Summary of Contents for Alcatel-Lucent 1850 TSS-320
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Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160) | Release 2.0. User Provisioning Guide 8DG08136EAAA ISSUE 3 JULY 2009...
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The product specification and/or performance levels contained in this document are for information purposes only and are subject to change without notice. They do not represent any obligation on the part of Alcatel-Lucent. Such obligations will only be committed to in a written sales agreement signed by Alcatel- Lucent.
Contents About this document Purpose ................................. 3 General information ............................3 Reason for revision ............................3 Intended audience ............................3 Supported systems ............................3 How to use this document ..........................4 Safety information ............................5 Related information ............................6 Document support ............................7 Technical support ............................
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Contents .................................................... Xcom menu ............................. 3-41 Alarms menu ............................3-55 Protection menu ............................3-60 Synchronization menu ..........................3-66 System management menu ........................3-74 Security menu ............................3-97 Tools menu ............................3-112 Help menu ............................. 3-117 Tree area Scope ................................. 4-2 Access the aggregation management resources ..................
List of figures Example of network management architecture ................1-4 Example of management of SONET and DATA network ............1-4 Management, downloading, and upgrading ................. 1-5 Example of a browser’s page layout .................... 2-6 ZIC panel (example) ........................2-7 Window menu options ......................... 2-8 Scroll bar components ........................
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List of figures .................................................... Connection - Data - Create XC - P2P ..................3-19 3-10 Connection - Data - Create XC - PB ..................3-20 3-11 Connection page - PB wizard - Warning message ..............3-22 3-12 Search/Delete XC ........................3-22 3-13 Traffic descriptor - Data ......................
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List of figures .................................................... 3-42 Network domain page - IP Route ....................3-48 3-43 Network Domain page - Gateway Map Table ................3-49 3-44 Network domain page - NSAP Report ..................3-50 3-45 OSI NE area ..........................3-51 3-46 TARP Management page - TARP Report .................. 3-52 3-47 TARP Management page - TARP Cache ...................
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List of figures .................................................... 3-75 System management - Secondary backup DB information ............. 3-85 3-76 System management - copy remote file ..................3-87 3-77 System management - cancel copy .................... 3-90 3-78 System management - Remote file information ................ 3-91 3-79 System management - retrieve file information .................
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List of figures .................................................... Aggregation management tree ..................... 4-5 AM tree ............................4-5 LAG configuration ........................4-9 IN-flows configuration ....................... 4-12 IN-FLOWS resource details ....................... 4-13 IN-FLOWS XConnection details ....................4-15 4-10 OUT-FLOWS configuration ...................... 4-16 4-11 Rack tree ............................. 4-18 4-12 Rack page ...........................
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List of figures .................................................... 4-37 Modify and OTPORT tab for DWDM module (e.g. XFP) ............4-68 4-38 PM tab and PM Report for DWDM module (e.g. XFP) ............4-71 4-39 PM Init Register tab for DWDM module (e.g. XFP) ..............4-73 4-40 PM Mode tab for DWDM module (e.g.
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List of figures .................................................... 5-26 VAID Port Creation Page ......................5-36 5-27 Call Creation Page ........................5-37 5-28 Network Creation Page ......................5-42 5-29 SIGNALLING - Traffic Desc functional tab ................5-45 5-30 Hoplist Creation Page ........................ 5-47 5-31 CP TE-Link Provisioning page ....................5-49 5-32 Bundle link - Create page ......................
List of tables Alcatel-Lucent1850 TSS interfaces ..................... 1-5 Basic requirement ......................... 1-7 Examples of hyperlinks ......................2-11 Application menu bar ........................3-8 Traffic Descriptor, Policing Mode and Color Profile for INFLOW resource: ......3-27 Prioritization for OUTFLOW resource with “Stacked-VLAN management ......3-28 Valid AID / input parameters combinations ................
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List of tables .................................................... 5-23 Provision Cross Connection Panel Parameters ................ 5-102 .................................................... 8DG08136EAAA Issue 3 July 2009...
Intended audience This information product is intended for individuals who are responsible for using ZIC (Zero Installation Craft Terminal) to provision and maintain the Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160) product. Supported systems This document applies to the following product release: ....................................................
PRODUCT RELEASE VERSION PART NUMBER Alcatel-Lucent 8DG 08501 AAAA 1850 TSS-320 Alcatel-Lucent 8DG 08791 AAAA 1850 TSS-160 Documents relevant to software applications (typically the Operator's Guides) are not modified unless the new software “version” distributed to Customers implies man- machine interface changes or in case of slight modifications not affecting the understanding of the explained procedures.
About this document .................................................... Topic Description PROCEDURES The aim of this document is to describe the operations related to the management of the Network Element and symbols within the ZIC. The actions leading to the creation, Issue, deletion, storage and listing of Network Element shall be indicated.
“Related information” (p. 6) considered as not enough. Related information The complete list of documents related to the Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160) are available in the table below: 1. 8DG08136EAAA — Alcatel-Lucent Transport Service Switch (TSS-320/160) Release 2.0 User Provisioning Guide. Provides general Craft Terminal information, screens description and user provisioning procedures by means of the ZIC.
The referral number is 1 (888) 727 3615 (continental United States) or +1 (630) 713 5000 (for all countries). Technical support For technical support, contact your local Alcatel-Lucent customer support team. See the Alcatel-Lucent Support web site (http://alcatel-lucent.com/support/) for contact information.
Alcatel-Lucent will offer to provide for the collection and treatment of Alcatel- Lucent products at the end of their useful life. Alcatel-Lucent will also offer to provide for the collection and treatment of existing products displaced by Alcatel-Lucent equipment.
ITU-T Telecommunication management Network Principles. The ZIC (Zero-Installation Craft terminal) is a project in charge of the local management of single network elements from different Alcatel-Lucent SONET, DATA and WDM products, providing ITU compliant Information Model Interface to the Network Element.
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RE / HK interface - this interface consists of parallel I/O signals used for remote alarms and for housekeeping signals. The relevant electrical interfaces are placed on the Alcatel- Lucent 1850 TSS-320/160 interconnections panel and are controlled by the EC function through parallel I/O ports.
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Craft terminal overview Overview .................................................... The Operator’s Guides deal with the management achieved by means of the first type of computer, via the ZIC (Zero-Installation Craft terminal). For the Telecommunications Management Network description refer to the handbooks of the various Operation Systems.
Craft terminal overview Overview .................................................... Figure 1-1 Example of network management architecture Figure 1-2 Example of management of SONET and DATA network .................................................... 1 - 4 8DG08136EAAA Issue 3 July 2009...
Craft terminal overview Overview .................................................... Figure 1-3 Management, downloading, and upgrading The management function is performed using one of three interfaces: CT, TL1, or CLI. Supported signals and interfaces are listed in “Alcatel-Lucent1850 TSS interfaces” (p. 1-5) Table 1-1 Alcatel-Lucent1850 TSS interfaces ZIC (Zero Installation Craft TL1 (Transaction...
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– Autonomous output messages. TL1 uses a Telnet session with TCP/IP connectivity between the host from which the Telnet session is opened, and the Alcatel-Lucent 1850 TSS. The CLI (Command Line Interface) performs most of the CT functionalities. CLI is not required to manage the following functions: Support domain •...
Craft terminal overview Overview .................................................... – MIB Backup/Restore and SW download C&R domain • – Tunnel management Additionally, CLI does not cover the following management functions: Support Domain: • – Condition of Configuration Mode – Inhibit/Allow Logging Personal computer characteristics Personal computer interface The PC permits to transfer information between the Operator and the Network Element (NE).
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Craft terminal overview Overview .................................................... Computer software configuration The following software items are required as an alternative: Internet Explorer 6.0, Internet Explorer 7.0 and Internet Explorer 8.0 using • 'Compatibility View' mode. Mozilla Firefox 2.0 and Mozilla Firefox 3.0. • Browser limitation: Dynamic page generation and ZIC graphical structure do not allow using 'Back', 'Forward' and 'Refresh' browser buttons or related menu items.
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Craft terminal overview Overview .................................................... Performance monitoring. It consists of a set of functions that evaluate and report on • the behavior of the NEs and their effectiveness relating to the communications taking place on the Network. Synchronization • Software download for NE upgradation, following the network evolution. •...
Graphical user interface basics Contents This section describes the following topics: Keyboard Mouse Browser’s page Hyperlinks 2-11 Combo-boxes 2-13 Menus 2-14 Entry boxes 2-18 Dialog boxes 2-20 Symbols and icons 2-22 .................................................... 2 -1 8DG08136EAAA Issue 3 July 2009...
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Graphical user interface basics Overview .................................................... Overview Purpose The Zero Installation Craft (ZIC) terminal user interface is based on a browser client program that uses HTTP (Hypertext Transfer Protocol) to make requests of Web servers throughout the Internet on behalf of the user. The following browsers can be used to access the interface are: Microsoft Internet Explorer (IE) •...
Graphical user interface basics Keyboard .................................................... Keyboard The different keys A workstation keyboard displays the following types of keys: Alphabetic Keys - Represents the letters of the alphabet, the punctuation marks, and • text-formatting functions such as Tab, Return, and the Space bar. Numeric Keys - Represents the numbers from 0 to 9.
Graphical user interface basics Mouse .................................................... Mouse Description The mouse is associated with a mouse pointer. This pointer represents the current position of the mouse on the screen. Any movement of the mouse, on the mouse pad, moves the pointer on the screen in an identical way. The mouse can be moved anywhere on the workspace.
Graphical user interface basics Browser’s page .................................................... Browser’s page Purpose This section defines the attributes of Browser’s Pages and describes their general aspects. Dimensions and layout The Browser’s Page (also called Tabbed browsing or tabbed document interface [TDI]), is a feature to effectively contain multiple pages in a single page. Each item occupies the browser's entire viewing area when displayed.
Graphical user interface basics Browser’s page .................................................... Figure 2-1 Example of a browser’s page layout Client area and browser’s page titles The Browser’s Page title gives the name of the Page. The Client area is the area in which you work, i.e. select from combo-box and act on hyperlink.
Graphical user interface basics Browser’s page .................................................... Figure 2-2 ZIC panel (example) Window menu The windows menu enables the operations to be undertaken on the window. It differs according to the Browser interface. In the following is for Internet Explorer (IE) from Microsoft. To open the window menu, click on the window menu button.
Graphical user interface basics Browser’s page .................................................... Figure 2-3 Window menu options The window menu options are: Restore - Restores the window from the iconified state to its normal size (in this case • the window is already opened so this menu option is greyed. Greyed menu options are explained in paragraph “Menus”).
Graphical user interface basics Browser’s page .................................................... Figure 2-4 Scroll bar components Stepper row up Scrolling Region Slider There are four ways to use scroll bars: Stepper arrows - Place the mouse pointer on the stepper arrow and click on it using •...
Graphical user interface basics Hyperlinks .................................................... Hyperlinks Description In any working application related to the ZIC (Zero-Installation Craft terminal), the operator will have to confirm, cancel, select options or ask for help using hyperlinks. Different types of hyperlinks exist and are described in this section. The hyperlinks are identified by the word identifying the action associated with it.
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Graphical user interface basics Hyperlinks .................................................... To display the bitmask of the selected entity (e.g., for Layer 2 Bitmask detail control frames) Operate xxx To apply the setting for the xxx entity (e.g., Loopback etc.) To apply the action related to a hyperlink, position the mouse pointer over the word you wish to select and click using the "Select"...
Graphical user interface basics Combo-boxes .................................................... Combo-boxes Description When you click on a combo-box, you open an option menu from which you choose a single item. Combo-boxes are used when a list of items are mutually exclusive. Figure 2-6 Example of Combo-box Combo-box Note: The example given above enables you to choose the Provisioned type.
Graphical user interface basics Menus .................................................... Menus Description This section describes an important aspect of the user interface. The user constantly has to open Pages, select icons and navigate through the different functionalities of the ZIC (Zero-Installation Craft terminal). A menu consists of a title, that usually identifies the nature of the actions that can be undertaken, and a list of options associated with actions.
Graphical user interface basics Menus .................................................... Figure 2-9 Pull-down menu Menu Options Pull down menu selected A menu option followed by "..." means that selecting this option opens Note: another view. For example the Open... or Save As... menu options in the File pull- down menu.
Graphical user interface basics Menus .................................................... Figure 2-10 Page view with cascading menu In the figure above, the Control Plane -> CP TDM menu option is selected. Pop-up menus Pop-up menus appear when you click the Custom mouse button, in the following cases: Click on a symbol in a view - In this case, after selecting the symbol, click on it using •...
Graphical user interface basics Entry boxes .................................................... Entry boxes Description and definition Entry fields are the placeholders to insert and modify data. See Figure 2-12. Figure 2-12 Dialog box with entry boxes Each Entry Box has two parts: Entry Box Label - Indicates what is entered or what is to be entered in the entry area •...
