ADC Release 3.1 User Manual

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Cellworx STN Release 3.1 GUI Users Manual

Issue 1

February 2001

1152700 Rev A

Release 3.1 GUI Users Manual

Issue 1

February 2001

1152700 Rev A

1152700• Issue 1 • February 2001 • Preface

REVISION HISTORY

ISSUE DATE REASON FOR CHANGE

Issue 1 02/2001 Phase 3.1 release features added, (622 CRS)

TRADEMARK INFORMATION

ADC and ADC Telecommunications are registered trademarks of ADC Telecommunications, Inc. Cellworx is a trademark of ADC Telecommunications, Inc.

DISCLAIMER OF LIABILITY

Contents herein are current as of the date of publication. ADC reserves the right to change the contents without prior notice. In no event shal l ADC be l ia ble for any dam ag es r esul ting fro m lo ss o f data , lo ss of use, o r l oss o f pr ofi ts

and ADC further disclaim s any and al l liability for indirect, incidental, special, consequential or other similar damages. This disclaimer of liability applies to all products, publications and services during and after the warranty period.

This publication may be verified at any time by contacting ADC’s Technical Assistance Center at 1-800-366-3891, extension 54878 (in U.S.A. or Canada) or 1-972-680-4878 (outside U.S.A. and Canada), or by writing to ADC Telecommunications, Inc., Attn: Technical Assistance Center, Mail Station #77, P.O. Box 1101, Minneapolis, MN 55440-1101, U.S.A.

ADC Telecommunications, Inc. P.O. Box 1101, Minneapolis, Minnesota 55440-1101 In U.S.A. and Canada: 1-800-366-3891 Outside U.S.A. and Canada: (952) 938-8080 Fax: (952) 946-3292

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TABLE OF CONTENTS

Content Page

ABOUT THIS MANUAL................................................................................................................................VII

REVISION HISTORY LIST............................................................................................................................VII

LIST OF CHANGES ....................................................................................................................................VII

TRADEMARK INFORM ATION........................................................................................................................VII

RELATED PUBLICATIONS............................................................................................................................VII

ADMONISHMENTS....................................................................................................................................VII

GENERAL SAFETY PRECAUTIONS.................................................................................................................VIII

FCC COMPLIANCE STATEMENT .....................................................................................................................IX

DOC COMPLIANCE.....................................................................................................................................IX

FDA COMPLIANCE .....................................................................................................................................IX

COMPLIANCE ................................................................................................................................IX

SAFETY

NEBS COMPLIANCE ...................................................................................................................................IX

ISO 9000 COMPLIANCE...............................................................................................................................IX

REFERENCES............................................................................................................................................X

LIST OF ACRONYMS AND ABBREVIATI ONS ......................................................................................................XII

1152700 • Issue 1 • February 2001 • Preface

PREFACE

SECTION 1

INTRODUCTION

Content Page

1. GENERAL........................................................................................................................................... 1-1

2. USER INTERFACES............................................................................................................................... 1-2

A. NMIC RS232 Interface........................................................................................................... 1-3

B. NMIC EIM RJ45 E thernet Interf ace............................................................................................ 1-3

C. NMIC Serial Equipment Port ................................................................................................... 1-4

3. CELLWORX STN SYSTEM SOFTWARE........................................................................................................ 1-4

A. NMIC Graphical User Interface (GUI)......................................................................................... 1-4

GUI Screen Icon Definitions ....................................................................................... 1-5

GUI Menu Structure and Utilization .............................................................................. 1-8

X-Terminal Keyboard Functions..................................................................................1-11

Manipulating the GUI Net work Layout on an X-Terminal Screen ..........................................1-12

4. REMOTE MANAGEMENT CAPABILITIES......................................................................................................1-12

A. Real Time Alarm and trap Screens.....................................................................................................1-13

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1152700• Issue 1 • February 2001 • Preface

Content Page

1. GENERAL........................................................................................................................................... 2-1

2. USING A TOP DOCUMENT....................................................................................................................... 2-1

ALPHABETICAL TASK I NDEX LIST ................................................................................................................ 2-3

INDEXED TASK LI ST ...........................................................................................................................IXL-001

TURN UP A NEW CELLWORX STN RING NETWORK .....................................................................................NTP-002

ADD A CELLWORX STN NODE TO AN IN SERVICE RING NETWORK...................................................................NTP-003

ADD A SECOND NETWORK ELEMENT TO AN IN SERVICE STAND-ALONE TERMINAL

TO CREATE A RING NETWORK .....................................................................................................NTP-004

TURN UP (PROVISION) CELLWORX STN EXPANSION SHELVES.......................................................................N TP-005

PROVISION NODE PARAMETERS ...........................................................................................................NTP-006

DISPLAYING STATUS AN D ALARMS........................................................................................................NTP-007

RETRIEVE PER FORMANCE MONITORING STATISTICS..................................................................................NTP-008

ADDING SERVICES TO A CELLWORX STN NODE.........................................................................................NTP-009

DELETE A CELLWORX STN NODE...........................................................................................................NTP-010

CONDUCT ACCEPTANCE TESTS ON CELLWORX STN NODE ............................................................................NTP-011

PERFORM ROUTINE AND NON-ROUTINE MAINTENANCE...............................................................................NTP-012

PROVISION ATM VP AND VC CONNECTIONS..............................................................................................NTP-013

MONITORING TH E NETWORK................................................................................................................NTP-014

ADMINISTRATIVRE TASKS...................................................................................................................NTP-015

CELLWORX UPGRADE PROCEDURES......................................................................................................NTP-016

POWER UP A CELLWORX STN NODE.......................................................................................................DLP-700

CONNECT FIBERS TO OPT ICAL CARDS ....................................................................................................DLP-701

CONNECT VT1OO TO NMIC RS-232 PORT AND MODIFY NMIC IP ADDRESS........................................................DLP-702

LOGON TO REMOTE NODE CRAFT SESSION VIA TELNET FROM GUI ................................................................DLP-703

CONNECT NMS OR X-TERMINAL TO THE NMIC EIM SNMP/GUI PORT ...............................................................DL P-704

LAUNCH THE GRAPHI CAL USER INTERFACE (GUI ) ......................................................................................DLP-705

PERFORM DISCOVERY ON A NEW CELLWORX STN RING NETWORK ...............................................................DLP-706

TIME AND DATE................................................................................................................................DLP-707

CREATE A N ATM OR CES CONNECTION...................................................................................................DLP-708

CONFIGURE OR DELETE A TRAFFIC CONTRACT..........................................................................................DLP-709

VIEW CONNECTIONS ..........................................................................................................................DLP-710

LOG OFF OF CELLWORX STN GRAPHICAL USER INTERFACE..........................................................................DLP-711

ADD EXPANSION NODES (STN-EPS)........................................................................................................DLP-712

DISPLAY NETWORK ALARM SUMMARY...................................................................................................DLP-713

CONFIGURE SERVICE PROVIDER PROFILE................................................................................................DLP-714

VIEW RING RESOURCE USAGE..............................................................................................................DLP-715

VIEW FIBER BANDWIDTH USAGE...........................................................................................................DLP-716

CONFIGURE NE ALARM THRESHOLD ......................................................................................................DLP-717

REFRESH TOPOLOGY .........................................................................................................................DLP-718

FORCE NETWOR K DISCOVERY..............................................................................................................DLP-719

SOFTWARE SELECTION.......................................................................................................................DLP-720

SECTION 2

OPERATION AND MAINTENANCE

(continued)

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1152700 • Issue 1 • February 2001 • Preface

SECTION 2

OPERATION AND MAINTENANCE, CONTINUED

Find Your Job in the List Below Then Go To

ABOUT NE.......................................................................................................................................DLP-721

NMIC SYSTEM FILE REPLICATION..........................................................................................................DLP-722

CHANGE CONFIGURATION/TEST ON AN EXISTING CONNECTION ....................................................................DLP-723

NMIC PROTECTIO N ............................................................................................................................DLP-724

NMIC PROTECTIO N R ESTORATION.........................................................................................................DLP-725

SET / RETRIEVE OPTICAL PORT PERFOR MANCE MONITORING STATISTICS .......................................................DLP-726

SET / RETRIEVE T3 TMUX PERFORMANCE MONITORING STATISTICS...............................................................DLP-727

SET / RETRIEVE T3 CRS PORT PERFORMANCE MONITORING STATISTICS.........................................................DLP-728

SET / RETRIEVE T1/E1 MULTI 1 CRS PERFORMANCE MONITORI N G STATISTICS ................................................DLP-729

RETRIEVE NETWORK DATA COLLECTION (NDC) STATISTICS..........................................................................DLP-730

RING UPGRADE PROCEDURE................................................................................................................DLP-731

SET / RETRIEVE FT1 FRS PERFORMANCE MONITORING STATISTICS ...............................................................DLP-732

SET / RETRIEVE FE1 FRS PERFORMANCE MONITORING STATISTICS ...............................................................DLP-733

SOFTWARE FALLBACK........................................................................................................................DLP-734

HELP ...........................................................................................................................................DLP-735

REVERT TO SAVED ICON LAYOUT ..........................................................................................................DLP-736

ADD A RING NETWORK ELEMENT ..........................................................................................................DLP-737

ADD A SECOND NETWORK ELEMENT ......................................................................................................DLP-738

DELETE CONNECTIONS.......................................................................................................................DLP-739

DELETE A CELLWORX STN SHELF..........................................................................................................DLP-740

RETRIEVE LOGS FROM THE NMIC VIA FTP ...............................................................................................DLP-741

RETRIEVE COMPRESSED LOGS FROM THE NMIC VIA FTP.............................................................................DLP-742

REFLASH BOOT IM AG E .......................................................................................................................DLP-744

SYSTEM DATABASE ACCESS ................................................................................................................DLP-745

DELETE A CELLWORX STN EXPANSION SHELF (EPS)...................................................................................DLP-746

SET E1 MULTI 1 CARD CONFIGURATION..................................................................................................DLP-747

SET SC CARD CONFIGURATION (IP ADDRESS, CRAFT INTERFACE)..................................................................DLP-748

SET SHELF TIMING RESOURCE .............................................................................................................DLP-749

SET SHELF HOUSEKEEPING ALARM CONFIGURATION..................................................................................DLP-750

SET 622 RING CARD CONFIGURATION.....................................................................................................DLP-751

SET 155 SM/MM CRS CARD CONFIGURATION ...........................................................................................DLP-752

SET T3 CRS CARD CONFIGURATION .......................................................................................................DLP-753

SET T3 TMUX MULTI 1 AND TMUX EXP CONFIGURATION..............................................................................DLP-754

SET T1 MULTI 1 CARD CONFIGURATION .................................................................................................DLP-755

SET 155 RING INTERFACE CARD CONFIGURATION......................................................................................DLP-758

SET 2488 RING INTERFACE CARD CONFIGURATION....................................................................................DLP-756

RETRIEVE SC CARD STATUS.................................................................................................................DLP-757

RETRIEVE 622 RIC STATUS..................................................................................................................DLP-759

RETRIEVE 155 CRS STATUS.................................................................................................................DLP-760

RETRIEVE T3 CRS CARD STATUS...........................................................................................................DLP-761

RETRIEVE T3 TMUX MULTI 1 CARD STATU S .............................................................................................DLP-762

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1152700• Issue 1 • February 2001 • Preface

SECTION 2

OPERATION AND MAINTENANCE, CONTINUED

Find Your Job in the List Below Then Go To

RETRIEVE 155 RING INTERFACE CARD STATUS.........................................................................................DLP-763

RETRIEVE T1 MULTI 1 CARD STATUS......................................................................................................DLP-764

CONFIGURE CARD PROTECTION GROUPS ................................................................................................DLP-765

PERFORM DIAGNOSTICS ON OPTICAL CARDS ...........................................................................................DLP-766

SET SYSTEM IDEN TIFIER ....................................................................................................................DLP-767

SET CRAFT USER CONFI GURATION .......................................................................................................DLP-768

SET CRAFT MENU CONFIGURATION........................................................................................................DLP-769

HARDWARE INVENTORY .....................................................................................................................DLP-770

INITIATE A PRO TECTION SWITCH...........................................................................................................DLP-771

LOOPBACK TEST ...............................................................................................................................DLP-772

CARD AND SHELF RESET.....................................................................................................................DLP-773

VIEWING AND EDITING THE NMIC IP ADDRESS..........................................................................................DLP-774

ADD OR EDIT AN SNMP T R AP HOST ON THE NMIC...................................................................................... DLP-775

ALARM CUT-OFF (ACO) ......................................................................................................................DLP-776

REMOVE AND/OR REPLACE CELLWORX CARDS.........................................................................................DLP-777

ENDING A GUI SESSION FOLLO WING AN ABNORMAL SESSION ENDING............................................................DLP-778

RETRIEVE 2488 RING INTERFACE CARD STATUS........................................................................................DLP-779

PHASE 2.0 TO 3.0 SOFTWARE UPGRADE PROCEDURE .................................................................................DLP-780

REMOVING A NMIC CARD F ROM THE SHELF.............................................................................................DLP-781

FTP DATABASE FILES OFF OF NMIC .......................................................................................................DLP-782

ADD/DELETE GUI USERS OR CHANGE GUI USER LEVEL SECURITY..................................................................DLP-783

SET FE1 FRS CARD CONFIGURATION......................................................................................................DLP-784

SET FT1 FRS CARD CONFIGURATION......................................................................................................DLP-785

CREATE A FRAME RELAY CONNECTION ...................................................................................................DLP-786

CREATE AN ATM MULTICAST CONNECTION ..............................................................................................DLP-787

RETRIEVE FT1 FRS CARD STATUS .........................................................................................................DLP-788

RETRIEVE FE1 FRS CARD STATUS .........................................................................................................DLP-789

CREATING AN ATM BUNDLED VC MULTICAST CONNECTION. .........................................................................DLP-790

ADD A LEAF ENDPOINT TO AN IN-SERVICE CONNECTION..............................................................................DLP-791

SET T3 CES CARD CONFIGURATION........................................................................................................DLP-792

RETRIEVE T3 CES CARD STATUS. ..........................................................................................................DLP-793

SET / RETRIEVE T3 CES PORT PERFORMAN CE MONITORING STATISTICS. ........................................................DL P-794

PHASE 3.0 TO 3.1 SOFTWARE UPGRADE PROCEDURE .................................................................................DLP-795

RETRIEVE 622 CRS STATUS.................................................................................................................DLP-796

SET 622 SM CRS CARD CONFIGURATION.................................................................................................DLP-797

SOFTWARE FALLBACK FROM RELEASE 3.1 TO RELEASE 3.0.........................................................................DL P-798

TROUBLE ANALYSIS PROCEDURE ..........................................................................................................TAP-100

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1152700 • Issue 1 • February 2001 • Preface

SECTION 3

GENERAL INFORMATION

Content Page

1. WARRANTY/SOFTWARE................................................................................................................... 3-1

2. REPAIR/EXCHANGE POLICY............................................................................................................... 3-1

3. REPAIR CH AR GES .......................................................................................................................... 3-2

4. REPLACEMENT/SPARE PRODUCTS...................................................................................................... 3-2

5. RETURNED MATERIAL..................................................................................................................... 3-2

6. SYSTEM INTEGRATION SERVICES....................................................................................................... 3-3

7. CUSTOMER SUPPORT SERVICES ........................................................................................................ 3-3

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1152700• Issue 1 • February 2001 • Preface

ABOUT THIS MANUAL

This manual provides the system administrator with information necessary to turn up and test the Cellworx Service Transport Node (STN), and/or services, as well as configure connections and monitor the network using the CellworxVision Graphical User interface (GUI). Information provided within this document deals primarily with the Phase 3.1 design features of the Cellworx STN system.

Trademark Information

The following trademarks are documented in this manual: ADC and ADC Telecommunications are registered trademarks of ADC Telecommunications Inc. Cellworx is a registered trademark of ADC Telecommunications Inc. Open View is a registered trademark of Hewlett-Packard. SRTS – Synchronous Residual Time Stamp is a patent of Bell Communications Research, N ov 9, 1993

Related Publications

Listed below are all of the related manuals and their publication numbers. Copies of these publications can be ordered by contacting the ADC Technical Assistance Center at 1-800-366-3891 extension 63434 (in U.S.A. or Canada) or 612-946-3434 (outside U.S.A. and Canada).

Title/Description Part Number

Application and Engineering Guide 3.1 1152699

Contains an introduction to the ADC Cellworx STN system, hardware and software descriptions, applications, and engineering information required for system deployment.

