows you to access:

• Network interface

• OSPF

• iISIS

• Static route

• Proxy ARP Neighbor

• Serial port

Table 7-24Parameters on the Provisioning VCG Association page

Field Description

VCG Displays the name of the VC Group to which the channel is associated.

Status Displays the status of the channel as either up or down.

Direction Displays the direction of VC.

Transmit LCAS Provision

Add Allows you to start sending the data on a particular channel which is already part of the VCG.

Remove Allows you to stop sending the data on a

particular channel which is already part of the VCG.

Tx CTRL (Tx Channel)

Transmitted LCAS control value on the associated TX channel.

RX CTRL (Rx Channel)

Received LCAS control value on the associated RX channel.


7-34 Configuration

Figure 7-16 shows the level structure of the DCN link.

Network interfaceFigure 7-17 shows the level structure of the Network interface link.

Figure 7-16Level structure of DCN

Figure 7-17Level structure of the Network interface link

ConfigurationSystem DCN

Proxy ARPneighbor

Static route

ilSIS

OSPF

Network interface

Serial port

DCNSystem Network interface Provision managementchannel -1

Provision ECC

Edit

Configuration

Provision managementchannel -2

Provision static GREtunnel


Configuration 7-35

Table 7-25 lists the parameters on the Network interface configuration page.

Table 7-25Parameters on the Network interface configuration page

Field Description

Edit Allows you to edit the Network Interface information.

Network interface short name Displays the network interface name.

Association Displays the corresponding interface on the network element.

Admin status Displays the admin status of the network interface.

Layer 3 Protocol Displays the type of interface protocol used.

Layer 2 protocol Displays the type of interface distinguished according to the physical link protocol immediately below the network layer in the protocol suite.

Routing Protocol Displays the type of routing protocol.

IPAddress Displays the IP address of the network interface.

MTU(Maximum transmission unit)

Displays the maximum size of the packet that can be sent through this interface.

Delete Allows you to delete the Network Interface.

Note: The eth0 (LAN) interface cannot be deleted.


7-36 Configuration

When you click on Edit, Network interface provisioning page is displayed. Table 7-26 lists the parameters on the Network interface provisioning page.

Table 7-26Parameters on the Network interface provisioning page

Field Description

Network interface short name

Displays the name of the network interface used by the operating system.

Association Displays the label of interface.

Admin status Allows you to select the status of the interface as up or down.

Layer3 Protocol Allows you to select the interface protocol as

• Open System Interface (OSI)

• Internet Protocol (IP)

It determines if the network interface is normal IP interface or GRE network.

This interface is used to tunnel IP packets over OSI.

IP Address Displays the network address of the interface.

MTU Displays the maximum size of the packet that can be sent through this interface. (see Note 1)

Proxy ARP (see Note 2) Disable Allows you to disable the Proxy ARP option.

Enable Allows you to enable the Proxy ARP option.

Layer2 Protocol Allows you to select the type of interface distinguished according to the physical link protocol immediately below the network layer in the protocol suite from the following:

• PPP, HDLC Framing

• Standard PPP, RFC 1661 (see Note 6)

Magic Number Disable Disables detection of loopback condition at the PPP protocol level (see Note 4).

Enable Enables detection of condition at the PPP protocol level (see Note 4).

OSPF Allows to enable or disable the routing based on OSPF as Routing Protocol.

Hello Interval Displays the value as to how often the hello packets are sent.

Router Dead Interval Displays the inactive time after which a router is declared dead.


Configuration 7-37

OSPF Authentication Mode Disable Authentication

Disables the password based OSPF authentication. (see Note 7)

Simple Password

Selection of this option will allow you to the enter the desired password in the field below.

OSPF Authentication Password/Key

On selection of Simple Password option in the above field, the password has to be entered in this field. (see Note 8)

iISIS Allows to enable or disable the routing based on iISIS as Routing Protocol.

L1 Default Metric Displays the default metric as 4.

L2 Default Metric

(see Note 5)

Displays the default metric as 4.

L2 Routing Only (see Note 5) Displays if the L2 routing is enabled or disabled.

Remote Manual Area Address (see Note 3)

Allows you to enter any valid area address of the remote network element.

Remote System ID

(see Note 3)

Allows you to enter any valid MAC address of the remote network element.

NSAP Selector Byte

(see Note 3)

Allows you to enter the selector byte of the Network Service Access Point (NSAP) address.

Note 1: The MTU size mentioned includes the payload and PPP header.

Note 2: Proxy ARP option is only available for the LAN-1-5 (Eth0) interface.

Note 3: This field is only applicable to the Static GRE network interface (SGRE-1)

Note 4: Magic number is applicable only when the layer 3 protocol is set to IP.

Note 5: In this release, only L1 routing is supported.

Note 6: The Layer 2 options are available based on the selection of Layer 3 Protocol. If Layer 3 Protocol is selected as OSI, then the only option available under Layer 2 Protocol is LAPD.

Note 7: Same password has to be configured at both the interfaces connected to each other failing which OSPF based adjacency will not get established.

Note 8: The password entered by the user will be visible.

Table 7-26 (continued)Parameters on the Network interface provisioning page

Field Description


7-38 Configuration

Table 7-27 lists the parameters on the Management channel configuration page.

Table 7-28 lists the parameters on the Provision ECC page.

Table 7-27Parameters on the Management channel configuration page

Field Description

Management Channel Type Allows you to select how to manage the remote network element from the following

• E1

• VC12

• Unprovisioned

E1 Port Allows you to select an E1 interface to access and manage the remote network element in case of E1 management.

SDH path/Channel Allows you to select an optical interface (specify K, L, M values) through which remote network element is accessed in case of VC12 management.

Table 7-28Parameters on Provision ECC Page

Field Description

Port Allows you to select the STMn/OCn port.

ECC Byte Selection Allows you to establish the embedded communication channel through any of the following

• ecc_disable

• ecc_F1

• ecc_F2

• ecc_F3

• ecc_F2F3

• ecc_DCC_R/ecc_SDCC

• ecc_DCC_M/ecc_LDCC

ECC Path Allows you to select a value only if ECC is carried over F2, F3, F2F3 bytes, the path is the AU-n over which ECC is carried.


Configuration 7-39

Table 7-29 lists the parameters on the Static GRE tunnel configuration page.

OSPFThe OSPF feature enables a network element to discover its neighbor network elements reachable through the different management interfaces present in the system. The OSPF parameters can be configured for all the embedded control channel interfaces and for the LCT interface to enable routing between these interfaces.

Figure 7-18 shows the level structure of the OSPF link.

In the OSPF link you can configure the OSPF area.

iISISiISIS stands for integrated iISIS where iISIS is Routing Protocol for OSI Protocol Suite. iISIS is iISIS Routing protocol enhanced with IP specific features. With iISIS as the Routing protocol, OME6110 can forward OSI packets and can send IP packets through OSI Network Elements cloud. This helps the network element to seamlessly integrate into an IP or OSI Network Environment. The connectivity of the network element to the Element Manager can be established either directly over IP or IP over OSI tunnel if the network element is in midst of OSI network cloud.

Table 7-29Parameters on Static GRE tunnel configuration page

Field Description

Remote Manual Area Address

Allows you to enter any valid area address of the network element.

Remote System ID Allows you to enter any valid MAC address of the remote network element.

NSAP Selector Byte Allows you to enter the selector byte of the Network Service Access Point (NSAP) address.

Figure 7-18Level structure of the OSPF link

DCNSystem OSPFConfiguration


7-40 Configuration

Figure 7-19 shows the level structure of the iISIS link.

Table 7-30 lists the parameters on the View iISIS page.

Table 7-31 lists the parameters on the Edit iISIS page.

Figure 7-19Level structure of the iISIS link

Table 7-30Parameters on View iISIS page

Field Description

View Allows the user to only view the parameters provisioned.

iISIS Enable Displays if the iISIS routing protocol is enabled or disabled at the nodal level.By default it is in disable state.

Intermediate System Type Displays L1 Routing by default.

Manual Area Address1 Displays the area address of the network element.

Manual Area Address2 Displays the area address of the Network Element.

Manual Area Address3 Displays the area address of the Network Element.

Partition Repair The options available are Disable and Enable. By default, it displays Disable.

Edit This option is used to edit parameters.

Note: A network element can be a part of three areas. The routing based on manual area address will work only when iISIS is selected as a routing protocol.

Table 7-31Parameters on Edit iISIS page

Field Description

iISIS Enable Allows the user to either enable or disable this option.

