Page 1 Alcatel-Lucent 1850 Transport Service Switch (TSS-320/160) | Release 3.0 User Provisioning Guide 8DG08763KAAA ISSUE 1 FEBRUARY 2009...
Page 2 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.
Page 3: Table Of Contents
Contents About this document Purpose ..............................xxv General information ..........................xxv Reason for revision ........................... xxv Intended audience ............................. xxv Supported systems ............................ xxv How to use this document ........................xxvi Safety information ..........................xxvii Related information ..........................xxviii Document support ........................... xxix Technical support .............................
Page 4 Contents .................................................... Data menu ............................... 3-35 Xcom menu ............................. 3-50 Alarms menu ............................3-62 Protection menu ............................3-67 Synchronization menu ..........................3-71 System management menu ........................3-81 Security menu ............................3-106 Tools menu ............................3-120 Help menu ............................. 3-131 Tree area Scope .................................
Page 5 Contents .................................................... Create TCA profile ..........................5-61 (T)MPLS Managment Create L2 encapsulation profile .......................5-66 Create PHB profile ...........................5-70 Create OAM PHB profile ........................5-72 Modify OAM PHB profile ........................5-74 Create traffic descriptor (TMPLS) ......................5-76 Modify traffic descriptor ..........................5-77 Create queue management ........................5-78 Modify queue profile ..........................5-81 Tunnel management procedures Create head/tail tunnel ..........................5-84...
Page 6 Contents .................................................... Appendix C Error codes Error code mnemonics ..........................6-46 Command parser error codes ........................6-48 Appendix D Monitored PM parameters Monitored types ............................6-50 Appendix E State transitions Equipment state transitions ........................6-79 Facility state transitions ........................... 6-94 Appendix F User command privilege defaults and log indication General user privileges and log indication ....................
Page 7 List of figures Example of network management architecture ................1-4 Example of management of SDH 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 ........................
Page 8 List of figures .................................................... System information ........................3-20 Global network ........................... 3-21 3-10 L2 encapsulation profile ......................3-22 3-11 PSC set and related CIR, PIR, CBS, and PBS relationship ............3-24 3-12 PHB profile ..........................3-24 3-13 OAMPHB profile ........................3-25 3-14 Traffic descriptor management ....................
Page 9 List of figures .................................................... 3-41 Traffic descriptor ........................3-48 3-42 ELAN service ..........................3-49 3-43 NE discovery - Site Header 1 ..................... 3-50 3-44 NE discovery - Site header 2 ...................... 3-51 3-45 DCC channel - network IF ......................3-52 3-46 DCC page - OSI ULC report ......................
Page 10 List of figures .................................................... 3-74 Search synchronization message results ..................3-78 3-75 Synchronization outgoing ......................3-79 3-76 Modify synchronization switch outgoing .................. 3-80 3-77 Modify synchronization switch outgoing .................. 3-80 3-78 System management - Initialize system with new release ............3-82 3-79 System Management - Initialize system with old release ............
Page 11 List of figures .................................................... 3-107 Security - command privileges page ..................3-114 3-108 Security - modify command privileges page ................3-115 3-109 Security - audit page ......................... 3-116 3-110 Security - retrieve audit page with results ................3-117 3-111 Security - retrieve audit page without results ................3-117 3-112 Security - Log attributes ......................
Page 12 List of figures .................................................... 4-12 OUT-FLOWS resource details ....................4-18 4-13 In fiber In band management ..................... 4-19 4-14 Rack tree ............................ 4-20 4-15 Rack page ........................... 4-21 4-16 Shelf tree ............................ 4-22 4-17 Shelf page (e.g. UNVRSL320 shelf) ..................4-23 4-18 Shelf layout page ........................
Page 13 List of figures .................................................... In-flows ............................5-9 Inflow contd..........................5-10 Performance monitoring ......................5-13 Performance Monitoring 15m Current Data ................5-14 Performance monitoring - history data ..................5-14 Out-flows ............................ 5-15 5-10 In fiber In band management ..................... 5-15 5-11 VCG creation ..........................
Page 14 List of figures .................................................... 5-37 Linear MSP ..........................5-49 5-38 Linear multiplex section protection provision ................5-50 5-39 SHELF 1-1 window ........................5-51 5-40 Fast facility protection group management ................5-52 5-41 Fast facility protection group - create ..................5-52 5-42 ASAP creation ..........................
Page 15 List of figures .................................................... 5-70 L2 encapsulation profile - select ....................5-94 5-71 OAM PHB profile - select ......................5-96 5-72 Bidir head/tail tunnel properties/modification (management plane) .......... 5-97 5-73 Tunnel segment - from and to ....................5-99 5-74 MPLS port - select ........................5-100 5-75 PHB profile - select ........................
Page 16 List of figures .................................................... Main Shelf access identifier assignment procedure ..............6-82 Other Shelves access identifier assignment procedure .............. 6-82 State diagram for MT320 (slot 10 and 11) ................. 6-84 6-10 State diagram for mandatory EC320 (slot 1) in unprotected mode ........... 6-85 6-11 State diagram for mandatory EC320 (slot 1) in duplex mode ...........
Page 17 List of figures .................................................... 6-40 DCC connecting IP rings ......................6-120 6-41 DCC connecting OSI rings ....................... 6-121 6-42 Pure OSI access network ......................6-121 6-43 IP access network ........................6-121 6-44 IP access network ........................6-122 6-45 Sample node configuration ...................... 6-123 6-46 Full and half slot types ......................
Page 18 List of figures ......................................................................................................x v i i i 8DG08763KAAA Issue 1 February 2009...
Page 19 List of tables Alcatel-Lucent1850 TSS interfaces ..................... 1-5 Basic requirement ......................... 1-7 Examples of hyperlinks ......................2-11 Application menu bar ........................3-9 Traffic Descriptor, Policing Mode and Color Profile for INFLOW resource: ......3-38 Prioritization for OUTFLOW resource with “Stacked-VLAN management ......3-39 Valid AID / input parameters combinations ................
Page 20 List of tables .................................................... 5-23 ASAP filter parameters ......................5-55 5-24 ASAP create parameters ......................5-57 5-25 IP tunnel configuration parameters .................... 5-58 5-26 NE IP tunnel parameters ......................5-59 5-27 IP routing parameters ......................... 5-60 5-28 Filter panel parameters ....................... 5-63 5-29 TCP profile parameters ......................
Page 21 List of tables .................................................... AID of the VC4 belonging to a logical VCG on a Multiservice Collector Card is: ....6-6 The AID of a fast ethernet facility is: ................... 6-6 The Access Identifier for an OT Line Port is: ................6-6 The Access Identifier of a Client port on a DWLA10x module is: ..........
Page 22 List of tables .................................................... 6-39 The Access Identifier for a Tunnel Segment is: ................6-9 6-40 The Access Identifier for a Pseudowire Segment is: ..............6-9 6-41 The Access Identifier for a Tunnel is: ..................6-9 6-42 The Access Identifier for a Psuedowire is: ................6-10 6-43 The Access Identifier for a MPLS Traffic Descriptor is: ............
Page 23 Alcatel-Lucent 1850 TSS-320/160 OMD EEPROM Data Layout ..........6-89 6-74 Alcatel-Lucent 1850 TSS-320/160 DCM EEPROM Data Layout ..........6-89 6-75 Alcatel-Lucent Standard 128 byte Remote Inventory data block ("Format 22") ....... 6-89 6-76 OT10G XFP Module Remote Inventory Mnemonic Field Values ..........6-90 6-77 OT 10G XFP Module and 10G XFP-E Module Identifiers and Characteristics ......
Page 24 List of tables ......................................................................................................x x i v 8DG08763KAAA Issue 1 February 2009...
Page 25: About This Document
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: ....................................................
Page 26: How To Use This Document
About this document .................................................... Table 1. Product release document applicability PRODUCT PART NUMBER Alcatel-Lucent 1850 TSS-320 3AL 92101 AAAA Alcatel-Lucent 1850 TSS-160 8DG 87201 AAAA PRODUCT RELEASE VERSION PART NUMBER Alcatel-Lucent 8DG 08501 AAAA 1850 TSS-320 Alcatel-Lucent 8DG 08791 AAAA...
Page 27: Safety Information
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.
Page 28: Related Information
“Related information” (p. xxviii) 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. 8DG08763BAAA — Alcatel-Lucent Transport Service Switch (TSS-320/160)Release 3.0 TL1 User Provisioning Guide. Provides information on provisioning procedures by means of TL1.
Page 29: Document Support
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.
Page 30 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.
Page 31: Craft Terminal Overview
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 SDH and DATA products, providing ITU compliant Information Model Interface to the Network Element.
Page 32 M-remote interface - is a TMN related communication interface based on the use of the Embedded Communication Channels. Through the M-remote interface the system can exchange management messages with a remote OS. In the Alcatel-Lucent 1850 TSS- 320/160 up to three full duplex ECC channels can be terminated from each SDH interface: one DCC_M at 576 kbit/s, one DCC_R at 192 kbit/s and one DCC_P 64 kbit/s.
Page 33 Craft terminal overview Overview .................................................... The Operator’s Guides deal with the management achieved by means of the first type of computer, i.e., the ZIC (Zero-Installation Craft terminal). For the Telecommunications Management Network description refer to the handbooks of the various Operation Systems.
Page 34: Example Of Network Management Architecture
Craft terminal overview Overview .................................................... Figure 1-1 Example of network management architecture Figure 1-2 Example of management of SDH and DATA network .................................................... 1 - 4 8DG08763KAAA Issue 1 February 2009...
Page 35: Management, Downloading, And Upgrading
Craft terminal overview Overview .................................................... Figure 1-3 Management, downloading, and upgrading PSFA PSFB HOUSEKEEPING SHELF ID STUPA STUPB AUX CHANNELS AT AB AT AB LN K LN K A C T A C T FD X FD X C O L C O L LN K LN K...
Page 36 It 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.
Page 37: Basic Requirement
Craft terminal overview Overview .................................................... Operator (human interface) - Microsoft Windows system with windows, scrolling- • down menu, and mouse functions. The operator can traverse the tree-structured environment selecting the applications and functions allowed. NE (equipment interface) - the NE is linked to the PC through the RS232C port (F •...
Page 38 Craft terminal overview Overview .................................................... Security management This section is related to security within the ZIC. The functions of configuration and installation are accessible only to the Administrator. It contains: Access to the system (password modification, login, logout) • Profile assignment (determines which functionalities the user has access to) •...
Page 39 Craft terminal overview Overview .................................................... Reception and processing of alarms • Establishment of filter criteria on alarm reception • Log management of alarms • Internal storing and treatment of alarm information • User interface service management for displaying purposes • User interface operations for alarm processing •...
Page 40 Craft terminal overview Overview ......................................................................................................1 - 10 8DG08763KAAA Issue 1 February 2009...
Page 41: Graphical User Interface Basics
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 8DG08763KAAA Issue 1 February 2009...
Page 42 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) •...
Page 43: Keyboard
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.
Page 44: Mouse
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.
Page 45: Browser's Page
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.
Page 46: Example Of A Browser's
Graphical user interface basics Browser’s page .................................................... Figure 2-1 Example of a browser’s page layout Window title Close button Window menu button Node Address Maximize button Browse Menu Menu bar Node name Tabs Client area Tree Area Scroll bars Alarm Table Client area and browser’s page titles The Browser’s Page title gives the name of the Page.
Page 47: Zic Panel (Example)
Graphical user interface basics Browser’s page .................................................... Figure 2-2 ZIC panel (example) Text field Hyperlinks Combo box 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.
Page 48: Window Menu Options
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”).
Page 49: Scroll Bar Components
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 •...
Page 50: Zic Functional Tabs (Example)
Graphical user interface basics Browser’s page .................................................... Figure 2-5 ZIC functional tabs (example) Functional Tabs .................................................... 2 - 10 8DG08763KAAA Issue 1 February 2009...
Page 51: Hyperlinks
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.
Page 52 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"...
Page 53: Combo-Boxes
Graphical user interface basics Combo-boxes .................................................... Combo-boxes Description When you click on an 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.
Page 54: Menus
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.
Page 55: Pull-Down Menu
Graphical user interface basics Menus .................................................... Figure 2-9 Pull-down menu Menu Options Pull down menu selected Note: A menu option followed by "..." means that selecting this option opens another view. For example the Open... or Save As... menu options in the File pull- down menu. Cascading menus Cascading menus are derived from pull-down menus and represent additional options for the pull-down menu item selected.
Page 56: Page View With Cascading Menu
Graphical user interface basics Menus .................................................... Figure 2-10 Page view with cascading menu In the figure above, the Control Plane -> TMPLS CP 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 •...
Page 57: Highlighted Menu Item Indicating Selection
Graphical user interface basics Menus .................................................... Figure 2-11 Highlighted menu item indicating selection Selected menu item "highlighted" .................................................... 2 - 1 7 8DG08763KAAA Issue 1 February 2009...
Page 58: Entry Boxes
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 Text box (text entry area) Entry box label Each Entry Box has two parts: Entry Box Label - Indicates what is entered or what is to be entered in the entry area •...
Page 59 Graphical user interface basics Entry boxes .................................................... Syntactic guidelines This provides the use of upper case and lower case characters when entering text. The ZIC (Zero-Installation Craft terminal) software distinguishes between the two so care must be taken when entering text. The text entered is re-displayed in its original form. This means that if upper case characters are given to a Log file name, the name appears in upper case characters in the save directory.
Page 60: Dialog Boxes
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.
Page 61: Question Dialog Box
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.
Page 62: Symbols And Icons
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”...
Page 63 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).
Page 64: Node Composition (Example)
Graphical user interface basics Symbols and icons .................................................... Figure 2-15 Node composition (example) .................................................... 2 - 24 8DG08763KAAA Issue 1 February 2009...
Page 65: Rack - Graphical Composition (Example)
Graphical user interface basics Symbols and icons .................................................... Figure 2-16 Rack - Graphical composition (example) Figure 2-17 Rack - Table composition (example) .................................................... 2 - 2 5 8DG08763KAAA Issue 1 February 2009...
Page 66: Switch Shelf Graphic Representation (Example)
Graphical user interface basics Symbols and icons .................................................... Figure 2-18 Switch shelf graphic representation (example) Figure 2-19 Switch shelf table representation (example) .................................................... 2 - 26 8DG08763KAAA Issue 1 February 2009...
Page 67: Menu Bar
Menu bar Contents This section contains the following topics: System access Equipment menu 3-20 (T)-MPLS menu 3-23 Connection menu 3-33 Data menu 3-37 Xcom menu 3-56 Alarms menu 3-69 Protection menu 3-74 Synchronization menu 3-78 System management menu 3-88 Security menu 3-113 Tools menu 3-128...
Page 68 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 8DG08763KAAA Issue 1 February 2009...
Page 69: System Access
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, in case of unsuccessful connection attempt, please refer to the “NE IP address setting”...
Page 70: Blank Browser (Example)
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 151.98.152.196) and press the “Enter” key and the “Authentication dialog box” as shown in Figure 3-3.
Page 71: Authentication Dialog Box
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.
Page 72: Details Of The Authentication Dialog Box
Menu bar System access .................................................... d. In the Authentication Dialog box, enter your Login and Password. The entry boxes are case sensitive. The default Login and Password are the following: Profile Default User Id UID Default Password Identifier Default User Security Privileges –...
Page 73: Zic Browser Loading
Menu bar System access .................................................... Figure 3-5 ZIC browser loading .................................................... 3 - 7 8DG08763KAAA Issue 1 February 2009...
Page 74: Zic Browser Start (Example)
Menu bar System access .................................................... 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. Each row refers about the alarm abbreviation (e.g.
Page 75 Menu bar System access .................................................... L2 Encapsulation Profile Quality of Service -> PHB Profile OAM PHB Profile Queue Management Traffic Descriptor Tunnel Management Pseudowire Management Ethernet Services -> EVPL EVPLAN Equipment Create Shelf -> Refresh Tree System Information Connection TDM Search TDM Create Ethernet P2P XC ->...
Page 76: Mep
Menu bar System access .................................................... MA MEP List In Fiber In Band Management EFM Tool E-LAN Service Mgt Xcom NE Gen. Config -> NE discovery -> Network IF OSI ULC Report XC Overhead DCN Phys. If IP Address -> LAN manag ARPACHE Mng ->...
Page 77 Menu bar System access .................................................... Modify BITS- Synchronization Search -> Operate Release Sync Message Synch Outgoing -> Search Operate Release 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...
Page 78 Menu bar System access .................................................... Network Time Protocol Security User Account -> Change Password Information Account -> Create Account Change Account Default Settings -> Current Session Command Privileges Audit Log Settings Logout Tools -> TL1 Console NE TL1 Param SNMP PHP infos App environment Notif...
Page 79 Menu bar System access .................................................... – Refresh Tree - Allows to update the page area tree. – System Information - Allows to view the information of the NE. (T)MPLS - Creates an application profile for the use MPLS frame format, the MPLS •...
Page 80 Menu bar System access .................................................... – – Bridge - To configure Virtual LAN and general Bridge Behavior. • Configuration - To configure a bridge. The two types are 802.1ad . • Virtual LAN • Ethernet Services XC – Search XC –...
Page 81 Menu bar System access .................................................... – IP Tunnel - Allows the operator to manage an IP tunnel instance on the NE. – NE Autodiscovery - The NE implements the NE Autodiscovery mechanism for automatic discovering by Network management system of the NE presence in the network.
Page 82 Menu bar System access .................................................... • Modify BITS-OUT - Allows the page to search and edit bit out related to a given shelf. – Synchronization - Allows to modify the parameters of the synchronization system. • Search - Allows the page to retrieve and edit synchronization resources related to a given shelf •...
Page 83 Menu bar System access .................................................... – Restore DB - Copies the backup database stored on secondary backup database to the primary backup database and resets the system to activate the new database. – DB Information - Reads the database label of the selected backup database stored on the NE.
Page 84 Menu bar System access .................................................... Tools - It opens a Telnet console for TL1 commands • – TL1 Console - Opens the Telnet console – NE TL1 Param - Opens NE TL1 Parameters panel – SNMP - Opens SNMP page –...
Page 85: Equipment Menu
• 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;...
Page 86: System Information
Menu bar Equipment menu .................................................... – AINS - No condition is sent due to module unplugged. Primary State - This specifies the primary state to which the equipment is set. The • values are: – IS - In Service – OOS - Out Of Service SHELF Identificator Value - This parameter specifies, for the Shelf Types = •...
Page 87: (T)-Mpls Menu
Menu bar (T)-MPLS menu .................................................... (T)-MPLS menu Purpose The TMPLS menu contains the following sub-menu options: Global Network - This allows managing all of the global network parameters • assigned to T-MPLS. L2 Encapsulation Profile - This allows managing the L2 Encapsulation Profile. •...
Page 88: L2 Encapsulation Profile
Menu bar (T)-MPLS menu .................................................... – 1 (3.33 ms,10 ms,100 ms,1s,10s,1m,10 m) PHE Range - Specifies the selector of values range for user-defined PHB Profile. The • allowable values are: – 1 (MPLS profile with 5 DiffServ Classes) – 2 (MPLS profile with 8 DiffServ Classes) PM Granularity - Specifies the selector of T-MPLS PM counters.
Page 89 Menu bar (T)-MPLS menu .................................................... Quality of service The Quality of Service contains the following sub-options: PHB Profile • OAM PHB Profile • Traffic Descriptor • Queue Management • PHB profile A PHB Profile is the externally observable forwarding behavior applied at a DS-compliant (Diff-Serv) node belonging to a DS domain.
