GrandVIEW EMS 4.1. User s Guide. Document No A2-GB November 2003

Transcription

1 GrandVIEW EMS 4.1 User s Guide Document No A2-GB22-10 November 2003

2 Copyright 2003 Paradyne Corporation. All rights reserved. Printed in U.S.A. Notice This publication is protected by federal copyright law. No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any human or computer language in any form or by any means, electronic, mechanical, magnetic, manual or otherwise, or disclosed to third parties without the express written permission of Paradyne Corporation, th Ave. N., Largo, FL Paradyne Corporation makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties of merchantability or fitness for a particular purpose. Further, Paradyne Corporation reserves the right to revise this publication and to make changes from time to time in the contents hereof without obligation of Paradyne Corporation to notify any person of such revision or changes. Changes and enhancements to the product and to the information herein will be documented and issued as a new release to this manual. Warranty, Sales, Service, and Training Information Contact your local sales representative, service representative, or distributor directly for any help needed. For additional information concerning warranty, sales, service, repair, installation, documentation, training, distributor locations, or Paradyne worldwide office locations, use one of the following methods: Internet: Visit the Paradyne World Wide Web site at (Be sure to register your warranty at Telephone: Call our automated system to receive current information by fax or to speak with a company representative. Within the U.S.A., call Outside the U.S.A., call Document Feedback We welcome your comments and suggestions about this document. Please mail them to Technical Publications, Paradyne Corporation, th Ave. N., Largo, FL 33773, or send to userdoc@paradyne.com. Include the number and title of this document in your correspondence. Please include your name and phone number if you are willing to provide additional clarification. Trademarks ACCULINK, COMSPHERE, FrameSaver, Hotwire, MVL, NextEDGE, OpenLane, and Performance Wizard are registered trademarks of Paradyne Corporation. BitStorm, GranDSLAM, GrandVIEW, imarc, ReachDSL, and TruePut are trademarks of Paradyne Corporation. All other products and services mentioned herein are the trademarks, service marks, registered trademarks, or registered service marks of their respective owners. A November A2-GB22-10

3 Contents About This Guide 1 Introduction 2 Logon 3 GrandVIEW EMS Screen 4 Device Discovery Document Purpose and Intended Audience v Document Summary v Product-Related Documents vi Overview Application Server and Mediation Agent Mediation Agents Starting GrandVIEW EMS Overview Logging On Disabled Accounts Logging Off Main Screen Menus Tool Buttons Navigation Frame Work Area Overview A2-GB22-10 November 2003 i

4 Contents 5 Device Interfaces 6 Firmware Download Discovery Wizard IP Discovery Parameters SNMP Authentication Discovery Results Edit Results Additional Authentication Information Discovery Options Network Inventory Update Discovery Scheduler Search Equipment Equipment Manager Open Cut-Throughs Chassis View Alarms Synchronizing Alarm Event History Cross Connection Diagrams Overview Firmware Download Using Downloader Select Devices to Update Download Firmware Download Firmware Download 2600, 4200, 4800, and 8000/SCP Firmware Download 8000/MCP Firmware Download File System GranDSLAM Schedule Firmware Download Configuration Backup and Restore Overview Configuration Backup/Restore 2600, 4200, 4800, and 8000/SCP Configuration Backup/Restore 8000/MCP Configuration Backup GranDSLAM 8000/MCP Configuration Restore GranDSLAM 8000/MCP Schedule Configuration Backup/Restore ii November A2-GB22-10

5 Contents 8 Profiles Overview ATM Traffic Profiles Adding an ATM Traffic Profile Modifying an ATM Traffic Profile Removing an ATM Traffic Profile ADSL Configuration Profiles Adding an ADSL Configuration Profile Modifying an ADSL Configuration Profile Removing an ADSL Configuration Profile SHDSL Configuration Profiles Adding an SHDSL Configuration Profile Modifying an SHDSL Configuration Profile Removing an SHDSL Configuration Profile ADSL Alarm Profiles Adding an ADSL Alarm Profile Modifying an ADSL Alarm Profile Removing an ADSL Alarm Profile SHDSL Alarm Profiles Adding an SHDSL Alarm Profile Modifying an SHDSL Alarm Profile Removing an SHDSL Alarm Profile Preferences Overview Setting Preferences Index 7890-A2-GB22-10 November 2003 iii

6 Contents iv November A2-GB22-10

7 About This Guide Document Purpose and Intended Audience This guide contains instructions for maintaining network services and resources using the GrandVIEW Element Management System (EMS) Release 4.1. It is a supplement to the Redcell Product Suite User s Guide found on the GrandVIEW EMS CD-ROM. Installation instructions for GrandVIEW EMS can be found in the Paradyne document GrandVIEW EMS Installation Instructions (document number 7890-A2-GN10). Document Summary Section Chapter 1, Introduction Chapter 2, Logon Chapter 3, GrandVIEW EMS Screen Chapter 4, Device Discovery Chapter 5, Device Interfaces Chapter 6, Firmware Download Chapter 7, Configuration Backup and Restore Chapter 8, Profiles Chapter 9, Preferences Description Describes how to start GrandVIEW EMS and its support applications. Describes the logon process. Describes the design and use of the GrandVIEW EMS main screen. Describes the discovery and search features of GrandVIEW EMS. Describes the use of screens accessible through the Equipment Manager to configure, monitor, and test devices. Explains how to download firmware and schedule downloads using GrandVIEW EMS. Explains how to back up and restore configurations and schedule backups and restorations using GrandVIEW EMS. Describes the use of global ATM and ADSL profiles to ease device configuration. Describes global preferences that affect the handling of specific device types A2-GB22-10 November 2003 v