Intermediate System Type Displays L1 Routing.

Manual Area Address1 Allows you to enter the Manual Area Address1.



Partition Repair Displays if Partition Repair is enable or disable.

DCNSystem Configuration iISIS


Configuration 7-41

Static routeStatic route is an entry in network element routing table that specifies how to reach an IP address through a particular gateway (network element or interface).

Figure 7-20 shows the level structure of the Static route link.

In the Static routes menu you can:

• add a static route

• view static routes

Table 7-32 lists the parameters on the Static route configuration page.

Figure 7-20Level structure of the Static route link

Table 7-32Parameters on the Static route configuration page

Field Description

Destination network IP address

Displays the IP address of the destination.

Destination network address MaskLength

Displays IP address of the subnetwork between 0 and 32.

Next Hop Displays IP address of the next hop element.

Advertise route Displays the advertise route as enable or disable.

NetInterfaceRef Displays the type of interface

• LAN

• STM1-1-N-1(ecc_N_1)/OC31-1-N-1(ecc_N_1)


• SGRE-1(sgre1)

delete Displays the check box to delete static route.

DCNSystem Static routeConfiguration Add a new staticroute

Delete a new staticroute


7-42 Configuration

Table 7-33 lists the parameters on the Creating Static Route page.

Table 7-33Parameters on the Creating Static Route page

Field Description

Destination Network IP Address

Allows you to enter the IP address of the destination.

Destination Network Address MaskLength

Allows you to enter the IP address of the subnetwork between 0 and 32.

Next Hop IP Address Allows you to enter the IP address of the next hop element.

Advertise Route Enable Allows you to advertise the static route over a standard routing protocol, such as OSPF, iISIS or both.

Disable Disables the advertise route.

Network interface Allows you to select the type of interface

• LAN



• SGRE-1(sgre1)


Configuration 7-43

Proxy ARP NeighbourThe Proxy ARP feature removes the need for customers to provision static routes on their routers and routing protocol (OSPF) between the gateway network elements and the customer DCN.

With the Proxy ARP Neighbour feature, the OME6110 allows the user to specify explicitly for which neighbouring network elements it will respond to ARP requests.

In Proxy ARP Neighbor menu, you can

• View all the proxy ARP neighbors

• Add proxy ARP neighbor

Table 7-34 list the parameters of the Proxy ARP Neighbors configuration page.

Figure 7-21Level structure of the Proxy ARP Neighbor

Table 7-34Parameters on Proxy ARP Neighbors configuration page

Field Description

Neighbor network IP address Displays the neighbor IP address in the network.

NetInterfaceRef Displays the type of interface, LAN-1-5(eth0).

delete This allows you to delete the details of chosen neighbor IP address.

DCNSystem Proxy ARPneighborConfiguration


7-44 Configuration

Table 7-35 lists the parameters on the Creating Proxy ARP Neighbor page.

Serial port Serial communication between network elements is carried out using the serial interface.

Figure 7-22 shows the level structure of the Serial port link.

In the Serial port menu you can:

• view a serial port

• edit a serial port

Table 7-36 lists the parameters on the Serial port configuration page.

Table 7-35Parameters on Creating Proxy ARP Neighbor page

Field Description

Destination Network IP Address

This allows you to enter neighbor IP address in the network.

Network interface This allows you to enter the network interface. Currently it supports only

LAN-1-5(eth0).

Figure 7-22Level structure of the Serial port link

Table 7-36Parameters on the Serial port configuration page

Field Description

Port Displays the Serial port name.

Application Displays the type of application that runs on the serial interface.

Baud Rate Displays the operating rate of serial interface.

Admin Status Displays the status of the serial interface as up or down.

edit Allows you to edit the serial port information (see Table 7-37).

DCNSystem Configuration Serial port Edit


Configuration 7-45

Table 7-37 lists the parameters on the Serial port configuration SerialPort page.

Synchronization stateThe Synchronization link allows you to access:

• Synchronization status

• View Nominated timing references

• Nominate timing reference

Table 7-37Parameters on the Serial port configuration SerialPort page

Field Description

Application Allows you to select the type of application that runs on the serial interface from the following

• ppp

• udc

Baud Rate Allows you to select the operating rate of the serial interface from the following

• B9600

• B19200

• B38400

• B57600

Note: Baud rate parameter is only valid for PPP application.

Admin Status Allows you to select the status of the interface as

• if_admin_up

• if_admin_down

UDC (user data channel) parameters

Overhead Byte Displays the byte used for user data channel.

STM port Displays the STM port on which UDC is provisioned.

PPP parameters

IP address IP address of the network element over which user communicates to network element over PPP application.

Max Receive Unit Maximum size of the packet received over PPP application.

Max Transmit Unit Maximum size of the packet transmitted over PPP application.


7-46 Configuration

Synchronization statusFigure 7-23 shows the Synchronization state page.

Note: Auto Refresh is supported for the Status/Alarm area of the Synchronization state page.

Figure 7-23Synchronization state page


Configuration 7-47

Figure 7-24 shows the level structure of the Synchronization menu.

Table 7-38 lists the parameters on the Synchronization state page.

Figure 7-24Level structure of the Synchronization menu

Table 7-38Parameters on the Synchronization state page

Field Description

QL Mode Disabled The clock is selected based on the priority assigned.

Enabled The clock is selected based on its quality and priority.

Output QL Mode Auto The output Quality label of the NE will be set automatically equal to the quality label of the clock source to which the network element is currently locked to.

Manual Quality of output clock can be set manually.

WTR Time (Wait To Restore Time)

Allows you to select a time interval (in minutes), when admin reversion mode is set as revertive.

SynchronizationSystem Configuration View nominatedtiming reference

Nominated timingreference

Synchronizationstatus


7-48 Configuration

Node output quality level

SDH mode SONET mode

Allows you to select the override value for the Quality of clock output from the following

• PRC

• SSU_A

• SSU_B

• SEC

• DNU

• INVALID

(see Note)


• INVALID

• PRS

• STU

• ST2

• TNC

• ST3E

• ST3

• SMC

• DUS

(see Note)

Node Minimum quality level


• PRC

• SSU_A

• SSU_B

• SEC

• DNU

• INVALID


• INVALID

• PRS

• STU

• ST2

• TNC

• ST3E

• ST3

• SMC

• DUS

Output quality level Displays the actual value for the Quality of clock output.

SETG Status Displays the current status of the synchronization equipment timing generator.

Selected Clock Source Displays the clock source being used.

External Request on the selected source

Displays the external requests (forced switch, manual switch) if any.

Note: This feature will be available only if Output QL Mode is set to manual.

Table 7-38 (continued)Parameters on the Synchronization state page

Field Description


Configuration 7-49

View nominated timing referencesFigure 7-25 shows the level structure for the View nominated timing references link.

Table 7-39 lists the parameters on the View nominated timing references page.

Figure 7-25Level structure for the View nominated timing references link

Table 7-39Parameters on the View nominated timing references page

Field Description

Current source Indicates whether the clock source is the current source. The clock source tagged with an asterisk is the currently active source.

Clock source Displays the name of the object which is the clock source. Clicking on the clock source link will launch the Edit Clock Sel page.

Priority Displays the priority assigned to the clock source (see Note 1).

Quality Level Displays the quality level of the clock source (see Note 2).

Clock status Displays the availability status of the clock source as one of the following

• Normal

• Signal Fail

• Oper down

• Admin down

LockOut Request Displays the Lockout request status of the clock source as on or off.

delete Delete button.

Note 1: 1 has the highest priority and 8 the least. Priority 0 means it is not used for selection.

Note 2: Quality level is only displayed when the QL mode is enabled.

SynchronizationSystem Configuration View nominatedtiming references

Clock source link


7-50 Configuration

Table 7-40 lists the parameters on Edit ClockSel page.

Nominate timing referenceFigure 7-26 shows the level structure for the Nominate timing reference link.

Table 7-40Parameters on the Edit ClockSel page

Field Description

Priority Allows you to select an appropriate number to prioritize the clock source (see Note 1).

LockOut Request

Allows you to select the Lockout request (see Note 2, Note 3).

Quality Level (see Note 4)

Allows you to select the quality of the clock source (in SDH mode) from the following:

• PRC

• SSU_A

• SSU_B

• SEC

• DNU

• INVALID

Allows you to select the quality of the clock source (in SONET mode) from the following:

• INVALID

• PRS

• STU

• ST2

• TNC

• ST3E

• ST3

• SMC

• DUS


Note 2: If the Lockout request is On then it specifies that the clock source is excluded from the selection.