Page 90: Psc Set And Related Cir, Pir, Cbs, And Pbs Relationship
Menu bar (T)-MPLS menu .................................................... Figure 3-11 PSC set and related CIR, PIR, CBS, and PBS relationship Click PHB Profile menu as shown in Figure 3-12. Figure 3-12 PHB profile The Per Hop Behavior Profile Management tab provides the following parameters: A column containing a check box, used to manage the deletion of a PHB Profile.
Page 91: Oamphb Profile
Menu bar (T)-MPLS menu .................................................... An hyperlink on this object is present only if the PHB Profile can be modified, that is • when the PHB Profile is not the default one or in not in use. EXP Bit ‘i’ - Reports the User association between the EXP-bit field value ‘i’ and •...
Page 92: Traffic Descriptor Management
Menu bar (T)-MPLS menu .................................................... Traffic descriptor A Traffic Descriptor, also called MPLS Tunnel Resource Descriptor, is associated to Tunnels and/or Pseudowires. A TD is the set of CIR, CBS, PIR, and PBS parameters used by the System for bandwidth checks related to “port bit rate” or “Virtual Transport bit rate”...
Page 93: Queue Profile Management
Menu bar (T)-MPLS menu .................................................... Click Create to configure a new Traffic Descriptor. See “Create traffic descriptor (TMPLS)” (p. 5-76). Queue management The Queue Management tab displays the following as shown in Figure 3-15. Figure 3-15 Queue profile management The Queue Profile Management tab provides the following parameters: User label - This specifies the user label of the queue profile •...
Page 94: Pseudowire Management
Menu bar (T)-MPLS menu .................................................... – ALL – SHELF 1-1 Tunnel Type - This specifies the type of Tunnel to be filtered. The values are: • – LOCAL - No filter applied – CP - All the tunnel related to the Management Plane –...
Page 95: Evpl Service
Menu bar (T)-MPLS menu .................................................... PW AID Filter - Enable the check box to enter the pseudowire access identifier to be • entered in the entry field. The Create Head/Tail Pseudowire allows to create a new Pseudowire. See “Create head/tail pseudowire” (p. 5-108). The Create Transit Pseudowire is to create a new Transit Pseudowire.
Page 96: Evplan Service
Menu bar (T)-MPLS menu .................................................... Figure 3-19 EVPLAN service The EVPLAN Service tab provides the following parameters: XC Id - Specifies the cross-connection Id for the selected EVPL service • From - Specifies the source to establish EVPL service • From user label - Specifies the user label for the source •...
Page 97: Connection Menu
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 Search - Allows to set the SDH service • TDM Create - Allows to configure the SDH service •...
Page 98: Connection - Tdm Create
Menu bar Connection menu .................................................... – Circuit Type - The combo-box allows to select one of the items “Cross- connection” or “Conference” in order to chose the type of connection. Retrieve Command - Specifies the TL1 Command used for the searching procedure •...
Page 99: P2P Data Connection
Menu bar Connection menu .................................................... Figure 3-22 P2P data connection The xconnection tab displays the P2P data connection panel that contains the following parameters: Type - The field shows the type of connection BIDIR or UNIDIR • From - The entry box allows to enter the first point of the connection •...
Page 100: Search/Delete Xc
Menu bar Connection menu .................................................... Figure 3-23 Search/Delete XC The xconnection tab displays the data connection panel that contains the following: Topology - The combo-box allows to choose the XC type. The default value is P2P. • Ingress - Name of the “input” Port. Click Select button to perform a selection. After •...
Page 101: Data Menu
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 •...
Page 102: Traffic Descriptor - Data
Menu bar Data menu .................................................... Figure 3-24 Traffic descriptor - Data a) without ghost objects b) with ghost objects To configure a new traffic descriptor, click Create to configure a data traffic descriptor tab. See “Create traffic descriptor (data)” (p. 5-23). VLAN profile VLAN registration is not be applicable to MAC Bridge case.
Page 103: Traffic Descriptor, Policing Mode And Color Profile For Inflow Resource
Menu bar Data menu .................................................... The Create hyperlink is to select one or more VLAN profile in order to start the creation process. See “Create VLAN” (p. 5-28). Color profile The prioritization of an Ethernet data flow can be indicated on the three user-priority bits (802.1p) of the “Tagged-Ethernet"...
Page 104: Prioritization For Outflow Resource With "Stacked-Vlan Management
Menu bar Data menu .................................................... Traffic Descriptor Policing Mode Color Profile Provider - Coloring Regulated “Disabled” Unbound GREEN Bound GREEN or YELLOW “Color-blind” Unbound GREEN or YELLOW or RED “Color-aware” Bound as assigned by the “Color Profile" Regulated(2) Disabled Unbound GREEN Color-blind Bound...
Page 105: Color Profile
Menu bar Data menu .................................................... Figure 3-26 Color profile The available parameters are: User Label - Traffic descriptor name • Priority 0 to Priority 7 - Prioritization of an Ethernet data flow can be indicated by 8 • levels of User-priority, where Priority 0 is the minimum and Priority 7 the maximum, according to these conventions: –...
Page 106: Data Page - Asap No Alarm List
Menu bar Data menu .................................................... Figure 3-28 Data page - ASAP no alarm list Figure 3-29 Data page - ASAP primary alarms List Figure 3-30 Data page - ASAP path alarm list .................................................... 3 - 40 8DG08763KAAA Issue 1 February 2009...
Page 107: Data Page - Asap All Alarm List
Menu bar Data menu .................................................... Figure 3-31 Data page - ASAP all alarm list For the alarm acronym meaning, please refer to Chapter 7, “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.
Page 108 Menu bar Data menu .................................................... From: and To - Allows to limit the search into the indicated range of resource’s • indexes. After the selection procedure, the selected value is reported. The Search criteria panel displays the following parameters: Port Type - The combo-box allows to select the type of Ethernet port. The values are: •...
Page 109: Data Page - Search - Preferences
Menu bar Data menu .................................................... Figure 3-33 Data page - Search - Preferences Select Preferences hyperlink to set the global maximum width of the ranges (i.e., the meaning is “xxx range width”) over which a resource can be searched. It is then applied in the Search panel.
Page 110: Bridge Page - Configuration
Menu bar Data menu .................................................... Figure 3-34 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. The values • are: – None - To characterized T-MPLS network, avoiding Bridge services –...
Page 111: Global Setting
Menu bar Data menu .................................................... Figure 3-35 Global setting The NE Global Setting tab displays the OAM Global Configuration panel that contains the following parameters: ETH Type • LBM Time Out [sec] • Click Save to save all the settings. OAM resource configuration The OAM Resource Configuration menu contains the following sub-menu options: •...
Page 112: Oam Resource Configuration - Maintenance Association
Menu bar Data menu .................................................... Select Delete, Modify, and Create links to create, modify, or delete the parameter values. “Create maintenance domain” (p. 5-34). Maintenance association The Maintenance Association contains the following as shown in Figure 3-37. Figure 3-37 OAM resource configuration - Maintenance association The Maintenance Association tab displays the Range panel that consists the following parameters: Search Filter...
Page 113: Maintenance Association Mep List
Menu bar Data menu .................................................... Figure 3-38 Maintenance association MEP list The MA MEP List tab displays the Range panel that contains the following parameters: Note: See Maintenance Association for parameter details. The MEP contains the following as shown in Figure 3-39.
Page 114: In Fiber In Band Management Search
Menu bar Data menu .................................................... In fiber in band management Select Data -> In Fiber In Band Management as shown in Figure 3-40. Figure 3-40 In fiber in band management search The In Fiber In Band Management tab displays the In Fiber In Band Management Search panel that contians the following: List Boards - The combo-box contains the list of boards that can be selected to •...
Page 115: Elan Service
Menu bar Data menu .................................................... Figure 3-42 ELAN service The E-LAN Service tab displays a table existing E-LAN service entries. The Create link is used to configure a new E-LAN service. See “Create E-LAN service” 5-122)..................................................... 3 - 4 9 8DG08763KAAA Issue 1 February 2009...
Page 116: Xcom Menu
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. •...
Page 117 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 • Figure 3-44 NE discovery - Site header 2 DCC channel The DCC menu option has the following two sub-menus: Network IF - Allows the operator to modify the various network interface parameters...
Page 118: Dcc Channel - Network If
Menu bar Xcom menu .................................................... Figure 3-45 DCC channel - network IF The DCC tab displays a list of the facility with DCC capability previously provided. The list is basically made up of a radio button, an AID column and a DCCHNL column. It displays the following parameters: Click on one of the available radio button the NE Interface Details panel change the fields according to the selection.
Page 119: Dcc Page - Osi Ulc Report
Menu bar Xcom menu .................................................... – N (Internet Protocol is disabled on the addressed DCC) – Y (Internet Protocol is enabled on the addressed DCC) DCC Mode - Specifies the DCC mode. The default value is TERMINATED. • Channel used by - The default value is MNGPLANE •...
Page 120: Xc Overhead
Menu bar Xcom menu .................................................... Figure 3-47 XC Overhead The Overhead Channel Cross Connection tab displays the following: Click Create to create a new Overhead Cross-Connection Channel. See “Create XC Overhead” (p. 5-46). DCN physical interface This menu option contains the following sub-menus: IP Address - Retrieves TCP/IP stack parameters.
Page 121: Dcn Physical Interface Page - Lan Management
Menu bar Xcom menu .................................................... IP Address (Internet Protocol address) - This is the IP address of the NE. The entry • box allows to digit the IP address of the NE (value range [1-99, 101-126,128-223] - [0- 255] - [0-255] - [0-254]). Subnet Mask - This is the entry box for subnet mask of the network the NE is •...
Page 122: Dcn Physical Interface Page - Arpcache Management
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.
Page 123: Ip Tunnel
Menu bar Xcom menu .................................................... Figure 3-51 IP tunnel The IP Tunnel Configuration tab displays the following: AID - Refers about the access identifier of the LSP tunnel for the network connection. • It is assigned by system at connection creation. Format is as follows: <Source Node ID>...
Page 124: Network Domain Page - Ip Route
Menu bar Xcom menu .................................................... – N - To disable the NE Auto Discovery STATE - Displays the current status of the NE. The default value is IDLE • The Save link is used to save the settings and return to the previous page. Network domain This menu option contains the following choices: IP Route - Allows the operator to enter (add) a new static IP route in the IP routing...
Page 125: Network Domain Page - Nsap Report
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.
Page 126: Osi Ne Area
Menu bar Xcom menu .................................................... OSI NE area Select Xcom -> Network Domain -> OSI Mng -> OSI NE Area option as shown in Figure 3-55. Figure 3-55 OSI NE area The OSI tab displays the OSI AREA panel that contains the following parameters: OSI AREA.
Page 127: Osi Os Address
Menu bar Xcom menu .................................................... Figure 3-56 OSI OS address The Overhead Channel Cross Connection tab displays the OS Address panel that contains the following parameters: Operating System - Specifies the operating system for the open system • interconnection management. The values are: OSI and IP Main Address - Specifies the main address for the OSI management •...
Page 128: Alarms Menu
Menu bar Alarms menu .................................................... Alarms menu Purpose The alrms 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.
Page 129: Alarms Page - Asaps Management
Menu bar Alarms menu .................................................... TCA-AID - it has three associated combo-boxes: • – The first combo-box lists all the TCA profile access Identifier with the THP prefix followed by the Profile Type abbreviation previously described, e.g. THPVC4 – The second and third combo-boxes allow to set a number for the profile access Identifier.
Page 130: Alarm Cutoff
Menu bar Alarms menu .................................................... – OGPORT – VCn = (where n = 4, 44c, 416c, 464c) – TUSEG – 10GBE = 10 Gigabit Ethernet alarms – VCG = Virtual Concatenation Group alarms – ODU2 = ODU2 port alarms User Label - The entry box shows a mnemonic string to address the ASAP. The •...
Page 131: Alarm Resynchronization
Menu bar Alarms menu .................................................... The ACO LED turns on and a new alarm arrives, it is presented to the audible closures and the ACO LED switches off. Alarms silenced is not presented to the Audible closures even if they are still present (only new alarms). ALM resynch.
Page 132: Alarm Log
Menu bar Alarms menu .................................................... Condition log Select Alarms -> Condition Log. option as shown in Figure 3-61. Figure 3-61 Alarm log The Alarm Log tab displays the Filter by panel that contains the following parameters: Domain - Specifies the domain for filtering the alarm. The values are ALL, TDM, and •...
Page 133: Protection Menu
Menu bar Protection menu .................................................... Protection menu Purpose This menu allows the operator to manage the available protection systems. The menu options are: Equipment Protection - Allows to manage the 1:1 Equipment Protection Switching • for equipment unit. Linear MSP - A protection switching for all STMn rates. •...
Page 134 Menu bar Protection menu .................................................... – OOS-AUMA - Out of Service, Autonomous and Management - The module is out of service both due to an autonomous event and management action Secondary State - Specifies the secondary state to which the equipment is set. The •...
Page 135: Eqps Selection Page
Menu bar Protection menu .................................................... Figure 3-63 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 –...
Page 136: Fast Facility Protection Group Management
Menu bar Protection menu .................................................... Figure 3-64 LinearMSP The LinearMSP displays the Filter by panel that contains the following parameter: – Signal - The values are: • • STM1 • STM4 • STM16 • STM64 The Search is used to filter the signal types. The Create link is used to configure a new LinearMSP.
Page 137: Synchronization Menu
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 •...
Page 138: Modify Bits-0 Or Bits-1 Panel
Menu bar Synchronization menu .................................................... Figure 3-66 BITS Figure 3-67 Modify BITS-0 or BITS-1 panel The “Modify BITS-0” and “Modify BITS-1” are the same panel with the two different Access Identifier values. The panel contains the following fields: Access identifier: - Specifies the access identifier for the selected BITS •...
Page 139: Alarm View For Synchronization
Menu bar Synchronization menu .................................................... The Save link is used to send the related command to the Network Element. Automatically is loaded the “Modify BITS-0” or “Modify BITS-1” page to show update data. A further panel ALARM allows to display the alarms relevant to the BITS. Click VIEW hyperlink the following table appears as shown in Figure 3-68.
Page 140: Modify Bits Outgoing Panel
Menu bar Synchronization menu .................................................... Figure 3-69 Modify BITS outgoing panel The Modify BITS OUT panel contains the following fields: Access Identifier - Specifies the Access Identifier of the selected BITS. • DS 1 Format - Specifies the signal time for the timing input port. The values are •...
Page 141: Synchronization - Search
Menu bar Synchronization menu .................................................... Operate - To operate switching synchronization resources related to a given shelf • Release - To release switching sychronization resources related to a given shelf • Sync. Message - To retrieve synchronization message • Search The Search displays the following as shown in Figure 3-70.
Page 142 Menu bar Synchronization menu .................................................... Clock Mode Status - Specifies the currently used operation mode for the system • timing. The values are LOCKED, AUTONOMOUS-HOLDOVER, AUTONOMOUS- FREERUNNING, FORCEDFREERUNNING Sync Messaging - Determines if the timing reference selection for system timing is •...
Page 143: Synchronization - Operate
Menu bar Synchronization menu .................................................... Figure 3-71 Synchronization - Operate The Synchronization Switch tab displays the Modify Synchronization Switch tab that contains the following parameters: Switch Command - Specifies the switch command, that is requested by the user. The • values are LOCKOUT, FRCD, MAN, and INT Shelf Access Identifier - This is used to change the content of Switch To Reference •...
Page 144: Synchronization Message
Menu bar Synchronization menu .................................................... Sync. message Sync. Message options displays the following as shown in Figure 3-73. Figure 3-73 Synchronization message The Synchronization Message tab displays the Retrieve Synchronization Message panel that displays the following parameters: Shelf Access Identifier - This is used to change the access identifier according to the •...
Page 145: Synchronization Outgoing
Menu bar Synchronization menu .................................................... Synchronization outgoing This option contains the following sub-menu options: Search - To retrieve and edit outgoing synchronization resources related to a given • shelf Operate - To operate switching outgoing synchronization resources related to a given •...
Page 146: Modify Synchronization Switch Outgoing
Menu bar Synchronization menu .................................................... Figure 3-76 Modify synchronization switch outgoing The Synchronization Switch Outgoing tab displays the Modify Synchronization Switch Outgoing panel that contains the following parameters: Switch Command - Specifies the switch command that is requested by the user. The •...
Page 147: System Management Menu
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 • PM Global File • Network Time Protocol •...
Page 148: System Management - Initialize System With New Release
Menu bar System management menu .................................................... Figure 3-78 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 downloading procedure. Initialize system with old release This option starts the background activity on the NE to switch back from the current release and database to previous release and database.
Page 149: System Management - In-Service Upgrade - Status
Menu bar System management menu .................................................... Stop Upgrade - It halts/stops the in-service upgrade procedure and reverts the system • to the state before the Start Upgrade option was issued Remove Old Upgrade - This makes the current release software the permanent active •...
Page 150: System Management - In-Service Upgrade - Start
Menu bar System management menu .................................................... Stop Completed (STPC) - Indicates that the STP-ISU command completed • successfully In-service upgrade and start upgrade The system performs a series of consistency checks on the actual configuration to make sure that the system is in a state that can successfully be upgraded to the new release. During command execution, the system remains in-service and continues to provide protection switching and alarm reporting functionality on the current release.
Page 151: System Management - In-Service Upgrade - Stop
Menu bar System management menu .................................................... Figure 3-82 System management - In-service upgrade - stop The panel shows the status of the in-service upgrade. The possible status are the same described in In-service upgrade and start upgrade, but it presents the Stop In-Service Upgrade? field.
Page 152 Menu bar System management menu .................................................... DB management An NE maintains all its configuration in a volatile memory database. Non-volatile disk backup databases are maintained implicitly by the NE, and explicitly by operator commands. The NE is able to restore its memory database from the contents of a disk backup database at restart time or triggered by an operator command.
Page 153 Menu bar System management menu .................................................... Cancel DB Backup - It cancels (aborts) a database backup currently in progress • Restore DB - It copies the backup database stored on secondary backup database to • the primary backup database and resets the system to activate the new database DB Information - It reads the database label of the selected backup database stored on •...
Page 154: System Management - Perform Db Backup
Menu bar System management menu .................................................... Figure 3-84 System management - perform DB backup Click Yes, the following window appears. Click OK, to return to the main page. Cancel DB backup This option cancels (aborts) a database backup currently in progress. If an in-progress database backup is canceled, a message indicates the cancellation is generated for this action and the system may mark via the database header the backed-up data on the secondary backup database as "invalid"...
Page 155: System Management - Perform Db Backup
Menu bar System management menu .................................................... Figure 3-85 System management - perform DB backup Click 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.
Page 156: System Management - Restore Db
Menu bar System management menu .................................................... Figure 3-86 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: •...
Page 157: System Management - Db Information
Menu bar System management menu .................................................... DB information This option reads the database label of the selected backup database stored on the NE (primary backup database or secondary backup database). The successful output response for this action displays one output line per selected database.
Page 158: System Management - Primary Backup Db Information
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 •...
Page 159 Menu bar System management menu .................................................... Cyclic Redundancy Check - it indicates the 8-digit hexadecimal value of the 32-bit • Cyclic Redundancy Check stored on the backup media. Remote file This menu option contains the following three choices: Perform Copy - It copies secondary backup database on the NE from/to specified •...
Page 160: System Management - Copy Remote File
Menu bar System management menu .................................................... 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) Secondary backup database Remote File Server Database Location, [Overwrite] Remote File Server Database...
Page 161 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.
Page 162 Menu bar System management menu .................................................... – The BACKUP-DATE and BACKUP-TIME on the RFS DB (represented in the label on the RFS database) is older/prior to the BACKUP-DATE and BACKUP- TIME on the system (represented in label on the Active Hard disk Database) –...
Page 163: System Management - Cancel Copy
Menu bar System management menu .................................................... Figure 3-91 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 •...