8 About This Guide Section Index Description Lists key terms, concepts, and sections in alphabetical order. A master glossary of terms and acronyms used in Paradyne documents is available online at Select Support Technical Manuals Technical Glossary. Product-Related Documents Complete documentation for this product is available online at Select Support Technical Manuals. Document Number 1900-A2-GN A2-GB A2-GN A2-GB A2-GN A2-GB A2-GN A2-GB21 Document Title BitStorm 1900 Access Multiplexer Installation and Maintenance Guide BitStorm 2400 User s Guide BitStorm 2600 IP DSLAM Installation Guide GranDSLAM 4200 ATM Stackable DSLAM User's Guide GranDSLAM 4200 IP DSLAM Installation Guide BitStorm 4800 User s Guide GrandVIEW EMS 4.0 Installation Instructions Hotwire TDM SDSL Standalone Termination Unit, Models 7974-A2, 7975-A2, and 7976-A2, User s Guide 7990-A2-GB20 Hotwire TDM SHDSL Endpoints, Models 7995 and 7996, User s Guide 8000-A2-GB A2-GB A2-GB A2-GZ A2-GB A2-GB25 Hotwire Management Communications (MCC) Card, IP Conservative, User s Guide Hotwire Shelf Concentration Module (SCM) Card User s Guide Hotwire ATM Line Cards, Models 8335, 8355, 8365, and 8385, User s Guide Hotwire Shelf Concentration and Processing (SCP) Card Installation Instructions Hotwire TDM SDSL Termination Units, Models 8777 and 8779, User s Guide Hotwire TDM SDSL Termination Units, Models 8775 and 8785, User s Guide 8799-A2-GB20 Hotwire 8799 TDM SHDSL Line Card, with G.703 Interface, User s Guide 8900-A2-GB20 Hotwire ATM Line Cards, Models 8955, 8965, and 8985, User's Guide vi November A2-GB22-10

9 About This Guide To order a paper copy of a Paradyne document, or to speak with a sales representative, please call The /docs directory of the GrandVIEW EMS CD-ROM contains documentation for the Dorado Redcell software that is part of GrandVIEW EMS: Redcell Common Services Administration Guide (RC-CommonServices-41-AG.pdf) Redcell Installation Guide (RC-Install-All41.pdf) Redcell Product Suite User Guide (Redcell-41-UG.pdf) See those documents for information about any matters of maintenance or operation not covered in the GrandVIEW EMS documentation A2-GB22-10 November 2003 vii

10 About This Guide viii November A2-GB22-10

11 Introduction 1 Overview The GrandVIEW Element Management System provides detailed management for the: BitStorm 1900 IP DSLAM BitStorm 2400 IP DSLAM BitStorm 2600 IP DSLAM GranDSLAM 4200 ATM Stackable DSLAM GranDSLAM 4200 IP Stackable DSLAM BitStorm 4800 IP DSLAM GranDSLAM 8600 and 8800 Series DSLAMs and their line cards and endpoints, whether managed by a Management Control Processor (MCP) or Shelf Concentration and Processing (SCP) card. GrandVIEW EMS is a distributed application. The primary user interface runs on the client side. The client processes can be started and stopped on demand A2-GB22-10 November

12 1. Introduction Application Server and Mediation Agent Before you can run GrandVIEW EMS your system must have a running Application Server and Mediation Agent. Except in distributed installations, starting Application Server starts both. Application Server. The application server runs continuously in the background and provides connectivity between all components. It also can act as the Mediation Agent. Mediation Agent. This application runs continuously. It handles all communications between GrandVIEW EMS and managed objects, receives and translates SNMP traps, and converts traps into events. The Application Server is normally implemented so it runs in the background, even when you log out. See the GrandVIEW EMS Installation Instructions and the Redcell Product Suite User s Guide for information about installing and configuring these required server processes (called services on Windows, and daemons on Solaris). If you have not installed application server as a service, start one from the application s Windows Start menu entry, or from a command line (startappserver). Mediation Agents The Mediation Agent is essential for normal use; if one is not running, administrative changes can still be made to the system, but no traps or other communication will be processed by GrandVIEW EMS. By default, the Application Server acts as a Mediation Agent. It is therefore not recommended that you initiate a separate Mediation Agent on the same computer that the Application Server is running on. If you intend to run a Mediation Agent independent of the Application Server, either on the same or a different computer, you must modify the Oware Application Server startup properties file. Procedure To prepare for running a separate Mediation Agent: 1. Open the following file with a text editor: <dorado>/owareapps/grandview/lib/owappserverstartup.properties (where <dorado> is the name you have used for the GrandVIEW EMS installation. The default name is dorado.) 2. Delete the last three lines of text: append.oware.server.startup.class=,\ com.dorado.core.mediation.snmp.owsnmpsrtraplistenermbean,\ com.dorado.core.mediation.snmp.owsnmpsrinformlistenermbean 3. Save the file. 1-2 November A2-GB22-10

13 1. Introduction Starting GrandVIEW EMS Once the Application Server and Mediation Agent are initialized, start GrandVIEW EMS. On Solaris, log in as the EMS user. Start GrandVIEW EMS by typing redcell at a console window command line. On Windows, start GrandVIEW EMS from the Windows Start menu: 7890-A2-GB22-10 November

14 1. Introduction 1-4 November A2-GB22-10

15 Logon 2 Overview The logon facility for GrandVIEW EMS enforces security at the client level. You must have a valid user and password to log on to GrandVIEW EMS and make use of its features. Logging On To log on to GrandVIEW EMS, type a valid user name and password at the logon prompt, then click on Logon. Figure 2-1. GrandVIEW EMS Logon Prompt When GrandVIEW EMS is installed, the default user name is admin and the default password is null (leave it blank). For best security, change the password the first time you use GrandVIEW EMS. Select Change Password from the Settings menu A2-GB22-10 November

16 2. Logon Disabled Accounts If an incorrect password is entered, the user is prompted up to three times before the system disables the account, displays a warning dialog, and shuts down. The system does not allow a user with a disabled account to log on. A system administrator must enable the account before the user is allowed to access GrandVIEW EMS. Logging Off To log off, exit GrandVIEW EMS: select Exit from the File menu. 2-2 November A2-GB22-10

17 GrandVIEW EMS Screen 3 Main Screen The GrandVIEW EMS screen consists of a menu row, tool buttons, a navigation frame, and a work area. Figure 3-1. GrandVIEW EMS Screen 7890-A2-GB22-10 November

18 3. GrandVIEW EMS Screen Menus The menus at the top of the GrandVIEW EMS screen have the following functions: File Use the File menu to switch to the home application, close the current application or all applications, and exit GrandVIEW EMS. View Use the View menu to select the navigation view type and the work area launch style. Settings Use the Settings menu to change permissions, controls, and options, and to change the password. Window Use the Window menu to select an active window. Help Use the Help menu to display Help contents or the About screens showing the revision levels of Redcell, GrandVIEW, and Assure. Tool Buttons The tool buttons, always present, have the following functions (from left to right): Save Write the results of your changes in the screen open in the work area to the database. Ctrl+S is the keyboard shortcut. The button is grayed out and nonfunctional if no changes have been made. Close Close the screen in the work area. Ctrl+F4 is the keyboard shortcut. Home Opens the manager you have specified as your home page. Options Opens the view and home page preferences in the work area. About Displays the About box, with program version information, in the work area. Help Opens the Online Help.. Figure 3-2. Tool Buttons 3-2 November A2-GB22-10