Craft User’s Manual 3.1 1152703

Contains information required for provisioning, operation, and administration of the Cellworx STN system through the craft access. Information includes detecting and isolating alarms, and turn up of features over the entire network.

System Description Manual 3.1 1152712

Combines information from the Users Manual, Installation Manual, and Applications Engineering Manual to provide introductory information and a general overview of the Cellworx STN system.

Cellworx CLEI Code Guide 1112344

Lists all CLEI codes used to order Cellworx equipment.

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Admonishments

Important safety admonishments are used throughout this manual to warn of possible hazards to persons or equipment. An admonishment identifies a possible hazard and then explains what may happen if the hazard is not avoided. The admonishments — in the form of Dangers, Warnings, and Cautions — must be followed at all times. These warnings are flagged by use of the triangular alert icon (seen below), and are listed in descending order of severity of injury or damage and likelihood of occurrence.

Danger: Danger is used to indicate the presence of a hazard that will cause severe personal injury, death, or substantial property damage if the hazard is not avoided.

Warning: Warning is used to indicate the presence of a hazard that can cause severe personal injury, death, or substantial property damage if the hazard is not avoided.

Caution: Caution is used to indicate the presence of a hazard that will or can cause minor personal injury or property damage if the hazard is not avoided.

1152700 • Issue 1 • February 2001 • Preface

General Safety Precautions

Danger: Do not look into the ends of optical fibers. Exposure to invisible LASER radiation may cause serious retinal damage or even blindness. Verify the optical source is disabled through the use of an optical power meter before handling optical fibers.

Caution: Use caution when routing wires and cables. Avoid severe bending and routing over sharp edges. Use grommet material when possible to avoid wear on cable insulation.

Caution: Allow sufficient fiber length to permit routing without severe bends. Fibers may be permanently damaged, or signal degradation may be experienced if fibers are bent or curved to a radius of less than 1.5 inches (3.81 cm).

Caution: Modules can be damaged by electrostatic discharge. Before handling any modules connect your wrist to an equipment ground using an approved anti-static wrist strap. Ensure that all uninstalled modules are stored in anti-static packing material. When working with modules, always place the module on an electrically grounded approved anti-static mat.

Caution: Using excessive force when seating cards and modules into the backplane may result in physical or severe electrical damage to the backplane pins or module connectors, and if power is applied, may result in serious electrical damage to both the modules or the backplane

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1152700• Issue 1 • February 2001 • Preface

FCC COMPLIANCE STATEMENT

Class A

The Cellworx STN System complies with the requirements for class A digital device per Part 15 of the FCC Rules.

Warning: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

DOC Compliance

This equipment does not exceed Class A limits for radio emission for digital apparatus, set out in the radio interference regulation of the authorization methods of Industry Canada. Operation in a residential area may cause unacceptable interference to TV and radio reception requiring the owner or operator to take whatever steps are necessary to correct the interference.

FDA Compliance

This product uses a Class 1 LASER according to FDA Rules. This product conforms to all applicable standards of 21 CFR 1040.

Safety Compliance

UL listed for use in the U.S. and Canada. IEC 950 (1991) Second Edition with Amdts. No. 1 (1992), 2 (1993), 3 (1995), and 4 (1996)

EN60950 (1992) with Amdts. No. 1 (1993), 2 (1993), 3 (1995, 4 (1997), and No.11 (1997); and with National Differences as specified in the CB Test Report 99RT07840-121698.

The Cellworx STN system complies with EN 55022:1995, IEC 801-2:1991, IEC 801-3:1984 and draft IEC 801-3-1990, and IEC 801-4:1988. The Cellworx STN system complies to all the applicable EC directives of the European Union and is CE marked.

NEBS Compliance

The Cellworx STN system is fully NEBS compliant.

Page x

ISO9000 Compliance

ADC Telecommunications Inc. is ISO 9001 certified.

STANDARDS

The following listing is a bibliography of applicable documents:

ANSI/IEEE Std 802.1D,1993 Edition. ANSI T1.403-1989, Carrier to Customer Installation: T1 Metallic Interface, February 22, 1989 ATM UNI specification 3.1, ATM Forum Bellcore GR-253-CORE, Synchronous Optical Network (SONET) Transport Systems:

Bellcore GR-1110-CORE, Broadband Switching System Generic Requirements,

Bellcore GR-1113-CORE, Asynchronous Transfer Mode (ATM) and ATM Adaptation

1152700 • Issue 1 • February 2001 • Preface

Common Generic Criteria, Issue 2, 12/95

Issue 1, 9/94, Revision 3, 4/96

Layer (AAL) Protocols, Bellcore.

Bellcore GR-1117-CORE, Generic Requirements for Exchange PVC CRS Customer

Network Management Service, Bellcore.

Bellcore GR-1244-CORE, Clocks for the Synchronized Network: Common Generic

Criteria, Bellcore.

Bellcore GR-1248-CORE, “Generic Requirements for Operations of ATM Network

Elements (NEs),” Issue 3, 8/96

Bellcore GR-1400-CORE, SONET Dual-fed Unidirectional Path Switched Ring (UPSR)

Equipment Generic Criteria, Bellcore.

Bellcore GR-20-CORE, Generic Requirements for Optical Fiber and Optical Fiber Cable,

Bellcore. Bellcore GR-253-CORE, SONET Transport Systems: Common Criteria, Bellcore. Bellcore GR-2837-CORE, “ATM Virtual Path Functionality in SONET Rings—Generic

Criteria,” Issue 2, 12/95 Bellcore GR-2842-CORE, “ATM Service Access Multiplexer (SAM) Generic

Requirements,” Issue 1, 11/94 Bellcore GR-2848-CORE, Broadband Multi-service UNI Generic Requirements, Bellcore. Bellcore GR-436-CORE, Digital Network Synchronization Plan, Bellcore. Bellcore TR-TSY-000496, Issue 2, September 1989, Supplement 1, September 1991

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1152700• Issue 1 • February 2001 • Preface

The ATM Forum ATM User-Network Interface (UNI), Specification, Version 3.1

NFOEC, Volume 2 1995, pg 445. “A Comparative Analysis of 2 Fiber and

NFOEC, Volume 3 1995, pg 885. “SONET Operations Networking; The

RFC-1406, Definitions for Managed Objects for the T1 and E1 Interface

RFC-1407, Definitions for Managed Objects for the T3 and E3 Interface

ITU I.350

ITU I.371

ITU I.610

Bellcore TA-1230

ITU M.3010

ITU M.3020

ITU M.3100

ITU M.3180

4 Fiber Bi Directional Line Switched Rings.”

Key to the Future.”

Types, IETF.

Types, IETF. TA-NWT-000487, Generic Requirements for Electronic Equipment Cabinets,

Bellcore. TA-TSV-1408, Generic Requirements for Exchange PVC Cell Relay Service,

Bellcore. TA-TSV-1409, Generic Requirements for Exchange Access PVC Cell Relay

Service, Bellcore. TR-NWT-000063, Network Equipment Building System (NEBS) Generic

Equipment Requirements, Bellcore. TR-NWT-000078, Generic Physical Design Requirements for Telecommunications

Products and Equipment, Bellcore. TR-NWT-000468, Reliability Assurance Practices for Optoelectronic Devices in

Central Office Applications, Bellcore. TR-NWT-000496, SONET ADM Equipment Generic Criteria, Bellcore. TR-NWT-000499, Transport Systems Generic Requirements (TSGR): Common

Requirements, Bellcore. TR-NWT-000815, OTGR Section 2.3: Network Element and Network System

Security, Bellcore. TR-NWT-000930, Generic Requirements for Hybrid Microelectronics Used in

Telecommunications Equipment, Bellcore. TA-NWT-000983, Reliability Assurance Practices for Optoelectronic Devices in

TR-NWT-001112, Broadband-ISDN User to Network and Network Node Interface

Page xii

Loop Applications, Bellcore.

Physical Layer Generic Criteria, Bellcore.

1152700 • Issue 1 • February 2001 • Preface

TR-TSV-000772, Generic System Requirements in Support of Switched Multi-

Megabit Data Service, Bellcore. TR-TSV-001369, Generic Requirements for Frame Relay PVC Exchange Service,

Bellcore. TR-TSV-001370, Generic Requirements for Exchange Access Frame Relay PVC

Service, Bellcore. TR-TSY-000454, Supplier Documentation for Network Elements, Bellcore.

List of Acronyms and Abbreviations

The acronyms and abbreviations used in this manual are detailed in the following list:

155 CRS Dual port Optical Carrier card providing Cell Relay Service in a

concatenated payload at a data rate of 155Mbps

155 RIC Optical Carrier Ring Interface Card providing cell relay service in a

concatenated payload at a data rate of 155Mbps

622 RIC Optical Carrier Ring Interface Card providing cell relay service in a

concatenated payload at a data rate of 622Mbps

2488 RIC Optical Carrier Ring Interface Card providing cell relay service in a

concatenated payload at a data rate of 2488Mbps

ABR Available Bit Rate ADM Add / Drop Multiplexer AIC Access Interface Card AIS Alarm Indication Signal APS Automatic Protection Switching ATM Asynchronous Transfer Mode B-ICI Broadband Inter-Exchange Carrier Interface BPS Bits Per Second CAC Connection Admission Control CBR Constant Bit Rate CDV Cell Delay Variation CDVT Cell Delay Variation Tolerance CES Circuit Emulation Service CIR Committed Information Rate CO Central Office CPE Customer Premise Equipment CRS Cell Relay Service CTD Cell Transfer Delay DCC Data Communications Channel E1 TMUX Multi 1 A 16 E1 port card that converts digital signals into ATM streams EIM Electrical Interface Module EPS Expansion Shelf ESF Extended Superframe FRS Frame Relay Service FTP File Transfer Protocol GNE Gateway Network Element GUI Graphical User Interface IP Internet Protocol

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1152700• Issue 1 • February 2001 • Preface

LAN Local Area Network LEC Local Exchange Carrier LTE Line Terminating Equipment msec millisecond NDC Network Data Collection NE Network Element NIC Network Interface Card NMIC Network Management Interface Card NMS Network Management System NNI Network to Network Interface NPC Network Parameter Control OAM&P Operations, Administration, Maintenance, and Provisioning OS Operations System PCR Peak Cell Rate PEIM Protection EIM PTE Path Terminating Equipment PVC Permanent Virtual Circuit QoS Quality of Service RIC Ring Interface Card SAM Service Access Multiplexer SC Shelf Controller card SCR Sustained Cell Rate SDH Synchronous Digital Hierarchy SEPIC Shelf ExPansion Interface Card SNMP Simple Network Management Protocol SONET Synchronous Optical NETwork SPE Synchronous Payload Envelope SRTS Synchronous Residual Time Stamp (patent 5260978 Bell Comm. Research) STM Synchronous Transport Mode STN Service Transport Node STS Synchronous Transport Signal STS-3c Concatenated STS-3 signal (one payload) SVC Switched Virtual Circuit T1 Digital Signal Level 1 T1 TMUX Multi 1 A 16 DS1 port card that converts digital signals into ATM streams T3 Digital Signal Level 3 T3 CES Three port Digital Subscriber line card providing Circuit Emulation

T3 CRS Three port Digital Subscriber line card providing Cell Relay Service at a

T3 TMUX Multi 1 A single DS3 port line card providing individual DS1 channel multiplexing TC Transmission Convergence TCA Threshold Crossing Alert TDM Time Division Multiplexer TEIM Terminating Electrical Interface Module TFTP Trivial File Transfer Protocol TID Target Identifier TMN Telecommunication Management Network

Service at a data rate of 45Mbps

data rate of 45Mbps

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UBR Unspecified Bit Rate UNI User Network Interface UPC Usage Parameter Control UPSR Unidirectional Path Switch Ring UVPSR Unidirectional Virtual Path Switch Ring VC Virtual Channel VCC Virtual Channel Connection VP Virtual Path VPC Virtual Path Connection VT Virtual Tributary W/P Working/Protect

1152700 • Issue 1 • February 2001 • Preface

Page xv

SECTION 1 INTRODUCTION

CONTENT..........................................................................................................................PAGE

1. GENERAL ...........................................................................................................................1

2.USER INTERFACES.................................................................................................................2

A.NMIC RS232 Interface........................................................................................................3

B.NMIC EIM RJ45 Ethernet Interface.........................................................................................3

C.NMIC Serial Equipment Port ................................................................................................4

3.CELLWORX STN SYSTEM SOFTWARE..........................................................................................4

A.NMIC Graphical User Interface (GUI) ......................................................................................4

4. REMOTE MANAGEMENT CAPABILITIES ..................................................................................... 13

A.Real Time Alarm and trap Screens ...................................................................................... 14

1152700• Issue 1 • February 2001 • Section 1 Introduction

GUI Screen Icon Definitions......................................................................................5

GUI Menu Structure and Utilization.............................................................................8

X-Terminal Keyboard Functions............................................................................... 12

Manipulating the GUI Net work Layout on an X-Terminal Screen........................................ 12

1. GENERAL

This section provides information on the Cellworx Service Transport Node’s (STN) Graphical User interface (GUI) and alarm monitoring capabilities. Information in this document relates to the Release 3.1 design features of the Cellworx STN system. Future revisions of this document will cover added features and enhancements to the system and/or software.

The Cellworx STN system has been designed to accelerate the migration of networks to support broadband services. It is an Add/Drop Multiplexer (ADM) utilizing Asynchronous Transfer Mode (ATM) technologies to support access and delivery of emerging and legacy services. Through the use of simple transport provisioning, the Cellworx STN enables broadband services on an ATM backbone to coexist within the TDM infrastructure. A single platform is used to both deploy new services to thousands of customers, and provide significant bandwidth savings in existing networks. At the same time, it provides the utility and survivability that service providers have come to expect from true Telecom-oriented SONET products.

The Cellworx STN shelf is shown in Figure 1-1. It is available in a 19-inch or a 23inch rack mount shelf that has specific card slot assignments for the Ring Interface Cards (RICs), Network Management Interface Cards (NMICs), and Shelf Controller cards (SCs). The intent of specific slot locations is to maximize bus performance and the number of working and protect pairs. The Cellworx STN can be used as a collocated or remote Expansion node utilizing 622, 155 or T3 CRS cards as links to a ring node to provide subscriber fan out or remote access capabilities to a ring. Certain card slots are keyed to prevent the installation of wrong card types into those slots. The remainder of the slots can accept any Access Interface Card (AIC) provided the proper Electrical Interface Module (EIM) is installed at the rear of the shelf for that AIC service type.

Page 1-1

1152700• Issue 1 • February 2001 • Section 1 Introduction

SHELF

ALARM

INDICATOR

DOOR

HINGES

LOWER AIR INTAKE/

CABLE ROUTING TRAY

Figure 1-1. Cellworx STN Shelf

UPPER HEAT BAFFLE/

FIBER MANAGEMENT TRAY

ESD GROUND JACK

DOOR

LATCH

10479-C

2. USER INTERFACES

The Network Management Interface Controller (NMIC) shown in Figure 1-2 provides a common ring and element management system platform where all aspects of network management are performed. The NMIC houses the operating system and application software for each node and card to provide Fault, Configuration, Performance, and Security management functions based on TMN principles at the Element Management Layer.

Page 1-2

A. NMIC RS232 Interface

The NMIC provides an asynchronous RS-232 port for character based access provided through a DB9 connector located under the front hinged faceplate. This port is used to load the operating system information and IP addresses at initial network turn up.

ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

Active

JA7

GND

E11

GND

RJ45 ETHERNET

CONNECTION

9 PIN D-SUB EXTERNAL

EQUIPMENT PORT

RS232 PORT

117

Figure 1-2. NMIC Craft Port Identification Figure 1-3. NMIC EIM Port Identifications

B. NMIC EIM RJ45 Ethernet Interface

An external Network Management System (NMS) and/or X-Terminal connection is provided through an RJ45 10 Base-T Ethernet connection on either NMIC Electrical Interface Module (NMIC EIM) in slot 2 or 4 at the rear of the shelf. Refer to Figure 1-3. This connection is available only in the Gateway Network Element (GNE) located at a Central Office or controlled environment (0-50° C) location. It provides access to the GUI software screens for all management

10490-A

Page 1-3

1152700• Issue 1 • February 2001 • Section 1 Introduction

functions, or SNMP access for Sets, Gets, Traps etc. Up to five GUI sessions may be launched at a time. An X-Terminal may remain active while the GUI is launched on another terminal. A user establishes a Telnet session to the NMIC to launch the GUI. The NMIC can maintain the Telnet session after the GUI is exited, or maintain the GUI functionality after the user terminates the Telnet session, but once both the Telnet session is terminated and the GUI is exited, the Telnet session must be re-established.