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Graphical user interface basics Entry boxes .................................................... Select the Tab key that enables you to pass to an entry box situated beneath the one from which the Tab key is pressed. Select Shift+Tab keys to access an entry box situated above the one from which the action is launched.
Graphical user interface basics Dialog boxes .................................................... Dialog boxes Generalities Dialogue boxes provide an interface between the ZIC (Zero-Installation Craft terminal) and the user. They enable to confirm operations or consult information, displayed by the system, following an action of the user. There are many types of dialogue boxes.
Graphical user interface basics Dialog boxes .................................................... Figure 2-13 Tree Tree Area Message and confirmation dialog boxes These dialog boxes display messages and information. They require a confirmation of the action to undertake. Generally, work is suspended till the dialogue box is closed. This means that you first have to click on the corresponding button (OK, Cancel, Help, or other options) before resuming operations.
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Graphical user interface basics Dialog boxes .................................................... The information dialog box gives indication on the action the operator has undertaken..................................................... 2 - 22 8DG08136EAAA Issue 3 July 2009...
Graphical user interface basics Symbols and icons .................................................... Symbols and icons Description The tree presents some icons in order to resume the associated functions. Symbol/Icon Description Node This icon is usually provided with a ball icon which identifies the status (red, yellow or green) and the node ID name. The browser “Equipment”...
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Graphical user interface basics Symbols and icons .................................................... Symbol/Icon Description Unit/card/pack Each unit/card/pack is identified by a label that identifies the type of unit/card/pack (e.g., “EC320”) and a number associated to the rack and shelf (e.g., “-1-1-1”). If a slot is free the label is “MDL-1-1-3” (MoDuLe-rack-1, shelf-1, position-3).
Graphical user interface basics Symbols and icons .................................................... Figure 2-18 Switch shelf graphic representation (example) .................................................... 2 - 2 7 8DG08136EAAA Issue 3 July 2009...
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Graphical user interface basics Symbols and icons ......................................................................................................2 - 28 8DG08136EAAA Issue 3 July 2009...
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Menu bar Contents This section contains the following topics: System access Equipment menu 3-16 Connection menu 3-18 Data menu 3-24 Xcom menu 3-41 Alarms menu 3-54 Protection menu 3-58 Synchronization menu 3-64 System management menu 3-72 Security menu 3-95 Tools menu 3-109 Help menu 3-114...
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Menu bar Overview .................................................... Overview Purpose The purpose of this chapter is to introduce the Zero-Installation Craft (ZIC) terminal utilities and navigation ways through the system by using the Menu bar..................................................... 3 - 2 8DG08136EAAA Issue 3 July 2009...
Menu bar System access .................................................... System access Start-up of the craft terminal application After Login to the WINDOWS XP operating system, the desktop is presented to the operator. In order to activate the ZIC software product the operator has to perform the following sequence: a.
Menu bar System access .................................................... Figure 3-2 Blank browser (example) c. Enter the IP address of the shelf in the Address field (in the example 151.98.235.232) and press the “Enter” key and the “Authentication dialog box” as shown in Figure 3-3.
Menu bar System access .................................................... Figure 3-3 Authentication dialog box The Authentication dialog box contains the following fields: User Identifier - Specifies a unique user ID. According to the specification. It is a • sequence from 5 to 12 case-sensitive alphanumeric characters, where the first character must always be an alphabetic character.
Menu bar System access .................................................... Profile – CONF (Configuration) – NETADMIN (Network Administration) – SEC (Security) – PROV (Provisioning) – READ (Reading) – DEBUG (Debugging) – NOTMOUT (No Inactivity Timeout) as shown in Figure 3-4 Figure 3-4 Details of the authentication dialog box e.
Menu bar System access .................................................... Figure 3-5 ZIC browser loading Figure 3-6 ZIC browser start (example) Starting from left to right, the Page header presents the company logo, the equipment description, the user ID and the Logout hyperlink which allows to close the session. The Alarm table presents the detailed list of the current alarm.
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Menu bar System access .................................................... Menu description This section describes all the menu and the relevant menu options available. The description is based on the menu structure. In compliance with your access rights and the management state, you may or not have access to some of the management options described below.
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Menu bar System access .................................................... Group Segregation Xcom NE Gen. Config -> NE discovery -> Network IF OSI ULC Report XC Overhead DCN Phys. If IP Address -> LAN manag ARPCACHE Mng -> IP Tunnel Network Domain IP Route Gateway Map Table ->...
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Menu bar System access .................................................... Modify Switch Synch System Initialize and Initialize System -> With New Management Upgrade Release -> With Old Release In-Service Upgrade Status Upgrade -> Start Upgrade Stop Upgrade Remove Old Upgrade DB Management DataBase Perform DB Backup ->...
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Menu bar System access .................................................... Command Privileges Audit Log Settings Logout Tools -> TL1 Console NE TL1 Param Help About Help On Line NE TL1 Syntax Following are the Menu and Sub-Menu options available in the Table 3-1, “Application menu bar” (p. 3-8).
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Menu bar System access .................................................... – Color Profile - To set the signal color policing. – ASAP list - To show and manage the Alarm Severity Assignment Profile. – Search - To find the resource type in a NE. – Switch - Allows to configure the Filtering database. •...
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Menu bar System access .................................................... • Gateway Map Table - Allows the operator to manage a static entry from the TL1 Gateway mapping table. • NSAP Report - Instructs the NE to provide routing database information that is supported by Layer 3 (network layer) of the OSI Data Communication Network (DCN).
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Menu bar System access .................................................... • Modify BITS-1 - Allows the page to search and edit bit 1 related to a given shelf. • Modify BITS-OUT - Allows the page to search and edit bit out related to a given shelf. –...
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Menu bar System access .................................................... – File Information - This is used to read information related to transferred files on a Remote File Server. • Network Element - For retrieving general system level configuration information consisting of: system type, software release identifier, software release date, matrix size, system restart status.
• rack that is presented in the tree. The options are: – SHELF - This is the Alcatel-Lucent 1850 TSS-320/160 subrack and is shown in the tree area – OMD - This is the OM44 OR OMD88 subrack. The label is set at SHELF-x-x or OMD-x-x respectively The second combo-box sets the first number presented in the tree;...
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Menu bar Equipment menu .................................................... – UILA Automatic In Service Mode - This specifies the Automatic in service mode to which • the equipment is set. The values are: – NOWAIT - No condition notifies the module is unplugged. – AINS - No condition is sent due to module unplugged. Primary State - This specifies the primary state to which the equipment is set.
Menu bar Connection menu .................................................... Connection menu Purpose The connection menu allows the operator to manage (provisioning, service type etc.) the client/line traffic. The menu options are: TDM - Allows to set the SONET service • Data - Allows to set the Point-to-Point cross-connection services. The options are: •...
Menu bar Connection menu .................................................... – Using Generic STS Commands (RTRV-CRS) for a searching identified by the generic type of the STSn. Its selection arranges the panel accordingly. – STS Type - The combo-box allows to select one of the items STS1, STS3C, STS12C, STS48C, STS192C in order to chose the hierarchical level of the signal.
Menu bar Connection menu .................................................... Click Select button it is possible to select one of the destination port. Front in label - The entry box allows to digit the user label for the Inflow input • direction. Front out label - The entry box allows to digit the user label for the Inflow output •...
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Menu bar Connection menu .................................................... – NNI-UNI - Allows to create an XC from a Network-Interface to a User-Interface where the NNI interface is towards the Bridge domain. – UNI-UNI-BIDIR - Allows to create an XC from a User-Interface to another User- Interface, in bi-directional mode connected, passing through the Bridge domain.
Menu bar Connection menu .................................................... – Label outflow ethernet - It allows to indicate the user label (optional) of the outflow to be connected. – Label inflow provider - It allows to indicate the provider label (optional) of the inflow to be connected. –...
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Menu bar Connection menu .................................................... – NNI-UNI is an XC from a Network-Interface to a User-Interface where the NNI interface is towards the Bridge domain. Ingress - Name of the “input” Port. Click Select button to perform a selection. After •...
Menu bar Data menu .................................................... Data menu Purpose The data menu allows the operator to set the service for Data traffic. The menu options are: Traffic desc - To set the operation mode • VLAN profile - To set the Virtual LAN profile •...
Menu bar Data menu .................................................... Figure 3-14 Data page - Traffic descriptor details In the Traffic desc. panel the following field are shown: User Label - It refers to the previously chosen resource. It is possible to enter a • further User label.
Menu bar Data menu .................................................... Validating the check box Show ghost objects, the column State is shown where the status of the VLAN is displayed as shown in Figure 3-15. Figure 3-15 VLAN profile with ghost objects The Delete hyperlink allows to select one or more VLAN profile to delete from the list. The Create hyperlink allows to select one or more VLAN profile in order to start the creation process.
Menu bar Data menu .................................................... ETS InFlow: Table 3-2 Traffic Descriptor, Policing Mode and Color Profile for INFLOW resource: Traffic Descriptor Policing Mode Color Profile Provider - Coloring Best effort “Disabled” only “Unbound” YELLOW “Color-blind” YELLOW or RED Guaranteed Disabled only Unbound GREEN Color-blind...
Menu bar Data menu .................................................... ETHOutFlow Table 3-3 Prioritization for OUTFLOW resource with “Stacked-VLAN management Stacked VLAN Management Priority Mode VLAN Provider-Prioritization Unbound no provider-prioritization Bound Color-blind the frames are passed without any information about Provider's colors Color-aware green packets are assigned to the priority as defined into the “Stack Priority"...
Menu bar Data menu .................................................... Figure 3-17 ASAP list The ASAP list page contains a list of real User Label that can be displayed clicking on the relevant hyperlink: no alarm (see “Data page - ASAP no alarm list” (p. 3-30)) •...
Menu bar Data menu .................................................... Figure 3-18 Data page - ASAP no alarm list Figure 3-19 Data page - ASAP primary alarms List .................................................... 3 - 30 8DG08136EAAA Issue 3 July 2009...
Menu bar Data menu .................................................... Figure 3-20 Data page - ASAP path alarm list Figure 3-21 Data page - ASAP all alarm list For the alarm acronym meaning, please refer to Chapter 6, “Abbreviations”. The Create link allows to configure a new user label for a new ASAP profile. For the information relevant to the ASAP configuration procedure.
Menu bar Data menu .................................................... Figure 3-22 Data - Search The Search tab displays the Range and the Search criteria panels. The Range panel displays the following parameters: From: and To - Allows to limit the search into the indicated range of resource’s •...
Menu bar Data menu .................................................... Data Card - The combo-box allows to select one of the data unit available in the • system; each data unit is identified by a label representing the unit and the relevant position inside the rack, the shelf and slot occupation respectively (e.g., “PP10GE-1- 1-9”).
Menu bar Data menu .................................................... – Static UF-DB (Unicast Filtering Data Base): The connection instances are manually entered by the operator for only towards one Port. – Static MF-DB (Multicast Filtering Data Base): The connection instances are manually entered by the operator for only towards two or more egress Ports. –...
Menu bar Data menu .................................................... They can be copied or removed from one of the entry box using the left or right arrow buttons available between the two entry boxes. The panel has the following hyperlinks: – Cancel: To close the page and turn back to the previous page without the changes. –...
Menu bar Data menu .................................................... Figure 3-28 Switch -> IGMP FGM Reg. The page is made up of one panel. The available parameters in the panel are: – VLANID: It is an identifier of the VLAN. The Select hyperlink starts the searching procedure.
Menu bar Data menu .................................................... Virtual LAN • Bridge - configuration Select Data -> Bridge -> Configuration option as shown in Figure 3-29. Figure 3-29 Bridge page - configuration The Bridge tab displays the Bridge Configuration panel that contains the following parameters: Bridge Type - Indicates what types of mechanism this bridge performs.
Menu bar Data menu .................................................... Bridge - Virtual LAN Figure 3-30 Bridge page -> Virtual LAN The page is made up of two panels and one table. The VLAN panel contains the following attributes: – Board Selection: The combo-box allows to select one of the data unit available in the system;...
Menu bar Data menu .................................................... Data -> IGMP Mng Figure 3-31 The page is made up of one panel and one table. The available parameters in the VLAN Range panel are: – From: and To: a range of VLAN-Id to be searched can be defined, the range cannot be greater than 50;...
Menu bar Data menu .................................................... Figure 3-32 Group Segregation management page The page is made up of one panel and one table. The available parameter in the Port Segregation Group Management panel is: – Group Status: It activates the Segregation capability of the node. Alternative possible values are: •...
Menu bar Xcom menu .................................................... Xcom menu Purpose The Xcom menu allows the operator to configure and set the external communication for NE management interfaces. The menu options are: NE Gen. Config - Allows to retrieve the system's output response (site) header. •...