Page 164: System Management - File Information
Menu bar System management menu .................................................... Figure 3-92 System management - 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.
Page 165: System Management - Retrieve File Information
Menu bar System management menu .................................................... Figure 3-93 System management - retrieve file information The Remote File Information panel, a warning table inform about the transferred files (i.e. database) on a Remote File Server. The format complies with the following: TL1 Command - The forwarded command used •...
Page 166: System Management - Network Element
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) • User Label - Specifies the user label •...
Page 167: System Management - Set Site Identifier
Menu bar System management menu .................................................... Figure 3-95 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 entry the name of the identifier that you need to •...
Page 168: Lac Default Management
Menu bar System management menu .................................................... LAC state - Specifies the LAC state. The values are REQUESTED or DENIED • Default Select System Management -> DB Management -> Lac -> Default as shown in Figure 3-97. Figure 3-97 LAC default management The RTRV-LAC-DELT tab displays the Lac Default Management panel that contains the following parameter: Lac timer - Specifies the Lactimer values.
Page 169: Pm Global File
Menu bar System management menu .................................................... PM global file The PM Global File option displays the following as shown in Figure 3-99. Figure 3-99 PM global file The PM Global File tab displays the following panels: Performance Monitoring Global File Collection Status panel •...
Page 170: System Management - Network Time Protocol Configuration
Menu bar System management menu .................................................... Note: Changing the date and time of the system could result in partial or incomplete PM data. Select the System Management -> Network Time Protocol menu path as shown in Figure 3-100. Figure 3-100 System management - network time protocol configuration The page contains the following two panels: The Time and Date panel allows to manually set the system date and time by means •...
Page 171 Menu bar System management menu .................................................... Click Create hyperlink the following window opens: The NTP Server Address Provision window contains: Server IP Address Four entry boxes whose allow to digit the IP address of an NTP • server. the address in the [0-126,128-223]-[0-255]-[0-255]-[0-255] format. The window has the following hyperlinks: The Cancel allows to leave the page without applying the previously selections.
Page 172: Security Menu
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 –...
Page 173: Change Password
Menu bar Security menu .................................................... Figure 3-101 Change password The home tab displays the Modify Password Identifier that contains the following parameters: User Identifier - Specifies a unique user ID • Old Password - Specifies the old user's login password •...
Page 174 Menu bar Security menu .................................................... Figure 3-102 Figure 5 - User account 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. •...
Page 175 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.
Page 176 Menu bar Security menu .................................................... Figure 3-103 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.
Page 177 Menu bar Security menu .................................................... Password Obsolescence Interval [day] - Specifies the minimum time interval that is • required if the User wishes to use a password that was already used. The value range is 0 - 999, 0 (zero) means that reuse of old passwords is disabled. Default is 180. User ID Duration [day] - Specifies the aging or expiry interval of a particular User •...
Page 178 Menu bar Security menu .................................................... Figure 3-105 Security - 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 •...
Page 179 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. Default is The Modify Account Default Settings page has the Save hyperlink that is used to apply the changes on User Account.
Page 180 Menu bar Security menu .................................................... Figure 3-107 Security - command 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 •...
Page 181 Menu bar Security menu .................................................... Figure 3-108 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.
Page 182 Menu bar Security menu .................................................... Figure 3-109 Security - audit 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 •...
Page 183 Menu bar Security menu .................................................... Figure 3-110 Security - retrieve audit page with results Figure 3-111 Security - retrieve audit page without results Log settings Select Security -> Administration -> Account -> Log Settings as shown in Figure 3-112..................................................... 3 - 1 1 7 8DG08763KAAA Issue 1 February 2009...
Page 184 Menu bar Security menu .................................................... Figure 3-112 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.
Page 185 Menu bar Security menu .................................................... – Changes to the User's Security Accounts (EUSP) - Specifies the details of the changes made in a user's security profiles and attributes – Changes to the NE/NS Security Configuration (ESCC) - Specifies the details of changes made in the NE/NS security configuration –...
Page 186: Tools Menu
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 • SNMP • PHP Infos • App Environment •...
Page 187 Menu bar Tools menu .................................................... 2. Click on Connect hyperlink Figure 3-115 Tools - Accessing TL1 console 3. When the Telnet session is open the client area becomes as follows. Figure 3-116 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.
Page 188 Menu bar Tools menu .................................................... Figure 3-117 Tools - TL1 command 5. After a loading process, the results are referred in the upper part of the page (see Figure 3-118) according to the TL1 command syntax that can be seen by the TL1 syntax hyperlink as shown in Figure 3-119.
Page 189 Menu bar Tools menu .................................................... Figure 3-118 Tools - TL1 command answer Figure 3-119 Tools - TL1 command syntax 6. Clicking on Quit hyperlink the user closes the Telnet session and the page in Figure 3-114 is shown. For detailed information about the TL1 command, please refer to the relevant “TL1 Operator Guide”.
Page 190 Menu bar Tools menu .................................................... Figure 3-120 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.
Page 191 Menu bar Tools menu .................................................... PARAMs • OUTPUT • PHP infos Select PHP Infos option from the Tools menu to view the PHP related information as shown in Figure 3-122..................................................... 3 - 1 2 5 8DG08763KAAA Issue 1 February 2009...
Page 192 Menu bar Tools menu .................................................... Figure 3-122 PHP information The php tab displays the PHP Version, Configuration, libxml, session etc. information. Application environment Select Application Environment from the Tools menu to view the PHP application environment as shown in Figure 3-123.
Page 193 Menu bar Tools menu .................................................... Figure 3-123 env tab Notif Select Notif tab from the Tools menu as shown in Figure 3-124. Figure 3-124 notif Release Select Release option from the Tools menu to view the release information details as shown in Figure 3-125.
Page 194 Menu bar Tools menu .................................................... Figure 3-125 Release tab NET-TL1 Select NET-TL1 option from the Tools menu as shown in Figure 3-126..................................................... 3 - 12 8 8DG08763KAAA Issue 1 February 2009...
Page 195 Menu bar Tools menu .................................................... Figure 3-126 Tl1 The tl1 tab displays the following parameters: Port - Specifies the port number to which the tl1 agent is connected • URI - Specifies the Uniform Resource Indicator for the tl1 agent •...
Page 196 Menu bar Tools menu .................................................... Figure 3-127 Tl1-shortcut The tl1 tab displays the XML String and Output entry boxes to enter the XML query string and to get the output..................................................... 3 - 13 0 8DG08763KAAA Issue 1 February 2009...
Page 197: Help Menu
Menu bar Help menu .................................................... Help menu Purpose This Help menu allows the operator to obtain information about: About software version • About This menu allows the operator to obtain information about the software version. From the application menu bar, selecting the Help - > About option the following window appears as shown in Figure 3-128.
Page 198 Menu bar Help menu ......................................................................................................3 - 13 2 8DG08763KAAA Issue 1 February 2009...
Page 199: Tree Area
Tree area Contents This section contains the following topics: Scope Access the aggregation management resources LAG configuration Access the rack resources 4-21 Access the shelf resources 4-23 Access the unit 4-29 Access a module 4-33 .................................................... 4 -1 8DG08763KAAA Issue 1 February 2009...
Page 200: Scope
• CTRL PLANE - To manage the Control Plane Transport ports within the Alcatel- • Lucent 1850 Transport Service Switch (TSS-320/160). AM (Aggregation management) - To view the available LAG (Link Aggregation) • RACK - Each rack is identified by a number.
Page 201 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 •...
Page 202 Tree area Scope .................................................... • PP10AD with PMMS .................................................... 4 - 4 8DG08763KAAA Issue 1 February 2009...
Page 203: Access The Aggregation Management Resources
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 The user can select one of the LAG-x (Link Aggregation Group) icon and the client area...
Page 204 Tree area Overview .................................................... Figure 4-5 AM tree The Link Aggregation Management tab displays the existing LAGs and a Link Aggregation Creation panel that contains the following parameters: Name - Allows to set the name of the LAG. The only suffix after “#” can be set by the •...
Page 205 Tree area Overview .................................................... Actor System Priority - Indicates the LAG Priority. This parameter, together with the • LAG Mac Address, forms the “System Identifier”. The lowest System Identifier value will be elected as the “Master” of the link, i.e. the one that will drive the actions in case of events such as failures, switches, etc.
Page 206: Lag Configuration
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 8DG08763KAAA Issue 1 February 2009...
Page 207 Tree area LAG configuration .................................................... Figure 4-6 LAG configuration .................................................... 4 - 9 8DG08763KAAA Issue 1 February 2009...
Page 208 Tree area LAG configuration .................................................... 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: Link aggregator configuration panel The Link Aggregator configuration panel contains the parameters previously described on page 5 with the following differences: Name - As described in the previous section.
Page 209 Tree area LAG configuration .................................................... Actor Op. key - A read-only field fixed by the system indicates the actual operational • value of LAG-key for this LAG. Size - Allows to set the size of the LAG, i.e. number of Aggregated Ports. The values •...
Page 210 Tree area LAG configuration .................................................... N. Attached Ports - Indicates the number of attached ports, that are actually • aggregated on this Aggregator. Partner Admin Key - Indicates the LAG “Key” of the “Partner” LAG as set by the • user, integer in the range 0-122.
Page 211 Tree area LAG configuration .................................................... Figure 4-7 IN-flows configuration The Link Aggregator configuration tab displays the following parameters: 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”...
Page 212 Tree area LAG configuration .................................................... Figure 4-8 IN-FLOWS resource details The page displays the Inflow and Classifier Criteria panels: a. Inflow panel – State - This is the notification about the actual status of the resource; active (the resource is in-service); not active (the resource is out-of-service). –...
Page 213 Tree area LAG configuration .................................................... – Actual Layer 2 control frames (0x) - Refers about the enabling or disabling the Protocol Frames that accedes the port. – Policing mode - Refers about the policing on the incoming ETS traffic. Possible options: disabled (the policing is not performed) or color-blind (the policing is based on the associated TD, without taking into account the “prioritization”) or color-aware (the policing is based on the associated TD and on the priority colors...
Page 214 Tree area LAG configuration .................................................... Performance monitoring details Click one of the item in the Performance Monitoring column as shown in Figure 4-9. Figure 4-9 Performance monitoring The Current Data displays the Performance Monitoring panel that contains the following parameters: Name - Specifies the resource name.
Page 215 Tree area LAG configuration .................................................... S-VID - Refers the stacked VLAN identifier associated to this InFlow. • From - Refers about the location of the Cross-connection. • The panel has the following hyperlinks: Cancel - To cancel the settings return to the previous page ALL INVOLVED RESOURCES...
Page 216 Tree area LAG configuration .................................................... Resource details Click one of the item listed under Resource column as shown in Figure 4-12. Figure 4-12 OUT-FLOWS resource details The P-Bridge Outflow panel is displayed with the following parameters: State - This is the notification about the actual status of the resource; active (the •...
Page 217 Tree area LAG configuration .................................................... Figure 4-13 In fiber In band management The In Fiber In Band Management tab displays the Management Plane panel that displays the following parameters: Label - Specifies the label value for the Management Plane. • LL Mode - Specifies the lower layer mode for the Management Plane.
Page 218: Access The Rack Resources
Tree area Access the rack resources .................................................... Access the rack resources Overview Purpose Select RACK-x node as shown in Figure 4-14. The tree expands and displays the SHELF subtree. Figure 4-14 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 4-15.
Page 219 Tree area Overview .................................................... Figure 4-15 Rack page The Rack x tab displays the Rack-x panel and a table that contains the following parameters. The UP Rack x panel resumes the rack information and displays the following read-only fields: Access Identifier - Specifies the equipment entity access identifier. •...
Page 220: Access The Shelf Resources
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 4-16. Figure 4-16 Shelf tree NE Shelf The user can select one of the SHELF-x-x;...
Page 221 Tree area Overview .................................................... Figure 4-17 Shelf page (e.g. UNVRSL320 shelf) 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.
Page 222 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) –...
Page 223 Tree area Overview .................................................... MDL (generic AID of a traffic bearing equipment that is not yet provisioned). The • relevant row is provided with the provision hyperlink in order to start the provisioning procedure. Each field is an hyperlink also; clicking on it, the Rack x > Shelf x > Board xx tab page is presented (see “Access the unit”...
Page 224 Tree area Overview .................................................... Figure 4-19 Shelf detail message Selecting one empty slot the Provision... message pop-ups (see Figure 4-20) and it is possible to start the provisioning procedure. Figure 4-20 Shelf provisioning message .................................................... 4 - 26 8DG08763KAAA Issue 1 February 2009...
Page 225: Access The Unit
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 4-21..................................................... 4 - 2 7 8DG08763KAAA Issue 1 February 2009...
Page 226 Tree area Overview .................................................... Figure 4-21 Access a unit (e.g. 10XANY) The Rack x > Shelf x > Board xx tab page presents two panels and a table. The Rack x > Shelf x > Board xx panel contains the following parameters: ....................................................
Page 227 – UNVRSL320 Shelf 320/160 Type In-Service – 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) –...
Page 228 Tree area Overview .................................................... 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.
Page 229: Access A Module
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 4-22. The client area displays the following parameters as shown in Figure 4-23.
Page 230 Tree area Access a module .................................................... Access Identifier - Specifies the equipment Access Identifier, identifies the equipment • entity access identifier. 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: –...
Page 231 Tree area Access a module .................................................... – 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 • Provisioned Type). Primary/secondary state - Specifies the primary and secondary service state. •...
Page 232 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.
Page 233 Tree area Access a module .................................................... – ON - Autoprovisioning Allowed in that slot position – OFF - Autoprovisioning Not-Allowed in that slot position Region - The default value is ETSI • Command Mode - To change the status of the unit. The choices are: •...
Page 234 Tree area Access a module .................................................... Figure 4-25 STMn (e.g. 10xANY) .................................................... 4 - 36 8DG08763KAAA Issue 1 February 2009...
Page 235 Tree area Access a module .................................................... The Rack x > Shelf x > Board xx > Module xx > Port xx tab displays the following functional tabs: • PROTECTION • STM PM • AU Select • AU List • STM functional tab The STM functional tab contains the following panels: Synchronous Transport Signal Modify •...
Page 236 Tree area Access a module .................................................... – NOLOS – NOSF Error Distribution Mode • Signal Degrade Threshold • Signal Failure Threshold • Format of Sent Trace Message • Section Trace Message • Format of Received Trace Message • Trace Message Expected •...
Page 237 Tree area Access a module .................................................... Incoming Message Format - Specifies the format for the incoming message. The • values are TXT (text) or HEX (Hexadecimal). The Search link filters the data based on the values selected. The Loopback panel displays the following parameters: Access Identifier - Identifies the entity access identifier in the <rack>-<shelf>- •...
Page 238 Tree area Access a module .................................................... The Create link allows the user to configure a new FFP. STM PM functional tab The STM PM functional tab allows the user to retrieve the performance issues for an STMn port. It contains the following sub-tabs as shown in Figure 4-27.
Page 239 Tree area Access a module .................................................... Monitored parameter type - Specifies the parameter type to be monitored. The • values are: – ALL – OFS-RS – ES-RS – SES-RS – BBE-RS – UAS-RS – ES-MS – SES-MS – BBE-MS – UAS-MSB. The default value is ALL Direction - Specifies the direction.
Page 240 Tree area Access a module .................................................... Figure 4-28 PM Init Register - STM PM The Initialize Register panel displays the following parameters: Access Identifier - Specifies the Access Identifier for the selected STMn port. • Monitor Value - Specifies the monitor value for the selected STM port. The default •...
Page 241 Tree area Access a module .................................................... Figure 4-29 PM mode - STM PM The PM Mode tab displays the following two panels that are used to set and retrieve the PM Mode: Set Performance Monitoring Mode • Retrieve Performance Monitoring Mode •...
Page 242 Tree area Access a module .................................................... Location - Specifies the location. The values are NEND, FEND, BIDIR, or ALL. The • default value is NEND. Direction - Specifies the direction. The values are RCV or ALL. The default value is •...
Page 243 Tree area Access a module .................................................... Figure 4-31 Provisioned administrative unit DATA unit .................................................... 4 - 4 5 8DG08763KAAA Issue 1 February 2009...
Page 244 Tree area Access a module .................................................... Figure 4-32 Access a resource - 1 (e.g. PP10GE ETHLoc Port1) .................................................... 4 - 46 8DG08763KAAA Issue 1 February 2009...
Page 245 Tree area Access a module .................................................... The Rack x > Shelf x > Board xx > Module xx > Port xx tab displays the following tabs: PHYSICAL • IN-FLOWS • OUT-FLOWS • Quality of service • PM DATA • In Fiber In Band •...
Page 246 Tree area Access a module .................................................... Promiscuous mode - Indicates indicating whether this interface has to inspect the • packets' MAC addresses. The values are: true or false. FCS discard errored frame - Indicates the insertion or removal of GFP-FCS (Frame •...
Page 247 Tree area Access a module .................................................... – Jack Type List - Specifies the available connectors type. The values are: RJ45 for FE port or fiberLC for GbE port. – Jabber state - Specifies the state of the jabber process (checking about abnormal data transmissions longer than the max permissible packet length).
Page 248 Tree area Access a module .................................................... In-flows tab The IN-FLOWS tab displays the table that contains a list of in-flows created for a port as shown in Figure 4-33. Figure 4-33 In-flows For the parameter description, refer to Table , “IN-FLOWS functional tab” (p. 4-12).
Page 249 Tree area Access a module .................................................... Figure 4-35 Quality of service The Quality of service tab displays the table that contains the user labels created for selected port. PM data tab The PM DATA tab displays the following functional tabs as shown in Figure 4-36.
Page 250 Tree area Access a module .................................................... Maintenance Rx The Maintenance Rx tab displays the rlsrls9ETHAggrMPR#1 table and Polling Management panel that contains the following parameters: Polling Period (sec) - The user can increment or decrement the current value. Select • the up/down buttons to modify the existing value.
Page 251 Tree area Access a module .................................................... Figure 4-38 Current data tab The Current Data tab displays the following panels: Performance Monitoring • Polling Management • Performance Monitoring panel The Performance Monitoring panel displays the following parameters: Interface - Specifies the name of the interface. •...
Page 252 Tree area Access a module .................................................... History data The History Data tab displays the following as shown in Figure 4-39. Figure 4-39 History data tab The History Data tab displays the rlsrls9ETHAggrRx/Port#1 following history details..................................................... 4 - 54 8DG08763KAAA Issue 1 February 2009...
Page 253 Tree area Access a module .................................................... DWDM circuit pack Figure 4-40 Accessing a resource - 1 (e.g. 10GSO port) The Rack x > Shelf x > Board xx tab displays the following panels as shown in Figure 4-40. UP > Rack x > Shelf x > Board xx panel •...
Page 254 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.
Page 255 Tree area Access a module .................................................... 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 - 5 7 8DG08763KAAA Issue 1 February 2009...
Page 256 Tree area Access a module .................................................... and OOS-AUMA). The values are: .................................................... 4 - 58 8DG08763KAAA Issue 1 February 2009...
Page 257 Tree area Access a module .................................................... 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, •...
Page 258 Tree area Access a module .................................................... 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: –...
Page 259 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 •...
Page 260 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.
Page 261 .................................................... Actual Type - Specifies the acronym of the physically equipped module type (Remote • Inventory data). ANY-<type> is the value shows for a generic non Alcatel-Lucent XFP/SFP module. Primary/secondary state - Specifies primary and the secondary service state. Valid •...
Page 262 Tree area Access a module .................................................... – NORM (normal) – FRCD (forced) The Save link saves the changes to restart the unit. Alarm panel This panel contains the View hyperlink that retrieves the current status of any reported alarm conditions for the specified port and any alarm conditions matching the specified combination of position-defined input parameters, with the following information: Raise/Clear Time - Identifies the time when the event is occurred and/or cleared.