Note 3: By default LockOut Request is off.

Note 4: By default Quality Level is set to INVALID. This option is available only for BITS or E1/DS1 nominated clock sources.

Figure 7-26Level structure for the Nominate timing reference link

SynchronizationSystem Configuration Nominated timingreferences


Configuration 7-51

Table 7-41 lists the parameters on the Nominate timing references page.

Table 7-41Parameters on the Nominate timing references page

Field Description

Clock Reference Allows you to nominate a clock source from the following

• bits

• port

• internal

Clock Reference Port Allows you to select the desired interface (see Note 1).

Priority Allows you to select an appropriate number to prioritize the clock source (see Note 2).

Note 1: The Clock Reference port is only valid for BITS and Ports timing references.



7-52 Configuration


8-1323-1853-195

Faults 8-

This chapter describes the Faults menu in the web user interface. Fault management deals with detection and reporting of faults by the network element. It provides you with:

• Active alarms

• Suppressed alarms

• Alarm filters

• Event history

• Alarms severity


8-2 Faults

Figure 8-1 shows the level structure of the Fault menu.

Figure 8-1Level structure of the Faults menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

Active alarms

Suppressed alarms

Alarm filters

Event history

Alarm severity


Faults 8-3

Active alarms Alarms are raised to make users aware of the fault conditions on the network element. These alarms based on severity are classified as critical, major, minor and warning.

Figure 8-2 shows the level structure of the Active Alarms link.

Table 8-1 lists the parameters on the Active alarms page.

Figure 8-2Level structure for the Active alarms link

Table 8-1Parameters on Active alarms page

Field Description

# Displays the alarm number.

Time Displays the date and time at which the alarm was raised.

Information Displays the alarm type.

Severity Displays the severity of the alarm as minor, major or critical.

Object Displays the Object or the Circuit pack on which the alarm is existing. The object which is being alarmed can directly be accessed by clicking the object hyperlink.

FaultsSystem Active alarms


8-4 Faults

Note: Auto Refresh is supported for the Active alarms page.

Figure 8-3Active alarms page


Faults 8-5

Suppressed alarmsThe Suppressed alarms menu enables you to see the details of suppressed alarms page.

Figure 8-4 shows the level structure of the Suppressed alarms link.

Table 8-2 lists the parameters on the Suppressed alarms page.

Alarm FiltersThe Alarm Filters menu enables you to provision alarm filters which can suppress the alarms on the required object.

Figure 8-2 shows the level structure of the Alarms Filters link.

Figure 8-4Level structure for Suppressed alarms

Table 8-2Parameters on the Suppressed alarms page

Field Description

# Displays the alarm number.

Time Displays time at which an alarm string is suppressed.

Alarm information Displays the suppressed alarm string.

Severity Displays the Severity of alarm -minor,major or critical.

Object Displays the object on which the alarm is suppressed.

Alarm Suppressor Displays the technique used to suppress the alarm.

Figure 8-5Level structure for Alarm Filters link

FaultsSystem Suppressed alarms

FaultsSystem Alarm filters


8-6 Faults

Table 8-3 lists the parameters on the View Alarm Filter page.

Table 8-4 lists the parameters on the Provision New Alarm Filter page.

Event historyThe Event history menu enables you to view the event logs.

Figure 8-6 shows the level structure for the Event history link.

Table 8-3Parameters on the View Alarm Filter page

Field Description

Alarm filter Displays the name given to alarm filter.

Managed Object Displays the object on which alarm filter is applied.

Alarm Displays the suppressed alarm string.

Delete A check box to select the alarm filter to be deleted.

Table 8-4Parameters on the Provision New Alarm Filter page

Field Description

Alarm Class Allows you to select the alarm class for which alarm is suppressed.

Type Allows you to select circuit pack or service module on which the alarm filter is created.

Alarm Allows you to select the suppressed alarm string.

Name Allows you to enter the name for the alarm filter.

Figure 8-6Level structure for the Event history link

FaultsSystem Event history


Faults 8-7

The Table 8-5 lists the parameters on the Event history page.

Alarm severityThe Alarm severity menu enables you to set the severity levels for different alarms as minor, major or critical.

Figure 8-7 shows the level structure of the Alarm severity link.

Table 8-5Parameters on the Event history page

Field Description

# Displays the serial number of an event.

Time Displays time at which the recorded event occurred.

Information Displays which event occurred at that instant.

Object Displays the Object related to the event.

Additional information Displays the additional information of events.

Latest Displays a list of latest 20 events.

Next Displays a list of next 20 events.

Previous Displays a list of previous 20 events.

Note: Show all events hyperlink can be used to view all the events, which opens a separate window containing information about all the events.

Figure 8-7Level structure of the Alarm severity link

FaultsSystem Alarm severity


8-8 Faults

Table 8-6 lists the parameters on the Alarm severity page.

Table 8-6Parameters on the Alarm severity page

Field Description

Trap ID Displays the Unique number for an alarm.

Alarm Displays the alarm string in the TL1 format (see Note 1).

Object Displays the object on which the alarm is raised.

Severity Displays the severity of the alarm – minor, major or critical, which can be provisioned (see Note 1).

Note 1: The warning alarms are also displayed but their severity cannot be modified.

Note 2: Restore Defaults button can be used to bring back the alarm severity levels to default values.


9-1323-1853-195

Profiles 9-

This chapter describes the Profiles menu in the web user interface. The Profiles option provides you with:

• STM/OC Port Profiles

• Path Alarm Profiles

Figure 9-1 shows the level structure of the Profiles menu.

Figure 9-1Level structure for Profiles menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

STM/OC portprofile

Path alarm profiles


9-2 Profiles

STM/OC Port ProfilesThis link enables you to view and edit the STM port profiles.

When you click on STM/OC Port Profiles, View STM/OC Port Profiles page is displayed.

The OME6110 network element offers two default STM/OC port profiles:

• Internal-NNI

• External-NNI

Note: The OME6110 does not allow creation and deletion of the STM/OC port profiles. You can only edit the STM/OC port profiles.

By clicking on the edit link of the required port profile, you can reach Edit Internal/External-NNI page. Refer to Table 9-2 for parameters on Internal/External-NNI page.

Table 9-1Parameters on View STM/OC Port Profile page

Field Description

View Displays hyper links to view STM/OC port profiles.

Profile Name Displays the STM/OC port profile names.

Edit Displays the hyperlink to edit the desired STM/OC port profile.

Table 9-2Parameters on Internal/External-NNI page

Field Description

Profile Name Displays the STM/OC port profile name.

Terminating and UnProtected TU/VT Alarm Profile

Displays the Provisioned Path alarm profiles for the ports.

Terminating and Protected TU/VT Alarm Profile


Passthrough and UnProtected TU/VT Alarm Profile


Passthrough and Protected TU/VT Alarm Profile


Terminating and UnProtected AU/STS Alarm Profile



Profiles 9-3

Path Alarm ProfilesThe Path alarm profiles feature allows you to create unique alarm profiles for individual OME6110 network elements.

This link enables you to provision a path alarm profile which can enable the alarm reporting control on secondary alarms reporting at every AU/STS and TU/VT objects.

Table 9-3 describes the parameters on the View Path Alarm Profile page.

Clicking Provision a new Path Alarm Profile displays Provision New Path Alarm Profile page.

Terminating and Protected AU/STS Alarm Profile


Passthrough and UnProtected AU/STS Alarm Profile


Passthrough and Protected AU/STS Alarm Profile


Table 9-3Parameters on View Path Alarm Profile page

Field Description

Profile Name Displays the profile name.

TIM Action Displays the provisioned TIM Action settings for the profile.(see Note).

Signal Label Mismatch Action

Displays the provisioned SLM Action settings for the profile (see Note).

UNEQ Signal Label Action

Displays the provisioned UNEQ Signal Label Action settings for the profile (see Note).

Masked Alarms

List

Displays this list of masked alarms

Delete Check box to delete the desired Path profile.

Note: Refer to Table 9-4 for supported TIM, SLM and UNEQ signal label action settings for alarm profiles.

Table 9-2 (continued)Parameters on Internal/External-NNI page

Field Description


9-4 Profiles

Table 9-4 describes the parameters on the Provision New Path Alarm Profile page.