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Menu bar Xcom menu .................................................... Site ID - The site identifier. • Date - This shows the current date in the <year>-<month>-<day> format. • Time - This shows the current time in the <hour>-<minute>-<second> format. • NE Type - This shows the type of NE. •...
Menu bar Xcom menu .................................................... Figure 3-35 DCC channel - Network IF The DCC -> Network IF option displays a list of current configured OCn (Access Identifier) with the type of DCC Channel and a panel NE Interface Details. The NE Interface Details panel contains the following parameters: Access Identifier - Specifies the Access Identifier of the facility.
Menu bar Xcom menu .................................................... Figure 3-36 DCC page - OSI ULC report The OSI Routing Configuration tab displays the OSI UPPER LAYERS • COMMON PARAMETERS panel that contains the following parameters: L3ISLEVEL - This is the IS level provisioning. The values are: •...
Menu bar Xcom menu .................................................... Figure 3-38 DCN Physical Interface page - IP address The NE Generic Configuration tab displays the IP Address Management panel that contains the following parameters: MAC ADDRESS (Medium Access Control address) - This is the MAC address •...
Menu bar Xcom menu .................................................... Figure 3-39 DCN physical interface page - LAN management The Customer LAN Management tab displays the Customer LAN Management panel that contains the following parameters: OSI Protocol - Determines if the OSI Protocol will be run on the customer LAN or •...
AID. If the AID specified matches any of the ID for existing IP tunnels, an error message is returned in response. The supported encapsulation of the IP tunnel is the Alcatel-Lucent proprietary type: both Standard (RFC3147) and CISCO proprietary encapsulation protocol types are not supported.
Menu bar Xcom menu .................................................... NSAP Report - This instructs the NE to provide routing database information that is • supported by Layer 3 (network layer) of the OSI Data Communication Network (DCN). WDM Report - This retrieves a list of all immediate OSC neighbors to the local •...
Menu bar Xcom menu .................................................... ADVERTISE - Specifies whether the IP route is leaked into IP routing protocols ( • Integrated IS-IS). The values are: N (route is only known on the local NE) or Y (route is leaked into integrated IS-IS) Click Create hyperlink to configure a new IP Route.
Menu bar Xcom menu .................................................... Figure 3-44 Network domain page - NSAP Report The NETWORK SERVICES ACCESS POINT tab displays the NETWORK SERVICES ACCESS POINT panel that contains the following parameters: Lookup Type - Specifies the type of lookup function that will be performed to retrieve •...
Menu bar Xcom menu .................................................... Figure 3-45 OSI NE area The OSI tab displays the OSI AREA panel that contains the following parameters: OSI AREA. - To determine an access Identifier for an OSI area. • Level 3 Initial Domain Part of the NSAP - Assigns the initial domain part of the •...
Menu bar Xcom menu .................................................... TARP Cache - It allows the user to retrieve all of the current TARP Data Cache • entries. TARP LDB - It retrieves the TARP Loop Detection Buffer (LDB). The TARP LDB is • a circular first in first out buffer. Each entry in the TARP LDB contains a sequence number and the protocol address of the originator.
Menu bar Xcom menu .................................................... Loop Detection Buffer Flush Timer - This field is the wait time (in minutes) for all • the LDB entries to be flushed (in the 0 to 1440 range). TARP Lifetime - The field specifies the TARP time-to-live (in number of hops) (in •...
Menu bar Xcom menu .................................................... Figure 3-48 TARP Management page - TARP LDB .................................................... 3 - 54 8DG08136EAAA Issue 3 July 2009...
Menu bar Alarms menu .................................................... Alarms menu Purpose The alarms menu allows the operator to manage entities yield alarms when they malfunction. This section deals with the configuration of ASAPs (Alarm Severity Assignment Profile). An ASAP is a list of Alarm probable causes to which Severities Profiles are assigned, predefined or settable by the operator.
Menu bar Alarms menu .................................................... – ODU2 = ODU2 port profiles – OSCPORT = Optical Supervisory Channel port profiles – OTSPORT = Optical Transmission Section port profiles – OTU2 = OTU2 port profiles – STSn = STSn (where n = 1, 3c, 12c, 48c or 192c) profiles TCA-AID - it has three associated combo-boxes: •...
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Menu bar Alarms menu .................................................... – ASAPEQPT = equipment alarms – ASAPBITS = synchronism alarms – ASAPSECU = administration security alarms – ASAPOCn = OCn (where n = 3, 12, 48 or 192) alarms – ASAPSTSn = STSn (where n = 1, 3c, 12c, 48c or 192c) alarms –...
Menu bar Alarms menu .................................................... Figure 3-51 Alarm cutoff Click on SEND functional button a command cuts off the office audible alarm indications without changing the local alarm reporting and the following indication appears under the table. The currently active audible alarm indications will be silenced. The visual alarm indications are not affected.
Menu bar Alarms menu .................................................... Figure 3-52 Alarm resynchronization Click on Resynchronize functional button a command refresh the alarms and the relevant information is referred..................................................... 3 - 5 9 8DG08136EAAA Issue 3 July 2009...
Menu bar Protection menu .................................................... Protection menu Purpose This menu allows the operator to manage the available protection systems. The menu options are: EQPS - Allows to manage the 1:1 Equipment Protection Switching for equipment • unit. APS - Allows to manage the Automatic Protection Switching setting the relevant •...
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Menu bar Protection menu .................................................... Secondary State - Specifies the secondary state to which the equipment is set. The • values are: – AINS Autonomous in service - The module is in the AINS state and changes to in service when plugged in. –...
Menu bar Protection menu .................................................... Figure 3-54 EQPS selection page The Equipment Protection Switch tab displays the Equipment Protection Switch panel that contains the following parameters: – Access Identifier - Specifies in the <unit acronym> - <rack> - <shelf> - <slot> format, where the selected unit is housed –...
Menu bar Protection menu .................................................... configured on an adjacent pair of cards, with the Protected/West port in the lower numbered slot and Protecting/East port in the next higher numbered slot. For optical modules that support multiple ports, the port numbers specified must be same for both the working and the protection entities.
Menu bar Protection menu .................................................... The STS1|/STSxC facilities within the OC-n that is designated to be the Protected/WEST facility are designated as the Preferred facilities. The STS1/STSxC facilities within the OC-n that is designated to be the Protecting/EAST facility are designated as the alternate STS1/STSxC facilities.
Menu bar Protection menu .................................................... Figure 3-57 Protection Page -> BLSR The BLSR page displays the Filter by panel that contains the following parameter: – Signal - The values are: • • • OC12 • OC48 • OC192 The Search hyperlink is used to perform a search of the existing BLSR protection. The Create link is used to configure a new BLSR.
Menu bar Synchronization menu .................................................... Synchronization menu Purpose This menu allows the operator to manage the ports dedicated to BITS (Building Integrated Timing Supply) facilities for clock distribution purposes. A BITS output reference is a DS1 signal. The menu options are: BITS - Allows to modify the characteristics (BITS-0 as Primary and BITS-1 as •...
Menu bar Synchronization menu .................................................... DS1 Line Code - Allows to select the type of DS1 line code for an electrical DS1 or • external timing reference source. The values are Alternate Mark Inversion (AMI) and Bipolar with 8 Zero Substitution (B8ZS). The Default hyperlink allows to recover the previously existing value or the factory default (B8ZS).
Menu bar Synchronization menu .................................................... NTFCNCDE Notification Code - Identifies the type of alarm generated by the system • upon occurrence of the event identified by the CONDTYPE. The values are: – CR Critical alarm – MJ Major alarm – MN Minor alarm SRVEFF Service Effect - Identifies the effect on service caused by the event.
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Menu bar Synchronization menu .................................................... Current LBO0 - Specifies the length of DS1 cable from the outgoing BITS port to • BITS reference point. The values are: 0 dB compensation, 0-110[feet] (0-33[m]), 110- 220[feet] (33-66[m]), 220-330[feet] (66-99[m]), 330-440[feet] (99-133[m]), 440- 550[feet] (133-166[m]) and 550-660[feet] (167-200[m]).
Menu bar Synchronization menu .................................................... Figure 3-61 Synchronization Page - Modify Synch. The Modify Synch. page contains an editable panel and two tables. The Modify Clock References panel contains the following fields: Current Primary Reference - Specifies a BITS or an optical carrier assigned as •...
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Menu bar Synchronization menu .................................................... Revertive - Allows to select the switching between references Revertive or • NonRevertive. Allowed values are: Yes (Y) or No (N). The Default hyperlink allows to recover the previously existing value or the factory default (N not enabled). The panel has the Save hyperlink that is used to send the related command to the Network Element.
Menu bar Synchronization menu .................................................... Figure 3-62 Synchronization - Modify Out Synch. The Synchronization Outgoing tab displays the Modify Synchronization Outgoing panel that contains the following parameters: Access identifier - Specifies the CRG Synchronization Information. NESYNC means • Clock Reference Generator Address. Current Primary Reference - Specifies a BITS or an optical carrier assigned as •...
Menu bar Synchronization menu .................................................... Figure 3-63 Synchronization Page- Modify Switch Synch. The Modify Synchronization Switch panel contains the following fields: Switch To Reference - Allows to assign the clock reference source that is to be • selected as the system clock synchronization source. The values are "Internal Clock", "Primary Clock Reference"...
Menu bar System management menu .................................................... System management menu Purpose The System Management menu provides options for users and administrators to manage the system. This menu contains following choices: Initialize and Upgrade • DB Management • Network Time Protocol • Initialize and upgrade This menu allows the user to manage the upgrading of the system.
Menu bar System management menu .................................................... Figure 3-64 System management - Initialize system - with new release The Initialize System tab displays the Initialize System panel that shows the Apply hyperlink that is used to start the new release procedure. The Apply hyperlink selection causes the ZIC main window closure and a secondary window is displayed to send the command and to notify the command completion status.
Menu bar System management menu .................................................... command is successfully completed, the secondary window starts capturing initialization system events and monitoring the web server availabilty after FLC switch. If the command is denied the user has to login to display the ZIC main window. In-Service upgrade This menu allows to manage the in-service upgrading.
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Menu bar System management menu .................................................... No Status In Progress (NOSTAIP) - Indicates that no generic in-service upgrade • procedure is in progress or has been attempted. Removal In Progress (RMVIP) - Indicates the removal of the previous release is in •...
Menu bar System management menu .................................................... Figure 3-67 System Management - In-Service Upgrade - Start In-Service Upgrade The In-Service Upgrade tab displays the Start In-Service Upgrade panel that shows the status of the in-service upgrade. The status are the same described in In-service upgrade and start upgrade, it presents the Start In-Service Upgrade field.
Menu bar System management menu .................................................... After successful completion of this command, all software/database indicators are set to indicate that the current release is now the permanently active one. The system remains in service on the currently active release and all system functionality remains operational. Select System Management ->...
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Menu bar System management menu .................................................... The secondary backup database can be copied to the primary backup database. After an FLC restart (or FLC switch) the memory database will be reloaded from the restored disk database. The secondary backup database can be copied to/from a Remote File Server (RFS) by operator commands (remote backup and remote restore).
Menu bar System management menu .................................................... Any database backup currently in-progress can be aborted (canceled) by the Cancel DB Backup option. If an in-progress database backup is canceled, an unsuccessful response message is generated for this option and the system may mark through the database header the backed-up data on the secondary backup database as "invalid"...
Menu bar System management menu .................................................... Figure 3-71 System management - perform DB backup Clicking on Yes, the following window appears. Click OK, to return to the main page. Restore DB This option copies the backup database stored on secondary backup database to the primary backup database and resets the system to activate the new database.
Menu bar System management menu .................................................... Figure 3-72 System management - restore DB The Database panel displays the Restore Database panel that contains the following: Command Mode - Allows to assign the command mode of the action. The values are: •...
Menu bar System management menu .................................................... The Apply hyperlink selection causes the ZIC main window closure and a secondary window is displayed to send the command and to notify the command completion status. If the command is successfully completed, the secondary window starts capturing restore database events and monitoring the web server availabilty after FLC switch.
System type - Identifies the system software for the database at the specified location • i.e. the equipment label (Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160 in the example). Release Identification - Identifies the release ID of the system after the database •...
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Menu bar System management menu .................................................... Backup Time - For Primary backup database, identifies the date when the backup was • created. For Secondary backup database, identifies the date when the last backup was created. The date is in the format of <HH>-<MM>-<SS>. Cyclic Redundancy Check - Indicates the 8-digit hexadecimal value of the 32-bit •...
Menu bar System management menu .................................................... with a software release identifier mismatch • with a SID mismatch • with a time stamp mismatch • During the database download operation, CRC checks are performed. If one check fails, the operation fails. Table 3-4 Valid AID / input parameters combinations From Valid Parameter(s)
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Menu bar System management menu .................................................... – Remote File Server Database (RFSDB) - A database backup on a Remote File Server. It represents a database on a Remote File Server. Multiple instances of RFSDB can exist in different locations on an RFS. A specific instance is always addressed with this AID, with the addition of information in the LOCATION parameter in the command.