Page 263 Tree area Access a module .................................................... Modify a DWDM module Click Modify hyperlink in the Payload carrier panel, refer to Table , “Access a resource - STMn and AUn signals” (p. 4-35)..................................................... 4 - 6 5 8DG08763KAAA Issue 1 February 2009...
Page 264 Tree area Access a module ......................................................................................................4 - 66 8DG08763KAAA Issue 1 February 2009...
Page 265 Procedures Contents This section contains the following list of procedures: Create LAG Create PM 5-14 Create virtual concatenation group 5-18 Modify virtual concatenation group 5-20 Create traffic descriptor (data) 5-24 Create VLAN 5-30 Create color profile 5-32 Create ASAP list 5-34 Create maintenance domain 5-43...
Page 266 Procedures .................................................... Create traffic descriptor (TMPLS) 5-84 Modify traffic descriptor 5-85 Create queue management 5-86 Modify queue profile 5-89 Create head/tail tunnel 5-92 Modify tunnel 5-96 Create transit tunnel 5-107 Pseudowire management procedure 5-111 Modify Pseudowire 5-113 Create head/tail pseudowire 5-116 Create transit pseudowire 5-119...
Page 267 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 8DG08763KAAA Issue 1 February 2009...
Page 268: Procedures Create Lag
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.
Page 269: Link Aggregation Parameters
Procedures Create LAG .................................................... Figure 5-1 Aggregation management tree Figure 5-2 Link aggregation management ............................................Table 5-1 “Link aggregation parameters” provides description of Link Aggregation Creation panel parameters: Table 5-1 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...
Page 270 Procedures Create LAG .................................................... Parameter Description User Label Allows to indicate the LAG by means of a name defined by the user. 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;...
Page 271 Procedures Create LAG ..............................................................................................The above table Figure 5-4 summarizes the main complete information about the previously created LAG............................................Click any radio button from the LAG table to select any previously created LAG and Select Configure as shown in Figure 5-3.
Page 272: Link Aggregator Configuration Parameters
Procedures Create LAG ..............................................................................................The Link Aggregation configuration panel displays the same parameters as described in Step ............................................Click Save & Continue to save the settings and configure another LAG............................................Click Save & Exit to save the settings and exit from the window............................................
Page 273 Procedures Create LAG ..............................................................................................Select IN-FLOWS tab to configure IN-FLOWS for the LAG as shown in Figure 5-4. Figure 5-4 In-flows ............................................Select Show ghost objects check-box to displays the inflows with ghost objects............................................Click any ETSInFlow resource link to view and add classifier to the selected resource as shown in Figure 5-5.
Page 274: In-Flows Tab Parameters
Procedures Create LAG .................................................... Figure 5-5 Inflow contd............................................Table 5-3 “In-flows tab parameters” provides description of IN-FLOWS tab parameters: Table 5-3 In-flows tab parameters Parameter Description Inflow panel Description State Specifies the current state of the equipment .................................................... 5 - 10 8DG08763KAAA Issue 1 February 2009...
Page 275 The values are active and not active Configuration Type Specifies the transmission parameters of the Alcatel-Lucent 1850 TSS data node Priority Bits Specifies the prioritization of an Ethernet data flow on the 3 user priority bits (802.1p) of the...
Page 276 Procedures Create LAG ..............................................................................................Click Cancel to return to the previous page............................................Click Save to save all the settings and return to the previous page............................................Click Deactivate to revoke all the changes............................................Click Add a classifier link to add a new classifier to the inflow............................................
Page 277: Create Pm
Procedures Create PM .................................................... Create PM Purpose Use this procedure to create Performance Monitoring............................................Select IN-FLOWS tab from the Link Aggregation Configuration page as shown in Figure 5-4 ............................................Select the PM Management link displayed under the Performance Monitoring column to create a new performance monitoring as shown in Figure 5-6.
Page 278 Procedures Create PM .................................................... Figure 5-7 Performance Monitoring 15m Current Data ............................................Click Reset to reset the performance monitoring............................................Select the Granularity Period as 15 min to generate the performance monitoring for a resource............................................Click Delete PM link to remove the previously existing performance monitoring............................................
Page 279: In Fiber In Band - Management Plane Parameters
Procedures Create PM .................................................... Figure 5-9 Out-flows ............................................Select Show ghost objects check-box to select the ghost objects. Figure 5-10 In fiber In band management ............................................Figure 5-10 “In fiber In band management” provides the description of Management Plane panel parameter: Table 5-5 In fiber In band - management plane parameters Parameter Description...
Page 280 Procedures Create PM .................................................... Parameter Description Routing Protocol Specifies the routing protocol for the management plane. The values are: none • isis • Rate Limited DCN Status Specifies the current status of the management plane ............................................Click Save to save the settings............................................
Page 281: Create Virtual Concatenation Group
Procedures Create virtual concatenation group .................................................... Create virtual concatenation group Purpose VCG can be accessed by different ways depending on the module selected from the tree menu: Ethernet port on PP10AD module • The ENT-VCG command is used to create a Virtual Concatenation Group. The command also assigns initial group of SDH Virtual Containers to the VCG.
Page 282: Vcg Type For Pp10Ad Module
Procedures Create virtual concatenation group .................................................... Parameters Description VCG Type Specifies a type of VCG. The table below contains VC4 in case of SDH/ETSI configuration, or VT1 or STS1 in case of SONET/ANSI configuration. Depending on configuration VCG type is applied on the values VC4 or STS1 and on VCG of Multiservice Collector Card (PP10AD) only the values VC4 or STS1, VT1...
Page 283: Modify Virtual Concatenation Group
Procedures Modify virtual concatenation group .................................................... Modify virtual concatenation group Purpose Use this procedure to modify virtual concatenation group............................................Select Rack xx > Shelfxx > Board xx > Module xx > Port xx from the tree area as shown Figure 5-12.
Page 284 Procedures Modify virtual concatenation group .................................................... Parameter Description Provisioned Type Specifies the number of VC members in the addressed VCG that are provisioned i.e. with the VCACT secondary state VCG Type Specifies if the VCG contains VC4 in case of SDH/ETSI configuration, or STS1, in case of SONET/ANSI configuration Bidirectional Server Failure Propagation...
Page 285 Procedures Modify virtual concatenation group .................................................... Parameter Description Secondary State Specifies the secondary state of the addressed VCG. The values are: CP managed by TDM Control Plane • DSBLD Disabled • FAF Facility Failure • SDEE Supported Entity Exists • SGEO Supported Entity Outage •...
Page 286: Vcg Type For Pp10Ad Module
Procedures Modify virtual concatenation group .................................................... Table 5-9 VCG type for PP10AD module VCG Type (Payload Level) Configuration STS-1 SONET/ANSI SDH/ETSI ............................................Click Cancel to return to the previous page............................................Click Save to send to store all the modifications that displays the Modify Virtual Concatenation Group page automatically.
Page 287: Create Traffic Descriptor (Data)
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 (see para. “Bridge” (p. 3-43)): General Bridge Management modalities: •...
Page 288 Procedures Create traffic descriptor (data) .................................................... Figure 5-14 Traffic descriptor contd............................................The Traffic Descriptor panel displays the same parameters described for Create Traffic Descriptor except the following parameter: – State - Specifies the current state of the Traffic Descriptor............................................
Page 289: Traffic Descriptor Parameters
Procedures Create traffic descriptor (data) .................................................... Figure 5-15 ETS traffic descriptor In case of “Provider Inflow” (see para. “Traffic descriptor” (p. 3-35)), the associated TD must have CIR, PIR, CBS and PBS parameters null (=0), only the name and the Traffic Type must be defined............................................
Page 290 Procedures Create traffic descriptor (data) .................................................... Parameter Description 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 stack) to recover from loss and tolerates large delay;...
Page 291 Procedures Create traffic descriptor (data) .................................................... Parameter Description PIR - Peak Information Rate [kb/sec] This is the maximum rate (expressed in kb/sec) up to which the source can transmit for a short time period and it ranges from 3 to physical-line- rate of the relative Port CBS - Committed Burst Size [bytes] This is the committed number of bytes for which...
Page 292: Create Vlan
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 5-16.
Page 293 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;...
Page 294: Create Color Profile
Procedures Create color profile .................................................... Create color profile Purpose Use this procedure to create a new color profile............................................Select Color Profile from the Data menu as shown in Figure 5-18. Figure 5-18 Color profile ............................................The Color Profile tab displays the table that contains the existing color profiles............................................
Page 295: Color Profile Parameters
Procedures Create color profile .................................................... Table 5-12 Color profile parameters Parameters Description Color Profile Mode Specifies the color profile mode. The values are Priority and Dscp User Label Specifies the label for the new color profile Priority Bits 0 to 7 Specifies the priority bits.
Page 296: Create Asap List
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 5-20. Figure 5-20 ASAP window ............................................Select Show ghost objects to activate the ghost objects............................................
Page 297 Procedures Create ASAP list .................................................... Figure 5-22 ASAP contd............................................Click Cancel to cancel the settings and return to the previous panel. T E P S ..................................................................................5 - 3 3 8DG08763KAAA Issue 1 February 2009...
Page 298: Create Maintenance Domain
Procedures Create maintenance domain .................................................... Create maintenance domain Purpose Use this procedure to Create/Modify/Delete a Maintenance Domain............................................Select Data -> OAM Management -> OAM Resource config. -> MD from the menu bar as shown in Figure 5-23. Figure 5-23 Maintenance domain ............................................
Page 299 Procedures Create maintenance domain .................................................... Parameter Description Name Specifies the name for the maintenance domain MHFCreation The values are: defMHFNone • defMHFexplicit • defMHFdefault • Status Specifies the maintenance domain status. The values are: • down • Format Specifies the MD format. The values are: charString •...
Page 300: Create Maintenance Association
Procedures Create maintenance association .................................................... Create maintenance association Purpose Use this procedure to configure the Maintenance Association............................................Select Data -> OAM Management -> OAM Resource config. -> MA from the menu bar as shown in Figure 5-25. Figure 5-25 OAM resource config. - maintenance association ............................................
Page 301: Maintenance Association - Create Parameters
Procedures Create maintenance association .................................................... Figure 5-26 OAM resource config - maintenance association - create ............................................Table 5-15 “Maintenance association - create parameters” provides description of Create Maintenance Association panel parameters: Table 5-15 Maintenance association - create parameters Parameter Description Specifies the MD number.
Page 302 Procedures Create maintenance association ..............................................................................................Click Select link to choose the VLAN range as shown in Figure 5-27. Figure 5-27 VLAN range window ............................................Enter the Vlan Range in From and To entry boxes. Click Search, the Vlan Active list gets refreshed based on the values entered.
Page 303: Create Mep
Procedures Create MEP .................................................... Create MEP Purpose Use this procedure to configure a new MEP............................................Select Data -> OAM Management -> OAM Resource config. -> MEP from the menu bar as shown in Figure 5-28. Figure 5-28 OAM management - MEP ............................................
Page 304: Mep Create Parameters
Procedures Create MEP .................................................... Figure 5-29 Create MEP ............................................Table 5-17 “MEP create parameters” provides description of Create MEP panel parameters: Table 5-17 MEP create parameters Parameter Description MA Label Specifies the MA label for the MEP MEP Identifier Specifies the MEP identifier for the MEP If Index Specifies the If Index value for the MEP LTM Priority (0..7)
Page 305 Procedures Create MEP ..............................................................................................Click Cancel to revoke all the settings and return to the previous panel. T E P S ..................................................................................5 - 4 1 8DG08763KAAA Issue 1 February 2009...
Page 306: Create Dcc Channel
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 5-30. Figure 5-30 DCC channel ............................................Click the radio button to select the previously created DDC Channel entries from the table.
Page 307 Procedures Create DCC Channel .................................................... Parameter Description OSI Protocol Specifies if the OSI protocol runs on the addressed DCC or not. The values are: ENABLE • DISABLE • DCC Mode Specifies the DCC Mode for the NE interface. The default value is TERMINATED Internet Protocol Specifies the Internet Protocol for the network interface...
Page 308: Dcc Channel - New Ne Interface Parameters
Procedures Create DCC Channel .................................................... Figure 5-32 DCC channel - filter by (contd.) ............................................Click the radio button to select the filtered DCC Channel and click Apply & Exit to configure a new Network Interface as shown in Figure 5-33. Figure 5-33 Create new network interface ............................................
Page 309 Procedures Create DCC Channel .................................................... Parameter Description DCC Mode Specifies the DCC Mode for the NE interface. The default value is TERMINATED Internet Protocol Specifies the Internet Protocol for the network interface Channel used by Specifies the DCC channel used by the NE Interface DCC Channel Specifies the reference of DCC Channel.
Page 310: Create Xc Overhead
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 5-34. Figure 5-34 Overhead channel cross-connection ............................................Click Create to configure a new Overhead Channel Cross-Connection as shown in Figure 5-35.
Page 311: Enter Channel Parameters
Procedures Create XC Overhead .................................................... Table 5-20 Enter channel parameters Parameter Description DCC CHNL Specifies the reference of the DCC Channel. The values are: LINE • SECTION • From Specifies the source for the cross-connection Specifies the destination for the cross- connection ............................................
Page 312 Procedures Create XC Overhead ..............................................................................................Click Cancel to revoke all the settings and return to the previous page. T E P S ..................................................................................5 - 48 8DG08763KAAA Issue 1 February 2009...
Page 313: Create Linear Msp
Procedures Create linear MSP .................................................... Create linear MSP Purpose Use this procedure to create a new Linear MSP............................................Select Protection -> Linear MSP from the menu bar as shown in Figure 5-37. Figure 5-37 Linear MSP ............................................Select the available STMn Signal from the combo-box for which the user wants to configure a Linear MSP.
Page 314: Linear Multiplex Section Protection Provisioning Parameters
Procedures Create linear MSP .................................................... Figure 5-38 Linear multiplex section protection provision ............................................Table 5-21 “Linear multiplex section protection provisioning parameters” provides the description of Linear Multiplex Section Protection Provision panel parameters: Table 5-21 Linear multiplex section protection provisioning parameters Parameter Description FFP Access Identifier...
Page 315 Procedures Create linear MSP .................................................... Figure 5-39 SHELF 1-1 window ............................................Click Save to store all 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 ................................
Page 316: Create 1:1 Tunnel Protection
Procedures Create 1:1 tunnel protection .................................................... Create 1:1 tunnel protection Purpose Use this procedure to configure Fast Facility Protection Group Management............................................Select Protection -> 1:1 Tunnel Protection from the menu bar as shown in Figure 5-40. Figure 5-40 Fast facility protection group management ............................................
Page 317 Procedures Create 1:1 tunnel protection .................................................... Parameter Description Protecting Tunnel Specifies the Protecting Tunnel for the FFP group. Click Select to obtain it from the list Layer Select the Layer from the combo-box. The default value is TUNNEL Revert Tim (min) Specifies the revert time in minutes.
Page 318: Create Tdm Asap Management
Procedures Create TDM ASAP management .................................................... Create TDM ASAP management Purpose This procedure allows to create an TDM Alarm Severity Assigned Profile Management (ASAP) instance for a given profile type. The TDM ASAP Profile Management is created as a clone of the factory default TDM ASAP of the given type. The system can support up to 256 total instances of TDM ASAP for all entity types.
Page 319 Procedures Create TDM ASAP management .................................................... Parameter Description ASAP TYPE Lists all the available ASAP without ASAP prefix. The values are: ALL - all alarms • EQPT = equipment alarms • BITS = synchronism alarms • TIMING • • GBE = Gigabit Ethernet alarms •...
Page 320: Asap Create Parameters
Procedures Create TDM ASAP management .................................................... Table 5-24 ASAP create parameters Parameter Description TDM ASAP Type Lists all the available TDM ASAP without TDM ASAP prefix. The values are: ALL = all alarms • EQPT = equipment alarms • TIMING = timing alarms •...
Page 321: Create Ip Tunnel
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.
Page 322: Ne Ip Tunnel Parameters
Procedures Create IP tunnel .................................................... Figure 5-45 IP tunnel creation ............................................Table 5-26 “NE IP tunnel parameters” provides the description of NE IP TUNNEL CREATION panel parameters: Table 5-26 NE IP tunnel parameters Parameter Description (IP Tunnel Identifier), it is the identifier of the specific IP tunnel to create.
Page 323: Create Ip Routing
Procedures Create IP routing .................................................... Create IP routing Purpose Use this procedure to configure the IP Routing............................................Select Xcom -> Network Domain -> IP Routing option from the menu bar as shown in Figure 5-46. Figure 5-46 IP routing creation ............................................
Page 324 Procedures Create IP routing .................................................... Parameter Description Subnet Mask This is the IP subnet mask of the route (in the format nnn-nnn- nnn-nnn). The mask 0-0-0-0 is used to specify a default route Metric This is the cost metric of the route. The valid range is 1- 65535 Advertise Specifies whether the IP route is leaked into IP routing protocols ( Integrated IS-IS).
Page 325: Create Tca Profile
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.
Page 326: Filter Panel Parameters
Procedures Create TCA profile .................................................... Table 5-28 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 •...
Page 327: Tcp Profile Parameters
Procedures Create TCA profile .................................................... Figure 5-49 TCA profile creation ............................................Table 5-29 “TCP profile parameters” provides the description of Create TCA Profile panel parameters: Table 5-29 TCP profile parameters Parameter Description Profile Type The associated combo-box lists all the TCA profile type which new instance is being created.
Page 328 Procedures Create TCA profile ..............................................................................................Click Save & Exit to save the settings and return to the window............................................Click Save & Continue to save the settings and create another TCA Profile............................................Click Cancel to revoke all the settings and return to the previous page. T E P S ................................
Page 329: (T)Mpls Managment
Procedures Create TCA profile .................................................... (T)MPLS Managment Use the following procedures that allows the user to manage the (T)MPLS domain: Global Network - allows to manage all the global network parameters assigned to T- • MPLS. L2 Encapsulation Profile - allows to manage the L2 Encapsulation Profile. •...
Page 330: Create L2 Encapsulation Profile
Procedures Create L2 encapsulation profile .................................................... Create L2 encapsulation profile Purpose Use this procedure to create a new L2 Encapsulation Profile............................................Select (T)MPLS -> L2 Encapsulation Profile from the menu bar as shown in Figure 5-50. Figure 5-50 Layer 2 encapsulation profile management ............................................
Page 331: L2 Encapsulation Profile - Create Parameters
Procedures Create L2 encapsulation profile .................................................... Parameter Description Drop Eligible Specifies Drop Eligible indication according to 802.1ad In-Use Specifies if the L2ENCAP Profile is referenced by a Tunnel Segment or Pseudowire Segment ............................................Click Delete that deletes the selected L2ENCAP Profile............................................
Page 332: L2 Encapsulation Profile - Modify
Procedures Create L2 encapsulation profile .................................................... Parameter Description Priority Specifies the priority value for Tagged Ethernet frame. It is not valid if Tagged Flag=UNTAGGED Drop Eligible Specifies Drop Eligible indication according to 802.1ad. It is not valid if Tagged Flag=UNTAGGED ............................................
Page 333 Procedures Create L2 encapsulation profile .................................................... Parameter Description MAC Destination Address Specifies the Media Access Control Address to be used in case mapping of MPLS over Ethernet when a switched network is present. In case of mapping of MPLS over Ethernet when a switched network is present Tagged Flag Specifies the Tagged/Untagged flag...
Page 334: Create Phb Profile
Procedures Create PHB profile .................................................... Create PHB profile Purpose Use this procedure to create a new PHB Profile............................................Click Create to configure a new PHB Profile as shown in Figure 5-53. Figure 5-53 PHB profile create ............................................The Create PHB Profile panel contains EXP Bit i that associates a PHB class to the MPLS packets with EXP=i, where i=0 to 7.