Table 9-4Parameters on Provision New Path Alarm Profile page

Field Description

Profile Name Allows you to select a name for new path alarm profile.

TIM Action Report TIM, no downstream AIS

It reports TIM on trace identifier mismatch, does not send downstream AIS.

Ignore TIM No action on trace identifier mismatch.

Suppress TIM It will suppress TIM action.

Downstream AIS on TIM

It sends Downstream alarm indication signal (AIS) on trace identifier mismatch.

Signal Label Mismatch Action

Ignore SLM No action on Signal Label Mismatch (SLM).

Report SLM, no downstream AIS

On Signal Label Mismatch (SLM), HP_PLM alarm is reported but no downstream Alarm Indication Signal (AIS) is sent.

Downstream AIS on SLM

Report HP_PLM alarm and send, Alarm Indication Signal (AIS) downstream (traffic affecting), on Signal Label Mismatch(SLM).

Suppress SLM It will suppress SLM action.

UNEQ Signal Label Action

Ignore UNEQ It ignores UNEQ alarm.

Report UNEQ, no downstream AIS

It reports UNEQ alarm, does not send downstream AIS.

Downstream AIS on UNEQ

It sends downstream alarm indication signal (AIS) on UNEQ signal label mismatch.

Suppress UNEQ It will suppress UNEQ signal label action.

Select alarms for masking

Displays this list of alarms that can be masked.

• Alarm indication signal

• Remote defect indication

• Loss of Pointer

• Signal degrade

• Signal fail


10-1323-1853-195

Performance 10-

This chapter describes the Performance menu in the web user interface for the OME6110 network element. Performance monitoring (PM) refers to the in-service, non-intrusive monitoring of transmission quality. Various performance oriented parameters can be accessed and manipulated from this page. The Performance menu enables you to view and reset the performance statistics of STM/OCn ports, E1/DS1,E3/DS3 ports, Ethernet Ports and WAN.

Figure 10-1 shows the Performance page.

Figure 10-1Performance page


10-2 Performance

Figure 10-2 shows the level structure of the Performance menu.

Figure 10-2Level structure of the Performance menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

STM/OCn

E1/DS1/E3/DS3

WAN

Ethernet Current interval

STM/OCn

E1/DS1/E3/DS3

WAN

Ethernet15 minutes interval

STM/OCn

E1/DS1/E3/DS3

WAN

EthernetPrevious day

Input voltagemonitor


Performance 10-3

STM/OCn performance statisticsThe STM/OCn performance statistics menu enables you to view the performance statistics of Regenerator section (RS)/Section, Multiplex section (MS)/Line, Path,Tributary unit (TU)/Virtual Tributary (VT), and Optical Transceiver. Figure 10-3 shows the level structure for the current STM/OCn performance statistics link.

Figure 10-3Level structure of the STM/OCn performance statistics link

Performance Current intervalSystem STM/OCn

Path

Regenerator section/section-line

Transceiver

Tributary unit/virtual trinutary


10-4 Performance

View performance statistics of the Regenerator section/Line and Multiplex section/Line

Figure 10-4 shows the level structure for the Regenerator Section/Line and Multiplex Section/Line link.

Table 10-1 lists the parameters (Regenerator Section) on the Performance page when OME6110 network element is in SDH mode.

Figure 10-4Level structure for the Regenerator Section/Section-Line and Multiplex Section/Line link

Table 10-1Regenerator section parameters on the Performance page

Field Description

ES Displays the errored second in the regenerator section.

SES Displays the severely errored second in the regenerator section.

UAS Displays the unavailable second in the regenerator section.

SEP Displays the severely errored period in the regenerator section.

EB Displays the errored blocks in the regenerator section.

Performance Current intervalSystem STM/OCn Regenerator section/Multiplex section

Reset Regeneratorsection current 15 min

statistics

Reset Regeneratorsection current day

statistics

Reset Multiplexsection current 15 min

statistics

Reset Multiplexsection current day

statistics

Reset Multiplexsection current 15 min

statistics (far end)

Reset Multiplexsection current daystatistics (far end)


Performance 10-5

Table 10-2 lists the parameters (Section) on the Performance page when OME6110 network element is in SONET mode.

Table 10-3 lists the parameters (Multiplex Section) on the Performance page when OME6110 network element is in SDH mode.

BBE Displays the background block errors in the regenerator section.

ESR Displays the errored seconds ratio in the regenerator section.

SESR Displays the severely errored seconds ratio in the regenerator section.

BBER Displays the background block error ratio in the regenerator section.

SEPI Displays the severely errored period intensity in the regenerator section.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval in the regenerator section.

Table 10-2Section parameters on the Performance page

Field Description

CV Displays the code violations in the section.

ES Displays the errored second in the section.

SES Displays the severely errored second in the section.

SEFS Displays the severely errored framing seconds in the section.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval in the section.

Table 10-3Multiplex section parameters on the Performance page

Field Description

ES Displays the errored second in the multiplex section.

SES Displays the severely errored second in the multiplex section.

UAS Displays the unavailable second in the multiplex section.

SEP Displays the severely errored period in the multiplex section.

EB Displays the errored blocks in the multiplex section.

Table 10-1 (continued)Regenerator section parameters on the Performance page

Field Description


10-6 Performance

Table 10-4 lists the parameters (Line) on the Performance page when OME6110 network element is in SONET mode.

BBE Displays the background block errors in the multiplex section.

ESR Displays the errored seconds ratio in the multiplex section.

SESR Displays the severely errored seconds ratio in the multiplex section.

BBER Displays the background block error ratio in the multiplex section.

SEPI Displays the severely errored period intensity in the multiplex section.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval in the multiplex section.

ES-FE Displays the errored seconds at far end in the multiplex section.

SES-FE Displays the severely errored seconds at far end in the multiplex section.

BBE-FE Displays the background blocked errors at far end in the multiplex section.

UAS-FE Displays the unavailable seconds at far end in the multiplex section.

SEP-FE Displays the severely errored period at far end in the multiplex section.

Far end Interval Valid Displays the validity of data during that interval at far end in the multiplex section.

Table 10-4Line parameters on the Performance page

Field Description

CV Displays the code violations in the section.

ES Displays the errored second in the line section.

SES Displays the severely errored second in the line section.

UAS Displays the unavailable second in the line section.

FC Displays the failure count in the line section.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval in the line section.

ES-FE Displays the errored seconds at far end in the line section.

Table 10-3 (continued)Multiplex section parameters on the Performance page

Field Description


Performance 10-7

View performance statistics of the pathFigure 10-5 shows the level structure for the Path link.

SES-FE Displays the severely errored seconds at far end in the line section.

CV-FE Displays the code violation errors at far end in the line section.

UAS-FE Displays the unavailable seconds at far end in the line section.

Far end Interval Valid Displays the validity of data during that interval at far end in the line section.

Figure 10-5Level structure for the Path link

Table 10-4 (continued)Line parameters on the Performance page

Field Description


Reset currentAU4/STS3 15 min

statistics

Reset currentAU4/STS3 day

statistics

Reset currentAU4/STS3 15 minstatistics (far end)

Reset currentAU4/STS3 day


Path

Reset all current 15min statistics

Reset all current daystatistics

Reset all current 15min statistics (far end)

Reset all current daystatistics (far end)

AU4/STS1 links


10-8 Performance

Table 10-5 lists the parameters on the path performance page when OME6110 network element is in SDH mode.

Table 10-5Parameters on the path performance page

Field Description

ES Displays the errored second.

SES Displays the severely errored second.

UAS Displays the unavailable second.

EB Displays the errored blocks.

BBE Displays the background block errors.

PPJE Displays the positive pointer justification events.

NPJE Displays the negative pointer justification events.

ESR Displays the errored seconds ratio.

SESR Displays the severely errored seconds ratio.

BBER Displays the background block error ratio.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval.

ES-FE Displays the errored seconds at far end.

SES-FE Displays the severely errored seconds at far end.

BBE-FE Displays the background blocked errors at far end.

UAS-FE Displays the unavailable seconds at far end.

Far End Interval Valid Displays the validity of data during that interval at far end.

SEP Displays the severely errored period in the multiplex section.

SEPI Displays the severely errored period intensity in the multiplex section.

SEP-FE Displays the severely errored period at far end in the multiplex section.


Performance 10-9

Table 10-6 lists the parameters on the path performance page when OME6110 network element is in SONET mode.

Table 10-6Parameters on the path performance page

Field Description

CV Displays the code violations in the path.




FC Displays the failure count in the path.