19 3. GrandVIEW EMS Screen Navigation Frame The navigation frame at the lower left of the GrandVIEW EMS screen initiates the GrandVIEW EMS primary functions. Use the View > Navigation menu item to select a Tree or a SlideMenu view of the functions: Figure 3-3. Tree and SlideMenu Navigation Views In either case, click on menu headings to expand that menu node, then click on the appropriate item in that node to display the associated page. You can also right-click nodes in this panel to see a context menu with Open, Open in a New Window, and Set As Default (home page) options. Work Area You can conceal the navigation pane to increase the size of your work area. To hide the navigation pane click on small arrows on the bar between it and the work area. This is a toggle; click those arrows again to redisplay the navigation pane. Or, to resize it, drag the bar to a new location. The work area displays the GrandVIEW EMS s managers, wizards, and editors. You can change the display of the items in this area between an HTML browser view and an MDI (Multiple Document Interface) view by selecting View > Launcher, then selecting the desired view A2-GB22-10 November

20 3. GrandVIEW EMS Screen 3-4 November A2-GB22-10

21 Device Discovery 4 Overview Discovery is how GrandVIEW EMS identifies network elements. Once discovery identifies a network element, you can create equipment objects, so that GrandVIEW EMS can communicate with the element. Physical discovery represents the device and all of its sub-components including modules, ports and interfaces. You can discover devices interactively, through the Discovery Wizard, or you can can set it up in advance and schedule it for automatic execution, through the Discovery Scheduler. Discovery Wizard The Discovery Wizard simplifies the process of network element discovery, making it a step-by-step process. Select File > Open > Network Services > Inventory > Equipment Discovery Wizard or click on Equipment Discovery Wizard in the Navigation Pane to launch the wizard. Then go through the following steps: 1. IP Discovery Parameters 2. Discovery Results 3. Edit Results 4. Additional Authentication Information 5. Discovery Options 6. Network Inventory Update 7890-A2-GB22-10 November

22 4. Device Discovery IP Discovery Parameters In this step, specify address ranges to include or exclude, the authentication to use, and the ports to query. Figure 4-1. Equipment Discovery Wizard Enter Address Range Fill out the fields in this panel as follows: 1. Select an address type from the drop-down list. The available types are: IP Range or Address (From To , or ) Subnet (Net Mask ) CIDR Address (Net / 24) 4-2 November A2-GB22-10

23 4. Device Discovery 2. Enter information appropriate to the address type in the available fields. The application sends each address in this range an ICMP Echo command. If it receives a response, it lists the address as valid. Check any of the following options: Resolve? Resolves the host names (via DNS) for the selected range. SNMP Only? Restricts discovery to SNMP devices. When you enable SNMP checking, any address that responds to an ICMP Echo is sent an SNMP get command. If you check this option, only addresses with an SNMP agent return. Exclude? Excludes the selected range from the discovery process. 3. Click Add to add the address range and specifications to the processing queue, or Remove to delete a previously created range you selected. 4. Select the SNMP credential(s) for this discovery, and move the selected authorization objects from the Available side of the credentials list to the Selected (Listed in Order) side with the arrows. You can also change the order in which these credentials are tried once they are in the Selected side of the table by using the arrows at the bottom of that side. If you do not have any authorization objects, click the New button at the bottom of the Available table, and create one. See SNMP Authentication below, or consult the Redcell Common Services Administration Guide for details. You must have an SNMP credential to do discovery. You can also edit selected credentials by clicking the Edit button. 5. Enter any additional range specifications you may need. When you are done, click Next to enter Discovery Results or Back to return to the Enter Filters step A2-GB22-10 November

24 4. Device Discovery SNMP Authentication If you want to use discovery and deeper discovery options offered by installed device drivers, you typically must add at least an SNMP authentication object. First, click Add, then click New, and select SNMP. The subsequent dialog (Figure 4-2) specifies an object ID, SNMP version, Read Community string, and Write Community string. Figure 4-2. SNMP Authentication Object If you click the Equipment item in the navigation pane, the application opens a dialog where you can select equipment related to the authentication, and the User Groups navigation item lets you specify those who can use this authentication. For SNMP discovery of the SysObjectID, which is the basis of device driver functionality, you must have an SNMP authentication object. NOTE: If you do add an authentication object to this list, use File > Save to store it in the database. You can also enter new and edit existing authentication objects in the Authentication Manager. Access this manager through Settings > Permissions > Authentication Manager. 4-4 November A2-GB22-10

25 4. Device Discovery Discovery Results The Equipment Discovery Wizard provides a status message at the bottom of the window to indicate which address it is currently checking, which addresses have been processed, what network elements have been discovered, and when discovery is complete. Figure 4-3. Equipment Discovery Wizard Discovery Results You can elect to Save the results with the left-most checkbox, and can view the IP Address, HostName, SysName, Vendor, and SysDescr columns in the table of discovered entities. Only saved results appear in the next steps. When you select a Result in the upper panel, the Options buttons on the right side of the dialog are active: Start Re-queries the network for the selected device s information. Telnet Opens a Telnet session with the selected network element, if it supports Telnet. HTTP Opens the default Web page of the HTTP server (if one exists) running on the specified network element. Select All Selects all checkboxes in the active column. (This option has no effect unless the Save column is active.) Deselect All Deselects all checkboxes in the active column. During the Results phase of discovery, the following information appears: 7890-A2-GB22-10 November

26 4. Device Discovery Save Click the checkbox to add this device to the Equipment Manager. IP Address The IP address for this network element. This information is readonly. Host Name The Host Name for this network element. This information is readonly. SysName The SysName of this network element. This information is read-only. Vendor The Vendor for this network element. The application retrieves this information based on the device s SysObjectID. It is read-only. SysDescr The System Description for this network element. This information is read-only. Select the appropriate equipment to save then click Next to continue to the Edit Results step. Click Previous to return to the IP Discovery Parameters step, or click Cancel to close the Wizard without discovering any network elements. Edit Results You can edit the discovery results before saving your new equipment in this step. Figure 4-4. Equipment Discovery Wizard Edit Results 4-6 November A2-GB22-10