Page 335: Modify A Phb Profile
Procedures Create PHB profile .................................................... Figure 5-54 Modify OAM PHB profile management ............................................Table 5-33 “Modify a PHB profile” provides the description of Modify a PHB Profile panel contains: Table 5-33 Modify a PHB profile Parameter Description Access Identifier It defines the PHB Profile to modify EXP Bit 0 to 7 It associates a PHB class to the MPLS packets with EXP=i where i= 0 to 7...
Page 336: Create Oam Phb Profile
Procedures Create OAM PHB profile .................................................... Create OAM PHB profile Purpose Use this procedure to create a new OAM PHB Profile............................................Select (T)MPLS -> Quality of Service -> OAM PHB Profile from the menu bar as shown in Figure 5-55.
Page 337 Procedures Create OAM PHB profile .................................................... Figure 5-56 OAM PHB profile create ............................................The Create OAM PHB Profile panel contains OAM Type i, it associates a PHB class to the OAM packet with Type = i, where i= 1 to 8............................................
Page 338: Modify Oam Phb Profile
Procedures Modify OAM PHB profile .................................................... Modify OAM PHB profile Purpose Use this procedure to modify the OAMPHB profile............................................Click Access Identifier hyperlink to modify the OAMPHB profile as shown in Figure 5-57. Figure 5-57 OAM PHB profile modification ............................................
Page 339 Procedures Modify OAM PHB profile ..............................................................................................Click Cancel to revoke the settings and return to.Figure 5-55. T E P S ..................................................................................5 - 7 5 8DG08763KAAA Issue 1 February 2009...
Page 340: Create Traffic Descriptor (Tmpls)
Procedures Create traffic descriptor (TMPLS) .................................................... Create traffic descriptor (TMPLS) Purpose Use this procedure to create a new Traffic Descriptor............................................Select (T)MPLS -> Quality of Service -> Traffic Descriptor from the menu bar as shown in Figure 5-58. Figure 5-58 Traffic descriptor - create ............................................
Page 341: Modify Traffic Descriptor
Procedures Modify traffic descriptor .................................................... Modify traffic descriptor Purpose Use this procedure to modify the existing Traffic Descriptor............................................Click Access Identifier link to modify the Traffic Descriptor as shown in Figure 5-59. Figure 5-59 Modify traffic descriptor ............................................Table 5-37 “Modify traffic descriptor parameters”...
Page 342: Create Queue Management
Procedures Create queue management .................................................... Create queue management Purpose Use this procedure to configure the Queue Management............................................Select (T)MPLS -> Quality of Service -> Queue Management from the menu bar as shown in Figure 5-60. Figure 5-60 Queue profile management ............................................
Page 343: Queue Profile Parameters
Procedures Create queue management .................................................... Figure 5-61 Create queue profile ............................................Table 5-38 “Queue profile parameters” provides the description of Create Queue Profile panel parameters: Table 5-38 Queue profile parameters Parameter Description User Label Specifies the canonical name assigned to WRED profile. UpTh Green Pkts Specifies the percentage (0 to 100) of the buffer utilized after which the drop probability of Green packets is 100 percent.
Page 344 Procedures Create queue management .................................................... Parameter Description Max Prob of Yellow Pkts Specifies the drop probability (0 to 100) of Yellow packets increases steadily from 0 (at Queue Profile Yellow Lower Threshold) up to Queue Profile Green Drop Max Probability (at Queue Profile Yellow Lower Threshold).
Page 345: Modify Queue Profile
Procedures Modify queue profile .................................................... Modify queue profile Purpose Use this procedure to modify the existing Queue Profile............................................Click User Label hyperlink as shown in Figure 5-60 , to modify the Queue Profile as shown in Figure 5-62. Figure 5-62 Queue profile management ............................................
Page 346 Procedures Modify queue profile .................................................... Parameter Description Max Prob of Green Pkts Specifies the drop probability (0 to 100) of Green packets increases steadily from 0 (at Queue Profile Green Lower Threshold) up to Queue Profile Green Drop Max Probability (at Queue Profile Green Lower Threshold). The default value is 80 UpTh Yellow Pkts Specifies the percentage of the buffer utilized after which...
Page 347: Tunnel Management Procedures
Procedures Modify queue profile .................................................... Tunnel management procedures Use the following procedure configuring the Head/Tail and Transit Tunnel Management. Create head/tail tunnel Create transit tunnel Create head/tail pseudowire Create transit pseudowire Create EVPL service .................................................... 5 - 8 3 8DG08763KAAA Issue 1 February 2009...
Page 348: Create Head/Tail Tunnel
Procedures Create head/tail tunnel .................................................... Create head/tail tunnel Purpose Use this procedure to create a new Head/Tail Tunnel............................................Select (T)MPLS -> Tunnel Management from the menu bar as shown in Figure 5-63. Figure 5-63 Tunnel management - filter by panel ............................................
Page 349 Procedures Create head/tail tunnel ..............................................................................................Select Tunnel Type as CP from the drop-down list box. The panel displays Route parameter as shown in Figure 5-64. It specifies the type of route. The values are: – ACTUAL – CONFIGURED – COMPUTED –...
Page 350: Tunnel Management Parameters
Procedures Create head/tail tunnel .................................................... Figure 5-65 Tunnel management - search ............................................The table displays the check box that is used to manage the deletion of a Tunnel, only when the status is OFF or the tunnel is not involved in a protection or the tunnel does not contains pseudowires, otherwise the check box is disabled.
Page 351 Procedures Create head/tail tunnel ..............................................................................................Click General that displays and allow to modify the general information of a Tunnel............................................Click Path that shows and allow to modify the path of a Tunnel............................................Click PWs that displays the pseudowires related to a Tunnel. T E P S ................................
Page 352: Modify Tunnel
Procedures Modify tunnel .................................................... Modify tunnel ............................................Click Access Identifier link to display the parameters as shown in Figure 5-66. Figure 5-66 Tunnel modification ............................................Table 5-41 “Tunnel management - modify” provides description of Tunnel Management parameters: .................................................... 5 - 88 8DG08763KAAA Issue 1 February 2009...
Page 353: Tunnel Management - Modify
Procedures Modify tunnel .................................................... Table 5-41 Tunnel management - modify Parameter Description Tunnel Panel Description Access Identifier Specifies the AID of LSP Tunnel Access Control Domain This is LOCAL or Control Plane Identifier Specifies the Tunnel Identifier Description Specifies the Tunnel Description Direction Specifies the LSP Tunnel path topology (BIDIR/UNIDIR)
Page 354 Procedures Modify tunnel .................................................... Parameter Description Hop List ID Specifies the Path Hoplist Identifier assigned for the LSP Tunnel routing inside network domains Current Protection Type Specifies the Path protection type assigned by user in the Control Plane Layer Type Specifies the Layer type for the LSP Tunnel.
Page 355 Procedures Modify tunnel .................................................... Parameter Description Computed Hop List Specifies the Computed hoplist index of Tunnel instance path to destination Restored Hop List Specifies the Hoplist index of Tunnel instance path to destination used for connection restoration after restarts. It is in the range [0- 4294967295] Total Up Time Specifies the total Tunnel up time aggregated for...
Page 356 Procedures Modify tunnel .................................................... Parameter Description Direction Specifies the Tunnel Segment Direction (BIDIR or UNIDIRIN or UNIDIROUT) User Name Specifies the Tunnel Segment User name In Label Specifies the expected Label for incoming segment associated to Sink Tunnel Segment. This parameter is not relevant if DIR=UNIDIROUT.
Page 357 Procedures Modify tunnel .................................................... Figure 5-67 MPLS port - select ............................................Select the radio button to choose the MPLS Port Access Identifier and click Apply & Exit............................................Click Cancel to return to the previous panel............................................Click Select to choose the PHB Profile as shown in Figure 5-68.
Page 358 Procedures Modify tunnel .................................................... Figure 5-69 ASAP selection window ............................................Select the Alarm Profile from the ASAP SELECTION list and click Send............................................Click Cancel to return to the previous panel............................................Click Select to choose the L2 Encapsulation Profile as shown in Figure 5-70.
Page 359: Operation And Maintenance Parameters
Procedures Modify tunnel .................................................... Table 5-42 Operation and maintenance parameters Parameter Description Specifies the Maintenance Entity Point. For enabling MEP function, the direction of MEP is according to the direction of Tunnel Segment. The values are ENABLE or DISABLE MEG ID Specifies the Maintenance Entity Group Identifier.
Page 360 Procedures Modify tunnel .................................................... Figure 5-71 OAM PHB profile - select ............................................Select OAM PHB Profile radio button from the list and click Apply & Exit to choose and return to the previous panel............................................Click Save to store the all the settings and return to the previous page............................................
Page 361 Procedures Modify tunnel .................................................... Figure 5-72 Bidir head/tail tunnel properties/modification (management plane) For the parameter descriptions of the BiDir Head/Tail Tunnel Properties (Management Plane), refer to Tunnel Modification “Modify tunnel” (p. 5-88)..................................................... 5 - 9 7 8DG08763KAAA Issue 1 February 2009...
Page 362 Procedures Modify tunnel .................................................... Figure 1. Bidir transit tunnel properties/modification (management plane) For the parameter descriptions of the BiDir Transit Tunnel Properties (Management Plane), refer to Tunnel Modification, “Modify tunnel” (p. 5-88). T E P S ..................................................................................5 - 98 8DG08763KAAA Issue 1 February 2009...
Page 363: Create Transit Tunnel
Procedures Create transit tunnel .................................................... Create transit tunnel Purpose Use this procedure to create a new Transit Tunnel............................................Select Create Transit Tunnel from the Tunnel Management panel as shown in Figure 5-73. Figure 5-73 Tunnel segment - from and to ............................................
Page 364 Procedures Create transit tunnel .................................................... Figure 5-74 MPLS port - select ............................................Select the radio button to choose the MPLS Port Access Identifier and click Apply & Exit............................................Click Cancel to return to the previous panel. – Direction - Specifies the Tunnel Segment Direction (BIDIR or UNIDIRIN or UNIDIROUT) –...
Page 365 Procedures Create transit tunnel .................................................... Figure 5-75 PHB profile - select ............................................Select the radio button to choose the PHB Profile and click Apply & Exit............................................Click Cancel to return to the previous panel. – Alarm Profile - Specifies the Alarm Severity Assignment Profile (ASAP) name to use with this Tunnel Segment ............................................
Page 366 Procedures Create transit tunnel .................................................... – L2 Encapsulation Profile - Specifies the L2 Encapsulation profile AID to be used in case of mapping of MPLS over Ethernet when a switched network is present. This parameter is relevant only if port parameter refers to Local MPLS Interface ............................................
Page 367: Pseudowire Management Procedure
Procedures Pseudowire management procedure .................................................... Pseudowire management procedure Purpose Use the following procedure to manage Transit and Head/Tail Pseudowiers ............................................Select (T)MPLS -> PseudoWire Management from the menu bar as shown in Figure 5-78. Figure 5-78 Pseudowire management ............................................Select ALL or SHELF 1-1 from the Pseudowire Resource drop-down list box to filter the pesudowire information.
Page 368: Pseudowire Management - Search Parameters
Procedures Pseudowire management procedure .................................................... Figure 5-79 Pseudowire management - search ............................................After executing the Search operation, Table 5-43 “Pseudowire management - Search parameters” provides the description of Pseudowire Management tab parameters: Table 5-43 Pseudowire management - Search parameters Parameter Description Access Identifier Specifies the Pseudowire identifier...
Page 369: Modify Pseudowire
Procedures Modify Pseudowire .................................................... Modify Pseudowire ............................................Click any Access Identifier link from the values displayed after filtering. The following is displayed as shown in Figure 5-80. Figure 5-80 Pseudowire properties/modification ............................................Table 5-44 “Pseudowire panel parameters” provides the description of Pseudowire/Pseudowire Segment panel parameters: Table 5-44 Pseudowire panel parameters Parameter...
Page 370 Procedures Modify Pseudowire .................................................... Parameter Description VT Head Specifies pointer to head Virtual Transport VT Tail Specifies pointer to tail Virtual Transport Operative Status Specifies the Pseudowire operative status. The values are UP/DOWN TD ID Specifies the Traffic Descriptor Identifier for the assigned bandwidth profile to the Pseudowire Pseudowire Segment Description...
Page 371 Procedures Modify Pseudowire ..............................................................................................Click Save to apply the previous selection and return to Figure 5-79. T E P S ..................................................................................5 - 1 0 7 8DG08763KAAA Issue 1 February 2009...
Page 372: Create Head/Tail Pseudowire
Procedures Create head/tail pseudowire .................................................... Create head/tail pseudowire Purpose Use this procedure to manage a new Head/Tail Pseudowire............................................Select (T)MPLS -> PseudoWire Management from the menu bar as shown in Figure 5-81............................................Click Create Head/Tail Pseudowire to configure and new Head/Tail Pseudowire as shown in Figure 5-81.
Page 373 Procedures Create head/tail pseudowire .................................................... Parameter Description User Name Specifies the Pseudowire Segment User name Out Label Specifies transmitted Label for outgoing segment associated to Source Pseudowire Segment. The parameter is not relevant if DIR=UNIDIRIN. The label value must be unique in the system.
Page 374 Procedures Create head/tail pseudowire .................................................... Figure 5-83 PHB profile - select ............................................Select the radio button to choose the PHB Profile and click Apply & Exit............................................Click Cancel to return to the previous panel............................................Click Select to choose the L2 Encapsulation Profile as shown in Figure 5-84.
Page 375: Create Transit Pseudowire
Procedures Create transit pseudowire .................................................... Create transit pseudowire Purpose Use this procedure to create a new Transit Pseudowire............................................Select Create Transit Pseudowire from the Tunnel Management panel as shown in Figure 5-85. Figure 5-85 Pseudowire segment from - to ............................................
Page 376 Procedures Create transit pseudowire .................................................... Parameter Description Out Label Specifies transmitted Label for outgoing segment associated to Source Pseudowire Segment. The parameter is not relevant if DIR=UNIDIRIN. The label value must be unique in the system. The valid range is 1024-1048575 PHB Profile Specifies the AID of PHB Profile resource Primary State...
Page 377 Procedures Create transit pseudowire .................................................... Figure 5-87 PHB profile - select ............................................Select the radio button to choose the PHB Profile and click Apply & Exit............................................Click Cancel to return to the previous panel............................................Click Select to choose the L2 Encapsulation Profile as shown in Figure 5-88.
Page 378 Procedures Create transit pseudowire ..............................................................................................Click Cancel to revoke all the changes and return to Figure 5-79. T E P S ..................................................................................5 - 11 4 8DG08763KAAA Issue 1 February 2009...
Page 379: Ethernet Services
Procedures Create transit pseudowire .................................................... Ethernet services Carrier Ethernet Services are connectivity services based on Ethernet User Network Interfaces (UNI) and packet formats. They are proposed as an alternative to traditional leased line services as well as layer 3 services (IP/MPLS) services, such as Virtual Private Networks (VPN). The target of these services is to allow the service providers to migrate their customers toward a packet optimized network, to provision services much faster and with far greater bandwidth flexibility.
Page 380: Create Evpl Service
Procedures Create EVPL service .................................................... Create EVPL service Purpose Use this procedure to create the EVPL Service............................................Select (T)MPLS -> Ethernet Services XC -> EVPL from the menu bar as shown in Figure 5-89. Figure 5-89 EVPL service ............................................Click the check-box to select the previously created EVPL Services.
Page 381: Evpl Service Parameters
Procedures Create EVPL service .................................................... Figure 5-90 EVPL service - create ............................................Table 5-47, “EVPL service parameters” (p. 5-117) provides the description of Create EVPL service parameters. Table 5-47 EVPL service parameters Parameter Description Topology Specifies the topology to establish the service. The values are: UNI-NNI and NNI-UNI Transport link (PW) Ingress...
Page 382 Procedures Create EVPL service .................................................... Parameter Description Policing mode Refers to the policing of the incoming ETS tarffic. The values are disabled, color blind, or color aware Color profile Specifies the association between incoming EVPL priorities and forwarded frames coloring VLAN pop If enabled, it pops out the EVPL shim fields of the ethernet frame...
Page 383: Create Evplan Service
Procedures Create EVPLAN service .................................................... Create EVPLAN service Purpose Use this procedure to create the EVPLAN Service............................................Select (T)MPLS -> Ethernet Services XC -> EVPLAN from the menu bar as shown in Figure 5-91. Figure 5-91 EVPL service ............................................Click the check-box to select the previously created EVPLAN Services.
Page 384: Evplan Service Parameters
Procedures Create EVPLAN service .................................................... Figure 5-92 EVPLAN service - create ............................................Table 5-48, “EVPLAN service parameters” (p. 5-120) provides the description of Create EVPLAN service parameters. Table 5-48 EVPLAN service parameters Parameter Description Topology Specifies the topology to establish the service.The values are: UNI-NNI and NNI-UNI E-LAN service Specifies the E-LAN service to be established...
Page 385 Procedures Create EVPLAN service .................................................... Parameter Description Layer 2 control frames (0x) Specifies the protocol frames that can accede the port Policing mode Refers to the policing of the incoming ETS tarffic. The values are disabled, color blind, or color aware Color profile Specifies the association between incoming EVPL priorities and forwarded frames coloring...
Page 386: Create E-Lan Service
Procedures Create E-LAN service .................................................... Create E-LAN service Purpose Use this procedure to create new E-LAN service............................................Select Data -> E-LAN Service Mgnt menu option as shown in Figure 5-93. Figure 5-93 E-lan service ............................................Enter the range in the From and To entry boxes and click view............................................
Page 387 Procedures Create E-LAN service .................................................... Figure 5-94 E-lan service - configuration ............................................Table 5-49, “E-lan service - configuration” (p. 5-123) provides the description of configuration panel parameters. Table 5-49 E-lan service - configuration Parameter Description Service # Specifies the number for the service Mac Learning Specifies the Mac learning for the service.
Page 388: Configure J0 Byte (Neighbor Discovery)
Procedures Configure J0 byte (Neighbor discovery) .................................................... Configure J0 byte (Neighbor discovery) Purpose This system is capable to automatically discover the physical links that connects a NE with its neighbor. This is acheived via J0 mechanism. It is possible to enable/disable the neighbor discovery using J0 mechanism. The J0 byte is present in the Regenerator Section Overhead (RSOH) of the STM frame and is used to find the section TRACE message from the neighbor node.
Page 389: Ne Ip Address Setting
Procedures Overview .................................................... NE IP address setting Overview Purpose of this paragraph is to describe procedures needed to set the correct NE IP address. Necessary Tools For the these procedures the following tools are necessary: Table 5-50 Necessary tools Item description Feature P/N or Suggested ETH cable...
Page 390: Ne Ip Address Setting Procedure
Procedures NE IP address setting procedure .................................................... NE IP address setting procedure Purpose This procedure can be carried out when the NE cannot be accessed, due to NE IP address absence............................................Click on the “Local Area Connection” icon usually placed in the lower right corner of the task bar and the configuration window on the right appears.
Page 391 Procedures NE IP address setting procedure ..............................................................................................Click on the “Properties” button and the “Local Area Connection Properties” window on the right appears. Select the “Internet Protocol (TCP/IP)” item............................................Click on the “Properties” button and the “Internet Protocol (TCP/IP) Properties” window appears.
Page 392 Procedures NE IP address setting procedure .................................................... (i.e. “Obtain an IP address automatically” and “Obtain DNS server address automatically”)............................................Click on OK button in order to apply the changes............................................Connect the console using the LAN cable (see Table 5-50 “Necessary tools”) to MT320 unit as shown in the following picture.