NMICs support 1:1 protection and provide independent Ethernet connections. Each NMIC has a unique IP address and a shared IP address, requiring the administrator to provision each of them on the X-Terminal. If the administrator cannot connect using the shared IP address (NMICs are unobtainable or a no response message is generated from a remote Telnet session connection attempt), the administrator can reattempt the Telnet session utilizing either the working or the protection NMIC IP addresses.

C. NMIC Serial Equipment Port

A serial port is provided on the NMIC EIM that can be used for modem access or other types of serial equipment. This port will provide the same system access as the Ethernet port. It has jumpers that enable the user to strap the port for DTE or DCE depending on the serial device connected to it.

3. CELLWORX STN SYSTEM SOFTWARE

A. NMIC Graphical User Interface (GUI)

The Cellworx NMIC GUI interface provides a simple, consistent means of interaction through menu, mouse, and keyboard driven software configuration options. It is an executable program residing on the NMIC that a user gains access to through an X-Terminal window from the shell command prompt. The GUI retrieves data for the user initiated events via SNMP to the Application Core or by accessing the information stored on its hard disk.

Once connected to the NMIC and logged on to the network, a full network view encompassing each node in the network is displayed on the screen. An example is shown in Figure 1-4. An arrangement of icons representing Cellworx STN nodes reflect the network configuration (if configured) and are color-coded indicating the current alarm state of each node. Table 1-1 describes the color codes of the icons. The NE containing the NMICs is referred to as the Gateway Network Element (GNE) and can be determined at a glance from the yellow text underneath it. All other nodes will have white text.

The fiber connections shown between the nodes will appear green if there are no fiber fragment failures. They will turn orange in the event of a fiber fragment failure indicating a major alarm condition on the link between nodes.

Page 1-4

ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

Cellworx Vision: Subnetwork Management System

File Configuration Fault Performance Help

GNE-1

NE-2

Cellworx User: root Local Time: 21:35 GMT Time: 21:35

NE-3

10924-D

Figure 1-4. Network Manager Main Screen

Table 1-1. GUI Cellworx STN Node Icon Color Codes

COLOR INDICATION

Green No existing alarms, normal operation. Yellow Minor alarms exist at this site. Orange Major alarms exist at this site. Red Critical alarms exist at this site. Blue Cannot communicate with the site.

GUI Screen Icon Definitions

Larger icons are used to represent the Cellworx STN shelves that have Secondary nodes (expansion shelves called STN-EPS) connected to them. These icons are referred to as Primary nodes and will look the same whether there are 2 or 10 STNEPS nodes connected to them. Refer to Figure 1-5. The Secondary nodes may be collocated or reside at remote sites. When a user selects a node, it is highlighted by a white square that surrounds it. By double clicking on one of these nodes with the left mouse button, a new window is displayed reflecting the interconnecting relationship between the Primary and Secondary nodes. It is at this point that the user can determine the number of nodes involved. Refer to Figure 1-6. The Primary node now appears as a normal size ICON and the ring network interconnections are not displayed. To return to the ring network view, the operator clicks on the Cancel button at the bottom of the window.

Page 1-5

1152700• Issue 1 • February 2001 • Section 1 Introduction

ICON FOR NE-2 INDICATES THE PRESENCE OF STN-EPS SHELVES

Cellworx Vision: Subnetwork Management System

File Configuration Fault Performance Help

STN

NE-2

GNE-1

NE-3

Cellworx User: root Local Time: 21:37 GMT Time: 21:37

10926-D

Figure 1-5. Example of Primary Node with Secondary Expans i ons

Cellworx Vision:Physical Layouts for NE-2

EPS-2

NE-2 EPS-1

Cancel

10960-B

Figure 1-6. Primary Node Physical Layout to Secondary Nodes

An Auto Discovery feature allows the NMIC to search for and display all nodes connected in the network during initial system turn-up. Main menu headings are displayed at the top of the screen (File, Configuration, Fault, Performance) and when selected will allow the user to perform all higher level functions such as system administration, establish end to end VP/VC connections, request performance reports, or display network alarm summaries.

Page 1-6

ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

To access any node in the network, the administrator selects the direct selection arrow tool located on the left tool bar, and then double clicks on the NE ICON to open a shelf level GUI session. To start a craft session with the node, the user selects the node with a single click, right click to open the pop-up menu, and select Craft Interface. The administrator is required to enter a valid user name and password assigned for the node to gain access to the craft menus. The shelf level GUI is shown in Figure 1-7 below.

CHASSIS STATUS

CHASSIS CONFIGURATION

APPLIES CHANGES AND SENDS TO SHELF CONTROLLER.

Cellworx Vision: Chassis View, Network Element 2

File Configuration Fault Security

SCN

123456789101112131415161718

Status:

Power Status: normal Identifier: Start Time: Vendor:

Configuration:

2 19:30:47 8/31/1999 ADC-TSG

Cellworx2

Name: Location:

5th Street

Apply Topology View

T 3

T M U X

X P

Memory Utilization Threshold:

RETURNS TO GUI MAIN VIEW WITHOUT CLOSING CHASSIS LEVEL VIEW.

Alarm Status: Version: Current Time: Up Time:

Suppress Zero Stats

Refresh Close

REP AINTS WINDOW TO REFLECT ANY CHANGES.

2 4 8 8

R i n g

minor

1.2.0.35 10:12:09 09/01/1999 1d 19:41:22:00

4 8 8

R i n g

SC2

EQUIPPED CARD REPRESENTATIONS WITH ALARM INDICATIONS.

CLICK ON BOXES AND DRAG UP OR DOWN TO WIDEN STATUS, CONFIGURATION OR CHASSIS VIEW.

USE SLIDERS TO VIEW HIDDEN STATUSES OR SELECTIONS.

CLOSES CHASSIS LEVEL VIEW AND RETURNS TO GUI MAIN VIEW.

13454-C

Figure 1-7. Cellworx Shelf Level GUI Screen

The user can now provision parameters on individual cards in the shelf. To bring up a card level GUI display, double click on the card displayed in the shelf level view or put the mouse pointer over the card and hit a right click to open a menu window for the card and select Open. The Card level view will appear similar to the example shown in Figure 1-8 below. Some functions available in this view are described in the figure.

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1152700• Issue 1 • February 2001 • Section 1 Introduction

NE AND CARD TYPE/ SLOT INFORMATION.

CARD REPRESENTATION WITH REAL-TIME ALARM INDICATIONS.

APPLIES CHANGES AND SENDS TO SHELF CONTROLLER.

Cellworx Vision: Card View - 622 Ring Interface Card

NE Name: Cellworx1 NE Id: 1 Card: 622 Ring Slot Number: 17 Port Number: 1

622

Ring

ADC

Status

Active

Active Protect

Timing

Port

Apply Chassis View

RETURNS TO CHASSIS VIEW WITHOUT CLOSING CARD LEVEL VIEW.

Status:

Configuration:

Card Level

Administrative State: Congestion Thresholds:

Ring Selection :

Port Level

Administrative State: Transmit Timing Source:

Locked Unlocked

Do not use for synchronization

Enable signal degrade Signal Degrade BER Threshold: 10EMedium Type:

SONET

Loopback towards:

None Terminal Line Coding:

Line Type:

Diagnostics

PERFORMS TEST OVER FIBER LINK.

Locked Unlocked

Auto Ring 16 Ring 17

SDH

Ingress: Egress:

System

Recieved

Facility

sonetMediumNRZ sonetLongSingleMode

Refresh

REPAINTS WINDO W TO REFLECT ANY CHANGES.

CLICK ON BOX AND DRAG UP OR DOWN TO WIDEN STATUS OR CONFIGURATION VIEWS.

% %

CARD LEVEL CONFIGURATION OPTIONS.

CLICK ON BOX AND DRAG UP OR DOWN TO WIDEN PORT LEVEL VIEW.

622 MBPS PORT LEVEL CONFIGURATION OPTIONS.

USE SLIDERS TO VIEW HIDDEN SELECTIONS.

CLOSES CARD LEVEL VIEW AND RETURNS TO SHELF LEVEL VIEW.

13443-B

Figure 1-8. Cellworx Vision Card Level View (622 Ring Interface Car d example)

GUI Menu Structure and Utilization

There are three possible methods for performing configuration tasks using the GUI;

1) utilizing the pull down menu trees, 2) mouse controlled popup menus, 3) keyboard operations. Refer to Figure 1-9 for examples.

• Using the mouse, click the right button over the work area to display the

popup menu and select desired task using the left mouse button. This may bring up another pop up menu, depending on the task.

• Using the mouse, select a topic on the menu bar above the work area using the

left mouse button. Select a task shown on the pull down menu using the left mouse button. This may bring up a pop up menu, depending on the task.

• Using the keyboard, select “Alt” plus the underlined letter of a topic shown on

the menu bar above the work area. This opens the pull down menu from the menu bar. Using the arrow keys on the keyboard, step up or down to the desired task and hit enter, or return, or right arrow. Other pop up menus may be generated depending on the task.

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ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

SELECTING THE TOPIC USING THE LEFT MOUSE BUTTON, OR ALT PLUS THE UNDERLINED LETTER, OPENS THE PULL DOWN MENU LIST. SELECT OPTION USING LEFT MOUSE BUTTON OR DOWN ARROW FOLLOWED BY A RIGHT ARROW.

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance Accounting Security Help

Time and Date Connection Topology Software NMIC Platform

Cellworx User: root Local Time: 23:30 GMT Time: 23:30

Create... View ...

Configure Traffic Contract ...

Configure Service Provider Profile ... View Ring Resource Usage ... View Fiber Bandwidth Usage ...

NE-2

GNE-1

Fiber Bandwidth Usage...

About... Craft Interface...

NE-3

Create Connection... View Connection... Configure Alarm Threshold...

Configure Software... Reflash Boot Image

Figure 1-9. Cellworx STN GUI Di splay (sample)

CLICK THE RIGHT MOUSE OVER THE FIBER TO OPEN POP UP WINDOW.

SELECTING A NODE WITH LEFT MOUSE BUTTON AND THEN HITTING RIGHT MOUSE BUTTON OPENS THE NE POP UP MENU.

10921-F

The pull down menus and pop-up window menu structures for the main GUI screen are shown in the menu tree in Figure 1-10. The pull down menus for the Shelf level GUI is shown in Figure 1-11.

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1152700• Issue 1 • February 2001 • Section 1 Introduction

GUI MAIN SCREEN

FILE

SAVE ICON LAYOUT EXIT

CONFIGURATION TIME AND DATE

ABSOLUTE

RELATIVE

CONNECTION

CREATE

VIEW CONFIGURE TRAFFIC CONTRACT

CONFIGURE SERVICE PROVIDER PROFILE

VIEW RING RESOURCE USAGE

VIEW FIBER BANDWIDTH USAGE

TOPOLOGY

ADD RING NETWORK ELEMENT ADD EXPANSION SHELF NETWORK ELEMENT

REMOVE RING NETWORK ELEMENT

REMOVE EXPANSION SHELF NETWORK ELEMENT

REFRESH FORCE NETWORK DISCOVERY REVERT TO SAVED ICON LAYOUT

RING AUDIT RING UPGRADE TURN-UP RING

SOFTWARE

CONFIGURE NE

NMIC PLATFORM

ADMINISTRATION

FILE REPLICATION

FAULT

ALARMS CONFIGURE NE ALARM THRESHOLD NMIC PROTECTION NMIC PROTECTION RESTORATION

PERFORMANCE

MONITORING

NE POP-UP WINDOW

ABOUT CRAFT INTERFACE CREATE CONNECTION VIEW CONNECTIONS

CONFIGURE ALARM THRESHOLDS

CONFIGURE SOFTWARE

REFLASH BOOT IMAGE

PRIMARY NODE POP-UP WINDOW

CREATE A CONNECTION

VIEW CONNECTIONS

CONFIGURE ALARM THRESHOLDS

REFRESH NE

FIBER LINK POP-UP WINDOW

FIBER BANDWIDTH USAGE

HELP

CONTACT ABOUT

10922-F

Figure 1-10. Cellworx Vision Pull Down Menus and Pop-up Window Trees

FILE

SAVE EXIT

CONFIGURATION

HARDWARE INVENTORY

PROTECTION GROUPS TIMING RESOURCE RESET SLOTS

Figure 1-11. Cellworx Shelf Level GUI Pull Down Menu Structure

Just outside the workspace the tool bar displays icons placed horizontally and vertically. These Icons provide shortcuts to common tasks for the advanced user. The functions of these icons are described in Figure 1-12.

Page 1-10

SHELF LEVEL GUI MENU

FAULT

CONFIGURE HOUSEKEEPING ALARMS EXECUTE ALARM CUT-OFF

SECURITY

CRAFT USER CONGIURATION CRAFT MENU CONGIURATION

13571-A

ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

PERFORMANCE

ALARM

HISTORY

DATA

MANAGEMENT

DATA

CELLW ORX VISION

HELP SCREEN

SAVE NE ICON LAYOUT

VIEW ALL SUBNETWORK

CONNECTIONS...

EXIT

REFRESH

TOPOLOGY

SELECT MODE TOOL

DRAG AND DROP TO

CREATE A CONNECTION

Figure 1-12. GUI Tool Bar Icon Definitions

While performing tasks, a user may encounter message windows, confirmation windows, and informational windows. Each window can be distinguished by the icon to the left as shown in Figure 1-13.

INFORMATIONAL WINDOW INDICATING A TASK HAS BEEN COMPLETED,

OR INSTRUCTING THE USER TO ENTER INFORMATION. GENERALLY REQUIRES THE USER TO SELECT "OK".

10940-B

HOURGLASS INDICATES A TASK IS IN PROGRESS AFTER CHANGES TO THE SYSTEM HAVE BEEN SENT BY THE USER.

ERROR MESSAGE INDICATES THAT THE TASK COULD NOT BE COMPLETED DUE TO LACK OF INFORMATION, HARDWARE, COMMUNICATION, ETC.

QUESTION ICON INDICATES THAT THE USER MUST THINK AND MAKE

A SELECTION BEFORE CONTINUING.

WARNING MESSAGE INDICATING A POTENTIAL PROBLEM, GENERALLY REQUIRES THE USER TO SELECT "OK".

10939-C

Figure 1-13. Cellworx Vision Window Icon Definitions

Page 1-11

1152700• Issue 1 • February 2001 • Section 1 Introduction

X-Terminal Keyboard Functions

All of the functions that can be performed through pop up menus using the mouse can also be performed via the menu bar at the top of the screen. The menu bar provides pull down menus under these options: File, Configuration, Fault, and Performance.

The keyboard is used to select the menu bar items, navigate and select sub menu items, bring up the configuration or query screens, and when necessary, to enter alphanumeric information into the system. Keyboard operations for the GUI also make use of the arrow keys, enter or return key, tab key, space bar, and control key. The user must hit the Alt key along with the underlined letter of the menu item desired (ex. Alt + F selects the File menu tree).

By entering the tab key, the operator moves the highlighted or underlined selection to the next menu item (ex. File to Configuration.) Hitting the enter or return key opens the menu item. The operator may now use the arrow keys to step down or up to the desired item selection. The right arrow will bring up a sub menu if one exists, indicated by the arrow pointing to the right beside the text in the menu list.

Manipulating the GUI Network Layout on an X-Terminal Screen

The user may redraw the layout of the network that is displayed by the GUI. This may be performed to set a group of nodes that are co-located apart from others, to place the nodes in a city or state map layout, or just to make use of more room on the screen itself. By selecting a node using the select mode tool and a single click and hold of the left mouse button, the operator can drag it to any area of the screen and then release the mouse button. The node is now planted in its new location on the screen and all of the connections stay intact (the operator cannot change the physical location or inter-connections between the nodes by moving an icon into another area of the software screen).

Once the user has redrawn the GUI screen layout, the new screen configuration should be saved. This can be done through the menu bar under File: Save Icon Layout, or by single clicking on the floppy disk icon on the tool bar above the work area.

Page 1-12

4. REMOTE MANAGEMENT CAPABILITIES

The X-Terminal used for operations and maintenance of the Cellworx STN network can be linked through existing customer Ethernet networks using TCP/IP over any transport layer (e.g. Frame Relay, ATM, Private Line, etc.) Refer to Figure 1-14 for an example.