27 4. Device Discovery Click in a row to open the appropriate manager to edit or add information. You can modify the following properties: Location The location of the device. Click the field to activate it. Type the name of a location or use the Command button to open a browser through which you can specify the location. See the RedCell User s Guide for more information. Contact The contact for the device. Click the field to activate it. Type the name of the contact or use the Command button to open a browser through which you can specify the contact. Role The equipment role for the device. Click the field to activate it. Type the name of the role or use the Command button to open a browser through which you can specify an Equipment Role. Schedule Resynchronization Checkbox; select this option to automatically schedule this network element for resynchronization. Heartbeat Select this option to initiate a device poll. The Application Server polls the device at regular intervals and generates an alarm if the device fails to respond. This feature should be used only for critical devices in the network to avoid overloading the server. Select the appropriate equipment to edit, and when you are done click Next to continue to the Heartbeat and Data Schedule step. Click Previous to return to the Discovery Results step, or click Cancel to close the Wizard. Additional Authentication Information Leave this step blank if you want more than IP-only discovery. You can use (or Edit selected) existing credentials, and assign them to discovered objects. Otherwise, click Add to display the Authentication Manager to create new authentications. Use the pick list above the table of available authentications to select a type (Telnet, TL1, and so on), then click a row in the table to select an authentication credential. ASCII authentication objects can serve for either SSH (default: port 22) or Telnet (default: port 23) logins, depending on which pick list item you select. You can also manually alter the default port by clicking on its number in the table of authentication objects. Click the object to which you want it assigned on the right and click the right arrow (>) to assign the credentials. Assigned credentials appear as nodes under objects. If you select credentials, but no object, clicking the right arrow assigns those credentials to all objects A2-GB22-10 November

28 4. Device Discovery The credentials assigned in the IP Discovery Parameters step appear grayed out, but credentials assigned in this step appear and are selectable. You can delete selected credentials assigned in this step by clicking the Remove Authentication button (looks like a trash can) at the bottom of the Device Authentication panel. Figure 4-5. Equipment Discovery Wizard Additional Auth Info During the discovery process, the application tries each of the selected authentication profiles until one of the following is true: It makes a successful connection. It has tried all profiles unsuccessfully, in which case discovery assumes there is no SNMP management interface present at the current address. When performing deep discovery, you must typically have the correct device driver installed and at least one authentication object (for example: an SNMP authentication object specifying a public read community). If you want to interact with a device using a command-line interface, you must add an ASCII authentication object. Click Next for Discovery Options. 4-8 November A2-GB22-10

29 4. Device Discovery Discovery Options This panel displays options for discovering subcomponents, supported MIBs, and Links. Figure 4-6. Equipment Discovery Wizard Discovery Options Element Discovery Options Select any combination of the following Element Discovery Options: Discover Supported MIBs Discover Subcomponents (If the device supports the ENTITY MIB, selecting this option will discover cards and ports) NOTE: For Paradyne devices, Element Discovery Options are ignored, and supported MIBs and subcomponents are always discovered. Select the appropriate Discovery options then click Next to continue to the Link Discovery Options step. Click Previous to return to the Additional Authentication Information step, or click Cancel to close the Wizard without discovering any network elements A2-GB22-10 November

30 4. Device Discovery Link Discovery Options This subpanel displays options for discovering IP, OSPF, BGP, and RIP2 routes.select any combination of the following Link Discovery Options. When found, this information appears in the Link Manager and Logical Topology Viewer. IP Static Routes (IPNextHopLink) OSPF Routes (OSPFNeighborLink) BGP Routes (BPPeerLink) RIP2 Routes (RIPPeerLink) ISIS Routes (ISISPeerLink, ISIS1PeerLink, ISIS2PeerLink) Packet-Over-SONET Routes (SONETLink) Ethernet Links (EthernetLink) ATM Physical Links (ATMLink) NOTE: Checking any of the deep discovery options may add to the time it takes to run Discovery. Select the appropriate discovery options then click Next to continue to the Network Inventory Update step. Click Previous to return to the Deep Discovery Options step, or click Cancel to close the Wizard without discovering any network elements November A2-GB22-10

31 4. Device Discovery Network Inventory Update The Discovery Wizard continues discovery of the selected options, and saves elements slated for a Save in the Equipment Manager. Figure 4-7. Equipment Discovery Wizard Network Inventory Update To open the Logical Topology Viewer with the discovered devices displayed check Show results on Topology at the bottom of the screen. The Logical Topology Viewer opens once you have finished running the Discovery Wizard. Click Finish to complete the discovery process and close this dialog A2-GB22-10 November

32 4. Device Discovery Discovery Scheduler The Discovery Scheduler schedules and launches SNMP Discovery sessions for a specified IP address range. Procedure To schedule device discovery: 1. Access the Discovery Scheduler by selecting File > Open > Network Services > System Services > Schedule Manager from the Redcell menu or the Navigation Pane. Click on New, select Device Discovery, and click on OK. The Device Discovery Parameters screen appears. Figure 4-8. Discovery Scheduler Network 2. Enter a Description that distinguishes this event from others. Select from the drop-down list one of: IP Range IP Address Subnet CIDR Address Then enter an address or range of addresses November A2-GB22-10

33 4. Device Discovery 3. Click on Authentication to select authentication credentials to be used during discovery. 4. Click on Filters to enter any criteria you wish to apply to the discovery results. 5. Click on Set Preferences to select additional discovery options. Element Discovery Options have no effect on Paradyne devices, for which supported MIBs and subcomponents are always discovered. 6. Click on General Info to schedule the discovery. Figure 4-9. Discovery Scheduler General Info 7890-A2-GB22-10 November

34 4. Device Discovery Specify the start time, end time, and number of times the discovery should be repeated. Click on the Save button, press Ctrl-S, or select File > Save. The event appears in the Schedule Manager window (Figure 4-10). Figure Schedule Manager 4-14 November A2-GB22-10

35 4. Device Discovery Search Equipment In addition to a Discovery function, GrandVIEW EMS has a Search function. The Search function is designed to give you quick access to high-level devices according to simple search criteria, such as MAC address. Procedure To search for devices: 1. Select GrandVIEW > Search > Search Equipment in the navigation frame. The Search Equipment screen appears. 2. Set the search criteria. In the following example, the search is set to locate a CPE modem with the MAC address 00:30:52:04:5A:2E that is connected to a port of a BitStorm Figure Search Equipment Screen 3. Click on Search. When the search is complete, search results are displayed at the bottom of the screen A2-GB22-10 November

36 4. Device Discovery 4-16 November A2-GB22-10

37 Device Interfaces 5 Equipment Manager Open The Open button of the Equipment Manager invokes a screen that allows you to configure, obtain statistics for, and run tests on a selected device or interface. The screen that appears is specific to the selected device or interface. It has a number of tabs for configuring or displaying different features. The function of each tab is described in the online Help A2-GB22-10 November