PPJE Displays the positive pointer justification events.

NPJE Displays the negative pointer justification events.

Interval Valid Interval Valid is the validity of the interval and the validity of data during that interval.

ES-FE Displays the errored seconds at far end.

SES-FE Displays the severely errored seconds at far end.

CV-FE Displays the code violation errors at far end in the line section.




10-10 Performance

View performance statistics of the Tributary unit/Virtual tributaryFigure 10-6 shows the level structure of the Tributary Unit/Virtual tributary link.

Figure 10-6Level structure of the Tributary Unit/Virtual tributary link


Reset currentTU/VT 15 min

statistics

Reset currentTU/VT day statistics

Reset currentTU/VT 15 min


Reset currentTU/VT day statistics

(far end)

Reset all current 15min statistics

Reset all current daystatistics

Reset all current 15min statistics (far end)

Reset all current daystatistics (far end)

All TU/VTs

Tributary unit/virtual tributary

Tributary unit/ virtualtributary link


Performance 10-11

Table 10-7 lists the parameters on the Tributary Unit/Virtual Tributary Performance page.

Table 10-7Parameters on the Tributary Unit/Virtual Tributary Performance page

Field Description




SEP Displays the severely errored period.

EB Displays the errored blocks.

BBE Displays the background blocked error.

ESR Displays the error seconds ratio.

SESR Displays the severely error seconds ratio.

BBER Displays the blocked background error ratio.

SEPI Displays the severely errored period intensity

Interval Valid Displays the section interval valid.

ES-FE Displays the error seconds at far end.

SES-FE Displays the severely error seconds at far end.

BBE-FE Displays the background blocked errors at far end.


SEP-FE Displays the severely errored period at far end.



10-12 Performance

View performance statistics of TransceiverFigure 10-7 shows the level structure of the Transceiver link.

Table 10-8 lists the parameters on the Transceiver page.

Figure 10-7Level structure of the Transceiver link

Table 10-8Parameters on the Transceiver page

Field Description

Received Power (dBm) Displays the value of the received power.

Transmit Power (dBm) Displays the value of the transmitted power.

Laser Bias (mA) Displays the Laser Bias value as received from the device.

Laser Voltage (Volts) Displays the Laser Voltage as received from the device.

Laser Temperature (degrees C) Displays the Laser Temperature as received from the device.

Interval Valid Displays the validity of the interval.

PerformanceSystem Current interval STM/OCn Tranceivers


Performance 10-13

E1/DS1 performance statisticsFigure 10-8 shows the level structure of the E1/DS1 Performance Statistics link.

View the performance statistics of E1/DS1 interface (Line)Table 10-9 lists the parameters (line) on the E1/DS1 Performance page.

Figure 10-8Level structure of the E1/DS1 Performance Statistics link

Table 10-9Parameters on the E1/DS1 Performance page

Field Description

CV-L Displays the coding violations occurring on the line.

ES-L Errored Seconds Line (ES-L) is a count of the seconds containing one or more anomalies and/or defects on the line.

SES-L Displays the unavailable seconds.

Line Interval Valid Displays the valid interval on the line.

Performance Current intervalSystem E1/DS1

Reset all currentE1/DS1 15 min

statistics

Reset all currentE1/DS1 day statistics

E1/DS1 portlink

Reset current 15 minstatistics at line level

Reset current daystatistics at line level

Reset current 15 minstatistics at path level

Reset current daystatistics at path level


10-14 Performance

View the performance statistics of E1/DS1 interface (Path)Table 10-10 lists the parameters (path) on the E1/DS1 Performance page, when OME6110 network element is in SDH mode.

Table 10-11 lists the parameters (path) on the E1/DS1 Performance page, when OME6110 network element is in SONET mode.

Table 10-10Parameters on the E1/DS1 Performance page in SDH mode

Field Description

EB-P Displays the errored blocks on the path.

BBE-P Displays the background blocked error on the path.

ES-P Errored Seconds Path (ES-P) is a count of the seconds containing one or more anomalies and /or defects on the path.

SES-P Displays the unavailable seconds on the path.

UAS-P Displays the unavailable seconds on the path.

Path Interval Valid Displays the valid interval on the line.

Table 10-11Parameters on the E1/DS1 Performance page in SONET mode

Field Description

CV-P Displays the coding violations occurring on the path.

ES-P Errored Seconds Path (ES-P) is a count of the seconds containing one or more anomalies and /or defects on the path.

SES-P Displays the unavailable seconds on the path.

UAS-P Displays the unavailable seconds on the path.

SAS-P Displays a count of one-second intervals containing one or more SEFs or one or more AIS defects on the path.

AISS-P Displays count of one-second intervals containing one or more AIS defects.

Path Interval Valid Displays the valid interval on the path.


Performance 10-15

E3/DS3 performance statisticsFigure 10-9 shows the level structure of the E3/DS3 Performance Statistics link.

View the performance statistics of E3/DS3 interface (Line)Table 10-12 lists the parameters (line) on the E3/DS3 Performance page.

Figure 10-9Level structure of the E3/DS3 Performance Statistics link


Field Description

CV-L Displays the coding violations occurring on the line.

ES-L Errored Seconds Line (ES-L) is a count of the seconds containing one or more anomalies and/or defects on the line.

SES-L Displays the unavailable seconds.

Line Interval Valid Displays the valid interval on the line.

Performance Current intervalSystem E3/DS3

Reset all currentE3/DS3 15 min

statistics

Reset all currentE3/DS3 day statistics

E3/DS3 portlink

Reset current 15 minstatistics at line level

Reset current daystatistics at line level

Reset current 15 minstatistics at path level

Reset current daystatistics at path level


10-16 Performance

View the performance statistics of E3/DS3 interface (Path)Table 10-13 lists the parameters (path) on the E3/DS3 Performance page, when OME6110 network element is in SDH mode.

Table 10-14 lists the parameters (path) on the E3/DS3 Performance page, when OME6110 network element is in SONET mode.


Field Description

ES-P Errored Seconds Path (ES-P) is a count of the seconds containing one or more anomalies and/or defects on the path.

SES-P Displays the severely Errored second on the path.

UAS-P Displays the unavailable second on the path.

Path Interval Valid Displays the valid interval on the line.


Field Description

CVP-P Displays the count of P-bit parity errors occurring in the accumulation period.

ESP-P Displays the count of seconds containing one or more P-bit parity errorless or more SEF defects,or one or more AIS defects.

SESP-P Displays count of seconds containing more than 44 P-bit parity violations,one or more SEF defects,or one or more AIS defects.

UASP-P Displays the count of one-second intervals when the DS-3 path is unavailable.

SAS-P Displays a count of one-second intervals containing one or more SEFs or one or more AIS defects on the path.

AISS-P Displays count of seconds containing more than 44 P-bit parity violations,one or more SEF defects,or one or more AIS defects.

Path Interval Valid Displays the valid interval on the path.where 1=invalid.


Performance 10-17

Ethernet performance statisticsFigure 10-10 shows the level structure of performance statistics for Ethernet link.

View the performance statistics of Ethernet interfaceTable 10-15 lists the parameters on the Ethernet Performance page.

Figure 10-10Level structure of the Ethernet Statistics link

Table 10-15Parameters on the Ethernet Performance page

Field Description

Idle seconds Idle second in Ethernet client traffic. An Idle second is a second in which (Frames received + Errored Frames received)=0. This counter will be incremented in a non-ES/non_SES/non_UAS second.

ES Displays the Errored second in an Ethernet Client traffic.

SES Displays the severely Errored seconds in an Ethernet Client traffic.

UAS Displays the Unavailable seconds in an Ethernet Client traffic.

Frames Transmitted Displays a count for the frames that are successfully transmitted.

Single Collision Frames Displays a count for the frames that are involved in a single collision.

Multiple Collision Frames Displays a count for the frames that are involved in more than one collision and are subsequently transmitted successfully.

Frames Received Displays a count for the frames that are successfully received.

FCS Errors Displays a count of frames that are an integral number of octets in length but do not pass the FCS check.

Alignment Errors A count of frames that are not an integral number of octets in length and do not pass the FCS check.

Octets Transmitted Displays a count for the octets including padding octets that are successfully transmitted.

Frames with Deferred Transmissions

Displays a count for the frames whose transmission was delayed on its first attempt because the medium was busy.

Late collisions Displays a count for the number of times collision has been detected later than one slot time from the start of the packet transmission. A late collision is counted twice, both as collision and late collision.