NETWORK SURVEILLANCE CENTER

X TERMINAL

ROUTER

ADCP-70-220 • Issue 1 • September 2000 • Section 1 Introduction

EXISTING DEDICATED

NETWORK FOR

MANAGEMENT TRAFFIC

TCP/IP

10 BASE T

ETHERNET

ROUTER

CENTRAL OFFICE

B S S

10504-B

LOCAL CRAFT USER

CELLWORX

OC12C RING

GNE

Figure 1-14. Remote X- Terminal Operations

The network operator can use any workstation with a standard X-Windows platform or a PC with X-Terminal emulation to remotely access the network, launch the GUI, and monitor or troubleshoot the Cellworx STN ring network. The operator can remotely connect to a node via Telnet session through the NMIC, and use craft menus to retrieve alarm and performance information. These functions are performed utilizing IP addresses set up for each node at turn up.

Messaging between remote nodes and the GNE NMIC is performed by targeting the NE’s IP address. Many existing network components (BSS, ATM Switches, frame relay switches, and routers) can also be pulled up on the same X-Terminal for maintenance and troubleshooting capabilities.

Page 1-13

1152700• Issue 1 • February 2001 • Section 1 Introduction

A. Real-time Alarm and Trap Screens

The Cellworx NMIC provides real time alarm monitoring capabilities to an External Management System (EMS) via SNMP traps through an Ethernet port on the NMIC EIM. This scheme supports remote retrieval of NMIC collected data for user manipulation and report creation via ftp using four simple file types. These files are comma, space, or tab delimited and cover the following categories of collected data: Alarm history, Accounting, PM data, and Network Data Collection.

The NMIC serves as an ATM domain operations interface provided on a Cellworx STN shelf configured as a Gateway Network Element (GNE), generally located in the CO or manned site. The NMIC can process 1.6K TFTP (Trivial FTP)/FTP packets as well as 0.8Mbytes of data per second, serving as an FTP server for each of the NE Shelf Controllers (SCs). The alarm history from each of the NE SC traps is stored up to 24 hours for future queries. The NMIC sends an SNMP request to the destined NE based on legitimate SNMP requests received from the EMS, and discards all IP packets that are different from its IP address.

The SNMP MIB for ring management is ATM Forum network view M4 based. The NE processes up to ten SNMP traps per second also.

GR-1248, [213] is supported. The NMIC supports the user identification, authentication, system access control, resource access control, security log, and security administration requirements as stated in GR-1248 [213]. The administrator can configure the option of allowing the user to only perform SNMP get requests and receive SNMP traps.

Page 1-14

1152700• Issue 1 • February 2001 • Section 2 Operation and Maintenance

SECTION 2 OPERATION AND MAINTENANCE TOP

Content Page

1. GENERAL ................................................................................................................................................. 2-1

2. USING A TOP DOCUMENT................................................................................................................................ 2-1

ALPHABETICAL TASK I NDEX LIST ......................................................................................................................... 2-3

INSTALLATION TASK INDEX LIST.....................................................................................................................IXL-001

1 GENERAL

This section provides operation and maintenance procedures for the Cellworx Service Transport Node (STN) for the system administrator/operator.

Operation and maintenance includes but is not limited to the following tasks:

• Performing end to end signal tests to verify system operation.

• Adding modules to an in-service chassis.

• Configuring the modules for operation (S/W configuration and download).

• Configuring the VP/VC traffic connections for operation.

• Troubleshooting alarm conditions.

• Using the GUI interface to check network and node statuses.

• Performing card/traffic level switching for maintenance, troubleshooting, or testing purposes.

2 USING A TOP DOCUMENT

The procedures in this section are written in the Task Oriented Process (TOP) format. The TOP method of presenting information provides step by step instructions for the successful completion of the indicated task. To find the instructions for performing enclosure installation, module installation and initial turn up, and installation troubleshooting tasks, refer to Figure 2-1 for the flow chart of a TOPS document or proceed as follows:

1. Find the task to be performed in the Indexed Task List (IXL-001), or the Alphabetical

Task Index List.

2. Locate the specified director level, detail level, or trouble clearing procedure. All procedures are in numerical order, regardless of type. The TOP procedures in this manual are of the following four types:

a) Non-Trouble Clearing Procedure (NTP) − A director level procedure that lists

normal work items to be performed that are not trouble clearing procedures.

b) Trouble Analysis Procedure (TAP) − A director level procedure that provides step

by step instructions to locate and fix problems.

c) Detailed Level Procedure (DLP) − Detailed step by step instructions or procedures.

Page 2-1

1152700• Issue 1 • February 2001 Section 2 Operation and Maintenance

d) Trouble Analysis Data (TAD) − A trouble clearing aid containing non-procedural

data.

3. Perform all the items in the director level procedure (NTP ‘or TAP) in the order listed unless sent to another director level procedure. When a director level procedure is finished, the task is completed. When more detailed information is required, the reader will be sent to a DLP. A DLP may also direct the reader to another DLP.

Note: When a DLP is complete, return to the procedure that preceded the DLP. Note: When sent from one DLP to another DLP, in most instances it will not be necessary to go

back to the first DLP after competing the second.

4. In some procedures, it will be necessary to verify that certain responses have occurred. If the

expected response is not observed, refer to the TAP. If additional data is required such as a schematic diagram, line drawing, tabulated data, maintenance philosophy, or trouble clearing strategy, the reader will be sent to a TAD.

Find the task to be performed in either the Indexed T ask List, or the Alphabetical Task List. These will refer to NTP, DLP, or T AP procedures.

NTP?

Perform each task listed in order in an NTP until completed.

DONE?

Perform each task listed in order in an NTP until completed. In most cases, will not return to previous NTP.

Locate the NTP, DLP, or TAP referred to in the Task Lists.

DLP?

REFERS TO DLP

REFERS TO ANOTHER NTP?

REFERS TO DLP

DONE? DONE?

Perform detailed steps listed in a DLP until completed. Return to NTP if applicable.

DONE?

Perform detailed steps listed in a DLP until completed. Return to NTP if applicable.

REFERS TO T AP?

REFERS TO ANOTHER DLP?

TAP?

Perform detailed steps listed in a DLP until completed, then return to previous procedure.

REFERS TO T AP?

Perform detailed steps listed in a DLP until completed, then return to previous procedure.

RETURN TO DLP

Trouble Analysis Procedure,

located at the back of the section, referenced to by DLPs when expected responses are not observed. Perform each step in order to locate and fix troubles, then return to DLP if applicable.

Page 2-2

Task Completed

Figure 2-1. TOPS Docum ent Flow Chart

10556-C

1152700• Issue 1 • February 2001 • Section 2 Operation and Maintenance

Page 1 of 3

ALPHABETICAL TASK INDEX LIST

Find Your Job in the List Below Then Go To

ABOUT NE ............................................................................DLP-721

ADD A CELLWORX STN NODE TO AN IN-SERVICE RING NETWORK .........................................NTP-003

ADD A SECOND NETWORK ELEMENT TO AN IN SERVICE STAND-ALONE TERMINAL NODE

TO CREATE A RING NETWORK .......................................................NTP-004

ADD/DELETE A LEAF ENDPOINT TO/FROM AN EXISTING MULTICAST CONNECTION .............................DLP-791

ADD/DELETE GUI USERS OR CHANGE GUI USER LEVEL SECURITY .........................................DLP-783

ADD EXPANSION SHELF (STN-EPS) ..............................................................DLP-712

ADD A RING NETWORK ELEMENT ...............................................................DLP-737

ADD A SECOND NETWORK ELEMENT .............................................................DLP-738

ADD OR CHANGE AN SNMP TRAP HOST ON THE NMIC .................................................DLP-775

ADDING SERVICES TO A CELLWORX STN NODE......................................................NTP-009

ADMINISTRATIVE TASKS .....................................................................NTP-015

ALARM CUT-OFF ..........................................................................DLP-776

CARD RESET ............................................................................DLP-773

CHANGE CONFIGURATION/TEST AN EXISTING CONNECTION .............................................DLP-723

CONDUCT ACCEPTANCE TESTS ON CELLWORX STN NODE ..............................................NTP-011

CONFIGURE CARD PROTECTION GROUPS..........................................................DLP-765

CONFIGURE NE ALARM THRESHOLD .............................................................DLP-717

CONFIGURE OR DELETE A TRAFFIC CONTRACT......................................................DLP-709

CONFIGURE SERVICE PROVIDER PROFILE .........................................................DLP-714

CONNECT FIBERS TO OPTICAL CARDS ...........................................................DLP-701

CONNECT NMS OR X-TERMINAL TO THE NMIC EIM SNMP/GUI PORT .......................................DLP-704

CONNECT VT100 TO NMIC RS-232 PORT AND VERIFY NMIC IP ADDRESS ....................................DLP-702

CREATE AN ATM OR CES CONNECTION ...........................................................DLP-708

CREATE A FRAME RELAY CONNECTION ...........................................................DLP-786

CREATE AN ATM BUNDLED VC MULTICASTING CONNECTION. ............................................DLP-790

CREATE AN ATM MULTICAST CONNECTION.........................................................DLP-787

DELETE A CELLWORX STN NODE ...............................................................NTP-010

DELETE A CELLWORX STN NODE ...............................................................DLP-740

DELETE A CELLWORX STN EXPANSION SHELF (EPS) ..................................................DLP-746

DELETE CONNECTIONS ......................................................................DLP-739

DISPLAY NETWORK ALARM SUMMARY ...........................................................DLP-713

DISPLAYING STATUS AND ALARMS..............................................................NTP-007

ENDING A GUI SESSION FOLLOWING AN ABNORMAL SESSION ENDING .....................................DLP-778

FINDING AND CHANGING NMIC IP ADDRESS........................................................DLP-774

FORCE NETWORK DISCOVERY .................................................................DLP-719

FTP DATABASE FILES OFF OF NMIC..............................................................DLP-782

HARDWARE INVENTORY .....................................................................DLP-770

(continued)

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1152700• Issue 1 • February 2001 Section 2 Operation and Maintenance

Page 2 of 3

ALPHABETICAL TASK INDEX LIST, CONTINUED

Find Your Job in the List Below, continued Then Go To

HELP ............................................................................DLP-735

INITIATE A PROTECTION SWITCH ...............................................................DLP-771

LAUNCH THE GRAPHICAL USER INTERFACE (GUI) ....................................................DLP-705

LOG OFF OF CELLWORX STN GRAPHICAL USER INTERFACE .............................................DLP-711

LOG ON TO REMOTE NODE CRAFT SESSION VIA TELNET FROM GUI ........................................DLP-703

LOOPBACK TEST...........................................................................DLP-772

MONITORING THE NETWORK ..................................................................NTP-014

NMIC PROTECTION .........................................................................DLP-724

NMIC PROTECTION RESTORATION ..............................................................DLP-725

NMIC SYSTEM FILE REPLICATION...............................................................DLP-722

PERFORM DIAGNOSTICS ON OPTICAL CARDS .......................................................DLP-766

PERFORM DISCOVERY ON A NEW CELLWORX STN RING NETWORK .......................................DLP-706

PERFORM ROUTINE AND NON-ROUTINE MAINTENANCE ................................................NTP-012

PHASE 3.0 TO 3.1 SOFTWARE UPGRADE PROCE DURE .................................................DLP-795

PROVISION ATM VP AND VC CONNECTIONS ........................................................NTP-013

PROVISIONING NODE PARAMETERS .............................................................NTP-006

REFLASH BOOT IMAGE ......................................................................DLP-744

REFRESH TOPOLOGY .......................................................................DLP-718

REMOVE AND/OR REPLACE CELLWORX CARDS......................................................DLP-777

REMOVING A NMIC CARD FROM THE SHELF ........................................................DLP-781

RETRIEVE 155 SM/MM CRS CARD STATUS.........................................................DLP-760

RETRIEVE 622 SM CRS CARD STATUS ............................................................DLP-796

RETRIEVE 155 RING INTERFACE CARD STATUS......................................................DLP-763

RETRIEVE 622 RING INTERFACE CARD STATUS......................................................DLP-759

RETRIEVE 2488 RING INTERFACE CARD STATUS.....................................................DLP-779

RETRIEVE COMPRESSED LOGS FROM THE NMIC VIA F TP ...............................................DLP-742

RETRIEVE FE1 FRS CARD STATUS...............................................................DLP-789

RETRIEVE FT1 FRS CARD STATUS...............................................................DLP-788

RETRIEVE LOGS FROM THE NMIC VIA FTP .........................................................DLP-741

RETRIEVE NETWORK DATA COLLECTION (NDC) STATISTICS .............................................DLP-730

RETRIEVE PERFORMANCE MONITORING STATISTICS VIA NMIC GUI ........................................NTP-008

RETRIEVE SC CARD STATUS...................................................................DLP-757

RETRIEVE T1 MULTI 1 CARD STATUS.............................................................DLP-764

RETRIEVE T3 CES CARD STATUS. ...............................................................DLP-793

RETRIEVE T3 CRS CARD STAT US ...............................................................DLP-761

RETRIEVE T3 TMUX MULTI 1 CARD STATUS ........................................................DLP-762

REVERT TO SAVED ICON LAYOUT ...............................................................DLP-736

RING UPGRADE PROCEDURE ..................................................................DLP-731

(continued)

Page 2-4

1152700• Issue 1 • February 2001 • Section 2 Operation and Maintenance

ALPHABETICAL TASK INDEX LIST, CONTINUED

Find Your Job in the List Below, continued Then Go To

SET 622 SM CRS CARD CONFIGURATION ..........................................................DLP-797

SET 155 SM/MM CRS CARD CONFIGURATION .......................................................DLP-752

SET 155 RING INTERFACE CARD CONFIGURATION....................................................DLP-758

SET 622 RING INTERFACE CARD CONFIGURATION ...................................................DLP-751

SET 2488 RING INTERFACE CARD CONFIGURATION...................................................DLP-756

SET CRAFT MENU CONFIGURATION..............................................................DLP-769

SET CRAFT USER CONFIGURATION ..............................................................DLP-768

SET E1 MULTI 1 CARD CONFIGURATION...........................................................DLP-747

SET FE1 FRS CARD CONFIGURATION.............................................................DLP-784

SET FT1 FRS CARD CONFIGURATION.............................................................DLP-785

SET / RETRIEVE OPTICAL PORT PE RFORMANCE MONITORING STATISTICS ...................................DLP-726

SET / RETRIEVE T1/E1 MULTI 1 PERFORMANCE MONITORING STATISTICS ...................................DLP-729

SET / RETRIEVE FT1 FRS PERFORMANCE MONITORING STATISTICS........................................DLP-732

SET / RETRIEVE FE1 FRS PERFORMANCE MONITORING STATISTICS........................................DLP-733

SET / RETRIEVE T3 CES PORT PERFORMANCE MONITORING STATISTICS. ....................................DLP-794

SET / RETRIEVE T3 CRS PORT PERFORMANCE MONITORING STATISTICS ....................................DLP-728

SET / RETRIEVE T3 TMUX PERFORMANCE MONITORING STATISTICS .......................................DLP-727

SET SC CARD CONFIGURATION (IP ADDRESS, CRAFT INTER FACE).........................................DLP-748

SET SHELF HOUSEKEEPING ALARM CONFIGURATION..................................................DLP-750

SET SHELF TIMING RESOURCE.................................................................DLP-749

SET SYSTEM IDENTIFIER.....................................................................DLP-767

SET T1 MULTI 1 CARD CONFIGURATION...........................................................DLP-755

SET T3 CES CARD CONFIGURATION. .............................................................DLP-792

SET T3 CRS CARD CONFIGURATION .............................................................DLP-753

SET T3 TMUX MULTI 1 AND TMUX EXP CARD CONFIGURATION ...........................................DLP-754

SOFTWARE FALLBACK FROM 3.1 TO 3.0 ..........................................................DLP-798

SOFTWARE SELECTION .....................................................................DLP-720

SYSTEM DATABASE ACCESS...................................................................DLP-745

TIME AND DATE ...........................................................................DLP-707

TROUBLE ANALYSIS PROCEDURE ............................................................... TAP-100

TURN UP A NEW CELLWORX STN RING NETWORK ...................................................NTP-002

TURN UP (PROVISION) CELLWORX STN EXPANSION SHELVES............................................NTP-005

VIEW CONNECTIONS ........................................................................DLP-710

VIEW FIBER BANDWIDTH USAGE ...............................................................DLP-716

VIEW RING RESOURCE USAGE .................................................................DLP-715

Page 3 of 3

Page 2-5

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

IXL-001

Page 1 of 1

INDEXED TASK LIST

Find Your Job in the List Below Then Go To

TURN UP A NEW CELLWORX STN RI NG NETWORK .......................................................................................NTP-002

ADD A CELLWORX STN NODE TO AN IN-S ERVICE RING NETWORK.............................................................NTP-003

ADD A SECOND NETWORK ELEMENT T O AN IN-SERVICE STAND-ALONE TERMI NAL

TO CREATE A RING NETWORK ...................................................................................................................NTP-004

TURN UP (PROVISION) CELL WORX STN EXPANSION SHELVES....................................................................NTP-005

PROVISION NODE PARAME T ERS......................................................................................................................NTP-006

DISPLAYING STATUS AND ALARMS .................................................................................................................NTP-007

RETRIEVE PERFORMANCE MONITORING STATISTICS ...................................................................................NTP-008

ADDING SERVICES TO A CE L L W ORX STN NODE............................................................................................NTP-009

DELETE A CELLWORX STN NODE (RNE OR EPS)............................................................................................NTP-010

CONDUCT ACCEPTANCE TESTS ON CELLWORX STN NODE.........................................................................NTP-011

PERFORM ROUTINE OR NON-ROUTINE M AINTENANCE.................................................................................NTP-012

CREATING CONNECTIONS.................................................................................................................................NTP-013

MONITORING THE NETWORK.............................................................................................................................NTP-014

ADMINISTRATIVE TASKS....................................................................................................................................NTP-015

CELLWORX UPGRADE PROCEDURES .............................................................................................................. NTP-016

Page 2-7

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-002

Page 1 of 2

TURN UP A NEW CELLWORX STN RING NETWORK

Summary: This procedure covers initial ring network turn-up. Provisioning of the ring nodes and interfaces as well as adding STN-EPS shelves to the ring nodes is covered in other NTPs. All ring nodes should be powered on and fiber continuity established between them, completing the ring architecture (see Installation Guide) before attempting to perform this procedure. Ring network turn up is originated at the GNE (Gateway Network Element) containing the NMIC cards. The NMIC card(s) in the GNE contain the proper Operating System and software from the factory, which must be initialized and loaded from the hard drive. Once the GNE is initialized, and the other ring nodes are discovered, the NMIC cards can download the required software loads to the shelf controllers in the remote ring nodes.