38 5. Device Interfaces Cut-Throughs GrandVIEW EMS provides the ability to access the user interfaces of devices without separately logging on. Using GrandVIEW EMS s cut-through feature, you can, for example, directly access the Telnet or web interface of a DSLAM. This access is configured through the Authentication Manager (Settings -> Permissions -> Authentication Manager). Click on new, then select HTTP/HTTPS or Telnet/SSH to begin configuration of an authentication record for a web interface or Telnet interface, respectively. By default, the admin user can access a device using the cut-through. Other users can be assigned access through the Authentication Manager. See the Redcell Common Services Administration Guide for more information. When you click on a Cut Thru button or menu item, depending on the device and its configuration, GrandVIEW EMS: Initiates a Telnet relay session with the device Connects to the the device s web (HTTP) interface Displays a table to let you choose which interface to connect to The Equipment Manager buttons and right-click menu items Status, Config, Tests, and System are HTTP cut-throughs. They invoke the device s web interface, with the selected tab displayed. 5-2 November A2-GB22-10

39 5. Device Interfaces Chassis View The Chassis Viewer displays a graphical representation of the equipment being monitored. It provides for nesting, so you can monitor, for example, a card in a slot within a DSLAM. Either of the following methods displays the Chassis View of a selected object: Right click on an object in the Geographic Topology viewer and select Chassis View. Select a piece of equipment from the Equipment Manager and click Chassis View. Right-clicking on an object in the Chassis Viewer yields a menu. Figure 5-1. Chassis View Right-Click Menu Options displayed depend on the device. They may include: Open Displays a screen that allows you to configure, obtain statistics for, and run tests on a selected device or interface. See Chapter 5, Device Interfaces. Logical Topology Displays the Logical Topology Viewer, which lets you display, organize, and manage devices and objects within the network configuration. See the Redcell Product Suite User Guide A2-GB22-10 November

40 5. Device Interfaces Zoom In Makes the view of the device larger. Zoom Out Makes the view of the device smaller. Alarms Invokes the Event Monitor, which Displays real time updates of new events entering the system, or alarms created from the window launch time or change of view time. See Alarms on page 5-4, and the Redcell Product Suite User Guide. Cut Thru Depending on the device and configuration, initiates a Telnet session or connects to the device s web interface. See Cut-Throughs on page 5-2. Cross Connection Diagram Displays a graphical representation of the card s TDM cross connections. See Cross Connection Diagrams on page 5-5. Alarms The Alarms button invokes the Event Monitor, from which you can view and acknowledge alarms. Figure 5-2. Alarms Displayed in Event Monitor 5-4 November A2-GB22-10

41 5. Device Interfaces Synchronizing Alarm Event History The geographic, topology or chassis display for a device may show an alarm status that does not match the alarm status shown in the event history. This is because a copy of the alarm status is stored with the equipment objects, so it is possible for the copy to get out of synchronization with the actual alarm events. To synchronize alarm events, go to Equipment Manager and click on the Resync Alarms button. Cross Connection Diagrams For TDM cards, the right-click menu of the Chassis Viewer includes a selection for a cross connection diagram. Figure 5-3. Right-Click Menu Cross Connection Diagram Selection 7890-A2-GB22-10 November

42 5. Device Interfaces The diagram shows color-coded connections for all ports of the card. Click on Edit Cross Connections to invoke the Cfg Cross Connects screen. See Cfg Cross Connect in the online Help. Figure 5-4. Cross Connection Diagram 5-6 November A2-GB22-10

43 Firmware Download 6 Overview GrandVIEW EMS allows you to download firmware to supported devices, and to schedule such downloads at selected times. The following are supported: Firmware Download 1900 on page 6-2 Firmware Download 2400 on page 6-5 Firmware Download 2600, 4200, 4800, and 8000/SCP on page 6-9 Firmware Download 8000/MCP on page 6-13 Firmware Download File System GranDSLAM 8000 on page 6-16 Schedule Firmware Download on page A2-GB22-10 November

44 6. Firmware Download Firmware Download 1900 The firmware download feature is used to download device firmware for network hardware upgrades. Using Downloader Upgrading device firmware is a three-part process: selecting firmware files, selecting devices to update with respective firmware files, and downloading firmware files. Procedure To select firmware files: 1. Select GrandVIEW > Firmware Download > BitStorm 1900 in the navigation frame. The Select Firmware Files screen appears. 2. Click on Add to add a new file local to the machine running GrandVIEW EMS, or Download to obtain the file from a URL. The related hardware type appears at the bottom of the screen. 6-2 November A2-GB22-10

45 6. Firmware Download Select Devices to Update Procedure To select devices: 1. Select the Select Devices to Update tab. The following screen appears: 2. Select the corresponding checkboxes for the devices you wish to update. Do not select any device that does not have valid firmware associated with it, or the entire operation will fail. OPTIONAL: Click on All to select all modems or MIUs. Click on Discover Modems from All MIU s to display network modems in the modem lists, or click on Discover Modems From Selected MIUs to display network modems associated with selected MIUs A2-GB22-10 November

46 6. Firmware Download Download Procedure To download firmware files previously selected: 1. Select the Download tab. The following screen appears: 2. Select a maximum number of concurrent downloads from the drop-down menu. This number should be set based on processor speed, free memory, connection speed, etc. 3. Click on Start to begin downloading firmware. 6-4 November A2-GB22-10

47 6. Firmware Download Firmware Download 2400 The Downloader feature is used to download device firmware for network hardware upgrades. Procedure 1. Select GrandVIEW > Firmware Download > BitStorm 2400 in the navigation frame. The Select Files screen appears A2-GB22-10 November

48 6. Firmware Download 2. Click on Add to browse your firmware library and select files. The Add Firmware Files screen appears. 3. Select the firmware file you wish to download and click on Add. The file is added to the firmware selection screen. 4. Verify that the Use box is checked on a the firmware selection screen, and click on Next. The device selection screen appears. 5. Enter a starting and ending IP address for the download. Click on Search. 6-6 November A2-GB22-10

49 6. Firmware Download 6. Cards in the IP address range you selected appear in the display window. Click in the Select boxes of those cards you want to download to. Click on Next. The Set FTP Parameters screen appears. 7. Enter the: User name known to the server. Password associated with the user name. You will be prompted to enter the password a second time. Apply changes to all devices, if desired, or enter the parameters for each device A2-GB22-10 November

50 6. Firmware Download 8. Click on Next. The Start Download screen appears. If any row does not contain a file, the Start button is disabled. Click on Back to return to the previous screen and deselect the row or rows with no file. 9. Click on Start and monitor the progress messages. When the operation is complete, click on Finish. 6-8 November A2-GB22-10