Page 393 Procedures NE IP address setting procedure .................................................... Figure 5-96 Connection to the interface ............................................Now the PC obtains the IP address from NE (default address 10.0.0.2) ............................................The NE is reachable with the IP address 10.0.0.1 ............................................Open the Internet browser as described in “Start-up of the craft terminal application”...
Page 394 Procedures NE IP address setting procedure ......................................................................................................5 - 13 0 8DG08763KAAA Issue 1 February 2009...
Page 395: Appendix
Appendix Contents This section describes the following topics: General facility access identifier format: General timing reference access identifier format: General equipment access identifier format: General profile AID format 6-13 Facility condition types 6-24 Transient condition types 6-45 Command parser error codes 6-49 Facility state transitions 6-95...
Page 396: Appendix A: Access Identifiers
Appendix Appendix A: Access identifiers .................................................... Appendix A: Access identifiers Description Appendix A contians the information about different Access Identifier formats such as: “General facility access identifier format:” (p. 6-3) • “General timing reference access identifier format:” (p. 6-4) • “General equipment access identifier format:”...
Page 397: General Facility Access Identifier Format
Appendix General facility access identifier format: .................................................... General facility access identifier format: Description The general forms of the Input/Output (I/O) facilities are listed in the following requirements, where: optional fields are enclosed in parentheses, • facility = the facility type •...
Page 398: General Timing Reference Access Identifier Format
Appendix General timing reference access identifier format: .................................................... General timing reference access identifier format: Description The syntax for NE External Input Timing Port Access identifiers in TL1 commands, responses, or messages is: BITS-bay#-shelf#-port#, where: bay# = the number of bay within the system. •...
Page 399: General Equipment Access Identifier Format
Appendix General equipment access identifier format: .................................................... General equipment access identifier format: Description The syntax for equipment identifiers (i.e., equipment Access Identifiers) in TL1 commands, responses, or messages is: Equipment name-bay#-shelf#-slot#-(PIM#/SFP/XFP#)-(SFP/XFP#), where: equipment name = the circuit pack mnemonic/name • bay# = the number of the bay within the system.
Page 400: The Access Identifier For An Stm-64 Facility Is
Appendix General equipment access identifier format: .................................................... Table 6-4 The Access Identifier for an STM-64 facility is: STM64-{1-7}-{1-9}-{2-9,12-19,21-36}-1 STM-64 STM64AU4-{1-7}-{1-9}-{2-9,12-19,21-36}-1-{1-64} AU4 embedded within an STM64 STM64AU44C-{1-7}-{1-9}-{2-9,12-19,21-36}-1- AU4-4c embedded within an STM64 {1,5,9,13,17,21,25,33,37,41,45,49,53,57,61} STM64AU416C-{1-7}-{1-9}-{2-9,12-19,21-36}-1- AU4-16c embedded within an {1,17,33,49} STM64 STM64AU464C-{1-7}-{1-9}-{2-9,12-19,21-36}-1-1 AU4-64c embedded within an STM64 The following refer to Virtual Concatenation Group and their embedded entities...
Page 401: The Access Identifier For The Stm4 Ffp Is
Appendix General equipment access identifier format: .................................................... Table 6-11 The Access Identifier for the STM4 FFP is: FFPSTM4-{1-7}-{1-9}-{2-9,12-19,21-36}- STM4 Facility Protection Group {1-8} Table 6-12 The Access Identifier for the STM16 FFP is: FFPSTM16-{1-7}-{1-9}-{2-9,12-19,21-36}- STM16 Facility Protection Group on a 2G5SO {1-4} Table 6-13 The Access Identifier for the STM64 FFP is: FFPSTM64-{1-7}-{1-9}-{2-9,12-19,21-36}-1...
Page 402: The Access Identifier For The Shelf Is
Appendix General equipment access identifier format: .................................................... Packet and TDM equipment access identifiers Table 6-21 The Access Identifier for the shelf is: SHELF-{1-7}-{1-9} Shelf Table 6-22 The Access Identifier for the Equipment Controller is: EC320-{1-7}-{1-9}-{1,20} Equipment Controller Card TSS-320/160 EC320-{1-7}-{1-9}-{20} Equipment Controller Card- Secondary-Protecting TSS-320/160 Table 6-23...
Page 403: The Access Identifier For The Sfp On 8Xso Modules Is
Appendix General equipment access identifier format: .................................................... Table 6-31 The Access Identifier for the SFP on 8XSO modules is: SFP-{1-7}-{1-9}-{2-9,12-19,21-36}-{1-8} SFP on 8XSO modules Table 6-32 The Access Identifier for the TBUS is: TBUS-{1-7}-{1-9}-{42,43} ISPB Termination Bus Table 6-33 AID for DWDM Mux/Demux 8 channels L1 band without S-band input/output is: OMDX8-{1-7}-{1-9}-{6-9,12-15} DWDM MUX/DEMUX 8 channels...
Page 404: The Access Identifier For A Psuedowire Is
Appendix General equipment access identifier format: .................................................... Table 6-42 The Access Identifier for a Psuedowire is: PW-{1-7}-{1-9}-{1-64000} Pseudowire Table 6-43 The Access Identifier for a MPLS Traffic Descriptor is: MPLSTD-{1-10000} MPLS Traffic Descriptor Table 6-44 The Access Identifier for a PHB Profile is: PHBPROF-{1-16} PHB Profile Table 6-45 The access identifier for a user defined PHB profile is:...
Page 405: The Access Identifier Of The Default Osi Area Is
Appendix General equipment access identifier format: .................................................... Table 6-53 AID of the Level 1 routing that identifies a reachable Level 1 intermediate system is: L1ROU Level 1 Routing address Table 6-54 AID of the Level 2 routing that identifies a reachable Level 2 intermediate system is: L2ROU Level 2 Routing address...
Page 406: General Profile Aid Format
Appendix General profile AID format .................................................... General profile AID format Description The syntax for ASAP (Alarm Severity Assigned Profile) identifiers in TL1 commands or responses is: ASAP name-ASAP index#, where: ASAP name = the ASAP type mnemonic/name • ASAP index# = the number of the ASAP instance for that ASAP type. •...
Page 407: The Access Identifiers For The Thresholds Profiles Is
Appendix General profile AID format .................................................... ASAPODU2-{2-255} User defined ODU2 ASAP, where n is a theoretic limit ASAPOGPORT-{0-1} NULL and Factory DEFAULT OGPORT ASAP ASAPOGPORT-{2-255} User defined OGPORT ASAP, where n is a theoretic limit ASAPSECU-{0-1} NULL and Factory DEFAULT SECU ASAP ASAPSTM1-{0-1} NULL and Factory DEFAULT STM1 ASAP ASAPSTM1-{2-255}...
Page 408: The Access Identifier For Input Housekeeping Is
Appendix General profile AID format .................................................... THPVCG-{2-127} User defined VCG THP, where n is a theoretic limit THPSTM1-{0-1} NULL and Factory DEFAULT STM1 THP THPSTM1-{2-127} User defined STM1 THP, where n is a theoretic limit THPSTM4-{0-1} NULL and Factory DEFAULT STM4 THP THPSTM1-{2-127} User defined STM4 THP, where n is a theoretic limit...
Page 409: The Access Identifier For The Pm Global File Collection At The Remote File Server Is
Appendix General profile AID format .................................................... Table 6-66 The Access Identifier for the PM Global File collection at the Remote File Server is: RFSPMGLB Remote File Server PM Global file collection .................................................... 6 - 1 5 8DG08763KAAA Issue 1 February 2009...
Page 410: Appendix B Condition Types
Appendix Overview .................................................... Appendix B Condition types Overview Purpose This appendix provides a list of the equipment, facility, and common (no specific entity) condition types used in the product, along with the factory default notification codes (CRitical, MaJor, MiNor, Not-Alarmed, or Not-Reported) for each service effect setting (Service Affecting or Non-Service Affecting).
Page 411: Equipment Condition Types
Appendix Equipment Condition Types .................................................... Equipment Condition Types Description The following table shows the equipment condition types used in the system. The Access Identifier column identifies the type of equipment associated with each condition type. The factory default service affecting (SA) and non-service affecting (NSA) notification code setting for each condition type is shown in the Notification Code columns (a dash indicates that setting does not apply for that condition type).
Page 412 Appendix Equipment Condition Types .................................................... DBRESET DB reset after FLC Shelf restart and FLC-SLC communication is inhibited. Fuse alarm and service FAN320 is affected (i.e. power POW320 interruption). It is reported, for POW320, if a Fuse Broken information is received from both the POW320 Fuse alarm and service is not affected.
Page 413 Appendix Equipment Condition Types .................................................... HWFAIL Hardware error is 10GSO detected associated with a module. 2G5SO Protection is not 8XSO available and/or service EC320 is affected. FAN320 Hardware error is detected associated MT320 with a module. Service is not affected PSF320 Failure on HW and POW320...
Page 414 Appendix Equipment Condition Types .................................................... INIT Initialization, indicates Shelf that system initialization is currently in progress. LANFAIL Management LAN Shelf Failure Logical removal was EC320 performed on an FAN320 equipment module and MT320 protection is not PSF320 available Logical removal was performed on an equipment module and protection is available...
Page 415 Appendix Equipment Condition Types .................................................... MISC-1 Indicates that the slave MT320 CRU is not tracking the master CRU. NTPOOSY Network Time Protocol Shelf is enabled, but no NTP server is reachable. PRCDRER It is asserted against a 10GSO non compatible module inserted into a shelf and 2G5SO action is SA (that is, a...
Page 416 Appendix Equipment Condition Types .................................................... RAIDSYN The backup FLC disk is EC320 being synchronized to the working FLC by the RAID system. EC320 protection switching is not available SLTMSIG Indicates that a CRU MT320 has detected that an external reference frequency has moved off the required accuracy limits.
Page 417: Facility Condition Types
Appendix Facility condition types .................................................... Facility condition types Description The following table shows the facility condition types used in the system. The Access Identifier column identifies the type of facility associated with each condition type. The factory default service affecting (SA) and non-service affecting (NSA) notification code setting for each condition type is shown in the Notification Code columns (a dash indicates that setting does not apply for that condition type).
Page 418 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier AIS-V Signal, not (TRM or ACT or BUSY) OR (Protected AND Protection Available) APSB APS Protection Byte STMn Failure detected. This condition is set when the default code is detected on the incoming K-bytes.
Page 419 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier APSCNMIS APS Condition, STMn Connection Mismatch. This condition is set when a Node identifier mismatch in K bytes is detected. EBER Excessive Bit error STMn rate Excessive Bit error...
Page 420 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier FRCDWKS Working entity forced to switch back to ATMVCn working. MVCn Working entity forced to switch back to VCGVCn working. FRCDWKS Working entity forced to switch to protection.
Page 421 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier Local Fault Indicator Egress, (not Protected or Protection not Available) LOCKOUT Lock out of Protection OFPR facility. ATMVCn MVCn VCGVCn Loss of Frame STMn Loss of Frame, (TRM) AND (not Protected or Protection not...
Page 422 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier LOM-P Loss of Multiframe, MVCn (not Protected or Protection not available) Loss of Multiframe, (Protected AND Protection available) LOP-P Loss of Pointer, (TRM or ACT or BUSY) AND (not Protected or Protection not available)
Page 423 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier Loss of Optical Signal, STMn Loss of Signal, Loss of Signal, not (TRM) AND (not Protected or Protection not available) Indicates that a CRU has detected a Loss of signal for a dedicated BITS facility...
Page 424 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier GBE Manually taken out of service while it STMn has service affecting condition. Manually Taken out of service, (not Protected OR Protection not ATMVCn available) MVCn Manually Taken out of...
Page 425 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier MANWKS Manual Switch of Service from ATMVCn Protection back to MVCn Working facility. VCGVCn MANWKS Manual Switch of Service from Working to Protection Facility. OSINLCPL OSINLCP Line DCC STMn...
Page 426 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier PMGLBINP INPREP, PM Global File Collection PMGLBRE READY, PM Global File Collection PMGLBFT FTRUNNING state, PM Global File Collection Remote Failure STMn Indication on Line Remote Failure Indication on HO path ATMVCn...
Page 427 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier Bit error rate is greater than or equal to ATMVCn provisioned threshold, MVCn (TRM or ACT or BUSY) AND (not Protected or Protection STMn not available).
Page 428 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier SSF-P Server Signal Failure on HO Path, TRMT (not Protected or Protection not available). Server Signal Failure on HO Path, TRMT (Protected AND Protection Available). SSF-V Server Signal Failure on LO Path, RCV (not...
Page 429 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-ES-PCS- TCA 1DAY - Errored GBE10 1DAY Seconds - PCS (TRMT) T-ES-PCS- TCA 15 MIN - Errored 15-MIN Seconds - PCS (TRMT) T-SES-PCS- TCA 1DAY - Severely 1DAY Errored Seconds - PCS GBE10...
Page 430 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-ES-ODU- TCA 1DAY - Errored ODU2 1DAY Seconds - ODUk T-ES-ODU- TCA 15-MIN - ODU2 15-MIN Errored Seconds - ODUk T-SES- TCA 1DAY - Severely ODU2 OTU-1- Errored Seconds -...
Page 431 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-ES-RS-1- TCA 1DAY Errored STMn Seconds, Regenerator Section (RCV) TCA 1DAY Errored Seconds, Regenerator Section (TRMT) T-ES-RS- TCA 15-MIN Errored STMn 15-MIN Seconds, Regenerator Section (RCV) TCA 15-MIN Errored Seconds, Regenerator...
Page 432 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-BBE-RS- TCA 15-MIN STMn 15-MIN Background Block Errors, Regenerator Section (RCV) TCA 15-MIN Background Block Errors, Regenerator Section (TRMT) T-ES-MS-1- TCA 1DAY Errored STMn Seconds, Multiplex Section T-ES-MS-...
Page 433 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-ES- TCA 15-MIN Errored HOVC-15- Seconds, Higher Order ATMMVC VC path (RCV) MVCn VCGVCn TCA 15-MIN Errored Seconds, Higher Order VC path (TRMT) T-SES- TCA 1DAY Severely HOVC-1- Errored Seconds,...
Page 434 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-BBE- TCA 15-MIN HOVC-15- Background Block ATMMVC Errors, Higher Order VC path (RCV) MVCn VCGVCn TCA 15-MIN Background Block Errors, Higher Order VC path (TRMT) UAT-MS Unavailable Time, STMn...
Page 435 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier URU-O Underlying Resource STMn is Unavailable on OS URU-S Underlying Resource STMn is Unavailable on Section URU-V Underlying Resource is Unavailable on Lower Order path URU-P Underlying Resource MVCn...
Page 436 Appendix Facility condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier VCSQM Sequence Number VCGVCn Mismatch on a path facility that is a member of a VCG. Always non-service affecting. WKSWBK (Automatic) Switch of Service from ATMVCn Protection back to MVCn...
Page 437: Transient Condition Types
Appendix Transient condition types .................................................... Transient condition types Description The following table shows the transient condition types used in the system. For these condition types, the notification codes are fixed. Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-BBE- Indicates a BBE-ODU...
Page 438 Appendix Transient condition types .................................................... Service Condition Condition Notification Access Type Code Effect Effect Description Identifier T-ES-PCS Indicates a ES-PCS Threshold Crossing GBE10 was detected T-ES-PCST Indicates a ES-PCS Threshold Crossing GBE10 was detected T-EST Indicates a ES-S STM64 Threshold Crossing was detected T-SEFS- Indicates a SEFS-PCS...
Page 439: Appendix C Error Codes
Appendix Overview .................................................... Appendix C Error codes Overview Purpose This appendix contains an alphabetized list of the Error Codes used in an unsuccessful response message and referenced in this I/O manual and its related reference documents. Chapter C.1 on page 442 contains the complete list of the Error Codes used in an unsuccessful response message by the system.
Page 440 Appendix Error code mnemonics .................................................... Mnemonic Meaning IPNV Input, Parameter Not Valid PIUI Privilege, Illegal User Identity RENI Resource, Exceeded supported Number of profile Instances SAAL Status, Already ALlowed SADC Status, Already DisConnected SAIN Status, Already INhibited SAIS Status, Already In Service SAOP Status, Already OPerated SAOS...
Page 441: Command Parser Error Codes
Appendix Command parser error codes .................................................... Command parser error codes Description Below is the alphabetical order list of the Error Codes, and associated Informational_Error_Description_Text, used in an unsuccessful response message by the system when a command cannot be successfully parsed by the system's Command Parser. Table 6-68 Command Parser Error Codes Command Parser Meaning...
Page 442: Appendix D Monitored Pm Parameters
Appendix Overview .................................................... Appendix D Monitored PM parameters Overview Purpose This appendix provides a list and description of the facility performance monitoring parameters supported in this product, along with the factory default threshold crossing alert level for each parameter. Most facility performance monitoring parameters (MONTYPE PARAMETERS) are capable of generating a transient Threshold Crossing Alert (TCA) at a configurable threshold count level.
Page 443: Monitored Types
Appendix Monitored types .................................................... Monitored types Description GBE Section near end PM parameters Threshold Level 15-MIN REGISTER 1-DAY REGISTER MONTYPE Factory Factory PARAMETER DEFINITIONS Maximum Default Maximum Default CVS-PCS Code Violations - 1500 1000,200 100000 10000 Near End PCS ES-PCS Errored Seconds - 25,5 65535...
Page 444 Appendix Monitored types .................................................... Threshold Level 15-MIN REGISTER 1-DAY REGISTER MONTYPE Factory Factory PARAMETER DEFINITIONS Maximum Default Maximum Default EINF Ethernet Incoming No TCA No TCA Number of Frames EOFE Ethernet Outgoing Frames 10,2 with Errors EONB Ethernet Outgoing No TCA No TCA Number of Bytes EONF...
Page 445 Appendix Monitored types .................................................... STM1 Line far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-MS Background 172799100 24000,200 4294967295 36000 Block Errors - Near End Multiplex Section ES-MS Error Second 50,5 86400 - Near End...
Page 446 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-RS Error Second 50,5 86400 - Near End Regenerator Section OFS-RS Out of Frame 900,0 86400 86400 Seconds - Near End Regenerator Section SES-RS...
Page 447 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default UAS-MS Unavailable No TCA No TCA No TCA No TCA Seconds - Near End Multiplex Section STM4 Line far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER...
Page 448 Appendix Monitored types .................................................... STM4 Section near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-RS Background 7199100 24000,200 691113600 36000 Block Errors - Near End Regenerator Section ES-RS Error Second 50,5 86400 - Near End...
Page 449 Appendix Monitored types .................................................... STM16 Line near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-MS Background 2764799100 384000,3200 4294967295 576000 Block Errors - Near End Multiplex Section ES-MS Error Second 50,5 86400 - Near End...
Page 450 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-MS Error Second 50,5 86400 - Far End Multiplex Section SES-MS Severely 10,0 77760 Errored Second - Far Multiplex Section UAS-MS Unavailable No TCA No TCA...
Page 451 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default SES-RS Severely 10,0 77760 Errored Second - Near End Regenerator Section UAS-RS Unavailable No TCA No TCA No TCA No TCA Seconds - Near End Regenerator...
Page 452 Appendix Monitored types .................................................... STM64 Line far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-MS Background 4294967295 1536000,128 4294967295 2304000 Block Errors - Far End Multiplex Section ES-MS Error Second 50,5 86400 - Far End...
Page 453 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-RS Error Second 50,5 86400 - Near End Regenerator Section OFS-RS Out of Frame 900,0 86400 86400 Seconds - Near End Regenerator Section SES-RS...
Page 454 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default PJEN- Negative HOVC Pointer Justification Events - Near End Higher Order VC Path PJEP-HOVC Positive Pointer Justification Events - Near End Higher Order VC Path SES-HOVC...