Note: If adding a new node to an existing ring network, go to NTP-003. Note: If adding a node to an in-service stand alone terminal or Service Access

Multiplexer (SAM) to form a ring, go to NTP-004. Note: If adding expansion shelves to existing nodes, go to NTP-005.

1. Verify NMICs are inserted.

2. Verify all shelf controllers and AICs are installed and nodes are powered on. If not powered, perform power on procedures. DLP-700

3. Verify that the GNE node, ring nodes, expansion nodes, and/or SAM/DSLAM nodes are properly identified by the thumbwheel switch settings on the SC terminating EIM (TEIM) at the rear of the shelf in slot 18. Refer to the Phase 3.1 Cellworx Installation Manual listed in the preface of this document. 1152693

Note: If the ID switches are reset then the SC must be hard reset using the Reset buttons under the front hinged panel.

4. All RIC cards should have fibers connected with one ring in a clockwise direction, and the other in a counter-clockwise direction. If fibers are not installed, install per local practices and connect to optical cards. DLP-701

5. Obtain the IP address of the NMIC. If the IP address is not set, connect a VT100 Terminal to the NMIC RS232 port and set the IP address for the GNE. Call the Customer Service number at the back of this manual if the address has already been set. DLP-702

6. Connect an Ethernet cable to the NMIC Ethernet port on the NMIC EIM (Electrical Interface Module) at the rear of the shelf. DLP-704

Note: The NMIC will boot and download slot 1 shelf controllers in each ring NE. The slot one SC in each node then downloads to each slot 18 SC.

Page 2-8

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-002

Page 2 of 2

7. Launch the Cellworx Vision Graphical User Interface (GUI). DLP-705

8. After the GUI boots up, it will prompt the user to synchronize the database. Choose the active NMIC’s database as the correct database to synchronize.

9. Perform a discovery for a new Cellworx STN ring network. DLP-706

10. Set the Date and Time on the NMIC. DLP-707

11. Set the System Identifier for each node. DLP-767

12. After all nodes are successfully discovered, configure them before adding any expansion shelves. Configuration may include timing configuration, locking ports to remove LOS alarms, configuring the max VC bits to greater than zero to allow VC connections for each port, etc. NTP-006

13. Refresh the GUI screen so the nodes will display the new names. DLP-718

14. Perform acceptance tests on the new nodes per local requirements. NTP-011

15. Add expansion shelves to the ring nodes if equipped. NTP-005

16. Save the NMIC database. DLP-745

Stop! You have completed this procedure.

Page 2-9

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-003

Page 1 of 1

ADD A CELLWORX STN NODE TO AN IN-SERVICE RI NG NETWORK

Summary: This procedure describes the steps required to add a new Cellworx STN ring node to a ring network that has previously been configured and may currently be passing traffic. Due to the protection operation of the unidirectional path switched ring (UPSR) architecture, adding a new ring node to an in-service network can be accomplished without affecting traffic or performance. Before performing this procedure, the new shelves and hardware should be installed and powered on per the instructions provided in the Cellworx STN Installation Manual

1152693. If adding a second node or multiple nodes to a standalone terminal to form a ring, you must first perform NTP-004. The procedure for adding a second network element to a standalone terminal or SAM is different from adding a new NE to an established ring network.

1. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

2. If an abnormal GUI session ending occurred from operator error, time out, or other unforeseen events, it might be necessary to free up the GUI and log back in. DLP-778

3. Add the Cellworx STN shelves to the ring. The shelf ID switches should have been set during installation and recorded on the label provided inside the front door panel. Follow the detailed instructions carefully to ensure the traffic on the ring is not interrupted. DLP-737

4. Configure the node parameters. NTP-006

5. Refresh the network topology (layout) on the GUI screen. DLP-718

6. Perform acceptance tests on the new nodes per local requirements. NTP-011

7. Add expansion shelves to the new node(s) if equipped. NTP-005

8. Save NMIC database. DLP-745

Stop! You have completed this procedure.

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ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-004

Page 1 of 1

ADD A SECOND NETWORK ELEMENT TO AN IN-SERVI CE STAND-ALONE

TERMINAL TO CREATE A RING NETWORK

Summary: This procedure describes the steps required to add a new Cellworx STN node to an in-service, Service Access Multiplexer (SAM) node or stand-alone terminal to create a two node ring. Only the second node in a network may be added using this procedure. If adding additional nodes (third, fourth, etc.) to a ring system, perform NTP-003.

1. Verify the new node is powered on. If not, perform power on procedures at the location. DLP-700

2. Verify the new node has the required RIC cards physically installed and fibers are connected. Refer to the Cellworx Installation manual listed in the preface of this document for card installation or use the fiber procedure to install fibers. DLP-701

3. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

4. If an abnormal GUI session ending occurred from operator error, time out, or other unforeseen events, it might be necessary to free up the GUI and log back in. DLP-778

5. If adding a node to a SAM to form a ring, change the shelf type (from a 6 to a 1) to a ring node via the thumbwheel switch on the SC terminating EIM (TEIM). It can be located at the rear of the shelf in slot 18. Refer to the Phase 3.1 Cellworx Installation Manual listed in the preface of this document. Otherwise, go to step 7. 1152693

6. Verify the RICs are installed in the SAM node and then perform a hard reset on the SCs so they will read the new shelf type. This will be traffic affecting. DLP-773

5. Add the Cellworx STN shelf to the standalone node. The shelf IDs of the new node should have been set during installation and recorded on the label provided on the inside of the front door panel. DLP-738

6. Configure the node parameters. NTP-006

7. Perform acceptance tests on the new node. NTP-011

8. Add an expansion shelf to the new node if equipped. NTP-005

9. Save the NMIC database. DLP-745

Stop! You have completed this procedure.

Page 2-11

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-005

Page 1 of 2

TURN UP (PROVISION) CELLWO RX STN EXPANSION SHELVES

Summary: This procedure describes the steps required to add a Cellworx STN expansion shelf (STN-EPS) to an in-service ring node or one that has just completed the initial discovery process.

Note: Applications using the 19-inch chassis will show card slots 1 through 18 but only card slots 1 through 11 and 16 through 18 are programmable.

Prerequisites to this procedure are:

• Ring node must be in-service and fibers correctly installed to the expansion shelf.

• Shelf ExPansion Interface Cards (SEPICs) cards must be installed and in-service in the

ring node.

• Shelf ExPansion Interface Cards (SEPICs) must be installed in the expansion shelf.

• Expansion shelf must have shelf type set to 03 for expansion NE. This is accomplished

by the thumbwheel switch on SC TEIM in slot 18 at the rear of the shelf and should have been set during shelf installation procedures. If shelf type is changed, SC card must be reset using the button under the front hinged faceplate. Refer to the Installation Manual

1152693.

1. Ensure there is not a Level 1 GUI user logged onto the system. If necessary, force the user session off using the following procedure: DLP-778

2. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

3. Double click on the icon representing the ring node that will have the expansion shelf (STN-EPS) added to it. This will open a shelf level GUI window for the node.

4. Verify that the expansion shelf interfaces in the ring node are equipped and in-service. To do this, double click on each simulated interface card shown on the shelf level GUI display. Equipped, in-service cards should have a green status indication at the bottom of the faceplate on the display.

5. If the expansion shelf interface cards are not installed, refer to the Cellworx STN Installation Manual for card installation procedures. 1152693

6. Verify the cards are configured as Shelf Expansion Interfaces for either of the following: 155 SM/MM CRS cards DLP-752 622 SM CRS cards DLP-797 T3 CRS cards DLP-753

Page 2-12

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-005

Page 2 of 2

Note: The shelf controller in slot 1 on the expansion shelf will begin to download. The shelf controller does not need to download completely before proceeding to the next step.

7. If using a 1+1 protection configuration, create a bi-directional protection group at the ring NE for a working and protect pair hosting the expansion shelf, otherwise continue. DLP-765

8. Return to the GUI main screen by hitting Close on each window opened.

9. Add the STN-EPS shelves to the system using the Cellworx Vision GUI. DLP-712

10. Change the system name and location to a unique value for the expansion shelf. At this point the user may also want to properly configure the various settings for the node. This may include timing configuration, locking ports to remove LOS alarms, configuring the max VC bits to greater than zero to allow VC connections for each port, etc. NTP-006

11. If using a 1+1 configuration, create a bi-directional protection group at the EPS for the working and protect shelf expansion interface cards linking to the ring NE, otherwise continue. DLP-765

12. Choose the update topology button on the GUI to refresh the screen. The NEs should display the new name of the expansion shelf. DLP-718

13. Repeat steps 3 through 12 for each STN-EPS shelf.

14. Perform acceptance tests on the new nodes. NTP-011

Stop! You have completed this procedure.

Page 2-13

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-006

Page 1 of 5

PROVISION NODE PARAMETERS

Summary: This procedure outlines the steps required to assign operational and administrative parameters within each node such as Node ID, port addresses, card configurations, etc., using the shelf level Graphical User Interface (GUI) available with Phase 3.1 software. This procedure is divided into the following headings:

A. Shelf Parameters

B. Card Configurations C. Card Performance Monitoring Parameters

Pre-requisites to this procedure are:

• User must be logged into the system and have GUI launched

• Node to be provisioned must be Discovered and visible to the GUI

Note: In a 19-inch shelf, slot 12 through 15 will always show up as “grayed out” and the last three slots will always be treated as slots 16, 17, and 18 even though there are physically only 14 slots available.

A. SHELF PARAMETERS

1. From the GUI main window, double click on the node to be provisioned using the left mouse button. This will launch a session with the node producing a chassis view similar to the one shown in Figure 006-1.

Page 2-14

NTP-006

Page 2 of 5

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

Cellworx Vision: Chassis View, Network Element 2

File Configuration Fault Security

X M U

E X

t i

C R

123456789101112131415161718

Status:

Power Status: normal Identifier: Start Time: Vendor:

2 19:30:47 8/31/1999 ADC-TSG

Alarm Status: Version: Current Time: Up Time:

minor

1.2.0.35 10:12:09 09/01/1999 1d 19:41:22:00

S C

Configuration:

Name:

Location:

Cellworx2

5th Street

Apply T opology Vie w

Memory Utilization Threshold:

Suppress Zero Stats

Refresh Close

13455-B

Figure 006-1. Shelf Level GUI Display

2. If not already set, enter the NE system identifier by typing a

node Name under the Configuration section of the window. A name may consist of up to 20 alphanumeric characters.

3. Enter the address of the node in the Location field. After entering information, send to database by clicking on the Apply button at the bottom of the window.

4. Set the SC card configurations (Serial port/ IP address.) DLP-748

5. Select a timing resource for the NE via the shelf level GUI. DLP-749

6. Set the shelf housekeeping alarm configuration. DLP-750

Page 2-15

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

Page 3 of 5

B. CARD CONFIGURATIONS

7. Card configuration screens may be accessed from the shelf level GUI Chassis View window by double clicking on the card desired. Select a card and refer to the following card level GUI procedures to set the configuration options for that specific card type:

• Set the E1 Multi 1 card configuration options. DLP-747

• Set the 622 RIC card configuration options. DLP-751

• Set the 155 SM/MM CRS (OC3) card configuration options. DLP-752

• Set the 622 SM CRS (OC12) card configuration options. DLP-797

• Set the T3 CRS card configuration options. DLP-753

• Set the T3 TMUX MULTI 1 configuration options. DLP-754

NTP-006

• Set the T1/E1 MULTI 1 card configuration options. DLP-755

• Set the 2488 RIC card configuration options. DLP-756

• Set the 155 RIC configuration options. DLP-758

• Set the FE1 FRS card configuration options. DLP-784

• Set the FT1 FRS card configuration options. DLP-785

• Set the T3 CES card configuration options. DLP-792

8. Configure card protection groups, if applicable, for each access interface card type. DLP-765

9. Verify that the required cards show that they are equipped and in-service by observing the shelf level GUI screen. Any cards not provisioned for service will show up as “grayed out”. If any required cards are grayed out, return to the correct procedure outlined in Step 7 of this NTP, otherwise “Close” the chassis view and continue with step 10.

10. Set the alarm level threshold for the shelf. DLP-717

11. Repeat this procedure for each shelf in the ring.

Page 2-16

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-006

Page 4 of 5

C. PERFORMANCE MONITORING PARAMETERS

1. From the GUI main screen, select the Performance pull down menu and then Monitoring using the left mouse button or by hitting Alt+P and Alt+M. See Figure 006-1. User may also use the graph icon shown on the tool bar above the workspace.

PERFORMANCE PULL DOWN MENU

PERFORMANCE REPORT GRAPH ICON SHORTCUT

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance

MONITORING...

GNE-1

Figure 006-1. Cellworx Vision Performance Pull Down Menu

2. The Cellworx Vision Performance Monitoring - Selection window appears as shown in Figure 006-2. In the upper left selection box, select a network element, card type, port, layer, and interval, followed by Apply at the bottom of the window.

SELECT AN NE FOR PM RETRIEVAL AND THE SLOT AND CARD TYPES IN THE SHELF WILL BE DISPLAYED IN THE NEXT WINDOW.

Cellworx Vision: Performance Monitoring - Statistics

SELECT A SLOT AND CARD TYPE, INDIVIDUAL OR MULTIPLE, T O DISPLAY THE PORTS IN THE NEXT WINDOW.

SELECT THE PORT(S) DESIRED TO DISPLAY THE LAYERS AVAILABLE IN THE NEXT WINDOW.

SELECT THE PM LAYER(S) TO BE RETRIEVED.

11744-C

SELECT THE CURENT COUNT OR A HISTORICAL TIME PERIOD FOR ONE SLOT/PORT. USER CANNOT SELECT CURRENT AND A HISTORICAL AT THE SAME TIME.

Resource: NE-1

NE-1

Cellworx1 Cellworx2

NE-2 NE-3

Cellworx3

Apply

SELECT TO RETRIEVE PM DATA FOR SELECTED PARAMETERS.

Slot / Card Type

Slot 17 / 622 Ring Slot 16 / 622 Ring Slot 5 / T3 TMUX Multi 1 Slot 6 / 155 SM CRS Slot 7 / 155 SM CRS Slot 8 / 155 SM CRS Slot 9 / 155 SM CRS Slot 10 / T3 CRS Slot 11 / T3 CRS Slot 12 / T1 Multi 1

Port

Slot 16 / Port 1 Slot 16 / Port 2 Slot 17 / Port 1 Slot 17 / Port 2 Slot 5 / Port 1

- Channel 1

- Channel 2

- Channel 3

- Channel 4

- Channel 5

Layer

Sonet DS1/E1 DS3 PLCP ATM / TC AAL1

Figure 006-2. Cellworx Vision Performance Monitoring - Selection Window

Interval

current 00:00-00:15 00:15-00:30 00:30-00:45 00:45-01:00 01:00-01:15 01:15-01:30 01:30-01:45 01:45-02:00 0200 - 02:15

CLOSES PM STATISTICS WINDOW.