51 6. Firmware Download Firmware Download 2600, 4200, 4800, and 8000/SCP The firmware download feature is used to download device firmware for network hardware upgrades. Procedure 1. Select GrandVIEW > Firmware Download, then BitStorm 2600, GranDSLAM 4200, or BitStorm 4800 in the navigation frame. The Set FTP Parameters screen appears. 2. Enter the: Host name or IP address of the FTP server User name known to the server Password associated with the user name Name of the firmware directory on the server 7890-A2-GB22-10 November

52 6. Firmware Download 3. Click on Next. The Select Files screen appears. 4. Click on Get file list from FTP server. The firmware files in the specified directory are listed November A2-GB22-10

53 6. Firmware Download 5. Select the file you wish to download, then click on Next. The Select Devices screen appears. 6. Specify an IP address range and click on Search. Matching devices are listed in the window. 7. Select individual devices to which you will download firmware, or click on Select All A2-GB22-10 November

54 6. Firmware Download 8. Click on Next. The Start Download screen appears. 9. Click on Start and monitor the progress messages. When the operation is complete, click on Finish November A2-GB22-10

55 6. Firmware Download Firmware Download 8000/MCP The firmware download feature is used to download device firmware for network hardware upgrades. Procedure 1. Select GrandVIEW > Firmware Download > GranDSLAM 8000 in the navigation frame. The Select Firmware screen appears A2-GB22-10 November

56 6. Firmware Download 2. Click on List Firmware to browse your firmware library and select files. The Add Firmware Files screen appears. 3. Select the firmware file you wish to download and click on Add. The file is added to the firmware selection screen. 4. Verify that the Use box is checked on a the firmware selection screen, and click on Next. The card selection screen appears November A2-GB22-10

57 6. Firmware Download 5. Enter a starting and ending IP address for the download. Click on Search for cards that need downloading. Cards in the IP address range you selected appear in the display window. 6. Click in the Select boxes of those cards you want to download firmware to. Click on Next. The Perform Download screen appears. 7. Click on Start to begin the download, and Finish when it is complete A2-GB22-10 November

58 6. Firmware Download Firmware Download File System GranDSLAM 8000 Firmware stored in the flash memory of MCCs in 8000-Series GranDSLAMs may be deleted using the File System wizard. To delete selected files from MCCs: Procedure 1. Select GrandVIEW > Firmware Download > File System GranDSLAM 8000 in the navigation frame. The Select Chassis screen appears. 2. Specify an IP address range and click on Search. Any 8000 Series GranDSLAM chassis in the address range is listed in the window. 3. Click on Next. The Display Space screen appears November A2-GB22-10

59 6. Firmware Download 4. Click on Get Space Available. The space available on each MCC is displayed. 5. Click on Next. The Get Files screen appears. 6. Click on Get Files. Files stored on the selected devices are displayed. 7. Click in the Del column of any firmware files you wish to delete A2-GB22-10 November

60 6. Firmware Download 8. Click on Next. The Delete files screen appears. 9. To delete the selected file or files, click on Delete Files. To exit the wizard, click on Finish November A2-GB22-10

61 6. Firmware Download Schedule Firmware Download The Schedule Firmware Download feature allows you to establish an automatic download operation at selected times and intervals. Procedure To use the Schedule Firmware Download feature: 1. Select GrandVIEW > Schedule Firmware Download in the navigation frame, then select one of: BitStorm 2400 BitStorm 2600 GranDSLAM 4200 BitStorm 4800 GranDSLAM 8000 The Scheduler list appears. 2. Select New. The first screen of the Firmware Download procedure appears A2-GB22-10 November

62 6. Firmware Download 3. Set up the firmware download operation as described in Firmware Download 2400 on page 6-5, or Firmware Download 2600, 4200, 4800, and 8000/SCP on page 6-9, or Firmware Download 8000/MCP on page 6-13, with a single exception: on the Perform Download screen, do not click on Start. Click only on Finish. The Scheduler list appears with a new entry for the operation you just set up November A2-GB22-10

63 6. Firmware Download 4. Select the entry and click on Schedule. The Scheduler screen appears. 5. Select a start time and optionally stop time or number of occurrences. Click on OK. The download operation is now scheduled. If you would like to execute the operation immediately based on the devices you have selected, select the operation in the list window and click on Execute. To view scheduled downloads, select GrandVIEW > Schedule Firmware Download, then the device type you wish to view scheduled downloads for A2-GB22-10 November

64 6. Firmware Download 6-22 November A2-GB22-10

65 Configuration Backup and Restore 7 Overview GrandVIEW EMS allows you to back up and restore configuration options in supported devices, and to schedule backups and restorations at selected times. The following are supported: Configuration Backup/Restore 2600, 4200, 4800, and 8000/SCP on page 7-2 Configuration Backup/Restore 8000/MCP on page 7-6 Schedule Configuration Backup/Restore on page A2-GB22-10 November

66 7. Configuration Backup and Restore Configuration Backup/Restore 2600, 4200, 4800, and 8000/SCP The Configuration Backup and Restore feature lets you save device configurations to an FTP server and restore them to devices at will. Backing up or restoring configurations comprises these steps: Select an equipment type Select back or restore function Select devices Set FTP parameters Start the backup or restore operation Verify that there is a route to the FTP server IP address defined on the device. For the GranDSLAM 4200, see Cfg Management IP in the online Help. Verify that a backup directory exists on the FTP server before you start a backup. Procedure To back up or restore configuration files for the BitStorm 2600, GranDSLAM 4200, or BitStorm 4800: 1. Select GrandVIEW > Configuration Backup/Restore, then BitStorm 2600, GranDSLAM 4200, or BitStorm 4800 in the navigation frame. The Select Action screen appears. 7-2 November A2-GB22-10

67 7. Configuration Backup and Restore 2. Select Configuration Backup or Configuration Restore and click on Next. The Select Device screen appears. 3. Enter a starting and ending IP address for the backup or restore operation. Click on Search. 4. Devices of the type and IP address range you selected appear in the display window. Click in the Select boxes of those devices whose configurations you want to back up or restore A2-GB22-10 November

68 7. Configuration Backup and Restore 5. Click on Next. The Set FTP Parameters screen appears. 6. Enter the: Host name or IP address of the FTP server User name known to the server Password associated with the user name Name of an existing directory on the server 7-4 November A2-GB22-10

69 7. Configuration Backup and Restore 7. Click on Next. The Start Backup/Restore screen appears. 8. Click on Start. 9. Monitor the progress of the backup or restore operation. When the operation is complete, the Progress column displays the final status. Click on Finish A2-GB22-10 November