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Menu bar System management menu .................................................... – The software release/identifier indicated for RFS DB does not match the software release identifier indicated for the system. Normal (default value) - The command is denied if there is a mismatch between • the SID, the release identifier, system stream, system type or the backup time stamp of the system and the information stored in the source database.
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Menu bar System management menu .................................................... Figure 3-77 System management - cancel copy The Remote File tab displays the Cancel Copy of Remote File panel that contains the following parameters: From and To - Specifies the source and destination of the Remote File copy operation •...
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Menu bar System management menu .................................................... Figure 3-78 System management - Remote file information The Remote File Information panel contains the following parameters: Access Identifier - Supports the following input parameters: • – Database Backup on a Remote File Server (RFSDB) (default value) - A database backup on a Remote File Server.
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Menu bar System management menu .................................................... Figure 3-79 System management - retrieve file information The Remote File Information panel, a warning table provide information about the transferred files (i.e. database) on a Remote File Server. The format complies with the following: TL1 Command - The forwarded command used.
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System Restart Process Status - Identifies the status of any system restart process. • COMPLETE and IN-PROGRESS are the values System Type - Identifies the system type (i.e. Alcatel-Lucent 1850 TSS-320/160) • Set site identifier This option is used to set the Site Identifier (SID) code that is compared to any Target Identifier (TID) value entered in a text field.
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Menu bar System management menu .................................................... Figure 3-81 System management - set site identifier The Set Site Identifier panel allows to change the Site identifier name; it contains: Old Site Identifier - Shows the actual identifier. • New Site Identifier - Allows to enter the name of the identifier that you need to •...
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Menu bar System management menu .................................................... Figure 3-82 System management - network time protocol configuration The page contains the Time and Date panel and Network Time Protocol panel. The Time and Date panel shows the following information: – Current Date - Displays the current date. –...
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Menu bar System management menu .................................................... • NTPSYNC NTP is enabled, and the NE is using the NTP protocol to synchronize to an NTP server. – NTP Server Synchronization Click Create hyperlink the following window opens: The NTP Server Address Provision window contains: Server IP Address - Allows to enter the IP address of an NTP server.
Menu bar Security menu .................................................... Security menu Purpose The Security menu contains the following sub-menu options for user and administrative users: User Account • Administration • Logout • All users can set the following items: User Account • – Change Password - Activates the Change Password page –...
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Menu bar Security menu .................................................... Figure 3-83 Change password The home tab displays the Modify Password Identifier that contains the following parameters: User Identifier - Specifies a unique user ID. • Old Password ID - Specifies the old user's login password. •...
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Menu bar Security menu .................................................... Figure 3-84 Figure 5 - User information page The User Information page displays the following fields: User Identifier - Specifies a unique user ID (e.g. ALCATEL) • User Access Privileges - Specifies the User access privilege(s) granted to the user. •...
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Menu bar Security menu .................................................... Password Expiration date and time - Specifies the expiry date and time for the • password User ID Duration [day] - This shows the aging or expiry interval of a particular User • Id. The values that can be displayed are in the 0 - 999 range, 0 (zero) means that User ID aging is disabled.
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Menu bar Security menu .................................................... Figure 3-85 Security - create user account page The Create User Account panel contains the following parameters: User Identifier - Specifies a unique user ID. It is a sequence from 5 to 12 case- • sensitive alphanumeric characters, where the first character must always be an alphabetic character.
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Menu bar Security menu .................................................... User ID Duration [day] - Specifies the aging or expiry interval of a particular User • Id. The value range is 0 - 999, 0 (zero) means that User ID aging is disabled. The Default is 60. The panel also displays the following two entry boxes: Available User Access Privileges - Lists all the privileges for the User access.
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Menu bar Security menu .................................................... Figure 3-86 Security - Use Information page The User Information page displays a table with complete information about all the users. Default settings Select Security -> Administration -> Account -> Default Settings as shown in Figure 3-87.
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Menu bar Security menu .................................................... Figure 3-87 Security - Account default settings The Modify Account Default Settings panel displays the following parameters. Password Duration [day] - Specifies the number of days of validity for the password. • The value range is 0 - 999, 0 (zero) means that Password aging is disabled. Default is Warning on Password Duration [day] - Specifies the number of days after the •...
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Menu bar Security menu .................................................... Timeout [min] - Specifies User Session Activity Link TimeOut, specifies the amount • of time (in minutes) that the User Session link is inactive with regards to user TL1 input before a user session link time-out occurs. The value range is 0 - 999. Default value is 15.
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Menu bar Security menu .................................................... Figure 3-89 Security - Command access privileges page The page the command security privileges assigned to the specified TL1 command. The columns of the table are: Action - contains the hyperlinks in order to modify the security privilege. The •...
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Menu bar Security menu .................................................... Figure 3-90 Security - modify command privileges page Command Identifier - Specifies the TL1 command code. The value for the parameter • can be any one of the TL1 command codes, in upper or lower case excluding the following TL1 command codes (i.e.
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Menu bar Security menu .................................................... Figure 3-91 Security - Audit Log page The Retrieve Audit Log page contains the Retrieve Audit Log panel with the following parameters: From - Specifies the beginning date and time used to filter the response messages. By •...
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Menu bar Security menu .................................................... Figure 3-92 Security - retrieve audit page with results Figure 3-93 Security - retrieve audit page without results Log settings Select Security -> Administration -> Account -> Log Settings as shown in Figure 3-94..................................................... 3 - 1 0 9 8DG08136EAAA Issue 3 July 2009...
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Menu bar Security menu .................................................... Figure 3-94 Security - Log attributes The Modify Log Attributes page is made up of description of the TL1 command and the Modify Log Attributes panel that contains: – Current Log File Max Size [Mbyte] - Specifies the size, in 1 Megabyte blocks, of the Security Log File system's disk buffer.
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Menu bar Security menu .................................................... – Authentication Event (EIUA) - It logins, logoffs, invalid user authentication attempts and the alarms/alerts generated due to the invalid authentication attempts. – Changes to the User's Security Accounts (EUSP) - Specifies the details of the changes made in a user's security profiles and attributes.
Menu bar Tools menu .................................................... Tools menu Purpose The Tools menu allows the operator to open a Telnet console for TL1 commands. It contains the following options: TL1 Console • NE TL Parameter • TL1 console Select Tools - > TL1 console menu option as shown in Figure 3-96.
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Menu bar Tools menu .................................................... Figure 3-97 Tools - Accessing TL1 console 3. When the Telnet session is open the client area becomes as follows. Figure 3-98 Tools - Telnet console The lower part it is used to digit the TL1 command, while in the upper part, the answer to the TL1 Telnet command is shown.
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Menu bar Tools menu .................................................... Figure 3-99 Tools - TL1 command 5. After a loading process, the results are referred in the upper part of the page (see Figure 3-100) according to the TL1 command syntax that can be seen by the TL1 syntax hyperlink as shown in Figure 3-101.
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Menu bar Tools menu .................................................... Figure 3-100 Tools - TL1 command answer Figure 3-101 Tools - TL1 command syntax 6. Clicking on Quit hyperlink the user closes the Telnet session and the page in Figure 3-96 is shown. For detailed information about the TL1 command, please refer to the relevant “TL1 Operator Guide”.
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Menu bar Tools menu .................................................... Figure 3-102 NE TL1 parameters The NE TL1 tab displays the NE TL1 Parameters panel that contains the following parameters: IP Row encoding Port • IP Telnet encoding Port • Prompt • MAP Size • The Save link allows the user to save the NE TL1 parameters.
Menu bar Help menu .................................................... Help menu Purpose The Help menu allows the operator to obtain information about the below options: About software version • Help On Line for the Guide in HTML format • NE TL1 Syntax for the available TL1 commands meaning. •...
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Menu bar Help menu .................................................... Help On Line This menu allows the operator to locally read the User Provisioning Guide without collecting the handbook. NE TL1 Syntax This menu allows the operator to obtain information about the TL1 command syntax. From the application menu bar, selecting the Help - >...
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Tree area Contents This section contains the following topics: Scope Access the aggregation management resources LAG configuration Access the rack resources 4-18 Access the shelf resources 4-20 Access the unit 4-26 Access a module 4-31 Access a resource 4-35 .................................................... 4 -1 8DG08136EAAA Issue 3 July 2009...
Tree area Scope .................................................... Scope Purpose The aim of this chapter is to introduce the Zero-Installation Craft terminal utilities and navigation through the system using the Tree area. System access Start the Craft Terminal as described in “System access” (p. 3-3) as shown in Figure 4-1.
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Tree area Scope .................................................... SHELF - Each shelf is identified by a number joined with the rack and by the • Provisioned Type label. All the available units/packs of the shelf are listed. Figure 4-3 Tree area expanded The above figure displays the tree area with the following information: Command Parts •...
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Tree area Access the aggregation management resources .................................................... Access the aggregation management resources Overview Purpose Click AM (Aggregation Management) icon from the tree area as shown in Figure 4-4 Figure 4-5 Exp and the Aggregation Management icon to view the available LAG. Figure 4-4 Aggregation management tree Aggregation Management...
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Tree area Overview .................................................... Admin State - Indicates the administration status. The entry field can be set only after • the LAG creation option, see “LAG configuration” (p. 4-8). The values are: enable (the LAG is in-service) or disable (the LAG is out-of-service). Type - Indicates the type of port (read only field, fixed by the system to •...
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Tree area Overview .................................................... Protocol Profile - It shows the name of the 2-bytes provider (S-VLAN-Protocol Type) • contained into the S-Vlan ethernet frames afferent to the current Port. Admin State - It shows the administration status. • The table in the Figure 4-5 has the following hyperlinks: –...
Tree area LAG configuration .................................................... LAG configuration Description Click Configuration hyperlink in the Link Aggregation Creation panel or click LAG-x icon in the tree area, as shown in Figure 4-6..................................................... 4 - 8 8DG08136EAAA Issue 3 July 2009...
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Tree area LAG configuration .................................................... Figure 4-6 LAG configuration The page displays functional tabs based on the LAG client type: – not provisioned LAG (greyed icon): LAG, IN-FLOWS and OUT-FLOWS .................................................... 4 - 9 8DG08136EAAA Issue 3 July 2009...
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Tree area LAG configuration .................................................... – ETS provisioned LAG (blue icon): LAG, IN-FLOWS, OUT-FLOWS, Configure IGMP and IGMP Properties – ETB provisioned LAG (orange icon): (LAG, BRIDGE, Configure IGMP and IGMP Properties) The Link Aggregator Configuration tab displays the following parameters LAG functional tab The LAG functional tab in the Link Aggregator configuration tab displays the following four panels:...
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Tree area LAG configuration .................................................... LACP Type - Indicates if the Link Aggregation Control Protocol is ON (i.e. lacpOn is • active on this aggregator) or OFF (IacpOff inactive); read only field, fixed by the system. LACP Enabled - Specifies if the LACP is enabled or disabled. •...
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Tree area LAG configuration .................................................... Link aggregator configuration panel A second Link Aggregator configuration panel contains the following read-only parameters: MacAddress - Indicates the MAC-Address assigned to the selected LAG • N. Selected Ports - Indicates the number of selected ports, that are potentially •...
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Tree area LAG configuration .................................................... Resource - Refers the indexed name assigned by the system to the resource; the index • is incremental over all the existing inflows of all the ports. It is also a hyperlink that opens the page described in “Resource details”...
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Tree area LAG configuration .................................................... – User label - Allows the user to digit a name to describe this resource. The format is <1-30 VALID NAME CHARACTERS>. – Service Type - Refers the upper layer service type: ethernet. – Flow type - The options: unicastNoAutolearning (for unicast cross-connection link) or multicast OptionA (for multicast cross-connection link - not available in current release).
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Tree area LAG configuration .................................................... Protocol functions) or MSTP (for “Multiple" Spanning Tree Protocol functions; in order to manage the union of more subnetworks. In this case, a sub-network will be treated as a single bridge. Not available in “MAC-Bridge" case. The MAC bridge mode can be accomplished by using a “Virtual”...
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Tree area LAG configuration .................................................... From: To: - Refers about the location of the Cross-connection. • The panel has the following hyperlinks: – Cancel - To cancel the settings return to the previous page. – Delete XC ONE STEP - To delete a “One-Step" cross-connection, that was previously created.
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Tree area LAG configuration .................................................... XConnection - Refers the name assigned by the user to describe the cross-connection • related to the OUT-FLOW. It is also a hyperlink which opens the page previously described in “XConnection details” (p. 4-15) .................................................... 4 - 1 7 8DG08136EAAA Issue 3 July 2009...
Tree area Access the rack resources .................................................... Access the rack resources Overview Purpose Select RACK-x node as shown in Figure 4-11. The tree expands and displays the SHELF subtree. Figure 4-11 Rack tree NE Rack The user can select one of the RACK-x icon and the client area displays rack information as shown in Figure 4-12.