Page 455 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-HOVC Error Second 180,20 86400 1500 - Far End Higher Order VC Path SES-HOVC Severely 15,0 77760 Error Second - Far End Higher Order VC Path UAS-HOVC...
Page 456 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE- Background No TCA No TCA No TCA No TCA HOVC-IN Block Errors Bidirectional Far End Higher Order VC Path Ingress BBE- Background No TCA...
Page 457 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default SES-HOVC- Severely No TCA No TCA No TCA No TCA Error Second Bidirectional Far End Higher Order VC Path Egress SES-HOVC- Severely No TCA No TCA...
Page 458 Appendix Monitored types .................................................... VC44C Path near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Near End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 459 Appendix Monitored types .................................................... VC44C Path far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Far End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 460 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE- Background No TCA No TCA No TCA No TCA HOVC-FE Block Errors Bidirectional Higher Order VC Far End BBE- Background No TCA No TCA No TCA...
Page 461 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-HOVC- Error Second No TCA No TCA No TCA No TCA Bidirectional Higher Order VC Near End SES-HOVC- Severely No TCA No TCA No TCA No TCA...
Page 462 Appendix Monitored types .................................................... VC416C Path near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Near End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 463 Appendix Monitored types .................................................... VC416C Path far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Far End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 464 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE- Background No TCA No TCA No TCA No TCA HOVC-FE Block Errors Bidirectional Higher Order VC Far End BBE- Background No TCA No TCA No TCA...
Page 465 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-HOVC- Error Second No TCA No TCA No TCA No TCA Bidirectional Higher Order VC Near End SES-HOVC- Severely No TCA No TCA No TCA No TCA...
Page 466 Appendix Monitored types .................................................... VC464C Path near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Near End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 467 Appendix Monitored types .................................................... VC464C Path far end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE-HOVC Background 7199100 36000,200 691113600 48000 Block Errors - Far End Higher Order VC Path ES-HOVC Error Second 180,20...
Page 468 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default BBE- Background No TCA No TCA No TCA No TCA HOVC-FE Block Errors Bidirectional Higher Order VC Far End BBE- Background No TCA No TCA No TCA...
Page 469 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default ES-HOVC- Error Second No TCA No TCA No TCA No TCA Bidirectional Higher Order VC Near End SES-HOVC- Severely No TCA No TCA No TCA No TCA...
Page 470 Appendix Monitored types .................................................... MAU Section near end PM parameters THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default CVS-PCS Code 1500 1000,200 100000 10000 Violations - Near End ES-PCS Errored 25,5 65535 Seconds - Near End Section EFS-PCS...
Page 471 Appendix Monitored types .................................................... THRESHOLD LEVEL 15-MIN REGISTER 1-DAY REGISTER MONTYPE PARAMETE FACTORY Factory DEFINITION MAXIMUM DEFAULT MAXIMUM Default EINF Ethernet No TCA No TCA Incoming Number of Frames EOFE Ethernet 10,2 Outgoing Frames with Errors .................................................... 6 - 7 7 8DG08763KAAA Issue 1 February 2009...
Page 472: Appendix E State Transitions
Appendix Equipment state transitions .................................................... Appendix E State transitions Equipment state transitions Description Figure 6-1 Single-Slot board plugged in Four-Slot provisioned domain 4-slot Card Provisioning 1-Slot Card Plugging in 1-Slot Card Plugging in 1-Slot Card Plugging in 1-Slot Card Plugging in TL slot TR slot BL slot...
Page 473 Appendix Equipment state transitions .................................................... Figure 6-3 Two-Slot board plugged in Four-Slot provisioned domain 4-slot Card Provisioning 2-Slot Vertical Card 2-Slot Vertical Card Plugging in TL + BL slot Plugging in TR + BR slot Legenda: TL = Top Left slot TR = Top Right slot BL = Bottom Left slot BR = Bottom Right slot...
Page 474 Appendix Equipment state transitions .................................................... Figure 6-5 Four-Slot board plugged over Two-Slot provisioned domain Two-slot Card 4-slot Card Plugging 4-slot Card Plugging Provisioning Over 2-slot Over 2-slot Provisioned (case A) Provisioned (case B) Legenda: T = Top Slot TL = Top Left Slot TR = Top Right Slot B = Bottom Slot BL = Bottom Left Slot...
Page 475: Firmware And Software Version Package/Device Information Identification
Appendix Equipment state transitions .................................................... Figure 6-7 Main Shelf access identifier assignment procedure ENT AID-Shelf [ShelfRole, ShelfID, ShelfWdmRole] Deny <ShelfRole> Command = Main? Deny <HW preset Role> Command = Main? (*) Deny <HW preset ID> Command = <ShelfID>? (*) AID-Shelf of Main-Shelf -> Assigned AID-Shelf ->...
Page 476 Appendix Equipment state transitions .................................................... Circuit Pack Versioned Versioned Versioned AID Prefix Software Logic Devices Optical Devices EC320 FLC_APPL_S BASTET4G_FPGA W [2] 8XSO FERMAT_FPGA 2G5SO FERMAT_FPGA 10GSO FERMAT_FPGA JAKE_FPGA OT2TDM FIBONACCI_FPGA SMERALDO_FPGA ZIRCONE_FPGA TOH_FPGA Note: The MT320 card loads either TDM_SLC_APPL_SW or DWDM_SLC_APPL_SW depending on whether the MT320 is in a SWTCH Shelf.
Page 477 Appendix Equipment state transitions .................................................... Figure 6-9 State diagram for MT320 (slot 10 and 11) .................................................... 6 - 8 3 8DG08763KAAA Issue 1 February 2009...
Page 478 Appendix Equipment state transitions .................................................... Figure 6-10 State diagram for mandatory EC320 (slot 1) in unprotected mode Figure 6-11 State diagram for mandatory EC320 (slot 1) in duplex mode Note: (It can be in any “GREY” state on Protection slot 20 provisioning: other possible states are created respect to Unprotected State Machine) ....................................................
Page 479 Appendix Equipment state transitions .................................................... Figure 6-12 Protection EC320 (slot 20) equipment state transitions Figure 6-13 IOC equipment state transitions .................................................... 6 - 8 5 8DG08763KAAA Issue 1 February 2009...
Page 480: Matrix/Slc Controller Leds
Appendix Equipment state transitions .................................................... Figure 6-14 FAN and PWR equipment state transitions Figure 6-15 Shelf equipment state transition Table 6-70 Matrix/SLC Controller LEDs Meaning Color LED 1 Card Not Equipped or Switched OFF Card Equipped and not provisioned or Card out of service (if applicable) FPGA download Amber Blink...
Page 481: Power Supply Module Leds
Appendix Equipment state transitions .................................................... Meaning Color LED 2 EPS Configured – Card Active Green EPS Configured – Card Stand-by Amber EPS Configured but not available Amber Blink EPS not configured Switched OFF Table 6-71 Power Supply Module LEDs Meaning Color LED 1 Card in service - Battery on...
Page 482: Alcatel-Lucent 1850 Tss-320/160 Omd Eeprom Data Layout
Appendix Equipment state transitions .................................................... Table 6-73 Alcatel-Lucent 1850 TSS-320/160 OMD EEPROM Data Layout Size Size Data [bytes [bytes Data Field Address Range Type ALA Format_22 Remote Inventory Data (incl. 0x000 – 0x07F ASCII Checksum) & binary Average MUX Insertion Loss 0x080 –...
Page 483: Ot10G Xfp Module Remote Inventory Mnemonic Field Values
Appendix Equipment state transitions .................................................... Mandatory Field Meaning Position Length (Bytes) Code Optional Unit mnemonic ASCII O (note 1) CLEI code 7-11 ASCII Unit part number + ICS 12-18 ASCII Software part number + ICS 19-25 ASCII Factory identifier 26-27 ASCII Serial number 28-35...
Page 484: Ot 10G Xfp Module And 10G Xfp-E Module Identifiers And Characteristics
Appendix Equipment state transitions .................................................... Table 6-77 OT 10G XFP Module and 10G XFP-E Module Identifiers and Characteristics PROVISIONED -TYPE VALUE / Remote (nm)/Opt Inventory Signal ical Module XFP Module Mnemonic Protocols Part Reach Usable Description Number (Acronym) (km) Handled With XFP GBE10 1AB2145400...
Page 485: Primary Equipment States
Appendix Equipment state transitions .................................................... PROVISIONED -TYPE VALUE / Remote (nm)/Opt Inventory Signal ical Module XFP Module Mnemonic Protocols Part Reach Usable Description Number (Acronym) (km) Handled With XFP S64- 1AB2172800 XS-642 / 1550/40 STM-64 IR-2; 1P10GSO 2B/GBE10 (with XFP XS-64.2 S-64.2b;...
Page 486: Mapping Between Xfp Module Mnemonics And Tl1 Provisoned Type Values
Appendix Equipment state transitions .................................................... OOS-MA Out_Of_Service-Management: the entity is intentionally suspended by external management command (from an OS or craft interface) from performing its provisioned functions, but the entity may still be operationally capable of performing its provisioned functions. Table 6-79 Mapping Between XFP Module Mnemonics and TL1 PROVISONED TYPE Values Description...
Page 487: Facility State Transitions
Appendix Facility state transitions .................................................... Facility state transitions Description Provisioning and terminating states of STMn and its VCn embedded facilities Figure 6-16 Provisioning and terminating states of STMn and its VCn embedded facilities Provisioning and terminating states of VCnC inside a GBE port VCG Figure 6-17 GBE Facility state transition model State transition of STM-n ....................................................
Page 488 Appendix Facility state transitions .................................................... Figure 6-18 Line facility (STMn) provisioning state transitions Other Secondary States 1. SDEE shall be set when supported facilities are created. 2. SGEO shall be set when the supporting IOC is OOS for any reason; SGEO shall clear FAF while set 3.
Page 489 Appendix Facility state transitions .................................................... SGEO shall be set when the supporting IOC is OOS for any reason; SGEO shall clear • FAF while set TRM shall be set if a supported facility is connected • LPBK shall be set if a loopback is present on this facility •...
Page 490 Appendix Facility state transitions .................................................... State transition of STMn Figure 6-20 State transition of STMn Other Secondary States SDEE shall be set when supported facilities are created. • SGEO shall be set when the supporting IOC is OOS for any reason; SGEO shall clear •...
Page 491 Appendix Facility state transitions .................................................... Separate alarm hierarchies for cross connected GBE facilities Figure 6-21 Separate alarm hierarchies for cross connected GBE facilities Figure 6-22 LTE maintenance signals Figure 6-23 LTE maintenance signals .................................................... 6 - 9 7 8DG08763KAAA Issue 1 February 2009...
Page 492: Appendix F User Command Privilege Defaults And Log Indication General User Privileges And Log Indication
Appendix General user privileges and log indication .................................................... Appendix F User command privilege defaults and log indication General user privileges and log indication Description This appendix provides a list of the TL1 commands available and the associated user command privilege default setting provided with the system for each command. User command privileges are controlled by the command's CAP (Command Access Privilege).
Page 493: User Privilege Defaults And Log Indication
Appendix User privilege defaults and log indication .................................................... User privilege defaults and log indication Description The following is an alphabetized list of TL1 commands and the associated system defaults for each command’s CAP. The "Security Log" column contains "Y" for the commands (and related responses) to be stored in the security log file, "N"...
Page 494 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog DLT-NE-IPRT NETADMIN DLT-NE-IPT NETADMIN DLT-NETIF NETADMIN DLT-NTP-ADDR DLT-OAMPHBPROF CONF DLT-OVHCCRS CONF DLT-PHB-PROF CONF DLT-TH-PROF CONF DLT-TMPLS-PW CONF DLT-TMPLS-PWSEG CONF DLT-TMPLS-TD CONF DLT-TPMLS-TUNNEL CONF DLT-TMPLS-TUSEG DLT-USER-SECU DLT-VCG CONF ED-ASAP-PROF CONF...
Page 495 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog ED-LAC-STATE NETADMIN ED-LAN NETADMIN ED-MAP NETADMIN ED-MAU NETADMIN ED-MGRACD NETADMIN ED-MGRLIST NETADMIN ED-NE-DSCV NETADMIN ED-NE-TL1 NETADMIN ED-NETIF NETADMIN ED-NTP NETADMIN ED-OAMPHB-PROF CONF ED-ODU2 CONF ED-OG CONF ED-OSADDRS NETADMIN ED-OSIAREA...
Page 496 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog ED-USER-SECU ED-VCG CONF ENT-ASAP-PROF CONF ENT-CP-COM CONF ENT-CP-RT CONF ENT-CP-TPORT CONF ENT-CPTTMPLS-HOPLIST CONF ENT-CRS-RATE CONF ENT-CRSPROT-RATE CONF ENT-EQPT CONF ENT-FFP-STMn CONF ENT-FFP-TMPLS CONF ENT-GBE10 CONF ENT-L2ENCAP-PROF CONF ENT-NE-IPRT NETADMIN...
Page 497 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog INIT-REG-ODU2 CONF INIT-REG-SDHFACILITY CONF INIT-SYS NETADMIN INIT-SYS-NEW NETADMIN INIT-SYS-OLD NETADMIN INIT-TMPLSPM-PWSEG NETADMIN INIT-TMPLSPM-TUSEG NETADMIN MON-LCAS NETADMIN OPR-ACO-COM CONF OPR-LPBK-GBE CONF OPR-LPBK-MAU CONF OPR-LPBK-STMn CONF OPR-PROTNSW-RATE CONF OPR-PROTNSW-STMn CONF OPR-PROTNSW-TMPLS...
Page 498 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog RTRV-ALM-EQPT READ RTRV-ALM-GBE READ RTRV-ALM-GBE10 READ RTRV-ALM-MAU READ RTRV-ALM-OGPORT READ RTRV-ALM-OTU2 READ RTRV-ALM-STMn READ RTRV-ALM-TIMING READ RTRV-ALM-TUSEG READ RTRV-ALM-VCG READ RTRV-ALM-VCN READ RTRV-ARPCACHE READ RTRV-ASAP-PROF READ RTRV-ATTR-SECULOG READ RTRV-AUDIT-SECULOG...
Page 499 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog RTRV-CONF-VCN READ RTRV-CP-COM READ RTRV-CP-OSPFAREA READ RTRV-CP-OSPFDB READ RTRV-CP-OSPFIF READ RTRV-CP- READ OSPFNEIGHBOR RTRV-CP-RT READ RTRV-CP-TPORT READ RTRV-CPTMPLS-HOPLIST READ RTRV-CRS-RATE READ RTRV-CRS READ RTRV-CRSPROT-RATE READ RTRV-CRSPROT READ RTRV-DB-LABEL READ...
Page 500 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog RTRV-LOPOOL READ RTRV-LPBK-GBE READ RTRV-LPBK-MAU READ RTRV-LPBK-STMn READ RTRV-MAU READ RTRV-MGRACD READ RTRV-MGRLIST READ RTRV-MPLSIF READ RTRV-NE-DSCV READ RTRV-NE-IPRT READ RTRV-NE-IPT READ RTRV-NE-TL1 READ RTRV-NETIF READ RTRV-NSAP READ RTRV-NTP...
Page 501 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog RTRV-PMMODE-OTU2 READ RTRV-PMMODE- READ SDHFACILITY RTRV-PRMTR-NE READ RTRV-PROF READ RTRV-PTF READ RTRV-RFILE READ RTRV-RI READ RTRV-RINGMAP READ RTRV-SECTRC READ RTRV-SQLMAP READ RTRV-STATUS READ RTRV-STMn READ RTRV-SYNCN READ RTRV-SYNCN-MSG READ...
Page 502 Appendix User privilege defaults and log indication .................................................... Command Code Default Privilege Default SecuLog SET-ATTR-SECUDFLT SET-ATTR-SECULOG SET-LAC-DFLT CONF SET-PMMODE-GBE CONF SET-PMMODE-GBE10 CONF SET-PMMODE-MAU CONF SET-PMMODE-ODU2 CONF SET-PMMODE- CONF SDHFACILITY SET-PRMTR-NE CONF SET-SID CONF SET-TMPLSPM-PWSEG CONF SET-TMPLSPM-TUSEG CONF STA-ISU NETADMIN STA-PMGLB NETADMIN STP-ISU NETADMIN...
Page 503: Appendix G Default Equipment Drawings
Appendix User privilege defaults and log indication .................................................... Appendix G Default equipment drawings .................................................... 6 - 1 0 9 8DG08763KAAA Issue 1 February 2009...
Page 504 Appendix User privilege defaults and log indication .................................................... Figure 6-24 Shelf front view Figure 6-25 Shelf side view .................................................... 6 - 11 0 8DG08763KAAA Issue 1 February 2009...
Page 505 Appendix User privilege defaults and log indication .................................................... Figure 6-26 Shelf slot basic interconnection view .................................................... 6 - 1 1 1 8DG08763KAAA Issue 1 February 2009...
Page 506 Appendix User privilege defaults and log indication .................................................... Figure 6-27 Rack view GENTRU provide the interfaces (redundant and fuse- • protected) between the rack multiple battery feeders and the shelves mounted in it The GENTRU accepts up to 3 independent inputs from the •...
Page 507 Appendix User privilege defaults and log indication .................................................... Figure 6-29 Possible configurations of the aggregator card Figure 6-30 Functional architecture of the 1x10GE collector card .................................................... 6 - 1 1 3 8DG08763KAAA Issue 1 February 2009...
Page 508 Appendix User privilege defaults and log indication .................................................... Figure 6-31 Functional architecture of the 10x1GE collector card Figure 6-32 Functional architecture of the multiservice TDM collector card .................................................... 6 - 11 4 8DG08763KAAA Issue 1 February 2009...
Page 509 Appendix User privilege defaults and log indication .................................................... Figure 6-33 4G Shelf basic area slot layout Figure 6-34 FOADM configuration of line terminal 16 channels in band L1, L2 .................................................... 6 - 1 1 5 8DG08763KAAA Issue 1 February 2009...
Page 510: Equipment Provisioning
Appendix User privilege defaults and log indication .................................................... Figure 6-35 Configuration of FOADM 16 channels in band L1, L2 Table 6-80 Equipment provisioning MAN N* ALLOWED LABEL ITEM DESCRIPTION IN SINGLE SHELF ALLOWED SLOTS OMDX8100 DWDM 6,7,8,9,12,13,14,15 MUX/DEMUX 8channel L1 band OMDX8100 DWDM 6,7,8,9,12,13,14,15...
Page 511 Appendix User privilege defaults and log indication .................................................... Figure 6-36 Example of packet dual homed over WDM Figure 6-37 DCC IP ring .................................................... 6 - 1 1 7 8DG08763KAAA Issue 1 February 2009...
Page 512 Appendix User privilege defaults and log indication .................................................... Figure 6-38 DCC IP ring Figure 6-39 DCC mixed IP/OSI ring .................................................... 6 - 11 8 8DG08763KAAA Issue 1 February 2009...
Page 513 Appendix User privilege defaults and log indication .................................................... Figure 6-40 DCC connecting IP rings .................................................... 6 - 1 1 9 8DG08763KAAA Issue 1 February 2009...
Page 514 Appendix User privilege defaults and log indication .................................................... Figure 6-41 DCC connecting OSI rings Figure 6-42 Pure OSI access network Figure 6-43 IP access network .................................................... 6 - 12 0 8DG08763KAAA Issue 1 February 2009...
Page 515 Appendix User privilege defaults and log indication .................................................... Figure 6-44 IP access network 2x10Gigabit Ethernet and 20x1Gigabit Ethernet traffic inserted in 2 OC-192/STM-64 rings with 8 subtending OC-48/STM-16 rings .................................................... 6 - 1 2 1 8DG08763KAAA Issue 1 February 2009...