Performance Current intervalSystem Ethernet


10-18 Performance

Frames Aborted Due to Excessive collisions

Displays a count for the frames that are not transmitted successfully due to excessive collision.

Octets Received Displays a count of the octets including padding octets that are successfully received.

Frames Too short Errors Displays a count of frames that are received with a frame size below the maximum permitted frame size.

Frames Too Long Errors Displays a count of frames that are received with a frame size above the maximum permitted frame size.

Multicast Frames Transmitted Displays a count of the multicast frames that have been transmitted successfully.

Broadcast Frames Transmitted Displays a count of the broadcast frames that have been transmitted successfully.

Multicast Frames Received Displays a count of the multicast frames that have been received successfully.

Broadcast Frames Received Displays a count of the broadcast frames that have been received successfully.

Collisions Displays the total number of regular collision events occurring during transmission.

Pause Frames Transmitted Displays a count for the PAUSE frames passed to the MAC sublayer.

Pause Frames Received Displays a count for the PAUSE frames passed by the MAC sublayer to the upper layers.

Ethernet Interval Valid Displays the valid period where 1=invalid.

Error Control Characters Received

Count of Errors in Control characters Received.

Error Control Characters Transmitted

Count of Errors in Control characters Transmitted.

Control Characters Received Count of Control characters Received.

Control Characters Transmitted Count of Control characters Transmitted.

Data Characters Received Count of Data characters Received.

Data Characters Transmitted Count of Data characters Transmitted.

Note: The parameters Error Control Characters Received, Error Control Characters Transmitted, Control Characters Received, Control Characters Transmitted, Data Characters Received, Data Characters Transmitted are not supported.

Table 10-15 (continued)Parameters on the Ethernet Performance page

Field Description


Performance 10-19

WAN interfaceFigure 10-11 shows the level structure of the WAN interface link.

View the performance statistics of the WAN interfaceTable 10-16 lists the parameters on the View Performance statistics of the WAN interface page.

Figure 10-11Level structure of performance statistics of WAN interface

Table 10-16Parameters on the Performance Statistics of the WAN interface page

Field Description

Idle Seconds Idle second in Ethernet Client traffic. An Idle second is a second in which (Frames received+ Errored Frames received)=0. This counter will be incremented in a non-ES/non-SES/non-UAS second.

ES Displays the Errored seconds in a WAN.

SES Displays the severely Errored seconds in a WAN.

UAS Displays the unavailable seconds in a WAN.

Valid Frames Transmitted Displays the valid frames transmitted count.

Valid Frames Received Displays the valid frames received count.

Frames Dropped Displays a count of frames that were dropped.

Valid Bytes Transmitted Displays the valid bytes transmitted count.

Valid Bytes Received Displays the valid bytes received count.

Core Header single Error Corrections

Displays the GFP core header single errors correction count.

Type Header single Error Corrections

Displays the GFP type header single error correction count.

Core Header CRC Errors Displays the GFP (Generic Framing Procedure as in G.7041) core header CRC error count.

Type Header CRC Errors Displays the GFP type header CRC error count.

Performance Current intervalSystem WAN WAN interface


10-20 Performance

Input voltage monitorInput voltage monitor menu monitors the input voltage sources on the PSU circuit pack. The threshold to raise the alarms can be set in this page.

Figure 10-12 shows the level structure of the Input voltage monitor link.

Table 10-17 lists the parameters on the Input voltage statistics page.

Payload FCS Errors Displays the payload FCS incorrect count.

VCG Interval Valid Displays whether this period is suspected or not (see Note).

Note: 1 indicates a suspect.

Figure 10-12Level structure of the Input voltage monitor link

Table 10-17Parameters on the Input voltage statistics page

Field Description

Link Link to change the threshold.

Card Name Displays the card name to which the voltage monitor belongs to.

Voltage Source Displays the input of the source being monitored.

Index Displays the index of the monitor with respect to the source in the card.

Voltage Value Displays the default expected value of the source.

Current Voltage Value Displays the actual value read from the source.

Voltage high threshold Displays the voltage limit, above which an overload voltage alarm is raised on the input power supply.

Voltage low threshold Displays the voltage limit, below which an voltage underload alarm is raised.

Admin Status Displays whether the power feed status is up or down. It indicates the status of the input power feed. If the status is forced to down, all alarms raised on this feed is suppressed and makes it non optional.

Table 10-16 (continued)Parameters on the Performance Statistics of the WAN interface page

Field Description

Performance Input voltage monitorSystem


Performance 10-21

Table 10-18 lists the parameters on the Edit Voltage Thresholds page

Table 10-18Parameters on the Edit Voltage Thresholds page

Field Description

Current Voltage Value Displays the actual value read from the source.

Voltage Value Displays the default expected value of the source.

Voltage high threshold Allows you to edit the voltage high threshold.

Voltage low threshold Allows you to edit the voltage low threshold.

Admin Status Allows you to set the power feed status as

• up

• down


10-22 Performance


11-1323-1853-195

Security 11-

This chapter describes the security menu in the web user interface. This chapter provides you with the user administration operations like editing parameters such as user privilege levels and passwords. Figure 11-1 shows the Security page.

Figure 11-1Security page


11-2 Security

Figure 11-2 shows the level structure of the Security menu.

Figure 11-2Level structure of the Security menu

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

Manage users

View TL1 sessions

Radius Settings


Security 11-3

Radius serverRemote Authentication Dial-In User Service (RADIUS) enables communication between RADIUS clients on remote network elements and a RADIUS server providing centralized authentication, authorization and accounting (AAA) services.

This menu allows to create and view Radius servers.

In the View Radius page, you can

• View Radius server details.

• Provision a new Radius server

Table 11-1 lists the parameters on the View Radius page.

Table 11-2 lists the parameters on the Provision New Radius Server page.

Table 11-1Parameters on the View Radius page

Field Description

View Link to only view Radius server details.

Radius Server Timeout Displays the time in which communication should be established with the Radius Server.

Radius Server Port Displays the Radius Server port.

Priority Displays the priority of the Radius server

Edit Link to edit the Radius server parameters

Delete Link to delete the Radius server.

Table 11-2Parameters on the Provision New Radius Server page

Field Description

Radius Server Allows you to enter the IP address of the Radius server

Radius Secret Allows you to enter a code for encrypting data sent to the Radius server

Radius Server Timeout Allows you to enter the time duration (in seconds) within which communication should be established with the Radius server.

Radius Server Port Allows you to enter the communication port of the Radius server.

Priority Allows you to enter the priority of the Radius server.


11-4 Security

Manage usersThis menu allows to create and manage user accounts for the OME6110 network element.

Display user detailsTable 11-3 lists the types of mapping access groups and supported operations.

Table 11-3Mapping access groups and supported operations

Access Group Supported Operations

USER Read-only access to all the management information including configuration, faults and performance.

OPERATOR All configuration operations such as interface and cross-connect configurations, acknowledgement of faults, resetting of performance statistics.

OPERATOR2 Can change the node name, Router ID and Ethernet IP apart from having Operator access privileges. Perform all maintenance operations such as software/configuration backup/restore, loopbacks.

ADMINISTRATOR Creation and deletion of logins on the network element. Configuration of network element parameters like network element mode, location, Contact as well as management parameters such as Ethernet/router IP address/masks and OSPF parameters.

Note 1: Only an Administrator can add, delete or modify the users and modify the access field. All the other users can change their passwords.

Note 2: An asterisk beside the username indicates the current user (i.e ADMIN or operator) logged into the network element.


Security 11-5

New user is opened from clicking on Add User. Table 11-4 lists the parameters on the New User page.

View TL1 sessionsThis link allows to you see the details of active TL1 sessions.

Table 11-5 lists the parameters on Active TL1 sessions page.

Table 11-4Parameters on the New User page

Field Description

User Name Displays the label identifying user.

Access Allows you to select a privilege from the following

• User

• Operator

• Operator2

• Admin

Password Allows you to enter the password required for accessing the network element (see Note 1).

Confirm Password Allows you to re-enter the password for confirmation.

Note 1: Password must be exactly 8 characters long. It supports all the alphanumeric characters and all special characters except space.

Note 2: See Table 1-1 for user name and password provisioning rules.

Table 11-5Parameters on Active TL1 sessions page

Field Description

# Displays Serial number.

User Displays User name.

Remote IP Displays the remote IP from which TL1 session is active.

Remote Port Displays the remote port of the PC from where the TL1 session is accessed.