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Tree area Overview .................................................... Primary/secondary state - Specifies the primary and secondary service state. • The table displays the following details relevant to the rack: Shelf - This column lists all the available shelf/shelves of the rack. • Resource - In this column is specified the access identifier of the shelf/shelves (type •...
Tree area Access the shelf resources .................................................... Access the shelf resources Overview Purpose Select SHELF-x-x: yyyy node from the tree area. The tree expands and shows the shelf composition subtree as shown in Figure 4-14. Figure 4-14 Shelf tree NE Shelf The user can select one of the SHELF-x-x;...
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Tree area Overview .................................................... Figure 4-15 Shelf page (e.g. SWITCH shelf) .................................................... 4 - 2 1 8DG08136EAAA Issue 3 July 2009...
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Tree area Overview .................................................... The Rack x > Shelf x-x tab displays the UP Rack-x > Shelf-x and FW/SW Version Data panel that contains the following parameters. The UP Rack x Shelf x panel resumes the shelf info and displays the following read-only fields: Access Identifier - Specifies the equipment entity.
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Resource - Specifies the access identifier of the shelf/shelves (type and position). It is • also shown in the tree. The values are: – TBUS320 Termination Bus (Alcatel-Lucent 1850 Transport Service Switch (TSS- 320/160) – EC320 Equipment Controller (Alcatel-Lucent 1850 TSS-320/160) –...
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Tree area Overview .................................................... Figure 4-16 Shelf layout page Selecting one board the Details message pop-ups and it is possible to accessing the physical resource as in the following “Access the unit” (p. 4-26) is described..................................................... 4 - 24 8DG08136EAAA Issue 3 July 2009...
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Tree area Overview .................................................... Figure 4-17 Shelf detail message Selecting one empty slot the Provision... message pop-ups (see Figure 4-18) and it is possible to start the provisioning procedure. Figure 4-18 Shelf provisioning message .................................................... 4 - 2 5 8DG08136EAAA Issue 3 July 2009...
Tree area Access the unit .................................................... Access the unit Overview Purpose Select a Rack x > Shelf x > Board xx in the tree area as shown in Figure 4-19..................................................... 4 - 26 8DG08136EAAA Issue 3 July 2009...
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Tree area Overview .................................................... Figure 4-19 Access a unit (e.g. 10XANY) .................................................... 4 - 2 7 8DG08136EAAA Issue 3 July 2009...
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The values are: – TBUS320 Termination Bus (Alcatel-Lucent 1850 TSS-320/160) – EC320 Equipment Controller (Alcatel-Lucent 1850 TSS-320/160) – MT320 Matrix and Timing (Alcatel-Lucent 1850 TSS-320/160) – POW320 Power (Alcatel-Lucent 1850 TSS-320/160) – FAN320 FAN Unit Tray (Alcatel-Lucent 1850 TSS-320/160) –...
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Tree area Overview .................................................... – OOS-MA Out of Service, Management - The module is out of service due to management action. – OOS-AUMA Out of Service, Autonomous and Management - The module is out of service both due to an autonomous event and management action. Automatic In Service Mode - To change the Automatic in service mode to which the •...
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Tree area Overview .................................................... SST - Specifies the secondary state of the module. • Provisioned - Specifies the code of the module. It is also shown in the tree. • Actual - Specifies the Physically equipped module type. • .................................................... 4 - 30 8DG08136EAAA Issue 3 July 2009...
Tree area Access a module .................................................... Access a module Description Select a Rack x > Shelf x > Board xx > Module xx in the tree area as shown in Figure 4-20. The client area displays the following parameters as shown in Figure 4-21.
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Tree area Access a module .................................................... Figure 4-20 Accessing a module (e.g. 10XANY) Figure 4-21 SFP module The Rack x > Shelf x > Board xx > Module x tab displays the Rack x > Shelf x > Board xx > Module x and Alarms panels and a table. The panel contains the following parameters: Access Identifier - Specifies the equipment Access Identifier, identifies the •...
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Tree area Access a module .................................................... Current Provisioned Type - Specifies the Provisioned module type. ANY-<type> is • the value for a generic MSA XFP/SFP module. It is also shown in the tree. The values are: – SI-11 Intra office STM-1 (wl1310) B&W for STM-1 port –...
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Tree area Access a module .................................................... – ANY-OC12 Generic MSA SFP module (STM4 case) – ANY-OC48 Generic MSA SFP module (STM16 case) – ANY-OC192 Generic MSA XFP module (STM64 case) – ANY-DATAS Generic MSA SFP module (Ethernet GBE case) – ANY-DATAX Generic MSA XFP module (Ethernet 10GBE case) Actual Type - Specifies the Physically equipped module type (see Current •...
Tree area Access a resource .................................................... Access a resource Figure 4-22 Access a resource (e.g. 10XANY) .................................................... 4 - 3 5 8DG08136EAAA Issue 3 July 2009...
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Tree area Access a resource .................................................... The Rack x > Shelf x > Board xx > Module xx > Port xx tab displays the following tabs: OC/GBE • .................................................... 4 - 36 8DG08136EAAA Issue 3 July 2009...
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Tree area Access a resource .................................................... • PROTECTION • • List STS • OC/GBE functional tab The OC/GBE functional tab is made up of four panels: Optical Carrier Modify • Section Trace • Loopback • Alarm • Optical Carrier Modify •...
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Tree area Access a resource .................................................... Trace message: The entry box allows to digit the outgoing section trace message, • enclosed in quotation marks. If no characters is entered, then the transmitted section trace message in the J0 byte is 01 hexadecimal. Alarm Severity Assignment Profile Name: The entry box allows to digit the •...
Tree area Access a resource .................................................... – FACILITY = loopback at the receive side (from the network) to the transmit side (to the network) of the specified facility. – TERMINAL = loopback where the signal that is about to be transmitted is connected to the associated incoming receiver .
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Tree area Access a resource .................................................... PM registers, or the current and/or up to seven (7) 1-day historical PM registers or both 15-minute and 1-day PM registers can be retrieved.The page shows the following parameters: Access Identifier: The entry box specifies the identifier of the unit resource. It is •...
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Tree area Access a resource .................................................... Clicking on the Default hyperlink it is possible to set the default value ALL. Direction: The combo-box allows to specifies the direction of the signal being • monitored (receive or transmit). Only the value (receive) is supported. Clicking on the Default hyperlink it is possible to set the default value receive.
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Tree area Access a resource .................................................... The PM Init Registration sub-functional tab Figure 4-24 PM Init Register It allows to initialize the current 15-Minute or current 1-Day (specified by Time Period) PM collection registers for the near- or far-end side (specified by Location) pertaining to the specified port to the value zero.
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Tree area Access a resource .................................................... The panel has the Save hyperlink by means of which it is possible to store the settings. The PM Mode sub-functional tab Figure 4-25 PM Mode The PM Mode sub-functional tab contains two panels. The Set Performance Monitoring Mode page allows to set the mode of PM data collection for the specified facility by: Access Identifier: The entry box specifies the identifier of the unit resource.
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Tree area Access a resource .................................................... – O PM for Optical analog parameters is configured (only for OC-192) Clicking on the Default hyperlink it is possible to set the default value ALL. Direction: (only for OC-192 port) The combo-box allows to specify the direction •...
Tree area Access a resource .................................................... Figure 4-26 The PROTECTION tab The Port Panel has the below choices: Port Access Identifier: It specifies the identifier of the port resource. It is also • shown in the tree. Port Primary/Secondary State: It specifies the primary and secondary service •...
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Tree area Access a resource .................................................... Figure 4-27 STS tab The Specify an STS panel contains three combo-boxes that are used to edit the Access Identifier: The first combo-box allows to select the tributary signal that is embedded in the •...
Tree area Access a resource .................................................... List STS functional tab Figure 4-28 List STS tab The List STS functional tab is made up of a table which allows to manage the concatenation. The table contains five columns: Concatenation: The check boxes allow to set the type of payload in an STS •...
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Tree area Access a resource .................................................... Figure 4-29 Provisioning of STSn On the upper left corner, the panel has the following hyperlinks: – Provision is joined with the check boxes that are available for each resource. Validating it means that you want to proceed for the facility provision. –...
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Tree area Access a resource .................................................... DATA Unit Figure 4-30 Accessing a resource (e.g. PP20G ETS port) .................................................... 4 - 4 9 8DG08136EAAA Issue 3 July 2009...
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Tree area Access a resource .................................................... The Rack x > Shelf x > Board xx > Module xx > Port xx tab page presents five functional tabs: PHYSICAL • BRIDGE • Configure IGMP • IGMP Properties • PM DATA • ....................................................
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Tree area Access a resource .................................................... PHYSICAL functional tab (for Ethernet Transparent System) The PHYSICAL functional tab is made up of five panels: State panel • It allows to change the settings of the resource by means of the following parameters: Admin state: The combo-box allows to set the administrative state.
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Tree area Access a resource .................................................... Maximum MTU/MRU: The entry field indicates the Maximum Transmit • Unit/Maximum Receive Unit size of the largest packet which can be sent/received on the interface, specified in octets. The allowable value ranges from 1574 to 9216.
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Tree area Access a resource .................................................... Front Panel Port: The text field shows a number assigned by the system; it is the • identifier of the physical port on the front of the PIM. The allowable value is: <8 digit number>. State: The text field shows the MAU current status.
Tree area Access a resource .................................................... BRIDGE functional tab Figure 4-31 BRIDGE functional tab The BRIDGE functional tab displays the following two panels: Bridge Port Management: Displays the below options. • – Bridge Port Name – Port VLAN Identifier – Ingress Filtering –...
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Tree area Access a resource .................................................... Configure IGMP functional tab Figure 4-32 Configure IGMP The Configure IGMP functional tab displays IGMP Configuration panel which has the following parameters: Port ID: The entry box shows a number assigned by the system; it is the identifier of •...
Tree area Access a resource .................................................... disabled means that this one is not the Port towards the IP Multicast Router. • Note: This association is performed for one VLAN at a time; if more VLAN’s are to be associated to IGMP by means of this port, the operation must be repeated for each VLAN.
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Tree area Access a resource .................................................... It has the same parameters previously described, except for the added field: Bridge base port: The allowable values are: 0 or false. • MAU panel • It has the same parameters previously described. Flow management panel •...
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Tree area Access a resource .................................................... DWDM circuit pack Figure 4-34 Accessing a resource - 1 (e.g. 11GBAR port) The Rack x > Shelf x > Board xx tab displays the following panels as shown in Figure 4-34. UP > Rack x > Shelf x > Board xx panel •...
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Current Provisioned Type - Specifies the acronym of the circuit pack resource. It is • the Alcatel-Lucent mnemonic stored in the Remote Inventory EPROM for the given equipment. ANY-<type> is the value shows for a generic non Alcatel-Lucent XFP/SFP module.
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Tree area Access a resource .................................................... Primary/secondary state - Specifies primary and the secondary service state. Valid • for all modules except TBUS (it has only IS and OOS-AU) and Shelf (it has only IS .................................................... 4 - 60 8DG08136EAAA Issue 3 July 2009...
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Tree area Access a resource .................................................... and OOS-AUMA). The values are: .................................................... 4 - 6 1 8DG08136EAAA Issue 3 July 2009...
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Tree area Access a resource .................................................... Primary State Secondary State IS: In Service - The module is AINS Autonomous in service - The module is in • • providing service the AINS state and will become in service when plugged in. OOS-AU Out of Service, •...
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Tree area Access a resource .................................................... Primary state - To change the primary service state previously referred and • described. Automatic In Service Mode - To set the Automatic in service mode to which the • equipment is set. The choices are: –...
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CLEI Code - Specifies the CLEI code for the given equipment, in the <value> {<10 • Bytes>} format. Part Number - Specifies the Alcatel-Lucent part number for the given equipment, in • the <value> {<14 Bytes>} format. Software Part Number - Specifies the Alcatel-Lucent part number for the software •...
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Current Provisioned Type - Specifies the acronym of the circuit pack resource. It is • the Alcatel-Lucent mnemonic stored in the Remote Inventory EPROM for the given equipment. ANY-<type> is the value shows for a generic non Alcatel-Lucent XFP/SFP module.
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Tree area Access a resource .................................................... – AINS - No condition is sent due to module unplugged Auto-Provisioning - Specifies the Auto provisioning parameter is used to manage the • Autoprovisioning functionality in case of global (Shelf/NE level) restart: its main purpose is to prevent the autoprovisioning of a Card (after a restart) in a slot position in which it has been Logically Deleted.
Tree area Access a resource .................................................... – ACTLPBK Active Loopback – BDI Backward Defect Indication – LOF Loss of Frame – LOM Loss of Multiframe – LOS-P Loss of Signal PayloadRAID – MAN Manual (Management) Removal – SSF Server Signal Failure –...