11743-D

Page 2-17

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

Page 5 of 5

3. Refer to the following procedures to set the PM thresholds for each card type:

• Set Optical Port Performance Monitoring Statistics DLP-726

• Set T3 TMUX Performance Monitoring Statistics DLP-727

• Set T3 CRS Port Performance Monitoring Statistics DLP-728

• Set T1/E1 Multi 1 Port Performance Monitoring Statistics DLP-729

• Set FT1 FRS Port Performance Monitoring Statistics DLP-732

• Set FE1 FRS Port Performance Monitoring Statistics DLP-733

• Set T3 CES Port Performance Monitoring Statistics DLP-792

Stop! You have completed this procedure.

NTP-006

Page 2-18

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-007

Page 1 of 3

DISPLAYING STATUS AND ALARMS

Summary: This procedure details the steps required to retrieve network alarms or shelf level alarms to isolate problems within the network. If alarms are present on the system, the Chassis View screen can help isolate which slots are affected. A shelf status display can help the systems administrator get a visual overview of which cards, alarms, protection groups, and cell busses are active, equipped, or Out of Service (OOS). The user can also go to individual card screens to obtain status information on individual card failures. These screens will give more detail on a per card basis.

DISPLAYING ALARMS

1. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

2. If an abnormal GUI session ending occurred from operator error, time out, or other unforeseen events, it might be necessary to free up the GUI and log back in. DLP-778

3. Display the network alarm summary via the Cellworx Vision GUI. Determine the NE with the highest level of alarm and continue. DLP-713

4. Double click on the icon representing the node with the highest level of alarm. If it is configured as a primary node having expansion shelves (EPSs) configured off of it, a screen resembling the one shown in Figure 007-1 will appear.

Cellworx Vision:Physical Layouts for NE-2

NE-2

EPS-1

EPS-2

Cancel

10960-B

Figure 007-1. GUI Primary Node Selection View (example)

Page 2-19

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-007

Page 2 of 3

5. Again, double click on the node with the highest level of alarm (red, then yellow) whether a Primary (NE-2) or Expansion node (EPS-1 or EPS-2 in this example).

6. The screen shown in Figure 007-2 appears showing the Chassis View and all cards associated with it.

Note: Applications using the 19-inch chassis will show card slots 1 through 18 but only card slots 1 through 11 and 16 through 18 are programmable.

Cellworx Vision: Chassis View, Network Element 2

File Configuration Fault Security

SCN

X M U

1 M

t i

C R

123456789101112131415161718

Status:

Power Status: normal Identifier: Start Time: Vendor:

Configuration:

Name:

Location:

2 19:30:47 8/31/1999 ADC-TSG

Cellworx2 5th Street

Alarm Status: Version: Current Time: Up Time:

Memory Utilization Threshold:

Suppress Zero Stats

minor

1.2.0.35 10:12:09 09/01/1999 1d 19:41:22:00

S C

Apply Topology View

Figure 007-2. Shelf Level GUI Screen (example)

Page 2-20

Refresh Close

13455-B

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-007

Page 3 of 3

7. The status of the shelf is displayed under the Status heading below the shelf. Use the slider bars to view the information provided if needed. The power status and alarm status are displayed for the shelf and should reflect the Icon alarm condition shown on the main GUI screen that brought you here.

8. Above this section in the card display are individual status indicators on each card. The indicators are at the bottom of each card and should be green for a normal condition, red for a critical/major alarm condition, or yellow for a minor alarm condition.

9. To retrieve the status of any card, double click on it using the left mouse button and a card level GUI screen will appear. Start with the card in the highest alarm severity (Critical). Refer to the following procedures for each card type selected.

• Retrieve the SC card status. DLP-757

• Retrieve the 622 RIC card status. DLP-759

• Retrieve the 155 CRS card status. DLP-760

• Retrieve the 622 CRS card status. DLP-796

• Retrieve the T3 CRS card status. DLP-761

• Retrieve the T3 TMUX MULTI 1 status. DLP-762

• Retrieve the 155 RIC card status. DLP-763

• Retrieve the T1/E1 MULTI 1 card status. DLP-764

• Retrieve the 2488 RIC card status. DLP-779

• Retrieve the FT1 FRS card status. DLP-788

• Retrieve the FE1 FRS card status. DLP-789

• Retrieve the T3 CES card status. DLP-793

10. Close the chassis view and return to the GUI main screen by

selecting the Close button at the bottom of the window.

Stop! You have completed this procedure.

Page 2-21

ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-008

Page 1 of 2

RETRIEVE PERFORMANCE MONITORING STATISTICS

Summary: This procedure describes the steps required to successfully retrieve the performance monitoring statistics via the NMIC Graphical User Interface (GUI) for any interface installed within the Cellworx STN network. Performance information retrieved is on a per node and per port basis.

1. From the GUI main screen, select the Performance pull down menu and then Monitoring using the left mouse button or by hitting Alt+P and Alt+M. See Figure 008-1. User may also use the graph icon shown on the tool bar above the workspace.

PERFORMANCE PULL DOWN MENU

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance

MONITORING...

PERFORMANCE REPORT GRAPH ICON SHORTCUT

GNE-1

Figure 008-1. Cellworx Vision Performance Pull Down Menu

2. The Cellworx Vision Performance Monitoring - Selection window appears as shown in Figure 008-2. In the upper left selection box, select a network element for PM statistics retrieval.

11744-C

Page 2-22

NTP-008

Page 2 of 2

ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

SELECT AN NE FOR PM RETRIEVAL AND THE SLOT AND CARD TYPES IN THE SHELF WILL BE DISPLAYED IN THE NEXT WINDOW.

Cellworx Vision: Performance Monitoring - Statistics

Resource: NE-1

NE-1

Cellworx1 Cellworx2

NE-2 NE-3

Cellworx3

Apply

SELECT TO RETRIEVE PM DATA FOR SELECTED PARAMETERS.

SELECT A SLOT AND CARD TYPE, INDIVIDUAL OR MULTIPLE, T O DISPLAY THE PORTS IN THE NEXT WINDOW.

Slot / Card Type

Slot 17 / 622 Ring Slot 16 / 622 Ring Slot 5 / T3 TMUX Multi 1 Slot 6 / 155 SM CRS Slot 7 / 155 SM CRS Slot 8 / 155 SM CRS Slot 9 / 155 SM CRS Slot 10 / T3 CRS Slot 11 / T3 CRS Slot 12 / T1 Multi 1

SELECT THE PORT(S) DESIRED TO DISPLAY THE LAYERS AVAILABLE IN THE NEXT WINDOW.

Port

Slot 16 / Port 1 Slot 16 / Port 2 Slot 17 / Port 1 Slot 17 / Port 2 Slot 5 / Port 1

- Channel 1

- Channel 2

- Channel 3

- Channel 4

- Channel 5

SELECT THE PM LAYER(S) TO BE RETRIEVED.

Layer

Sonet DS1/E1 DS3 PLCP ATM / TC AAL1

Figure 008-2. Cellworx Vision Performance Monitoring - Selection Window

3. Go to one of the following procedures according to the layer selected:

SELECT THE CURENT COUNT OR A HISTORICAL TIME PERIOD FOR ONE SLOT/PORT. USER CANNOT SELECT CURRENT AND A HISTORICAL AT THE SAME TIME.

Interval

current 00:00-00:15 00:15-00:30 00:30-00:45 00:45-01:00 01:00-01:15 01:15-01:30 01:30-01:45 01:45-02:00 0200 - 02:15

CLOSES PM STATISTICS WINDOW.

11743-D

• Retrieve Optical Port Performance Monitoring Statistics DLP-726

• Retrieve T3 TMUX Performance Monitoring Statistics DLP-727

• Retrieve T3 CRS Port Performance Monitoring Statistics DLP-728

• Retrieve T1/E1 Multi 1 Port Performance Monitoring Statistics DLP-729

• Retrieve FT1 FRS Port Performance Monitoring Statistics DLP-732

• Retrieve FE1 FRS Port Performance Monitoring Statistics DLP-733

• Retrieve T3 CES Port Performance Monitoring Statistics DLP-794

Stop! You have completed this procedure.

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NTP-009

Page 1 of 1

ADDING SERVICES TO A CELLWORX STN NODE

Summary: This procedure outlines the steps involved for assigning card, port, and user level parameters for individual interface cards and configuring protection operation for grouped interface cards within each node. The cards must be physically equipped within a shelf before the slots can be configured via the software.

1. Verify the cards to be provisioned are physically equipped within the shelf by double clicking on the node to open a shelf level GUI display. Each card should have a green status indicator.

Note: Applications using the 19-inch chassis will show card slots 1 through 18 but only card slots 1 through 11 and 16 through 18 are programmable.

2. Refer to the Cellworx STN Installation manual for card installation procedures if cards are not currently equipped, otherwise continue. 1152693

3. To remove or install cards currently in the chassis, refer to: DLP-777

4. Set the configuration options for the following cards when equipped:

• Set the E1 Multi 1 Card configuration. DLP-747

• Set the 622 RIC card configuration DLP-751

• Set the 155 CRS card configuration DLP-752

• Set the 622 CRS card configuration DLP-797

• Set the T3 CRS card ATM configuration DLP-753

• Set the T3 TMUX Multi 1 card configuration. DLP-754

• Set the T1 Multi 1 Card configuration. DLP-755

• Set the 2488 RIC card configuration options. DLP-756

• Set the 155 RIC configuration options. DLP-758

• Set the FE1 FRS Card configuration. DLP-784

• Set the FT1 FRS Card configuration. DLP-785

• Set the T3 CES Card configuration DLP-792

5. Configure card protection groups if applicable for each group of interface cards. DLP-765

6. Close the card configuration window to return to the shelf display. Verify that the required cards are in-service by the green status indicator.

7. Perform acceptance tests on the new access cards when applicable. NTP-011

Stop! You have completed this procedure.

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ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-010

Page 1 of 1

DELETE A CELLWORX STN NODE

Summary: This procedure outlines the steps involved to remove a Cellworx STN ring node from an in-service ring network, or an expansion shelf from an in-service condition. This procedure enables the network administer to change the network configuration when required. It may be necessary to remove a ring NE via software if the network is being uninstalled, or the equipment at a site is being moved to a new location, etc. Before removing a node from the network, all VP/VC connections to that node must be deleted.

DELETE A RING NODE FROM AN IN-SERVICE RING SYSTEM

1. Launch the Cellworx Vision Graphical User Interface (GUI). DLP-705

2. Delete any VP/VC connections that are terminated at the node being removed from service. DLP-739

3. Delete the node via the GUI using one of the following procedures according to the type of node being removed:

• Delete a Cellworx STN node. DLP-740

• Delete a Cellworx STN EPS shelf. DLP-746

Stop! You have completed this procedure.

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NTP-011

Page 1 of 1

CONDUCT ACCEPTANCE TESTS ON A CELLWORX STN NODE

Summary: This procedure lists the test that can be performed on a newly installed Cellworx STN node whether installed as a ring node or terminal node.

SONET Diagnostics DLP-766 Initiate a Protection Switch DLP-771 Perform Loopback Tests DLP-772 Initiate a Card Reset DLP-773 Execute an Alarm Cut Off (ACO) DLP-776

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ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-012

Page 1 of 1

PERFORM ROUTINE OR NON-ROUTINE MAINTENANCE

Summary: This procedure lists procedures that can be followed to perform maintenance tasks on a Cellworx STN ring network that may or may not be considered routine. Non-routine maintenance may include installing new software versions on the NMIC, downloading new software to interface cards, forcing cards off-line for maintenance procedures, and troubleshooting alarms. Routine maintenance may include executing an Alarm Cut-Off (ACO), retrieving performance monitoring reports, retrieving inventory lists, or retrieving alarm reports.

Graphical User Interface Procedures

1. Force Network Discovery DLP-719

2. Launch the Cellworx Vision GUI from the X-Terminal DLP-705

3. NMIC System File Replication DLP-722

4. NMIC Protection DLP-724

5. Perform Diagnostics on the optical cards DLP-766

6. Retrieve Logs from the NMIC via FTP DLP-741

7. Retrieve Compressed Logs from NMIC via FTP DLP-742

8. Select different software versions for a particular card DLP-720

9. View Ring Resource Usage DLP-715

10. View Fiber Bandwidth Usage DLP-716

Stop! You have completed this procedure.

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ADCP-70-220 • Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-013

Page 1 of 1

CREATING CONNECTIONS

Summary: This procedure outlines the steps required to create ATM Virtual Path Connections (VPC) and Virtual Channel Connections (VCC) through the Cellworx STN network. A VCC is an individual channel between two communicating systems. The VPC allows multicasting of several VCCs to ease routing between switches where multiple VCCs share a common path. The VPCs are a common requirement of WAN installations. The administrator should have acquired a work order defining the bandwidth requirements, service type, and Quality of Service (QoS) for each connection before proceeding.

1. Creating traffic contracts. DLP-709

2. Create an ATM VP or VC connection through the Cellworx STN system. DLP-708

3. Create an ATM VP Multicast Connection. DLP-787

4. Create an ATM Bundled VC Multicast Connection. DLP-790

5. Add a Leaf Endpoint to an In-Service Connection. DLP-791

Stop! You have completed this procedure.

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ADCP-70-220 •Issue 1 • November 2000 • Section 2 Operation and Maintenance

NTP-014

Page 1 of 2

MONITORING THE NETWO RK

Summary: This procedure provides information that enables the Network Administrator to successfully monitor a Cellworx STN network via the Cellworx Vision Graphical User Interface (GUI). The information provided directs the user to pertinent sections and procedures within the User’s manual. Brief functions and features of the software are provided as well as layout and monitoring suggestions, and troubleshooting directives.

1. NETWORK LAYOUT VIEW

1.1 The Cellworx Vision GUI allows the user to reposition NE icons on the screen for custom tailored displays of individual networks. Once NE icons are repositioned on the screen, the Save Icon Layout procedure should be performed to retain the new positions of the NEs, otherwise, the icons will return to the last saved positions on the screen the next time the GUI is launched. DLP-736

2. ICON ALARM INDICATIONS

2.1 The NE icons displayed on the Cellworx Vision GUI provide at a glance alarm indications through color changes. If a node is operating within tolerances and thresholds set by the user (or default), the icon will appear green (normal operation). If a node has crossed a minor threshold or generated a minor alarm condition, the icon color changes to yellow. Similarly, a major alarm changes the icon to orange and a critical alarm changes the icon to red. If an icon appears blue in color, this indicates that the NMIC has lost communication with the node and the fiber connection between them may also change in color indicating a problem.

3. DIRECTIVES

A. Alarms

3.1 After determining a node is in alarm and the severity of the alarms, the user should retrieve an alarm report via the NMIC using NTP-007. This procedure describes the steps required to retrieve reports from the Cellworx Vision GUI, and establishing a craft session at a node, starting with the highest level of alarm (Critical, Major, then Minor), using the craft interface to retrieve NE level alarm reports. For quick reference, a list of all alarm types is provided in the Trouble Analysis Procedure at the end of this section.

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B. Adding Services

3.2 Slots within a shelf may have cards equipped but not in-service, or un-provisioned ports available on a card that is already inservice. This allows the administrator to assign bandwidth, ports, or connections on the network to customers as needs demand. When adding additional services, ports, etc., refer to: NTP-009

3.3 When establishing new ATM VP/VC connections to in-service cards and ports, refer to: NTP-013

3.4 When upgrading software releases or ring interfaces, refer to: NTP-016

4. HELP LINE

4.1 For assistance in retrieving reports, troubleshooting alarms, warranty information, etc., the ADC Help Line is provided through the Cellworx Vision GUI software. To access this information, refer to: DLP-735

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NTP-015

Page 1 of 2

ADMINISTRATIVE TASKS

Summary: The following procedures are outlined to identify tasks that a system administrator would need to perform for user accounts, log files, and data collection on the Cellworx STN system.

1. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

2. View Connections DLP-710

3. Configure Service Provider Profile. DLP-714

4. View Ring Resource Usage DLP-715

5. View Fiber Bandwidth Usage DLP-716

6. Retrieve NE information. DLP-721

7. NMIC System File Replication DLP-722

8. NMIC Protection Restoration DLP-725

9. Reflash Boot Image DLP-744

10. Save the Current System Database, Reboot the Database Using a Saved Copy, or Reboot the Database Using a Default Database. DLP-745

11. Set Craft User Configuration DLP-768

12. Set Craft Menu Configuration DLP-769

13. Hardware Inventory DLP-770

14. Finding and Changing NMIC IP Address DLP-774

15. Add or Change an SNMP Trap Host on the NMIC DLP-775

16. Log off of Cellworx STN GUI. DLP-711

17. Remove and/or Replace Cellworx cards DLP-777

18. Ending a GUI Session Following an Abnormal Session Ending. DLP-778

20. Removing the NMIC from the Shelf DLP-781

21. FTP Database Files off of NMIC DLP-782

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NTP-015

Page 2 of 2

22. Add/Delete GUI Users or Change GUI User Level Security DLP-783

23. Change Configuration/Test on an Existing Connection DLP-723

24. Retrieve Network Data Collection (NDC) Statistics DLP-730

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NTP-016

Page 1 of 2

CELLWORX UGRADE PROCEDURES

Summary: The following procedures deal with Cellworx STN system upgrades. A ring upgrade takes a ring from a lower bandwidth level (OC3c or OC12c) to a higher bandwidth level (OC12c or OC48c). The following levels of ring upgrade are allowed:

• OC3c ring to an OC12c or OC48c ring

• OC12c ring to an OC48c ring

A ring upgrade is only supported if the user has purchased the standard feature package on 3.0 release software. The ring upgrade may be performed with the 2.0 to 3.0 major software upgrade or at any time after a Cellworx 3.0 ring has been successfully installed. The ring upgrade procedure may only be performed by the first privileged user to start the Cellworx GUI.

SOFTWARE UPGRADE

1. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

2. Check the system for any existing alarms beforehand to ensure no new problems are introduced after the upgrade. Refer to the Display Network Alarm Summary procedure. DLP-713

3. Retrieve the Shelf Controller Card (SCC) card status for each SC in the system. An SCC must be present in slot 1 of every shelf. The SCC in slot 1 does not have to be active but if only one SCC is present in any shelf, it must be in slot 1. DLP-757

4. Log off of Cellworx STN GUI. DLP-711

5. Perform the Phase 3.0 to 3.1 Software Upgrade Procedure DLP-795

6. Display the network alarm summary to determine if any new alarms exist on the system. DLP-713

Stop! You have completed this procedure.

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NTP-016

Page 2 of 2

RING UPGRADE

When changing an existing ring network to a higher bandwidth (OC3c to OC12c/OC48c, OC12c to OC48c), the following procedures should be followed.

1. Launch the Cellworx Vision GUI from the X-Terminal. DLP-705

2. If desired, the user may record the ring bandwidth usage before and after the interface upgrade to view the drop in resource usage. Refer to the View Ring Resource Usage procedure. DLP-715

3. Check the system for any existing alarms before the upgrade to ensure no new problems are introduced following the upgrade. Refer to the Display Network Alarm Summary procedure. DLP-713

4. Perform the Ring Upgrade Procedure DLP-731

5. Check the configuration on the new optical interface cards and make any changes as needed using the following procedures:

• Set the 2488 RIC card configuration options. DLP-756

• Set the 622 RIC card configuration DLP-751

6. Display the network alarm summary to determine if any new alarms exist on the system. DLP-713

7. Check the status of the new interface cards using the following procedures to ensure they are operating properly:

• Retrieve the 622 RIC card status. DLP-759

• Retrieve the 2488 RIC card status. DLP-779

8. If desired, perform diagnostics on the new optical cards. DLP-766

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DLP-700

Page 1 of 1

POWER UP A CELLWORX STN NODE

Summary: This procedure provides instructions for verifying the source −48 Vdc power supply.

1. Turn on the power source that will supply power to the system.

2. Use a multi-tester to measure the DC voltage at the source. When testing, place the positive

probe on the −48 V terminal and the negative probe on the COM or RTN terminal.

3. The measured voltage must be between −42.5 Vdc and −56.5 Vdc at the specified point.

Was voltage within range specified? Note the polarity. If No, proceed to step 4.

If Yes, continue with step 5.

4. The problem is in the power supply wiring or in the −48 Vdc power supply. Isolate the

problem using local troubleshooting practices and correct as required before installing power to the system. Repeat procedure after correcting problem.

5. Install fuses or engage the circuit breakers that supply power to the shelf. The front access cards should illuminate. This can be verified by observing the shelf alarm indicator on the front door panel. This will only light up if the SC cards are installed and an alarm is present. Refer to Figure 700-1.

Stop! You have completed this procedure.

UPPER HEAT BAFFLE/

FIBER MANAGEMENT TRAY

SHELF

ALARM

INDICATOR

DOOR

HINGES

LOWER AIR INTAKE/

CABLE ROUTING TRAY

ESD GROUND JACK

DOOR

LATCH

Figure 700-1. Cellworx STN Component Identification

10479-C

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DLP-701

Page 1 of 10

CONNECT FIBERS TO OPTICAL CARDS

Summary: This procedure describes the processes required to properly connect the inbound and outbound fiber optic cables to the correct ports on the optical cards. The optical connector configurations may vary from SC, ST, or FC fiber connectors, dependent upon the type of equipment ordered. Optical cards include the 2488, 622, and 155 RICs and the 155 SM/MM CRS cards. Note that on the 155 SM/MM CRS cards, there are two ports that may be utilized. If ordered, fiber connector adapters may be changed out on the RIC and 155 SM/MM CRS cards. The 155 MM card does not have a modular adapter.

Caution: Use caution when routing wires and cables. Avoid severe bending and routing over sharp edges. Use grommet material when possible to avoid wear on cable insulation.

Caution: Using excessive force when seating cards and modules into the backplane may result in physical damage to the backplane pins or module connectors, and if power is applied, may result in serious electrical damage to both the modules or the backplane.

A. Fiber Routing

1. Check site plans to determine the fiber connection required. The RIC cards and 155 CRS SM/MM optical cards have modular adapters that can be changed to meet customer applications for either FC, SC, or ST type connectors. These adapters must be ordered separately if changes are required. The 155 CRS MM cards will be equipped per customer requirements from the factory as should the RIC and 155 CRS SM cards. Refer to Figure 701-1 to identify fiber connector types.

2. Tag and identify the optical fibers from the source (fiber distribution panel, etc.) before routing them to the Cellworx STN shelf (ex. 155/622, Clockwise/Counterclockwise, Slot no., In/Out, rack no., etc.)

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DLP-701

Page 2 of 10

3. Route the fiber cables to the Cellworx STN rack and to either upper side of the fiber management tray. For management purposes, it is recommended that the receive fibers are routed across one direction and the transmit fibers across the other direction. Refer to the example shown in Figure 701-2.

4. Using the fiber routing flanges, dress the fibers to the respective card slots per work order. Keep in mind the direction of traffic flow for the fibers. The slots designated for RIC interfaces or 155 CRS expansion shelf interfaces are slots 16 and 17. Slot 16 TX port will connect to the next node slot 16 RX port, continuing around the ring until all slot 16 cards are connected. Slot 17 TX port will connect to the next node slot 17 RX port until all slot 17 cards are fibered together around the ring. Refer to Figure 701-3 for fibering convention.

5. Leave enough slack in the fibers to enable them to dangle about six inches down the front of the shelf as shown in Figure 701-4. For 2488 RIC cards leave an additional four inches. Dress excess fiber per local practices. Lay the fibers on the fiber management tray so they will not interfere with card installation.

6. Route the remaining fibers to the respective 155 CRS equipped slots per work order. Keep in mind the slot numbers, matching them with the tagged fibers.

7. Dress the fiber cables in along the rack using panduct or similar routing devices per customer applications.

Figure 701-1. Optical Connector Identification

10518-A

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DLP-701

Page 3 of 10

FIBERS DESTINED FOR SLOT 13

DROP THROUGH THE UPPER

ROUTING FLANGES AT SLOT 12.

123456789101112131415161718

RECEIVE FIBERS FROM ONE DIRECTION.

FIBERS FROM SLOT 13 ARE ROUTED

THROUGH THE UPPER ROUTING

FLANGES AT SLOT 14.

TRANSMIT FIBERS IN ONE DIRECTION

10716-C

Figure 701-2. Routing Fiber Across the Fiber Management Panel

NODE 1

SLOT 17

TX RX

SLOT 16

NODE 4

SLOT 17

SLOT 16

TX RX

SLOT 17

TXRX

NODE 3

Figure 701-3. 622 RIC Fiberi ng Convention

12385-A

SLOT 17

NODE 2

Page 2-48

FIBER ROUTING FLANGES

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DLP-701

Page 4 of 10

10721-B

Figure 701-4. Fiber Routing

B. Fiber Connection

Note: DO NOT LOOK INTO THE ENDS OF ANY FIBER OPTIC CABLES.

8. If the cards are fully seated into the Cellworx STN backplane, disengage them by pulling back the ejector ears on the upper and lower ends of the card faceplate. See Figure 701-5. Back the card partially out just enough to expose the fiber connections as shown in Figure 701-6. Be careful not to pull the card out too far allowing it to dislodge from the shelf and fall to the floor.

9. Clean the fiber connectors per the instructions provided in section C of this proceedure.

10. Connect the fibers to the optical connectors using Figure 701-6 as reference for RIC cards, and Figure 701-7 for 155 SM/MM CRS cards, noting the inbound and outbound directions of the fibers.

11. Once the fibers are connected, route them up through the fiber clip equipped at the top of the faceplate as shown in Figure 701-6 or 701-7. The fiber clip is identified in Figure 701-8.

12. Seat the card into the backplane by sliding it into the card cage until the ejector ears catch the shelf trough. Fully seat the card by pressing the ejector ears towards the faceplate until they lock into place. Do not force the cards into the backplane. If excessive resistance is felt, remove the card and check for obstructions and proper alignment in card guides. Once card is seated, give a firm push to insure good contact with the backplane.

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DLP-701

Page 5 of 10

13. If power is applied and the database already exists on the NMIC, the optical card will boot. Once completed booting, the Port LED should turn green indicating it is receiving a good input signal. If the LED remains red, it indicates a Loss of Signal is present. In this case, go back to step 3 and recheck the input and output connections of the fibers. If they are correct, check the far end source. Determine and fix the problem before continuing.

14. If an optical power meter indicates a signal is present on the fiber, and it meets the input signal specification of the card, clean the module fiber connector to ensure there is no debris on the fiber itself. If the card still fails to acknowledge the input signal, it may be defective. Verify the inbound fiber signal using another optical card. Refer to the Apps and Engineering Phase 3.1 manual listed in the preface of this document for specifications.

C. Cleaning and Mating Instructions for Fiber Optic Connectors and Adapters

Note: Cleanliness will affect the performance of an optical fiber system. Perform the following procedures prior to installation. Clean all connectors, adapters, and attenuators before making any connections. Check local practices for approved cleaning methods and materials. The following cleaning materials are recommended and may form part of your cleaning kit:

• Lint-free laboratory wipes

• Isopropyl alcohol in pressurized dispenser

• Lint-free adapter cleaning tips

• Clean, dry, oil-free compressed air

• Fiber cleaning reel

• Fiber scope

Warning: Handle, use, and dispose of chemicals in accordance with manufacturer’s instructions.

Note: When using canned compressed air, clear the nozzle with a short air blast before blowing any parts clean. Do not shake the compressed air can. Keep the can level while using to prevent liquid in the can from entering the air stream.

Note: the use of these cleaning products does not guarantee a clean connector. A fiber scope should be used to ensure that the connector tip is lint free.

CLEANING

Connectors/Terminators

Note: If using a fiber cleaning reel, follow the instructions generally included on the swiper box to advance the reel, twist the fiber end, and swipe across the track. Otherwise, use the following procedure.

100

SIX INCH

CLETOPS

SINGLE TIPPED APPLICATIONORS

100

SIX INCH

OOLHC

ISO O L

PPRY

CISOOL

PPY

LOL

ISOOLPPRY

OPR

KDLF;L

10847-A

15. Fold a clean, new wipe into a 2" by 2" square pad.

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Page 6 of 10

16. Moisten, but do not saturate, the pad with alcohol making a spot approximately 1/2" in diameter.

Note: Alcohol should only be used when connector is really dirty. A fiber cleaning reel is always best. Use a cleaning reel even after alcohol to remove residue. Do not consume isopropyl alcohol at anytime.

17. Press the ferrule end face into a wet spot on the wipe. Using force, twist the ferrule so that a hard wiping action takes place. Repeat twice, using a clean alcohol-moistened area each time.

18. Press the ferrule end face into a dry spot on the wipe. Using force, twist the ferrule so that a hard wiping action takes place.

19. Discard the used pad.

Attenuators

20. For an exposed ferrule (in-line type), see connector cleaning procedure; blow the other end dry with clean compressed air.

21. Clean bulkhead attenuators only by blowing with clean compressed air.

Adapters

22. Moisten one end of a lint free adapter cleaning tips with alcohol.

23. Remove excess alcohol from the adapter cleaning tips with a clean wipe.

24. Insert the moistened adapter cleaning tips into either end of the adapter and scrub in and out so that the inside surface of the adapter is wiped by the pipe cleaner. Repeat this step for the opposite end.

25. Insert the dry end of the adapter cleaning tips into either end of the adapter to remove any residual alcohol. For oversized adapters (biconic), stir the adapter cleaning tips for better surface contact. Repeat this step for the opposite end.

26. Blow the adapter dry with clean compressed air.

MATING

27. Insert the ferrule tip into the adapter.

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28. For D4 and FC types, align the key with the slot in the adapter.

29. Push the connector into the adapter until the coupling nut reaches the adapter housing.

30. Screw the coupling nut clockwise onto the adapter to complete the connection.

31. Align the ferrule hub key with the slot in the adapter.

32. Insert the connector into the adapter until the coupling nut reaches the adapter housing.

33. Align the bayonet slots on the coupling nut with the pins on the outside of the adapter.

34. Push the coupling nut onto the adapter while rotating the coupler nut clockwise to lock the bayonet and secure the connection.

35. For the SC, align the housing key with the slot in the adapter.

36. Push the connector into the adapter until a click is heard/felt indicating the latching system is engaged. When fully engaged, the white stripes on the sides of the SC housing should be hidden inside the adapter.

Stop! You have completed this procedure.

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622 RING SLOT 16 AND 17

Shelf

Manager

622

Ring

tiv

Status

Active

APS

Timing

rt 1

Status

Active

Source

APS

Sync

Craft

Access

ort

Enable

Shelf Craft

eset

16 17 18

10544-B

Figure 701-5. Disengaging t he Optical Module

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RX (INPUT) TX (OUTPUT)

Ring

622

tiv

Timing

Port

Access

PCMCIA

AccessAccess

EnableEnable

itical

CrCr

j/M

Maj/Min

RMT

tiv

Activ

aftaft

StatusStatus

ActiveActive

SourceSource

SyncSync

Craft Craft

ShelfShelf CraftCraft

Figure 701-6. Fiber Connections on a Cellworx 622 RIC Card

Page 2-54

ResetReset

13 14

17 18

10521-B

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DLP-701

Page 10 of 10

PORT 1 RX / TX

PORT 2

RX / TX

155 SM

CRS

tiv

1 2

12 13 14 15 16 17 18

Figure 701-7. Fiber Connector s on an 155 SM/MM CRS Card

FIBER CLIP ON FACEPLATE

622

Ring

10566-B

Figure 701-8. Faceplate Fiber Cl ip on Optical Card (622 shown)

10522-B

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DLP-702

Page 1 of 5

CONNECT VT1OO TERMINAL TO NMIC RS232 PORT

AND MODIFY NMIC IP ADDRESS

Summary: This procedure describes making the connection from a VT100 terminal (or PC with VT emulating software) to the NMIC RS232 port, and setting the IP address. The craft connector wiring convention is also covered in this DLP. The NMIC craft port is only used during initial setup of the NMIC to initialize the environment and enable Graphical User Interface (GUI) or Simple Network Management Protocol (SNMP) capabilities from a Network Management System (NMS). The IP is the target address for NMS access to the system information. The IP address should be assigned by the Network Engineer and programmed into the Cellworx STN by the user.

The NMICs are a PowerPC workstation running Linux software and are shipped with a temporary physical IP address of 155.226.39.28 which may be used to initially communicate with the NMIC. The USER however must modify the IP address before using the Cellworx system. A brief overview of the IP Address implementation in Cellworx, the process of changing the IP address, and the process of displaying the Cellworx Graphical User Interface is described in this procedure. If the NMIC status LED is blinking red, the network information has not yet been configured.