Connection Time Displays date and time of the TL1 session access.


11-6 Security


12-1323-1853-195

Maintenance 12-

This chapter describes the operations available under Maintenance in the Navigation menu.

This link allows you to access:

• System settings

• Restart options

• Loop-Backs

• Diagnostics

• Configuration management

• Upgrade operations


12-2 Maintenance

Figure 12-1 shows the level structure of the Maintenance link.

Figure 12-1Level structure of the Maintenance link

NE informatiom

Node slot view

System time

Inventory

Protection

Configuration

Faults

Profiles

Performance

Security

Maintenance

System

System settings

Restart options

Loopbacks

Diagnostics

Configurationmanagement

Upgradeoperations


Maintenance 12-3

System settingsThis link allows you to set Performance day bin rollover timezone.

Table 12-1 lists the parameters on the System Settings page.

Restart operationsThis link allows you reset the OME6110 network element. Through this link, you can perform:

• Warm restart

• Cold restart

Warm restartBy clicking Warm restart in Reset and load management page, you can restart the network element without affecting the traffic.

Cold restart (service disruptive)By clicking Cold restart in Reset and load management page, you can restart the network element. Cold restart is traffic affecting.

Loop-BacksThe Loop-Backs link allows you to perform continuity tests on STM/OCn, PDH or Ethernet Ports. These ports can be configured for facility loopback and terminal loopback.

It provides you with:

• loopbacks on STM/OCn ports

• loopbacks on PDH ports

• loopbacks on Ethernet ports

Table 12-1Parameters on the Other System Settings page

Field Description

Performance Day Bin Rollover Timezone

GMT Enables Performance Day Bin Rollover as per GMTTime zone.

Local Enables Performance Day Bin Rollover as per LocalTime zone.

Note: For example if Local =IST (ahead of GMT by 5.30 hrs) where IST is the time zone selected in the Set time zone page by the user.

If local, Performance Day bin Rollover happens at 00:00:00 IST.

If GMT, Performance Day bin Rollover happens at 05:30:00 IST.


12-4 Maintenance

Table 12-2 describes the various loopback modes.

STM/OCn ports LoopbackFigure 12-2 shows the level structure for the Loopbacks on SDH/OCn ports link.

Refer to Table 12-2 for parameters on this page.

PDH ports LoopbackFigure 12-3 shows the level structure for the Loopbacks on PDH ports link.


Ethernet ports LoopbackFigure 12-4 shows the level structure for the Loopbacks on Ethernet ports link.

Note: Facility Loopback is not supported for Ethernet Ports

Table 12-2Loopback modes

Field Description

Normal Operation Normal connection configured.

Facility Loopback Loop back at the ingress.

Terminal Loopback Loop back at the egress.

Figure 12-2Level structure for the Loopbacks on SDH/OCn ports link

Figure 12-3Level structure for the Loopbacks on PDH ports link

MaintenanceSystem Loopbacks STM/OCn STM/OCn portloopback

STM/OCn portlinks

MaintenanceSystem Loopbacks PDH portsloopback PDH port


Maintenance 12-5

.


DiagnosticsThis page gives information about the different OSPF parameters. This link allows you to monitor the OSPF or iISIS settings for the network element. Through this link, you can:

• access the OSPF monitor page

• access the iISIS monitor page

Figure 12-5 shows the level structure for the Diagnostics link.

OSPF Monitor OSPF monitoring lets you monitor neighbors of a particular network element, debug routing information for the IBC (In Band Communication).

OSPF Monitor Page has many links that come with OSPF protocol suite. OME6110 uses only interfaces, neighbors and routing table for diagnosing. For details regarding remaining links, refer to OSPF MIB and OSPF specification links.

Figure 12-4Level structure for the Loopbacks on Ethernet Ports link

Figure 12-5Level structure for the Diagnostics link

MaintenanceSystem Loopbacks Ethernet portsloopback Ethernet port link

MaintenanceSystem Diagnostics OSPF Monitor

iISIS


12-6 Maintenance

Figure 12-6 shows the level structure for the OSPF monitor link.

Figure 12-6Level structure for the OSPF monitor link

MaintenanceSystem Diagnostics OSPF Monitorpage Statistics

LSA expansion

AS externals

Routing table

Opaque-LSAs

Areas

Database

Interfaces

Neighbors


Maintenance 12-7

InterfacesTable 12-3 lists the interface parameters on the Interfaces page.

NeighborsTable 12-4 lists the neighbors parameters on the Neighbors page.

Table 12-3Parameters on the Interfaces page

Field Description

Phy Displays the name of physical network interface (see Note 1).

Addr Displays the address of the interface available.

Area Displays the area of the OSPF network to which interface belongs.

Type Displays the type of the link (see Note 2).

State Displays the OSPF router state of the network element.

#Nbr Displays the number of neighbors discovered on the interface.

#Adj Number of Adjacencies with other routers in the network on the interface.

Cost Cost associated to a particular interface.

Note 1: Different interfaces are eth, hdlcppp, ecc.

Note 2: Types of links can be BCast (Broadcast), P-P (Point to Point).

Table 12-4Parameters on the Neighbors page

Field Description

PHY Displays the physical interface, Ecc_m_n Embedded channel on Slot m interface n.

Addr Displays the address of the interface available.

ID Displays the Router ID of the network elements discovered as neighbors.

State Displays the state of the Data Link as

• Full-Full duplex

• Half-Half duplex

• Exchange-Negotiation

#DD Unused

#Req Unused

#Rxmt Unused


12-8 Maintenance

Routing table Table 12-5 lists the routing table parameters on the Routing Table page.

Areas Table 12-6 lists the parameters on the Areas page.

Table 12-5Parameters on the Routing Table page

Field Description

Prefix Displays the IP of the Network interface connected.

Type Displays the protocol used, with which the IP is discovered as

Shortest Path First (SPF).

Cost Displays the Cost associated to reach the neighbor through a particular interface.

Ifc Displays the interface, ecc_m_n Embedded control channel on Slot m interface n.

Next-hop Displays the IP address of the next node through the link.

#Paths Displays the number of paths available to the network interface from the network element.

Table 12-6Parameters on the Areas page

Field Description

Area Displays the set of networks grouped together by the OSPF.

#Ifcs Displays the number of ECC interfaces which are part of the area.

#Routers Displays the number of reachable routers in the area.

#LSAs Displays the total LSAs in the network pertaining to this area.

XSum Displays the checksum on the area database maintained by the node. Internal parameter.

Comments Displays the description of the Area Capability. transit/stub/demand-capable/no-import.


Maintenance 12-9

DatabaseTable 12-7 lists the parameters on the Database page.

StatisticsTable 12-8 lists the parameters on the Statistics page.

Table 12-7Parameters on the Database page

Field Description

LSA Type Displays the format and function of the LSA.

LS ID Displays the piece of routing domain that is being described by the LSA.

Adv.Rtr Displays the OSPF Router ID of the Router originating the LSA.

LS Seqno Displays the signed 32-bit integer used to detect old and duplicate LSAs.

XSum Displays the checksum of the complete contents of the LSA, excepted the LS age field.

Length Displays the size in bytes of the LSA.

Age Displays the age of the LSA in seconds.

Table 12-8Parameters on the Statistics page

Field Description

Router ID Displays the 32-bit number assigned to each router running the OSPF protocol.

#AS-external_LSAs Displays the number of external LSAs received by the network element.

ASE Checksum Displays the checksum of the AS externals.

#ASEs Originated Displays the number of external LSAs originated by the network element.

ASEs allowed Displays the maximum no of AS-external-LSAs in database.

#Dijkstras Displays the number of times the dijkstra algorithm run on the LSA database.

#Areas Displays the number of areas this network element is a part of.

#Nbrs in Exchange Displays the number of #Nbrs undergoing a database exchange.

MOSPF enabled Unused

Inter-area multicast Unused


12-10 Maintenance

LSA expansionTable 12-9 lists the parameters on the LSA expansion page.

AS externalsTable 12-10 lists the parameters on the AS externals page.

Inter-AS multicast Unused

In overflow state Displays if the number of external LSAs has exceed the limit above.

ospfd version Displays the version of the OSPF software running in the network element.

Table 12-9Parameters on the LSA expansion page

Field Description

Area ID Allows you to select the identity of set of networks grouped together by the OSPF.

LS Type Allows you to select the format and function of the LSA.

LS ID Allows you to enter the piece of routing domain that is being described by the LSA.