Tree area Access a resource .................................................... Figure 4-37 Modify and OTPORT tab for DWDM module (e.g. XFP) The Rack x > Shelf x > Board xx > Module xx > Module x tab page presents two functional tabs and four panels in the following a) to d) points described. OTPORT functional tab •...
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Tree area Access a resource .................................................... Automatic In-Service Threshold: It allows to set how long an input signal must • be present on the facility without a failure condition before the system transitions the facility into the In-Service state, in HH-MM format, where value HH indicates the time duration in hours and value MM indicates the time duration in minutes.
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Tree area Access a resource .................................................... – Delete: By clicking this hyperlink all the operation are deleted and the user can restart for new settings. – Save: By clicking this hyperlink all the operation are applied and the user goes back to the previous page.
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Tree area Access a resource .................................................... – TERMINAL Loopback where the signal that is about to be transmitted toward the client is transmitted back toward a DWDM domain. The default value is FACILITY. The panel has the Operate Loopback hyperlink. Clicking on it, the relevant command is generated.
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Tree area Access a resource .................................................... Direction: It specifies the direction of the signal being monitored (receive or • transmit). The allowable values are: RCV (receive) or TRMT (transmit) or ALL (both). The Default value is RCV. Time Period: It specifies whether the 15-minute or 1-day (24 hour) PM collection •...
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Tree area Access a resource .................................................... Figure 4-39 PM Init Register tab for DWDM module (e.g. XFP) The PM Init Register functional tab has the Initialize Register panel which allows to set the parameters for the PM collection. It contains: Access Identifier: It identifies the entity access identifier in the <OTPORT>- •...
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Tree area Access a resource .................................................... Figure 4-40 PM Mode tab for DWDM module (e.g. XFP) The PM Mode functional tab has the Set Performance Monitoring Mode and Retrieve Performance Monitoring Mode panels which allow to set the parameters for the PM collection.
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Tree area Access a resource .................................................... Figure 4-41 PM Baseline tab for DWDM module (e.g. XFP) The PM Baseline functional tab has the Set Baseline and Retrieve Baseline panels which allow to set the parameters for the PM collection. They contain the following parameters: Access Identifier: It identifies the entity access identifier in the <OTPORT>- •...
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Tree area Access a resource .................................................... Select Line DWDM Figure 4-42 Select Line and OTU2 Line tab for DWDM module (e.g. XFP) The Rack x > Shelf x > Board xx > Module xx tab page presents three panels and three functional tabs in the following 1) to 4) points described.
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Tree area Access a resource .................................................... – EFEC Enhanced FEC (11GxAR line AID only) – RSFEC Reed-Solomon FEC (line and client AID) – EFEC2 Enhanced FEC2 (OT2TDM line port AID only) The Default value is: <Previously-existing value> EFEC initially set by the system for line AID on 11GxAR or <Previously-existing value>...
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Tree area Access a resource .................................................... 2. Trail Trace Info panel Access Identifier: It shows the entity access identifier in the <OTPORT>- <rack>- • <shelf>-<slot>-<side> format. TX_SAPI: Transmit Source Access Point Identifier. This parameter determines • the Transmit TTI channel content of the Section Monitoring overhead of an OTUk information structure or the Path Monitoring overhead of the OTUkP information structure.
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Tree area Access a resource .................................................... – LASER_OFF deactivating the transmitter The Default value is: <Previously-existing value> UFAIS by the system. The panel has the following hyperlinks: – Save: By clicking this hyperlink all the operation are applied and the user goes back to the previous page.
Tree area Access a resource .................................................... Figure 4-43 ODU2 Line tab for DWDM module (e.g. XFP) The page contains: 1. Optical Data Unit 2 - Line Side panel 2. Trail Trace Info panel 3. OTU2 LINE functional tab 4. ODU2 PM LINE functional tab 1.
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Tree area Access a resource .................................................... Payload Type: It is the Payload Type (PT) field content of a Payload Structure • Identifier (PSI) of the OTUk structure. It has a default value and is based on the encoded client signal. It only apply when OPRMODE (ED-OTU2) is non REGEN mode and when the client signal is not an OTM0.2 signal.
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Tree area Access a resource .................................................... Figure 4-44 ODU2 PM Line tab for DWDM module (e.g. XFP) The page contains: Retrieve Performance Monitoring panel whose contents are the same previously • described, but addressed to this facility. PM Init Register functional tab whose contents are the same previously described in •...
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Procedures Contents This section contains the following list of procedures: Log into System Logout of the system Change user password Change site identifier 5-10 Display alarms 5-11 Provision equipment 5-13 Configure a 1P10GSO module 5-14 Control Plane - Routing: Create Control Channel Interface 5-20 Control Plane - Signaling: Create Network Call 5-25...
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Procedures .................................................... Create IGMP 5-67 Create IP tunnel 5-70 Create IP route 5-72 Create Gateway Map Table 5-74 Create TCA profile 5-76 Create APS 5-79 Create UPSR 5-81 Create BLSR 5-82 Provision STS Cross Connection 5-84 Provision Conference 5-93 Change the date and time of the Network Element 5-95 ....................................................
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Procedures Overview .................................................... Overview Purpose The aim of this chapter is to introduce the ZIC working environment. The access to the system, the environment utilities and navigation ways through the system are described in detail..................................................... 5 - 3 8DG08136EAAA Issue 3 July 2009...
Procedures Log into System .................................................... Log into System Purpose This procedure provides the steps to establish a session with the Network Element (NE) via Zero Installation Craft (ZIC) terminal and to log in a specific user to the Alcatel- Lucent 1850 Transport Service Switch (TSS-320 and TSS-160). The User Identifier (UID) and current Password Identifier (PWD) must be known before login to the system.
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Procedures Log into System .................................................... Figure 5-1 Login Window ............................................Enter the User Identifier and Password in the respective entry boxes, set the Language from the drop-down list box. The default is English............................................Click Login command button to log into the system, the browser starts loading the ZIC application as shown in Figure 5-2.
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Procedures Log into System .................................................... Figure 5-2 Loading ZIC application window ............................................After the maximum number of attempts the user is disabled. Check parameters for spelling and case-sensitive characters. Go to Step 2 to re-login to the system. T E P S ................................
Procedures Logout of the system .................................................... Logout of the system Purpose Use this procedure to terminate a ZIC session with the Network Element (NE) and to logout a specific user............................................To logout from the ZIC application, click the Logout hyperlink displayed in the top right corner of the ZIC application as shown in Figure 5-3.
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Procedures Logout of the system .................................................... Figure 5-4 Logout Panel ............................................Enter the user identifier in the entry box or click Default hyperlink if login as default user............................................Click Yes to finally logout of the ZIC application. T E P S ................................
Procedures Change user password .................................................... Change user password Purpose Use this procedure to change user’s login password details. Before you begin, the old and the new user password must be known. A password is case-sensitive and should be 8 to 12 alphanumeric characters with at least three of the following: At least one character in upper-case •...
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Procedures Change user password ..............................................................................................Click Save to set the newly entered password............................................The system generates an error message if the newly entered password is violating the password naming convention. Go to Step 4 to re-enter the correct string. T E P S ................................
Procedures Change site identifier .................................................... Change site identifier Purpose Use this procedure to change the unique identifier for the NE. The site identifier appears on the top left corner of the tree-area and is used as a target while addressing the Network Element (NE)............................................
Procedures Display alarms .................................................... Display alarms Purpose This procedure provides steps to view the current alarm status in the system............................................To view all alarms and conditions, click alarms tab displayed under menu bar as shown in Figure 5-7. Figure 5-7 Alarms ............................................
Procedures Display alarms .................................................... Figure 5-8 Alarms- Filter By Panel ............................................To view the alarms reported a specific domain, open the drop-down list. The values are: – ALL – TDM/DWDM – DATA; the default value is ALL. Note: The Severity and Aid Type drop-down list boxes are accessible if the domain selected is either TDM/DWDM or DATA.
Procedures Provision equipment .................................................... Provision equipment Purpose Use this procedure to perform equipment provisioning. General ENT-EQPT command assigns an equipment object entity at the AID physical location and provisions the specified equipment regardless of whether the equipment is installed in the system.
Procedures Configure a 1P10GSO module .................................................... Configure a 1P10GSO module Purpose Use this procedure to configure a 10GSO module on a select board............................................Select Rack xx -> Shelf xx -> Board xx from the tree area as shown in Figure 5-9.
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Procedures Configure a 1P10GSO module ..............................................................................................Click Save to store the settings, the right pane displays the parameters of the selected boards. Figure 5-10 Rack xx -> Shelf xx -> Board xx ............................................Set the board parameters displayed in the Rack xx > Shelf xx > Board xx panel and click Save to store the settings.
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Procedures Configure a 1P10GSO module .................................................... Figure 5-11 Rack xx > Shelf xx > Board xx > Module xx ............................................Select the SFP/XFP module from the Provisioned Type drop-down list box. In this case XI-641............................................Click Save to save the settings, the tree area displays the XFP module provisioned on the selected facility as shown in Figure 5-12.
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Procedures Configure a 1P10GSO module .................................................... Figure 5-12 Rack xx > Shelf xx > Board xx > Module xx ............................................Click View hyperlink displayed under Alarms to view the alarms/conditions raised by the equipment............................................Click Create hyperlink to configure the OCn signal for the selected port as shown in Figure 5-13.
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Procedures Configure a 1P10GSO module .................................................... Figure 5-13 Rack xx > Shelf xx > Board xx > Port xx ............................................The Rack xx > Shelf xx > Board xx > Module xx > Port xx displays the following tabs: – OC/GBE –...
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Procedures Configure a 1P10GSO module .................................................... Note: The OC/GBE tab parameters are displayed by default. Chapter 4, “Access a resource” provides the description. T E P S ..................................................................................5 - 20 8DG08136EAAA Issue 3 July 2009...
Procedures Control Plane - Configure OSPF and DDRP .................................................... Control Plane - Configure OSPF and DDRP Purpose Use this procedure to configure OSPF AREA, OSPF DB, OSPF NEIGHBOR, DDRP AREA, DDRP DB, DDRP NEIGHBOR from the Control Plane in the tree area. Clicking on CTRL PLANE: CP from the tree area the below page appears.
Procedures Control Plane - Configure OSPF and DDRP .................................................... Parameter Description Auto Config Allows to enable or disable the CP Auto Configuration mode. The available choices are: ON (auto configuration enabled) or OFF (auto configuration disabled). Port ALM Enabled Allows enabling or disabling the sending of event notifications about port event to Control Plane system.
Procedures Control Plane - Configure OSPF and DDRP .................................................... Figure 5-15 OSPF AREA ............................................The page contains a table and a panel. The table with check box which allows to select (validated check box) or not select (blank check box) an access identifier (# AID) with the relevant router quantity: BORDER ROUTERS COUNT It represents the total number of Border Routers •...
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Procedures Control Plane - Configure OSPF and DDRP .................................................... Parameter Description AS BORDER ROUTERS It represents the total number of Autonomous System border COUNT router reachable with this area. Format: <INTEGER>. LSA COUNT It represents the total number of link-state advertisements in this area's link-state database, excluding AS External LSA's.
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Procedures Control Plane - Configure OSPF and DDRP .................................................... ORIGINATING ROUTER ID: It identifies the originating router for the LSAs in the • Autonomous System. LSA TYPE: Allows to identify the piece of the DDRP Area that is being described by •...
Procedures Control Plane - Configure OSPF and DDRP .................................................... Table 5-4 OSPF NEIGHBOR tab Parameters Parameter Description It represents the Access Identifier for the OSPF neighbor entity. Possible value are: ALL (ALL AID) • LAN-1 (Customer LAN) • OC12-{1-7}-{1-9}-{2-9,12-19,21-36}-{1-8} (OC-12) •...
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Procedures Control Plane - Configure OSPF and DDRP .................................................... Parameter Description RQST It represents the number of LSAs we have requested from this neighbor for which we are still awaiting a response. This number is incremented when an LSA is requested by sending a LS request packet and is decremented when the LSA arrives in an LS update packet.
Procedures Control Plane - Configure OSPF and DDRP .................................................... BRSCOUNT: It represents the total number of Border Routers (BR) reachable within • this DDRP area. This is initially zero, and is calculated in each SPF pass. ASBRSCOUNT: It represents the total number of Autonomous System Border •...
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Procedures Control Plane - Configure OSPF and DDRP .................................................... Figure 5-19 DDRP DB ............................................The page contains a table. The page contains a table’s row with check box which allows to select (validated check box) or not select (blank check box) a Database Link State Advertisement (LSA-DB) with the relevant parameters: LSA-ID: It filters on LSA-ID the retrieve of LSAs.