70 7. Configuration Backup and Restore Configuration Backup/Restore 8000/MCP The 8000/MCP Configuration Backup and Restore features let you save device configurations to an FTP server and restore them to GranDSLAM 8000-Series chassis at will. Configuration Backup GranDSLAM 8000/MCP Before you initiate a backup operation: Verify that a backup directory exists on the FTP server. Verify that the configuration you want to back up has been saved to the MCP file system. This may happen up to 30 minutes after you save a configuration. Configuration backup will fail if no configuration file exists. To ensure files exist for the line cards in the DSLAM, set the DSLAM Auto Backup of Card Configuration Schedule parameter to Dynamic before installing the cards. This is set on the Configuration > Files > Cfg Backup/Restore screen (A-I-C) of the MCC card. See the Hotwire Management Communications (MCC) Card, IP Conservative, User s Guide for more information. Procedure To back up the configuration files of one or more GranDSLAM 8000-Series chassis: 1. Select GrandVIEW > Configuration Backup/Restore > GranDSLAM 8000 Backup in the navigation frame. The Select Chassis screen appears. 2. Enter a starting and ending IP address for the backup operation. Click on Search. 7-6 November A2-GB22-10

71 7. Configuration Backup and Restore 3. Devices of the IP address range you selected appear in the display window. Click in the Select boxes of those devices whose configurations you want to back up. 4. Click on Next. The Perform Backup screen appears. 5. Click on Backup. 6. Monitor the progress of the backup. When the operation is complete, the Status column displays the final status. Click on Finish A2-GB22-10 November

72 7. Configuration Backup and Restore Configuration Restore GranDSLAM 8000/MCP Procedure To restore the configuration files of one or more cards in GranDSLAM 8000-Series chassis: 1. Select GrandVIEW > Configuration Backup/Restore > GranDSLAM 8000 Restore in the navigation frame. The Select Chassis screen appears. 2. Enter a starting and ending IP address for the restore operation. Click on Search. 7-8 November A2-GB22-10

73 7. Configuration Backup and Restore 3. Devices of the IP address range you selected appear in the display window. Click in the Select boxes of those devices whose configurations you want to restore. 4. Click on Next. The Select Cards screen appears. 5. Select the cards whose configurations you would like to restore. Click on Get Config Files A2-GB22-10 November

74 7. Configuration Backup and Restore 6. When the name and date fields are filled in showing the files have been retrieved, click on Next. The Perform Restore screen appears. 7. Click on Restore. 8. Monitor the progress of the restoration. When the operation is complete, the Status column displays the final status. Click on Finish November A2-GB22-10

75 7. Configuration Backup and Restore Schedule Configuration Backup/Restore The Schedule Configuration Backup and Restore feature allows you to establish an automatic backup or restore operation at selected times and intervals. Procedure To use the Schedule Configuration Backup and Restore feature: 1. Select Schedule Configuration Backup/Restore in the navigation frame, then select one of: BitStorm 2600 GranDSLAM 4200 BitStorm /SCP GranDSLAM 8000/MCP Backup (only a backup operation can be scheduled for 8000-Series DSLAMs managed by an MCP) The Configuration Backup/Restore Scheduler list appears. 2. Select New. The first screen of the Configuration Backup/Restore procedure appears A2-GB22-10 November

76 7. Configuration Backup and Restore 3. Set up the backup or restore operation as described in Configuration Backup/Restore 2600, 4200, 4800, and 8000/SCP on page 7-2 or Configuration Backup GranDSLAM 8000/MCP on page 7-6, with a single exception: on the Start Backup/Restore screen (2600, 4200, and 4800) or Perform Backup screen (8000), do not click on Start. Click only on Finish. The Configuration Backup/Restore Scheduler list appears with a new entry for the operation you just set up November A2-GB22-10

77 7. Configuration Backup and Restore 4. Click on Schedule. The Scheduler screen appears. 5. Select a start time and stop time, or optionally the number of occurrences. Click on OK. The backup or restore operation is now scheduled. If you would like to execute the operation immediately based on the devices you have selected, select the operation in the list window and click on Execute. To view scheduled backups and restores, select GrandVIEW > Schedule Configuration Backup/Restore, then the device type you wish to view scheduled backups or restores for A2-GB22-10 November

78 7. Configuration Backup and Restore 7-14 November A2-GB22-10

79 Profiles 8 Overview GrandVIEW EMS provides a means for setting up global: ATM Traffic Profiles ADSL Configuration Profiles SHDSL Configuration Profiles ADSL Alarm Profiles SHDSL Alarm Profiles These profiles are available to objects under control of GrandVIEW EMS and can be used to simplify their configuration A2-GB22-10 November

80 8. Profiles ATM Traffic Profiles Traffic profiles are used to negotiate ATM connections. The ATM Traffic Profiles tool lets you prepare traffic profiles that can be assigned to uplink virtual circuits that you later set up. (See Cfg Cross Connections and Cfg VCI Cross Connections in the online Help.) Figure 8-1. ATM Traffic Profiles 8-2 November A2-GB22-10

81 8. Profiles Adding an ATM Traffic Profile Procedure To add a traffic profile: 1. Type a unique Profile Name. 2. Select or enter profile parameters as shown in the following table. 3. Click on Add. Field Profile Name QoS Class Packet Discard Policing PCR CDVT SCR MBS MDCR Description A unique name up to 12 characters long. A Quality of Service (QoS) class: CBR Constant Bit Rate rt-vbr Real Time Variable Bit Rate (for voice traffic) nrt-vbr Non Real Time Variable Bit Rate (for data traffic with a service commitment, such as Frame Relay traffic) UBR Unspecified Bit Rate (for packet data) Whether packets can be discarded in the process of traffic management. Packet discarding drops whole packets, not just specific random cells. Yes Packets may be discarded. No Packets may not be discarded. How the network polices traffic to ensure that connections conform to their established bandwidth parameters. Cells can be dropped or have their Cell Loss Priority bit (CLP) set. Drop Cells may be dropped. Tag Cells may have their CLP bit set. Peak Cell Rate, in cells per second. PCR is the maximum transmission speed of a virtual connection. Cell Delay Variation Tolerance, in microseconds. CDVT is the maximum tolerance for variation in the time between the arrival of one cell and the next cell immediately following it. Sustained Cell Rate, in cells per second. SCR is the average rate of transmission on a Variable Rate Connection (VBR). Not valid for a Constant Bit Rate (CBR) connection. Maximum Burst Size, in cells. MBS is the amount of bursting allowed for an individual connection during a single transmission. Minimum Desired Cell Rate. Used only in UBR A2-GB22-10 November