Adv.Rtr Allows you to select the OSPF Router ID of the Router originating the LSA.

Table 12-10Parameters on the AS externals page

Field Description

LSA Type Displays the format and function of the LSA.

LS ID Displays the piece of routing domain that is being described by the LSA.

Adv.Rtr Displays the OSPF Router ID of the Router originating the LSA.

LS Seqno Displays the signed 32-bit integer used to detect old and duplicate LSAs.

XSum Displays the checksum of the complete contents of the LSA, excepting the LS age field.

Length Displays the size in bytes of the LSA.


Table 12-8 (continued)Parameters on the Statistics page

Field Description


Maintenance 12-11

Opaque-LSAsTable 12-11 lists the parameters on the Opaque-LSAs page.

ilSIS monitorFigure 12-7 shows the level structure for the ilSIS monitor link.

Table 12-11Parameters on the Opaque-LSAs page

Field Description

Phyint Displays the name of physical network interface.

If address Displays the set of networks grouped together by the OSPF.

Area Displays the set of networks grouped together by the OSPF.

LS Type Displays the piece of routing domain that is being described by the LSA.

LS ID Displays the OSPF Router ID of the Router originating the LSA.

Adv.Rtr Displays the signed 32-bit integer used to detect old and duplicate LSAs.

LS Seqno Displays the e checksum of the complete contents of the LSA, excepting the LS age field.

XSum Displays the size in bytes of the LSA.

Length Displays the age of the LSA in seconds.


Note: Different interfaces are eth, hdlcppp, ecc.

Figure 12-7Level structure for the ilSIS monitor link

MaintenanceSystem Diagnostics ilSIS


12-12 Maintenance

Configuration managementThis link allows you to do:

• Backup configuration

• Restore configuration

• Restore factory defaults

Backup configurationThe Backup configuration link allows you to backup the network element provisioning data onto a remote server.

Figure 12-8 shows the level structure of the Backup configuration link.

Note: The remote server should have an FTP server installed on it to carry out the Backup configuration command.

Table 12-12 lists the parameters on the Backup configuration page.

Network element configuration state information of the last executed configuration operation is displayed in the status/alarm area of the Backup configuration page.

Figure 12-8Level structure of Backup configuration link

Table 12-12Parameters on the Backup configuration page

Field Description

User Name Allows you to enter the username of the system which will have the backup.

Password Allows you to enter the password of the system.

IP Address Allows you to enter the IP address of the system where the Backup should be created.

FTP port (Optional) Allows you to enter FTP port number.

Directory Allows you to enter the directory into which the data has to be copied.

MaintenanceSystem Configurationmanagement

Backupconfiguration


Maintenance 12-13

Restore configurationThe Restore configuration link allows you to perform a network element restore from a previously saved backup.

Note: The remote server should have an FTP server installed on it to carry out the Restore configuration data command when restoring from a remote machine.

Figure 12-9 shows the level structure of the Restore configuration link.

Note: The remote server should have an FTP server installed on it to carry out the Restore configuration data command.

Table 12-13 lists the parameters on the Restore configuration page.

Figure 12-9Level structure of Restore configuration link

Table 12-13Parameters on the Restore configuration page

Field Description

Configuration Operation Restore Configuration from remote machine

Allows you to restore configuration from remote machine.

Restore Configuration from local machine

Allows you to restore configuration from local machine itself via HTTP server on OME6110 network element.

Commit configuration Allows you to save the restored configuration.

Forcefully commit Allows you to restore configuration from different Network element.

Note: After a forced restore, the node takes on the DCN of the node the backup originally came from. If you wish to change it, you must log on to the node to do so after the forced restore is complete.

Username Allows you to enter the username of the system which will have the backup.


MaintenanceSystem Configurationmanagement

Restoreconfiguration


12-14 Maintenance

Note: Node configuration state information is displayed in the status/alarm area of the Restore configuration page.

Restore factory defaultsThe Restore factory defaults link allows you to restore the factory default values for the network element.

Note 1: All configuration information, event history and performance data will be deleted.

Note 2: This action will bring down existing traffic. Attempt the action only if the network element needs to be re initialized.

A power cycle is necessary after this action is performed.

Upgrade operationsThe Upgrade operations link allows you to upgrade software, documentation, and firmware on OME6110 network element. For more information on the orderable Upgrade CAPs, refer to the Planning Guide, NT6Q92AD.

Figure 12-10 shows the level structure of Upgrade Operations menu.

IP Address Allows you to enter the IP address of the system where the backup should be retrieved.

FTP port(Optional) Allows you to enter FTP port number.

Directory Allows you to enter the directory from which the data has to be retrieved.

Note: Username, Password, IP address, FTP port, Directory are only applicable if “Restore configuration from remote machine” is selected. Not applicable to “restore from local machine”.

Figure 12-10Level structure of Upgrade operation

Table 12-13Parameters on the Restore configuration page

Field Description

MaintenanceSystem Upgradeoperations Documentation

Firmware

Unified upgrade


Maintenance 12-15

Unified UpgradeOptions for the Software download operation field in the Software download page are:

• retrieve release

• check release

• cancel release

• delete release

• deliver load from remote machine

• retrieve space

• check upgrade

• load upgrade

• invoke upgrade

• commit upgrade

• deliver load from local machine

Note: The options check upgrade, load upgrade, invoke upgrade and commit upgrade will be available only when the Deliver Release is not successful.


12-16 Maintenance

Table 12-14 displays the parameters on Unified Upgrade page.

Figure 12-11 shows the level structure of the Unified Upgrade link.

Software download state information is displayed in the status/alarm area of the Unified Upgrade page.

Table 12-14Parameters on Unified Upgrade page

Field Description

Software download operation Displays the various software download options:

• Retrieve release

• Retrieve state

• Retrieve space

• Deliver release from local machine

• Deliver release from remote machine

• Check release

Username Allows you to enter the user name.

Password Allows you to enter the password.

IP address Allows you to enter the IP address of the system from where you are downloading the unified upgrade bundle.

FTP port (Optional) Allows you to enter the TCP port for FTP application.

Directory Allows you to enter the directory where the software can be downloaded.

File name Allows you to enter the name of the file to be downloaded.

Figure 12-11Level structure of Unified Upgrade page

MaintenanceSystem Upgradeoperations Unified upgrade


Maintenance 12-17

DocumentationThe Documentation link allows you to download documentation from a remote machine.

Table 12-15 displays the parameters on Documentation download page.

FirmwareThe Firmware link allows you to download the firmware from a remote machine.

Figure 12-13 shows the level structure of the Firmware link.

Figure 12-12Level structure of Documentation download page

Table 12-15Parameters on Documentation download page

Field Description

Username Allows you to enter the username of the system from where you are downloading the documentation.


IP Address Allows you to enter the IP address of the system from where you are downloading the documentation.

Directory Allows you to enter the directory from which you need to download the documentation.

File Name Allows you to enter name of the file downloaded.

Figure 12-13Level structure of Firmware

MaintenanceSystem Upgradeoperations Documentation

MaintenanceSystem Upgradeoperations Firmware


12-18 Maintenance

Table 12-16 displays the parameters on Firmware download page.

Table 12-16Parameters on Firmware download page

Field Description

Username Allows you to enter the username of the system from where you are downloading the firmware.


IP Address Allows you to enter the IP address of the system from where you are downloading the firmware.

Directory Allows you to enter the directory from which you need to download the firmware.

File name Allows you to enter the name of the file to be downloaded.


Copyright © 2006-2007 Nortel Networks, All Rights Reserved

This document is protected by copyright laws and international treaties. All information, copyrights and any other intellectual property rights contained in this document are the property of Nortel Networks. Except as expressly authorized in writing by Nortel Networks, the holder is granted no rights to use the information contained herein and this document shall not be published, copied, produced or reproduced, modified, translated, compiled, distributed, displayed or transmitted, in whole or part, in any form or media.

Nortel

Optical Multiservice Edge 6110Local Craft Access User Guide

323-1853-195Standard Rel 2.2 Issue 1May 2007Printed in Canada

The information is provided “as is” and Nortel Networks does not make or provide any warranty of any kind, expressed or implied, including any implied warranties of merchantability, non-infringement of third party intellectual property rights, and fitness for a particular purpose.

Nortel, the Nortel logo and the Globemark are trademarks of Nortel Networks.Internet Explorer is a trademark of Microsoft Corporation.Netscape is a trademark of Netscape Communications Corporation.

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