Procedures Control Plane - Configure OSPF and DDRP .................................................... Figure 5-20 DDRP NEIGHBOR ............................................The page contains a table and a panel. The table with check box which allows to select (validated check box) or not select (blank check box) an access identifier (AID) with the relevant router quantity.
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Procedures Control Plane - Configure OSPF and DDRP .................................................... Parameter Description REMOTE PORT It represents the IP address this neighbor is using in its IP Source Address. Note that, on addressless links, this will not be 0-0-0-0, but the address of another of the neighbor’s interfaces.
Procedures Control Plane - Routing: Create Control Channel Interface .................................................... Control Plane - Routing: Create Control Channel Interface Purpose Use this procedure to Create Control Channel Interface............................................Select Control Plane -> CP TDM -> Routing option in the Menu bar or ............................................
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Procedures Control Plane - Routing: Create Control Channel Interface .................................................... IPIP Creation Clicking on the Create after the IPIP selection in the combo-box, the following page appears: Figure 5-22 IP-IP Port Creation Page The page contains the IP-IP PORT CREATION panel: Access Identifier: The entry box allows to enter the Access Identifier of the control •...
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Procedures Control Plane - Routing: Create Control Channel Interface .................................................... Encaps Remote Address: The entry boxes allow to set the parameter that is used to • enter the IP address of the remote end of the control channel termination port. Value range {1-99, 101-126,128-223} - {0-255} - {0-255} - {1-254}.
Procedures Control Plane - Routing: Create Control Channel Interface .................................................... Figure 5-24 TE-Link Port Creation Page The page contains the TE-LINK PORT CREATION panel which has some fields described in the previous section. LAN Creation Clicking on the Create after the LAN selection in the combo-box, the following page appears: Figure 5-25 LAN Port Creation Page The page contains the LAN PORT CREATION panel which has some fields described in...
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Procedures Control Plane - Routing: Create Control Channel Interface .................................................... Figure 5-26 VAID Port Creation Page The page contains the VAID PORT CREATION panel which has some fields described in the previous section..................................................... 5 - 36 8DG08136EAAA Issue 3 July 2009...
Procedures Control Plane - Signaling: Create Network Call .................................................... Control Plane - Signaling: Create Network Call Purpose The procedure allows an operator to establish one Network CALL between two user access points in the network, defined by their TNA Address (Transport Network Identifier).
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Procedures Control Plane - Signaling: Create Network Call .................................................... Description: The entry box allows to digit a connection description assigned by user • in the Control Plane for the Network CALL. Replace (using make-before-break technique): The entry box allows to digit the •...
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Procedures Control Plane - Signaling: Create Network Call .................................................... – L# = {0 - 15} (Index of VT-Group/TUG-2 within a STS-1-SPE/TUG-3 or VC-3 signal) – M# = {0 - 15} (Index of VT1.5-SPE/VC11 or VT2-SPE/VC12 or VT3-SPE within a VTGroup/TUG-2 signal) TNA Source Address: The entry box allows to digit the Source TNA IP Address as •...
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Procedures Control Plane - Signaling: Create Network Call .................................................... specified, path is retrieved from CSPF database. Clicking on the select hyperlink, starts the selection procedure. After the selection procedure, the chosen value will be reported..................................................... 5 - 40 8DG08136EAAA Issue 3 July 2009...
Procedures Control Plane - Signalling: Create Network Connection .................................................... Control Plane - Signalling: Create Network Connection Purpose The procedure allows an operator to establish one Network CONNECTION between two nodes (source and destination point), as a path component of a Network CALL (call segment).
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Procedures Control Plane - Signalling: Create Network Connection .................................................... Figure 5-28 Network Creation Page The Create Conn panel contains: Call identifier: The entry box allows to digit the Connection Identifier as connection • name assigned by user in the Control Plane. Connection Identifier has to be unique in the system.
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Procedures Control Plane - Signalling: Create Network Connection .................................................... – LOCAL-REPAIR For future release Layer: The combo-box allows to select the Layer type for the connection. It is related • to switching capability of the LSP tunnel. Possible values: – MPLS –...
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Procedures Control Plane - Signalling: Create Network Connection .................................................... – M# = {0 - 15} (Index of VT1.5-SPE/VC11 or VT2-SPE/VC12 or VT3-SPE within a VTGroup/TUG-2 signal) Revertive Protection: The combo-box allows to select the Revertive protection for • path protected connection support. It applies at path protection switching, restoring or not the primary path when it becomes available.
Procedures Control Plane - Signaling: Create Traffic Descriptor .................................................... Control Plane - Signaling: Create Traffic Descriptor Purpose This procedure creates in the Control Plane a Traffic Descriptor to be used by control plane SONET connections. This command provides a parameter set for control plane TDM tunnel timeslots.
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Procedures Control Plane - Signaling: Create Traffic Descriptor .................................................... Signal type: By means the combo-box it is possible to select the signal rate structure • for a TDM MPLS tunnel. It defines the transport frame in the SONET hierarchy structure and represents the switching "granularity" of the TDM LSP tunnel. The allowable choices are: VT1-5-SPE or VT2-SPE or VT3-SPE or VT6-SPE or STS-1- SPE or STS-3C-SPE or STS1 or STS3 or STS12 or STS48 or STS192 or STS768.
Procedures Control Plane - Signaling: Create Hoplist .................................................... Control Plane - Signaling: Create Hoplist Purpose This procedure allows the operator to modify the parameters associated to OSPF on each OSPF enabled interface over control channel termination port (DCC, LAN, or encapsulated access via IPIP or GRE).
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Procedures Control Plane - Signaling: Create Hoplist .................................................... Label Type: The combo-box allows to select a generalized label type used in the • Hoplist. It is related to the LSP tunnel switching capability. LAMBDA label type is not currently supported. Possible values: –...
Procedures Control Plane - Transmission: Create TE-Link .................................................... Control Plane - Transmission: Create TE-Link ............................................Select Control Plane -> CP TDM -> Transmission option in the Menu bar, then in the CP Transmission page and click on Create or ............................................Expand CTRLPLANE: CP ->...
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Procedures Control Plane - Transmission: Create TE-Link .................................................... Colour (hexadecimal): The entry field allows to specify the attribute of the TE link • resource class. The resource class is a 32 bits field. This parameter is not relevant when PORT-CLASS=UNI. Shared Risk Link Group: The entry field allows to specify the Shared Risk Link •...
Procedures Control Plane - Transmission: Create Bundle link .................................................... Control Plane - Transmission: Create Bundle link ............................................Select Control Plane -> CP TDM -> Transmission option in the Menu bar, then in the CP Transmission page and click on Create Bundle link or ............................................
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Procedures Control Plane - Transmission: Create Bundle link .................................................... Remote Facility Access Identifier: The entry field allows to specify an access to the • facility on remote NE. This parameter must not be specified if DISCOVERY is set to ENABLED, otherwise it must be specified. Remote Router IP Address: The four entry fields allows to specify the neighbor •...
Procedures Control Plane - Transmission: Create Abstract link .................................................... Control Plane - Transmission: Create Abstract link ............................................Select Control Plane -> CP TDM -> Transmission option in the Menu bar, then in the CP Transmission page and click on Create Abstract link or ............................................
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Procedures Control Plane - Transmission: Create Abstract link .................................................... – INTER-DM-ENNI Remote Facility Access Identifier: The combo-box allows to specify an access to the • facility on remote NE. This parameter must not be specified if DISCOVERY is set to ENABLED, otherwise it must be specified.
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Procedures Control Plane - Transmission: Create Abstract link .................................................... – Cancel: Allows to come back to the previous page without applying the user’s operation. – Save: Applies the user’s operation in this page. T E P S ..................................................................................5 - 5 5 8DG08136EAAA Issue 3 July 2009...
Procedures Create LAG .................................................... Create LAG Purpose The system supports the Link Aggregation (LAG) at the Ethernet side, as specified in IEEE Std. 802.3ad-2000; it is a technique to aggregate many data streams into a single logical link. The resulting aggregate link will be treated by the system (with regard to instances about IGMP, network protections, etc.), as a single link.
Procedures Create LAG .................................................... Figure 5-34 Aggregation management tree Figure 5-35 Link aggregation management ............................................Table 5-7 “Link aggregation parameters” provides description of Link Aggregation Creation panel parameters: Table 5-7 Link aggregation parameters Parameter Description Name Allows to set the name of the LAG; the only suffix after “#” can be set by the user, with an integer in the 1 to 123 range Admin State This item can be set only after creation, in “Configure...
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Procedures Create LAG .................................................... Parameter Description Size Allows to set the size of the LAG, i.e. number of Aggregated Ports; possible values are integers in the 1 to 16 range Actor Admin Key Allows to indicate the LAG “Key”, the parameter identifying this LAG;...
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Procedures Create LAG ..............................................................................................Click Save hyperlink that applies the user’s operation in this page. T E P S ..................................................................................5 - 5 9 8DG08136EAAA Issue 3 July 2009...
Procedures Create Traffic Descriptor- Data .................................................... Create Traffic Descriptor- Data Purpose Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160) ZIC (Zero-Installation Craft Terminal) Data supports (in mutually exclusive mode) the following workings modalities: General Bridge Management modalities: • bridge 802.1Q: for Virtual bridge functions...
Procedures Create Traffic Descriptor- Data ..............................................................................................Table 5-8 “Traffic descriptor parameters” provides description of Traffic descriptor panel parameters: Table 5-8 Traffic descriptor parameters Parameter Description User Label Indicates the label for Traffic Descriptor Service Type Indicates the Traffic codification, according to international standard conversion: best Effort Service - serves Low priority traffic, which relies on transport layer protocol (per OSI...
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Procedures Create Traffic Descriptor- Data .................................................... Parameter Description CIR -Committed Information Rate [kb/sec] This is the normal medium rate (expressed in kb/sec) of the data flow (Effective Bandwidth) and it ranges from 0 to PIR value. It can be set only if the regulatedService has been selected;...
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Procedures Create Traffic Descriptor- Data .................................................... When this dialog is recalled by a resource configuration, it displays the additional keys “Apply" (to associate the selected Traffic Descriptor to the resource), and “Cancel" (to exit without TD association). T E P S ................................
Procedures Create VLAN .................................................... Create VLAN Purpose VLAN proprieties could be modified. Clicking the VLAN hyperlink (e.g. untagged ETHLocPort#2) the following web page is brought out............................................Select Data -> VLAN profile options in the Menu bar as shown in Figure 5-37.
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Procedures Create VLAN .................................................... Parameter Description Ethernet Type (0x) Allows to digit an hexadecimal value for the provider protocol-type (PT) that is inserted into the 2-bytes field of the Stacked-VLAN shim header; the value identifies the network provider and has to be 2-bytes long in hexadecimal notation;...
Procedures Create color profile .................................................... Create color profile Purpose Use this procedure to create a new color profile............................................Select Color Profile from the Data menu............................................The Color Profile tab displays the table that contains the existing color profiles............................................
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Procedures Create color profile ..............................................................................................Click Save & Continue to save the settings and continue to create another color profile. T E P S ..................................................................................5 - 6 7 8DG08136EAAA Issue 3 July 2009...
Procedures Create ASAP list .................................................... Create ASAP list Purpose Use this procedure to configure a new ASAP list............................................Select Data -> ASAP List from the menu bar as shown in Figure 5-40. Figure 5-40 ASAP window ............................................Select Show ghost objects to activate the ghost objects............................................
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Procedures Create ASAP list .................................................... Figure 5-42 ASAP contd............................................Click Cancel to cancel the settings and return to the previous panel. T E P S ..................................................................................5 - 6 9 8DG08136EAAA Issue 3 July 2009...
Procedures Create DCC Channel .................................................... Create DCC Channel Purpose Use this procedure to create a new DCC channel............................................Select XCom -> DCC -> Network IF from the menu bar as shown in Figure 5-43. Figure 5-43 DCC channel ............................................Click the radio button to select the previously created DDC Channel entries from the table.
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Procedures Create DCC Channel .................................................... Parameter Description Layer 2 Specifies the Layer 2 options. The values are: USER • NETWORK • DCC Channel Specifies the reference of DCC Channel. The values are: LINE • SECTION • ............................................Click Save to store all the settings and click Create to configure a new DCC Channel as shown in Figure 5-46.
Procedures Create DCC Channel .................................................... Figure 5-48 Create new network interface ............................................Table 5-12 “DCC channel - new NE interface parameters” provides description of New Network Interface panel parameters: Table 5-12 DCC channel - new NE interface parameters Parameter Description Access Identifier Specifies the Access Identifier of a resource for the selected port...
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Procedures Create DCC Channel ..............................................................................................Click Save to store all the settings and return to the previous page. T E P S ..................................................................................5 - 74 8DG08136EAAA Issue 3 July 2009...
Procedures Create XC Overhead .................................................... Create XC Overhead Purpose Use this procedure to create overhead channel cross-connection............................................Select XCom -> DCC -> XC Overhead from the menu bar as shown in Figure 5-49. Figure 5-49 Overhead channel cross-connection ............................................Click Create to configure a new Overhead Channel Cross-Connection as shown in Figure 5-50.