82 8. Profiles Modifying an ATM Traffic Profile To modify a traffic profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Its parameters are copied to the edit fields. Modify the parameters as required, then click on Modify. Removing an ATM Traffic Profile To delete a traffic profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Click on Remove. ADSL Configuration Profiles ADSL configuration profiles are global templates that may be applied to ports to ease simplify and standardize configuration. See Assigned Profiles in the online Help. Figure 8-2. ADSL Configuration Profile Screen 8-4 November A2-GB22-10

83 8. Profiles Adding an ADSL Configuration Profile Procedure To add a configuration profile: 1. Type a unique Line Profile Name. 2. Select or enter profile parameters as shown in the following table for both the ATU-C and ATU-R. 3. Click on Add. Field Line Profile Name Fast Max Tx Rate Fast Min Tx Rate Target SNR Margin Interleave Max Tx Rate Interleave Min Tx Rate Max Interleave Delay Rate Mode Max SNR Margin Min SNR Margin Line Type Description A unique name up to 12 characters long. The maximum transmission rate in kbps for the fast channel. The minimum transmission rate in kbps for the fast channel. The target Signal to Noise Ratio in db. (Target SNR Margin is ignored by ReachDSL devices.) The maximum transmission rate in kbps for the interleave channel. The minimum transmission rate in kbps for the interleave channel. The maximum permissible delay caused by interleaving traffic: 1, 4, or 16 ms. Whether the rate is Fixed or the modem will Adapt at startup. The maximum Signal to Noise Ratio in db. (Maximum SNR Margin is ignored by ReachDSL devices.) The minimum Signal to Noise Ratio in db. (Minimum SNR Margin is ignored by ReachDSL devices.) Whether the Fast or Interleave channel is used. Modifying an ADSL Configuration Profile To modify a configuration profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Its parameters are copied to the edit fields. Modify the parameters as required, then click on Modify. This change affects all ports in the network that use the profile. Removing an ADSL Configuration Profile To delete a configuration profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Click on Remove. This causes all ports in the network that used the profile to be assigned the default profile A2-GB22-10 November

84 8. Profiles SHDSL Configuration Profiles SHDSL configuration profiles are global templates that may be applied to ports to simplify and standardize configuration. See Assigned Profiles in the online Help. Figure 8-3. SHDSL Configuration Profile Screen Adding an SHDSL Configuration Profile Procedure To add a configuration profile: 1. Type a unique Line Profile Name. 2. Select or enter profile parameters as shown in the following table. 3. Click on Add. Field Profile Name Max Rate (kbps) Min Rate (kbps) Description Specify a unique name up to 12 characters long. Specify the maximum transmission rate for the SHDSL line, from 0 to 4112 kbps. Specify the minimum transmission rate for the SHDSL line, from 0 to 4112 kbps. 8-6 November A2-GB22-10

85 8. Profiles Field Mode Remote Management Reference Clock Target Margin Description Select the transmission mode (regional setting) for the SHDSL line: Annex A, Annex B, or both (the port trains to the Mode setting of the endpoint). To select both, press Ctrl while clicking on Annex A and Annex B. Select Enable or Disable from the drop-down list to determine whether remote management is supported for the network element this profile is assigned to. Select the timing source from the drop-down list: System Clocking is provided by the backplane. (The backplane clock is configured on the Configuration - Primary System Clocking screen.) Local Clocking is provided by an onboard oscillator. Select a target margin from 2 15 dbm, or None. Modifying an SHDSL Configuration Profile To modify a configuration profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Its parameters are copied to the edit fields. Modify the parameters as required, then click on Modify. This change affects all ports in the network that use the profile. Removing an SHDSL Configuration Profile To delete a configuration profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Click on Remove. This causes all ports in the network that used the profile to be assigned the default profile A2-GB22-10 November

86 8. Profiles ADSL Alarm Profiles ADSL alarm profiles are global templates that may be applied to ports to ease simplify and standardize configuration. See Assigned Profiles in the online Help. Figure 8-4. ADSL Alarm Profile Screen 8-8 November A2-GB22-10

87 8. Profiles Adding an ADSL Alarm Profile Procedure To add an alarm profile: 1. Type a unique Alarm Profile Name. 2. Select or enter profile parameters as shown in the following table. 3. Click on Add. Field Alarm Profile Name Errored Seconds Severely Errored Seconds Unavailable Seconds Loss of Power Seconds Rate Increase Rate Decrease Init Failure Trap Description A unique name up to 12 characters long. If the number of DSL Errored Second events equals or exceeds the selected number within a 15-minute period, an SNMP trap is sent. If set to 0, no Errored Second trap is ever sent. If set to 1, a trap is sent after each Errored Seconds event. Valid values are If the number of DSL Severely Errored Second events equals or exceeds the selected number within a 15-minute period, an SNMP trap is sent. If set to 0, no Severely Errored Seconds trap is ever sent. If set to 1, a trap is sent after each Severely Errored Seconds event. Valid values are If the number of DSL Unavailable Second events equals or exceeds the selected number within a 15-minute period, an SNMP trap is sent. If set to 0, no Unavailable Seconds trap is ever sent. If set to 1, a trap is sent after each Unavailable Seconds event. Valid values are If the number of Loss of Power Second events equals or exceeds the selected number within a 15-minute period, an SNMP trap is sent. If set to 0, no LOP Seconds trap is ever sent. If set to 1, a trap is sent after each LOP event. Valid values are If the transmission rate inreases by more than the selected number (in kbps), an SNMP trap is sent. If the transmission rate decreases by more than the selected number (in kbps), an SNMP trap is sent. Whether an SNMP trap is sent in the event of an initialization failure. Enable A trap is sent in the event of initialization failure. Disable A trap is not sent in the event of initialization failure A2-GB22-10 November

88 8. Profiles Modifying an ADSL Alarm Profile To modify an alarm profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Its parameters are copied to the edit fields. Modify the parameters as required, then click on Modify. Removing an ADSL Alarm Profile To delete an alarm profile, scroll to it in the display window. Select it by clicking anywhere in the table row. Click on Remove. SHDSL Alarm Profiles SHDSL alarm profiles are global templates that may be applied to ports to simplify and standardize configuration. See Assigned Profiles in the online Help. Figure 8-5. SHDSL Alarm Profile Screen Adding an SHDSL Alarm Profile Procedure To add an alarm profile: 1. Type a unique Alarm Profile Name. 2. Select or enter profile parameters as shown in the following table November A2-GB22-10