Page 516 Appendix User privilege defaults and log indication .................................................... Figure 6-45 Sample node configuration Figure 6-46 Full and half slot types .................................................... 6 - 12 2 8DG08763KAAA Issue 1 February 2009...
Page 517: Appendix H Factory Defaults For Tl1 Command Parameters
Appendix General .................................................... Appendix H Factory defaults for TL1 command parameters General Purpose This appendix provides a list of the TL1 commands and the associated command parameter default settings provided with the system for each command. The user should refer to the individual I/O manual pages for allowed ranges.....................................................
Page 518: Parameter Defaults
Appendix Parameter defaults .................................................... Parameter defaults Description The following is an alphabetized list of the TL1 commands and associated defaults for the parameters within the positional defined block, keyword parameter block and state parameter block. Command Description Parameter Default ACT-DB-BACKUP Performs a backup of the primary backup database (ACT-DSK-DB) to the secondary backup database...
Page 519 Appendix Parameter defaults .................................................... Command Description Parameter Default CNVT-CCJ-RATE Joins unidirectional cross Entry Required connections to one bidirectional cross connection. CNVT-CCS-RATE Splits the bidirectional cross Entry Required connections into unidirectional cross connections CNVT-CCTPR- Adds a protection leg to a cross Entry Required RATE connection...
Page 520 Appendix Parameter defaults .................................................... Command Description Parameter Default DLT-CRSPROT- Delete a cross connection path Entry Required RATE protected. DLT-EQPT Deassigns an equipment object Entry Required entity at the physical location identified by its Access Identifier (AID). DLT-FFP-STMn Delete a STMn facility protection Entry Required group.
Page 521 Appendix Parameter defaults .................................................... Command Description Parameter Default DLT-GBE10 Deletes (unassigns and de- provisions) a specified client facility. The facility must be provisioned with ENT-GBE10 command DLT-GBE DLT-NE-IPRT Destination Address, it is the IP DESTADDR Entry required address of the destination host or network (in the format nnn-nnn-nnn-nnn).
Page 522 Appendix Parameter defaults .................................................... Command Description Parameter Default DLT-TMPLS-TD Delete a TD (Traffic Descriptor) Entry Required also called MPLS Tunnel Resource Descriptor DLT-TMPLS- Remove a LSP Tunnel assigned Entry Required TUNNEL by CP and by MP. DLT-TMPLS- Delete the provisioned Swapped Entry Required TUSEG T-MPLS Tunnel Segment entity.
Page 523 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-BITS-OUT Determines if the transmitted ESF ESFTRANS <Previously data-link of the DS1 signal of the existing value> or specified BITS will have the DUS (factory "DUS" message or will have the default) actual traceability of the signal.
Page 524 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-CRSPROT- Allows for editing the cross- Entry Required RATE connection and path protection group attributes that has been previously set up between the specified rate protected / protecting and to rate facilities. ED-DAT Date, identifies the new system DATE...
Page 525 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-FFP-STMn Revert delay time (when RVRTTIM <Previously RVRTV=Y). existing value> Local Node Identifier, identifies NODEID <Previously the node identifier of the BLSR existing value> node. Applies only to PTYPE=BLSR2. Symbolic name/description of the NODEDESC <Previously node.
Page 526 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-GBE10 Automatic In-Service Threshold, AINSTH <Previously specifies how long an input signal existing value> must be present on the facility without a failure condition before the system transitions the facility into the In-Service state. The parameter encmode describes ENCMODE <Previously...
Page 527 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-GBE Automatic In-Service Threshold, AINSTH <Previously specifies how long an input signal existing value> must be present on the facility without a failure condition before the system transitions the facility into the In-Service state. Command Execution Mode.
Page 528 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-IP-ADDR Internet Protocol address, it is the NEIP <Previously IP address of the NE. The address existing value> 0-0-0-0 is not allowed. Neither the network nor the host portion of the address when viewed in binary format may be all 0s or all 1s.
Page 529 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-MAP Internet Protocol address, it is the IPADDR <Previously IP address (in the format nnn-nnn- existing value> nnn-nnn) of the remote NE in the mapping table entry. IP Port, it is the associated IP port PORT <Previously of the TL1 raw-mode server on...
Page 530 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-NETIF DCC Channel, specifies whether DCCCHNL Entry Required the referred DCC is a Line DCC or a Section DCC. Internet Protocol. Determines if <Previously the Internet Protocol will be run existing value> on the addressed DCC or not.
Page 531 Appendix Parameter defaults .................................................... Command Description Parameter Default Signal Fail Threshold, specifies SFTH the BER threshold for declaring an EBER signal fail condition. This also determines the bit error rate at which Signal Fail line protection switching is initiated (if FFP protected).
Page 532 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-ODU2 ODUkP to CBRx mapping mode. MAPPING <Previously This parameter indicates the MODE existing value> mapping mode that will be used ASYNC initially when the client port signal is set by the system. provisioned to STM64, or GBE10_WAN using the ENT- STM64 command.
Page 533 Appendix Parameter defaults .................................................... Command Description Parameter Default (cony’) ED-ODU2 Alarm Severity Assignment ALMPROF <Previously Profile Name (ASAP) existing value> initially set by the system. Definition of the active threshold TCAPROF <Previously crossing alarm profile (TCA) existing value> initially set by the system.
Page 534 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-RINGMAP Ringmap, specifies the sequence RINGMAP <Previously of node IDs within a BLSR ring. existing value> The first RINGMAP value defines (Factory default: the node ID of the adjacent BLSR empty) node (east side). Subsequent RINGMAP values define the node ID of the BLSR node (in the eastward side).
Page 535 Appendix Parameter defaults .................................................... Command Description Parameter Default Decision, if switching between RVRTV < N > references is Revertive or NonRevertive ED-TH-PROF Location of the monitored type LOCN NEND which threshold level is being modified. Flag that allows user to promote DFLT <Previously the modified TCA profile to a...
Page 536 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-TMPLS- Entry Required TUNNEL ED-TMPLS- Edits MPLS TU Segment Entry Required TUSEG parameters. ED-TUn Modifies the specified facility Entry Required parameter values for a previously auto-created tributary instance in the context of PTF provisioning. ED-ULCOMPMR Layer 3 IS Level, it is the IS level L3ISLEVEL...
Page 537 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-USER-SECU User Identifier, specifies a unique Entry Required user ID. User Identifier, specifies a unique NEWUID Entry Required user ID. New Password Identifier, specifies NEWPID Entry Required the user’s new login password. User access privilege(s) granted to READ this user.
Page 538 Appendix Parameter defaults .................................................... Command Description Parameter Default ED-VCG Maximum Number of Members. MAXMBR <Previously If the MAXMBR (say N*) given existing value> in this command is greater than the maximum number of members in the VCG at the time of issuance of this command (say N), then N*-N members of the same type as the other members of the VCG...
Page 539 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-ASAP-PROF ASAP type for the ASAP that PFTYPE Entry Required shall be created. This parameter indicates whether DFLT or not the created ASAP shall become the default ASAP for the entered PFTYPE. ENT-CRS-RATE Creates a cross-connection entity Entry Required...
Page 540 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-EQPT The Alcatel-Lucent mnemonic PROVISION If equipment is stored in the Remote Inventory EDTYPE SFP/XFP <Entry EPROM for the given equipment. Required>, It is mandatory to specify this otherwise <no val> parameter for XFP/SFP modules (ANY-<type>...
Page 541 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-FFP-STMn Protection type. PTYPE <entry required> Specifies the revert time in RVRTTIM 5 if PTYPE = minutes when RVRTV=Y. This BLSR2 or parameter is only applicable to LINEAR; LINEAR and 2WAYDC cross- Otherwise connections in BLSR.
Page 542 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-GBE10 Automatic In-Service Threshold, AINSTH 08-00 specifies 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. The parameter encmode describes ENCMODE GFP-F...
Page 543 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-GBE Automatic In-Service Threshold, AINSTH 08-00 specifies 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. Flow control mode selection FLOWCON ASYMMETRIC-...
Page 544 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-NE-IPRT Destination Address, it is the IP DESTADDR Entry Required 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'.
Page 545 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-NETIF DCC Channel, specifies whether DCCCHNL <Entry Required> the referred DCC is a Line DCC or a Section DCC. Internet Protocol. Determines if the Internet Protocol will be run on the addressed DCC or not. Integrated ISIS.
Page 546 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-TH-PROF TCA profile type which new PFTYPE Mandatory instance parameter is being created. Flag that allows user to promote DFLT the modified TCA profile to a default profile for the profile type it is part of.
Page 547 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-USER-SECU User Identifier, specifies a unique Entry Required user ID. Password Identifier, specifies the Entry Required user’s login password. User access privilege(s) granted to READ this user. This is the expiry duration for the PAGE password.
Page 548 Appendix Parameter defaults .................................................... Command Description Parameter Default ENT-VCG Maximum Number of Members. MAXMBR Entry Required The number of members of the type given in VCGTYPE to be assigned as the initial number of members to the VCG being provisioned. Indicates the Maximum number of members in the VCG that are available for carrying traffic...
Page 549 Appendix Parameter defaults .................................................... Command Description Parameter Default INIT-REG-GBE Monitored parameter type, MONTYPE identifies the parameter whose PM data register is being initialized. Monitor Value, specifies the value MONVAL to be set in the register specified by LOCN and TMPER. Location specifies the PM LOCN NEND...
Page 550 Appendix Parameter defaults .................................................... Command Description Parameter Default INIT-REG- Monitored parameter type, MONTYPE SDHFACILITY identifies the parameter whose PM data register is being initialized. Monitor Value, specifies the value MONVAL to be set in the register specified by LOCN and TMPER. Location specifies the PM LOCN NEND...
Page 551 Appendix Parameter defaults .................................................... Command Description Parameter Default INIT-TMPLSPM- The INIT-TMPLSPM-TUSEG Entry Required TUSEG command initializes (reset register to zero value) the current 15- Minute or current 1-Day (specified by TMPER parameter) PM collection register (counters) for the near-end side pertaining to the specified Tunnel Segment.
Page 552 Appendix Parameter defaults .................................................... Command Description Parameter Default OPR-SYNCNSW Command Execution Mode. CMDMDE NORM Switch To Reference, specifies the SWITCHTO <Entry required > clock reference source that is to be selected as the system clock synchronization source. OPR-SCRIPT Executes a specified script onto Entry Required the NE.
Page 553 Appendix Parameter defaults .................................................... Command Description Parameter Default RLS-PROTNSW- Used to clear a protection switch Entry Required TMPLS request on a TMPLS FFP group. RLS-SYNCNSW- Used to release previously Entry Required executed switch commands for the output timing entity or for a timing reference entity involved in the output timing reference selection process.
Page 554 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-ALM-ALL Notification Code, identifies the NTFCNCDE <All Values> type of alarm generated by the system upon occurrence of the event identified by the CONDTYPE. Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved. Values>...
Page 555 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-ALM-EQPT Notification Code, identifies the NTFCNCDE <All Values> type of alarm generated by the system upon occurrence of the event identified by the CONDTYPE. Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved. Values>...
Page 556 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-ALM-GBE Notification Code, identifies the NTFCNCDE <All Values> type of alarm generated by the system upon occurrence of the event identified by the CONDTYPE. Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved. Values>...
Page 557 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-ALM-ODU2 Notification Code, identifies the NTFCNCDE <All Values> type of alarm generated by the system upon occurrence of the event identified by the CONDTYPE. Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved. Values>...
Page 558 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-ALM-VCG Notification Code, identifies the NTFCNCDE <All Values> type of alarm generated by the system upon occurrence of the event identified by the CONDTYPE. Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved. Values>...
Page 559 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-AUDIT- From Date and Time, specifies the FRDATM <Oldest Date & SECULOG beginning date and time used to Time in the Disk filter the response messages from Output Buffer> the disk output buffer in the format of a quoted string <Year>- <Month>-<Day>...
Page 560 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-COND-ALL Condition Type, specifies the CONDTYPE <All Applicable condition type to be retrieved Values> Location, identifies the location LOCN <All Applicable where the condition type is Locations> monitored. Direction, indicates the direction DIRN <All Values>...
Page 561 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-COND-LOG Entry Required Retrieves the alarmed or not- alarmed events available in the conditions log file of the NE. RTRV-COND-MAU Retrieves the current status of any Entry Required reported alarmed, not alarmed, or not reported standing conditions, for the specified MAU AID, matching the specified...
Page 562 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-COND- Retrieves the current status of any Entry Required TUSEG reported alarmed, not alarmed or not reported standing conditions, for the specified TUSEG AID, matching the specified combination of position-defined input parameters. RTRV-COND-VCG Condition Type, specifies the CONDTYPE <All Applicable...
Page 563 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-DB-LABEL Reads the database label of the selected backup database stored on the NE RTRV-DBMOD Used by an EML manager to Entry Required retrieve the date and time of the last changes applied by CRAFT to the DB since the last time CRAFT got access.
Page 564 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-FSVDATA Retrieves the actual running firmware/software/configuration file version for all the boards supporting downloadable firmware/software/configuration file RTRV-GBE10 Retrieves all parameters related to the 10GE client port RTRV-GBE Retrieves the provisioned parameter values, and current PST, SST state for the specified GBE port RTRV-HDR...
Page 565 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-MGRACD Used by a manager to retrieve the Entry Required current value of the parameter MGRACD of the entered AID. RTRV-MGRLIST Used by a manager to retrieve the Entry Required list of managers (MGRLIST) currently connected to the NE.
Page 566 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-OSADDRS Retrieves on the node the addresses of the management systems. RTRV-OSIAREA Retrieves the parameters of a configured OSIAREA. RTRV-OVHCCRS Retrieves the crossconnections Entry Required between channels defined by overhead bytes of the STM-n frame.
Page 567 Appendix Parameter defaults .................................................... Command Description Parameter Default (cont’) Time Period, identifies the TMPER 15-MIN accumulation time period for the RTRV-PM-GBE10 retrieved performance monitoring information. Monitor date, specifies the MONDAT Current date (starting) date of the PM collection period for which PM data is to be reported.
Page 568 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-PM-GBE Monitored parameter type, MONTYPE identifies the type of monitored parameter whose PM data registers are being retrieved. Monitor level, specifies the MONLEV 1-UP discrimination level of PM parameter values to be reported for the specified monitored parameter (MONTYPE).
Page 569 Appendix Parameter defaults .................................................... Command Description Parameter Default (cont’) Monitor Time, if TMPER of 15- MONTM Current hour and MIN, BOTH is entered, specifies beginning of the RTRV-PM-GBE the (starting) time of the PM current 15-minute collection period for which PM window.
Page 570 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-PM-ODU2 Monitored parameter type, MONTYPE identifies the type of monitored parameter whose PM data registers are being retrieved. Monitor level, specifies the MONLEV 1-UP discrimination level of PM parameter values to be reported for the specified monitored parameter (MONTYPE).
Page 571 Appendix Parameter defaults .................................................... Command Description Parameter Default (cont’) RTRV-PM- Number of 15-minute historical NUM15MIN 0 ODU2 registers, specifies the number of previous 15-minute historical PM registers to retrieve in addition to that specified by MONDAT and MONTM. The register specified with MONDAT and MONTM will be the first output followed by the NUM15MIN previous registers.
Page 572 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-PMMODE- Location specifies whether LOCN NEND ODU2 PMMODE for near-end and/or far-end are to be reported. Direction specifies whether DIRN PMMODE for receive or transmit direction are to be reported. RTRV-PMMODE- Location specifies whether LOCN NEND OTU2...
Page 573 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-RINGMAP Retrieves the MS-SPRing/BLSR ring map used by the system. The ring map is a list of node identifiers that list the physical sequence in which MS- SPRing/BLSR ring nodes are configured RTRV-SECTRC Format in which to display the INCMSGFM...
Page 574 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-TMPLS- Retrieve all PWSegment cross Entry Required CRSPWSEG connections which have the specified AID as FROM and/or as RTRV-TMPLS- Retrieve all TUSegment cross Entry Required CRSTUSEG connections that have the specified AID as FROM and/or as RTRV-TMPLS- Retrieves all the global network Entry Required...
Page 575 Appendix Parameter defaults .................................................... Command Description Parameter Default RTRV-USER-SECU User Identifier, specifies a unique <UID of the user user ID. entering the command> (if the user entering the command is a user without administrator privileges). ALL (if the user entering the command is a user with administrator...
Page 576 Appendix Parameter defaults .................................................... Command Description Parameter Default SET-ATTR- This is the expiry duration for the PAGE <Previously SECUDFLT password. When a user logs in existing value> after the PAGE period, he/she will (factory default = be notified with the details of the PCNN and PCND.
Page 577 Appendix Parameter defaults .................................................... Command Description Parameter Default (cont’) Keep Alive Message Interval, KAMINTVL <Previously indicates the time interval, in existing value> SET-ATTR- minutes, after which the NE shall (factory default = SECUDFLT send a KEEP^ALIVE^MESSAGE on a TCP connection inactivity. Maximum Number of MAXSESSI <Previously...
Page 578 Appendix Parameter defaults .................................................... Command Description Parameter Default SET-LAC-DFLT Used by a manager, CRAFT or Entry Required EML, to set the default value for the following LAC parameters. SET-PMMODE- Location specifies the location LOCN <Entry required> GBE10 where PM data collection is to be enabled or disabled.
Page 579 Appendix Parameter defaults .................................................... Command Description Parameter Default SET-PMMODE- Location specifies the location LOCN <Entry required> ODU2 where PM data collection is to be enabled or disabled. Mode Type, specifies the PM MODETYP <Entry required> mode type to be enabled or disabled.
Page 580 Appendix Parameter defaults .................................................... Command Description Parameter Default SW-DX-EQPT Command Mode, identifies the MODE NORM Command Execution Mode. SW-TOPROTN- Used to perform "Forced Switch Entry Required EQPT to Protection" or "Manual Switch to Protection" operation for a working module. SW-TOWKG-EQPT Clears "Forced Switch to Entry Required Protection"...
Page 581 Appendix Parameter defaults ......................................................................................................6 - 1 8 7 8DG08763KAAA Issue 1 February 2009...
Page 582 Appendix Parameter defaults ......................................................................................................6 - 18 8 8DG08763KAAA Issue 1 February 2009...
Page 583: Abbreviations
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...
Page 584: Bits
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)
Page 585 Abbreviations Overview .................................................... ABBREVIATION MEANING Dispersion Compensation Module Data Communication Network Digital Diagnostic Monitoring Signal Degraded DEMUX Demultiplexer Differentiated Service Data Terminal Equipment 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...
Page 586 Abbreviations Overview .................................................... ABBREVIATION MEANING FOADM Fixed Optical Add/Drop Multiplexer 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...
Page 587 Abbreviations Overview .................................................... ABBREVIATION MEANING Link Control Protocol 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...
Page 588 Abbreviations Overview .................................................... ABBREVIATION MEANING Overhead 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.
Page 589 Abbreviations Overview .................................................... ABBREVIATION MEANING Remote Defect Indication 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 Synchronous Digital Hierarchy SDH Equipment Clock Signal Fail Small Form Factor Pluggable module...
Page 590 Abbreviations Overview .................................................... ABBREVIATION MEANING TCP/IP Transmission Control Protocol / Internet Protocol Layout drawing Time Division Multiplexing Traffic Engineering 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...
Page 591 Abbreviations Overview .................................................... ABBREVIATION MEANING 10 Gigabit Small Form Factor Pluggable module Zero Installation Craft Terminal .................................................... 7 - 9 8DG08763KAAA Issue 1 February 2009...
Page 592 Abbreviations Overview ......................................................................................................7 - 10 8DG08763KAAA Issue 1 February 2009...

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Alcatel-Lucent 1850 User Provisioning Manual

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