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Procedures Create XC Overhead .................................................... Parameter Description From Specifies the source for the cross-connection Specifies the destination for the cross- connection ............................................Click Select to choose source and the destination to configure a cross-connection as shown in Figure 5-51. Figure 5-51 DCC_SELECTION window ............................................
Procedures Create ASAP .................................................... Create ASAP Purpose This procedure allows to create an Alarm Severity Assigned Profile (ASAP) instance for a given profile type. The ASAP is created as a clone of the factory default ASAP of the given type. The system can support up to 256 total instances of ASAP for all entity types.
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Procedures Create ASAP .................................................... Table 5-14 ASAP CREATE Parameters Parameter Description ASAP Type Lists all the available ASAP type, but without the prefix ASAP. The allowable values are: ALL = all alarms • EQPT = equipment alarms • COM = common parts alarms •...
IGMP Status The entry field allows to digit if node is enabled to support the IGMP function. Possible values: up or down; “up” means that this 1850 TSS-320 node is enabled to support the IGMP function..................................................... 5 - 7 9...
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Procedures Create IGMP .................................................... Parameter Description Last Memb Query Count [1/10s] The adjustable field (LMQC) allows to set the number of counts of next parameter “LastMemberQueryInterval”, for the IP Router, before it establishes that no other member of this IGMP group is present and thus removing the multicast transmission.
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Procedures Create IGMP ..............................................................................................Click Cancel to revoke all the settings and return to the previous page............................................Click Save & Exit to store all the settings and return to the previous page. T E P S ..................................................................................5 - 8 1 8DG08136EAAA Issue 3 July 2009...
This procedure allows the operator to create an IP tunnel instance on the NE. The IP tunnel that has to be created is specified by its AID. The supported encapsulation of the IP tunnel is the Alcatel-Lucent proprietary type: both Standard (RFC3147) and CISCO proprietary encapsulation protocol types are not supported.
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Procedures Create IP tunnel ..............................................................................................Click Save to store all the settings and return to the previous page............................................Click Close to revoke all the settings and return to the previous page. T E P S ..................................................................................5 - 8 3 8DG08136EAAA Issue 3 July 2009...
Procedures Create IP route .................................................... Create IP route Purpose Use this procedure to configure the IP Routing............................................Select Xcom -> Network Domain -> IP Route option from the menu bar............................................Clicking on Create hyperlink, the IP Routing window appears: Figure 5-55 IP routing creation Page ............................................
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Procedures Create IP route .................................................... Parameter Description Destination Address This is the IP address of the destination host or network (in the format nnn-nnn-nnn-nnn). The address 0-0-0-0 is used to specify a default route. If NETMASK is not all '1' (i.e., a network route is specified), the host portion of the DESTADDR must be all '0' Subnet Mask This is the IP subnet mask of the route (in the format nnn-nnn-...
Procedures Create Gateway Map Table .................................................... Create Gateway Map Table Purpose This procedure allows the operator to change a static entry in the TL1 Gateway mapping table. The TL1 Gateway mapping table associates Target Identifiers (TIDs) with IP address / raw terminal port pairs. Note that at least one of these two parameters (IP address and raw terminal port) shall be provided.
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Procedures Create Gateway Map Table ..............................................................................................Click Save & Exit to store all the settings and return to the previous page. T E P S ..................................................................................5 - 8 7 8DG08136EAAA Issue 3 July 2009...
Procedures Create TCA profile .................................................... Create TCA profile Purpose This procedure allows to create a new Threshold Crossing Alarm (TCA) profile instance of a specified profile type. The new instance of TCAP is created as a clone of the factory default TCAP of the specified type.
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Procedures Create TCA profile .................................................... Table 5-19 Filter panel parameters Parameter Description Profile Type Specifies the following profiles to select as filter criteria. The values are: blank = none • GBE10 = 10 Gigabit Ethernet profiles • GBE= Gigabit Ethernet profiles •...
Procedures Create TCA profile .................................................... Figure 5-59 TCA profile creation ............................................Table 5-20 “TCP profile parameters” provides the description of Create TCA Profile panel parameters: Table 5-20 TCP profile parameters Parameter Description Profile Type The associated combo-box lists all the TCA profile type which new instance is being created.
Procedures Create APS .................................................... Create APS Purpose This procedure allows the operator to create a 1+1 Linear APS (Automatic Protection System defined in GR-253-CORE) where the OC-n ports must be configured on an adjacent pair of cards, with the Protected/West port in the lower numbered slot and Protecting/East port in the next higher numbered slot.
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Procedures Create APS .................................................... Parameter Description Protecting Access Identifier It is the Access identifier of the East/Protection/Alternate member of the FFP............................................Click Save to save the settings and return to the previous page............................................Click Cancel to revoke all the settings and return to the previous page. T E P S ................................
Procedures Create UPSR .................................................... Create UPSR Purpose This procedure allows the operator to create an FFP that associates a Protecting or East OC-192 facility with a Protected or West facility. When multiple facilities are supported by module, grouping facility number on EAST and the facility number on the WEST module must be same.
Procedures Create BLSR .................................................... Create BLSR Purpose This procedure allows the operator to create a Protecting or West OCn (OC3, OC12, OC48 and OC192) facility with a Protected or East facility. The UPSR (Unidirectional Path Switched Ring) facility protection groups can be provisioned on a port-pair basis. For UPSR, the STS1/STSxC facilities within the OCn that is designated to be the Protected/WEST facility are designated as the Preferred facilities.
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Procedures Create BLSR .................................................... Parameter Description Protected Access Identifier It is the Access Identifier of the West/Working/Preferred member of the FFP. The Select hyperlink allows to start the selection process. After the selection procedure, the chosen value will be reported. Protecting Access Identifier It is the Access identifier of the East/Protection/Alternate member of the FFP.
Procedures Provision STS Cross Connection .................................................... Provision STS Cross Connection Purpose This procedure allows the operator to create a STS Cross Connection............................................Select the board to be provisioned from the Tree Area (Example: 10GSO - 1P10GSO). The following page appears. Figure 5-63 Provision Board (10GSO-1-1-4) ............................................
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Procedures Provision STS Cross Connection .................................................... Figure 5-64 Provision Module (XFP-1-1-4-1: XI-641) ............................................Select the Resource OC192-1-1-4-1 (in this example) from bottom of the panel page dislayed in “Provision Module (XFP-1-1-4-1: XI-641)” (p. 5-97). The following page appears..................................................... 5 - 9 7 8DG08136EAAA Issue 3 July 2009...
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Procedures Provision STS Cross Connection .................................................... Figure 5-65 Provision Port OC192-1-1-4-1f ............................................Clicking on STS in the option bar as shown in the “Provision Port OC192-1-1-4-1f” 5-98). The following page appears..................................................... 5 - 98 8DG08136EAAA Issue 3 July 2009...
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Procedures Provision STS Cross Connection .................................................... Figure 5-66 Specify an STS Panel Refer to “STS functional tab” (p. 4-45) ............................................Clicking on Continue as shown in the Figure 5-66 the following page appears..................................................... 5 - 9 9 8DG08136EAAA Issue 3 July 2009...
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Procedures Provision STS Cross Connection .................................................... Figure 5-67 Modify STS Page ............................................Clicking on New Conn tab as shown in the Figure 5-67 the below page appears..................................................... 5 - 10 0 8DG08136EAAA Issue 3 July 2009...
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Procedures Provision STS Cross Connection .................................................... Figure 5-68 Xconnection Panel The XConnection panel displays the following options: Direction: This field is used to choose if the selected STSn access identifier is the • From or To field of cross connection. Connection type: This field is use to choose the provisioning of a Cross Connection •...
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Procedures Provision STS Cross Connection .................................................... Figure 5-69 Provision Cross Connection Panel Table 5-23 Provision Cross Connection Panel Parameters Parameter Description From It indicates the FROM (receive side from the network) port of the cross-connection. It indicates the TO (transmit side to the network) port of the cross-connection.
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Procedures Provision STS Cross Connection .................................................... Parameter Description Cross Connect Type1 It indicates the type of cross-connection. The possible values are: One-way(1WAY): One-Way, identifies an • unidirectional connection between the selected FROM and TO facility ports. One-Way Path Protected Ring(1WAYPR): •...
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Procedures Provision STS Cross Connection .................................................... Parameter Description Revert delay time (min) It indicates the revert delay time (when the next column refers Y) in minutes. The possible values are in the 0 to 15 minutes range. Preferred 2 It indicates the preferred direction for a cross-connect selector function for the dual interconnected ring (ring 2) with UPSR non-pass-through cross-connections.
Procedures Provision Conference .................................................... Provision Conference ............................................For provisioning of conference repeat the steps 1 to 5 as of provisioning of STS Crossconnection............................................Click on Continue as shown in the Figure 5-66 and select Conference for the Connection Type option, the following page appears. Figure 5-70 Connection Type - Conference ............................................
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Procedures Provision Conference .................................................... • SET From To Circuit Identifier • The Panel has the Save hyperlink to save the settings............................................Click on Save to save the settings. T E P S ..................................................................................5 - 10 6 8DG08136EAAA Issue 3 July 2009...
Procedures Change the date and time of the Network Element .................................................... Change the date and time of the Network Element Purpose This procedure allows the user to set the date and time independently of the NTP feature............................................Select System Management -> Network Time Protocol options in the Menu bar. The following screen appears.
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Procedures Change the date and time of the Network Element ..............................................................................................Click Save to save the new date and time settings. T E P S ..................................................................................5 - 10 8 8DG08136EAAA Issue 3 July 2009...
Abbreviations Overview Purpose This document contains the list of terms used in the document. ABBREVIATION MEANING ABIL Enabling Abnormal Access Control Domain Access Control List Add/Drop Multiplexer Alarm Indication Message Alarm indication Signal Automatic Laser Shutdown Avalanche Photodiode Automatic Protection Switching Alarm on both station batteries Avalanche Photodiode Automatic Protection Switching...
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Abbreviations Overview .................................................... ABBREVIATION MEANING Auxiliary Administrative unit - level 4 B&W Black and White BATT Battery Bit Error Rate Bit Interleaved Parity BITS Building Integrated Timing Supply BandWidth Storing command Connection Admission Control Constant Bit Rate Current Data CD-ROM Compact Disc Read Only Memory European Conformity Customer Edge (device)
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Abbreviations Overview .................................................... ABBREVIATION MEANING Dispersion Compensation Module Data Communication Network Digital Diagnostic Monitoring Signal Degraded DEMUX Demultiplexer Differentiated Service Data Terminal Equipment Digital Video Broadcast DWDM Dense Wavelength Division Multiplexing E-NNI External - Network Node Interface Equipment Controller Embedded Communication Channel Element Management Layer Element Management System Early Packets Discarding...
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Abbreviations Overview .................................................... ABBREVIATION MEANING FPGA Field Programmable Gate Array Generic Framing Procedure GMPLS Generalized Multi-Protocol Label Switching Ground Gateway Network Element GOSIP Government Open System Interconnection Profile Generic Routing Encapsulation Housekeeping Higher Order HTCT High Order Tandem Connection Termination Item Change Status Identification signals Identifier...
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Abbreviations Overview .................................................... ABBREVIATION MEANING Label Distribution Protocol Light emitting diode Lower Order Lower Order Assembler Loss of Frame alignment Loss Of Multiframe Loss Of Pointer Loss of Signal Link State Advertisement Label Switched Path Tagblock or Alarm storing Maintenance Association Media Acces Control Medium Access Unit Maintenance Domain...
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Abbreviations Overview .................................................... ABBREVIATION MEANING Optical Mux/Demux circuit pack Logic sum/Loss of only one station battery Operating system Operations System Optical Supervisory Channel Open System Interconnection OSPF Open Shortest Path First Optical Transponder/Translator Output P2MP Point To Multi-Point Point To Point Personal Computer Physical Coding Sub-layer PhotoDetector.
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Abbreviations Overview .................................................... ABBREVIATION MEANING Remote Defect Indication Random Early Discarding Request For Comment Remote Inventory Regenerator Section Termination RSTP Rapid Spanning Tree Protocol RSVP ReSource reserVation Protocol Reception Shelf Controller or Soft Connection Signal Degrade Signal Fail Small Form Factor Pluggable module Service Level Agreement Second Level Controller Single Mode/Synchronous Mux...
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Abbreviations Overview .................................................... ABBREVIATION MEANING Trace Identifier Mismatch Transparent LAN Service Transport Language 1 Telecommunication Management Network Telecommunications Network Transport Network Address Termination Point Transponder Tail Packets Discarding Transport Service Switch Tributary Unit TU12/TU3 Tributary unit level 12, 3 Transmission UILA Upgradeable In-Line Amplifier User to Network Interface...
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