If the IP addresses are not listed in the installation work order or project book, consult with your company’s corporate Networking Administration for policies and acquisition of suitable IP addresses. Companies can create their own IP networks without any relationship to the public IP network. This may be desirable since the STN would be set on a private IP network and not on the public IP network. If these IP addresses are never intended to communicate with the outside world, the assignment of an IP address is arbitrary. For sanity reasons, pick an address using the following blocks that are specified as "internal network".

• 10.0.0.0 to 10.255.255.255

• 172.16.0.0 to 172.31.255.255

• 192.168.0.0 to 192.168.255.255, (except 192.168.88.0 and 192.168.90.0 which are

internal to the ring system. Refer to the /etc/hosts file for listings)

Note: This procedure assumes the NMIC is installed in the correct slots within the GNE shelf and has power applied.

Caution: Modules can be damaged by static electrical discharge. Before handling any modules connect your wrist to an equipment ground using an approved anti-static wrist strap. Ensure that all un-installed modules are stored in anti-static packing material. When working with modules, always place the module on an electrically grounded approved anti-static mat.

1. Obtain access to a VT100 terminal, or a PC with VT emulation software, at GNE location. Verify the connector pin out per the NMIC Craft port pin out information shown in Figure

702-1.

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DLP-702

Page 2 of 5

2. Open the lower hinged faceplate of the working NMIC card in slots 2-3, as shown in Figure

702-2, and locate the DB9 craft connector.

3. Plug the craft cable into the NMIC card craft port and hit return to get the login prompt.

1. MODIFYING THE NMIC IP ADDRESS

4. The NMIC must have its IP address configured to a valid IP address compatible with the local network. This will enable the Graphical User Interface (GUI) to be displayed either on a networked PC operating as an X-server or on a workstation. A single NMIC requires the use of a unique IP address and an additional IP address shared by both NMICs, referred to as the Active IP address. A pair of NMICs (working and protect) require the use of 3 IP addresses. The Active IP address must be configured the same on both NMICs to allow it to float between the two depending on which one is active. The active NMIC will respond to both its own IP address and the Active IP address. The stand-by NMIC will only respond to its own IP address. By using this floating Active IP address the user can communicate with the Cellworx system using a single IP address regardless of which NMIC is active. Refer to Table 702-1 for details on the required IP addresses on a single NMIC, and Table 702-2 for a working /protect NMIC. If a NMIC is replaced, the replacement must match the setup of the one being replaced.

Table 702-1. NMIC IP Address Requirements

SINGLE NMIC IP ADDRESS A IP ADDRESS B ACTIVE IP ADDRESS

NMIC (NMIC A) XX

Table 702-2. NMIC IP Address Requirements

WORKING/PROTECT NMIC IP ADDRESS A IP ADDRESS B ACTIVE IP ADDRESS

NMIC A XX NMIC B XX

2. CHANGING THE IP ADDRESS OF A NMIC:

5. To change either the NMIC IP address or the Active IP address for that NMIC, login to it either via telnet or though the RS-232 front panel console port. Upon initial shipment the user should perform login via the “root” userid. There is no password.

6. The user will see a [root@nmicx (x = 2 or 4)] prompt. The status LED on the NMIC should turn amber before continuing. This may take two to three minutes. Execute a “killall –9 psm” command on the NMIC to stop the NMIC Cellworx processes. If the NMIC has already reached a “double green” LED condition, execute a “killall psm nmic” command.

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DLP-702

Page 3 of 5

7. The last two text lines must be removed from the /etc/hosts file. This step has already been performed before NMIC shipment. If this is the first time the IP address is being changed, skip this entire step and proceed to step 8. If the IP address has been changed previously, continue with the following steps.

a. On the NMIC, type “cd /etc” to go to the etc directory. b. Make a copy of the hosts file for backup by typing “cp hosts hosts.backup”. c. Type in “export TERM=vt100”. d. Using the vi editor on the NMIC edit the hosts file. To activate the vi editor

with this file type “vi hosts”.

e. In the editor, go to the bottom of the file by holding down the shift key and

typing g (shift+g).

f. The last two text lines of this file must be deleted. The keyword to look for is

“EactiveNMIC” in the last line. The two lines will look similar to the following:

155.226.39.28 WS03928

155.226.39.27 EactiveNmic

g. To delete these last two lines, and type “2dd”. h. Save the file by typing “:x” in the editor followed by an enter.

8. Type “cd /sbin” to go to the sbin directory.

Note: : The user should make a backup of the /etc/hosts if not already done.

9. Type “./cw_netcfg” to execute the cw_netcfg script. This script will prompt the user to enter various IP addresses and IP masks to be changed as defined in Table 702-3.

Note: DO NOT USE THE BACKSPACE KEY TO EDIT ON THE COM MAND LINE WHEN ENTERING INFORMATION. Doing so may insert non-printable characters in the IP addresses being entered resulting in a bad configuration. Use the Ctrl+C exit out and restart to correct mistakes.

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1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

Table 702-3. NMIC IP Addresses and IP Masks Definitions

DLP-702

Page 4 of 5

Command Line

IP ADDRESS The IP Address for the NMIC. Must be unique for each NMIC. HOSTNAME The name used for the IP address. ACTIVE IP The Active IP address. Must be the same for a working/protect NMIC pair. NETMASK Subnet mask in use. Typically thi s i s 255.255.255.0 for a class C address. BROADCAST ADDRESS The IP address for broadcasts on a subnet. Typically this is X.X.X.255

NETWORK IP ADDRESS The base address for the subnet. Typically this is X.X.X.0 where X.X.X is

GATEWAY IP IP addr ess of the gateway for the subnet.

DEFINITION

where X.X.X is the first three numbers for the valid NMIC IP address.

the first three numbers of the valid NMIC IP address.

10. Enter all information, do not leave anything blank. The gateway may be left blank depending on configuration. There are no default settings. At the end of the script the user will be prompted to change the root password. If the password does not need to be changed just enter the current one; otherwise enter a new root password.

Note: If you make a mistake, you may type CTRL-C and restart at step 9.

11. Reboot the NMIC by typing “shutdown –r now” on the NMIC terminal command line. The NMIC will reboot and the new IP addresses will take effect.

3. BRINGING UP THE CELLWORX GRAPHICAL USER INTERFACE.

Note: A user can display the Cellworx Graphical User Interface on either a PC or a workstation. To display the Cellworx Graphical User Interface on a PC, the user must have an X window emulation package, such as Exceed, installed and activated.

12. Set up the personal computer sub-network to match the NMIC sub-network IP address structure and then reboot the computer.

13. Verify the IP address set on the NMIC using a “ping” command to both NMIC IP addresses by typing: ping xxx.xxx.xxx.xxx (xxx = 255 or less) to ensure both EIMs are operational. The pings should display on the screen. If the ping delays returning a response and times out, check Ethernet connection cabling and also verify the correct NMIC IP address was entered.

14. Establish a Telnet session to the active NMIC using the customer defined IP address set in

DLP-702 (or set up a connection name on X-Terminal for that NMIC and select it.)

15. Logon to the NMIC.

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DLP-702

Page 5 of 5

16. The user needs to configure the NMIC to launch the display to the proper machine. To do this enter “export DISPLAY=X.X.X.X:0.0” on the NMIC command line. Here X.X.X.X is the valid IP address of the PC or workstation that is to receive the display.

17. Type “CellworxVision” at the NMIC prompt to launch the GUI. The display should appear on the designated PC or workstation. If the NMIC gives a message indicating it is unable to launch the display make sure the workstation in use is configured to accept displays from other machines. This is done by typing “xhost +” on the command line of the workstation (not the NMIC).

Stop! You have completed this procedure.

12345

6789

PIN # FUNCTION STANDARD USAGE

OUTPUT

INPUT

REFERENCE

TRANSMIT DATA RECEIVE DATA LOGIC GROUND

Figure 702-1. NMIC Cr af t Port Pin Out Information

SLOT IDENTIFICATION

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

NMIC

WORKING NMIC IN

SLOTS 2-3

NMIC CRAFT PORT

: CWX : Enter Comand; : CWX : Command Not Valid; : CWX : Enter Command; : CWX :

Controller

Shelf

Critical Maj/Min Remote

ACO Active

Craft

Access

ACO

PCMCIA

Status Active Source Sync

Craft Access Enable

Shelf

Craft

Reset

NMIC

Ch. DS1

FRS

Status Active

Craft Access Enable

EML

Craft

Reset

Status

Status Active

Craft Access Enable

EML

Craft

Reset

Status

Active

Protect

Port

10564-B

OC12c

OC3c CRS

DS3

Ch. DS1

FRS

Status Active Protect

Port

1 2 3 4

DS3

CRS

Status

Active

APS

Timing

Port

OC3c CRS

DS3

SM/ST

CRS

Status

Status Active APS Timing

1 2 3

Status

Active

APS

Timing

Port

2 3

Shelf

Ring

Controller

Critical Maj/Min Remote

ACO Active

Craft Access

ACO

PCMCIA

Status

Active

APS

Source

Timing

Sync

Craft Access

Port

Enable

Shelf Craft

Reset

10722-A

Page 2-60

Figure 702-2. NMIC Craft Port Connection

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

DLP-703

Page 1 of 2

LOGON TO REMOTE NODE CRAFT SESSION

VIA TELNET FROM GUI

Summary: This procedure instructs the operator in the steps required to logon to an NE through

the craft session from the NMIC Cellworx Vision GUI. Once logged onto the NE craft screen, the operator can provision all cards, ports, and alarms for that shelf. The provisioning information is set on the shelf controllers and backed up onto the NMIC immediately following the change. Prerequisites to this procedure requires that the operator must first have launched the GUI that controls the node targeted for craft interface session, and the node must have been discovered and is visible to the NMIC.

1. To establish a craft session to a node from the GUI, select the Direct Selection tool (arrow) on the left tool bar using the left mouse button. Next select the targeted NE and then hit the right mouse button. A pop-up menu appears. See Figure 703-1. Select Craft Interface.

2. The targeted node responds with a logon screen prompting the operator for a user name and password. See Figure 703-2. If this is the first time the node had been logged onto, the default name and password should be “cellworx” and “cellworx#1”. If this is an existing network, the defaults should have been deleted and unique name and password entered. If you are not sure of the new user name and password for this node, check with your network administrator.

3. The Cellworx main menu should now be displayed resembling the example shown in

Figure 703-3.

Stop! You have completed this procedure.

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance Help

About...

Craft Interface...

GNE-1

Create Connection... View Connection... Configure Alarm Threshold... Configure Software... Reflash Boot Image

Cellworx User: root Local Time: 23:30 GMT Time: 23:30

NE-2

NE-3

10942-F

Figure 703-1. GUI Remote Craft Logon Pop-up Window

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DLP-703

Page 2 of 2

ID Location

: User Defined : User Defined

Username: cellworx

Password:

Press CONTROL-R to Refresh

********

Figure 703-2. Remote Craft Logon Screen

: User Defined : User Defined

CELLWORX MAIN MENU

1. System Configuration

2. Alarms

3. Card and Interface Configuration

4. Display Status

5. Performance Monitoring

6. System Maintenance

7. System Administration

8. Login To Remote Network Element

User: cellworx Time: 14:45

10644-C

Figure 703-3. Cellworx STN Node Craft Screen Main Menu

Page 2-62

Active SCC Slot: 1

Press CONTROL-A For Assistance

10607-F

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

DLP-704

Page 1 of 2

CONNECT NMS OR X-TERMINAL ETHERNET CABLE TO THE NMIC EIM SNMP PORT

Summary: This procedure provides instructions for connecting an external Network

Management System (NMS) or X-Terminal to the NMIC EIM 10 Base-T Ethernet port on the NMIC EIM at the rear of the shelf. The cable from customer monitoring equipment (X-Term, etc.) must be equipped with an RJ45X LAN connector. The function of the 10 Base-T Ethernet port is to provide the System Administrator with capabilities of monitoring system and network alarms, provisioning virtual paths/connections, and performing maintenance and provisioning functions. The connection will allow access to either NMIC using a shared IP address, or an individual NMIC using a NMIC specific IP address.

Caution: Modules can be damaged by static electrical discharge. Before handling any

modules connect your wrist to an equipment ground using an approved anti-static wrist strap. Ensure that all un-installed modules are stored in anti-static packing material. When working with modules, always place the module on an electrically grounded approved anti-static mat.

1. If not already equipped and verified, equip the customer LAN cable with an RJ45X male connector and verify the connector wiring per Figure 704-1.

2. Route the LAN cable to the lower right side of the Cellworx STN shelf (facing the rear), to terminate at the working NMIC EIM in slot 2. Refer to Figure 704-2. If the NMIC EIM is not installed, you must first perform the installation procedure for this module. Refer to the

Installation Manual listed in the Related Publications section in the preface of this

document, and then return to this procedure.

3. Dress in the cable leaving enough slack to reach the RJ45X jack on the EIM. Cable ties may be used to attach the cables to the tie bar along the bottom of the air intake baffle. Verify that enough strain relief and maintenance loop are provided.

4. Seat the RJ45X connector into the NMIC EIM RJ45X LAN jack. Verify the latch catches by gently tugging once or twice on the cable.

5. The NMS end of the cable should then be connected to the X-terminal per local practices.

Stop! You have completed this procedure.

PIN FUNCTION

TRANSMIT +

RJ45 JACK

Figure 704-1. NMIC EIM RJ45 Jack Pin Out

2 3 4 5 6 7 8

TRANSMIT RECEIVE + NOT USED NOT USED RECEIVE NOT USED NOT USED

10529-A

Page 2-63

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

;

;;;

;

;;

;

;;;

;

;;

;

;;;

;

yyy

DLP-704

Page 2 of 2

WORKING NMIC EIM

D A

Y T

I A

I V

CR I VIS NC C

I V

MAJ AUD COM

MAJ VIS NC

MIN AUD COM

MIN VIS COM

ACO NC

RMT NC

SHELF AlLARM

-48 VDC Return

-48 VDC

Return

Sig Gnd

Frm

}

I T

BITS PRI RNG

BITS SEC RNG

IN SLOT 2.

RJ45 PORT FOR

T CO

SHELF AlLARM

RETURN

HSKP IN 1

RETURN

HSKP IN 2

RETURN HSKP IN 3

RETURN

HSKP IN 4

RETURN HSKP IN 5

RETURN HSKP IN 6

RETURN

SNMP/GUI

Page 2-64

10569-B

Figure 704-2. NMIC EIM LAN Port Connection

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

DLP-705

Page 1 of 2

LAUNCH THE GRAPHICAL USER INTERFACE (GUI)

Summary: This procedure describes the processes involved to successfully logon to the system

and launch the Graphical User Interface (GUI).

1. Verify the IP address set on the NMIC using a “ping” command to both NMIC IP addresses by typing: ping xxx.xxx.xxx.xxx (xxx = 255 or less) to ensure both EIMs are operational. The pings should display on the screen. If the ping delays returning a response and times out, check Ethernet connection cabling and also verify the correct NMIC IP address was entered.

2. Establish a Telnet session to the active NMIC using the customer defined IP address set in

DLP-703 (or set up a connection name on X-Terminal for the particular NMIC and select

it.)

3. Export the display to the X-Terminal IP address using this command:

export DISPLAY=<hostname>:0.0

Note: Hostname is the IP address of the workstation. To determine the IP address of the host, see your system administrator.

5. A log on screen appears prompting the user to enter a login name and password. If this is the first time the system has been turned up, the name should be “root”. The password is user defined and should be the same as the one selected in DLP-703.

6. The Graphical User interface (GUI) can be launched once the connection is established by entering “CellworxVision”. It may take a few moments for the GUI to come up. When it does, it will request a list of NEs and fiber fragments and will display them (if they have been discovered previously) as a network view as shown in the example in Figure 705-1. A window appears on the GUI that indicates the tasks that the GUI is performing in the background. This window is not needed by the user and may be closed by selecting the Close button.

7. If performing initial turn up of a new ring network, the NE and Fiber Fragment requests will both return empty since a discovery has not previously been requested on the new NMIC. The system is now ready for initial turn-up. Return to NTP.

Stop! You have completed this procedure.

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Page 2 of 2

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance Help

GNE-1

Cellworx User: root Local Time: 23:30 GMT Time: 23:30

Cellworx Vision : Ready

Initializing trap receiver... Building topology m,ain window... Constructing the network ring... Retrieving topology information... ** This may take some time**

NE-2

- Determining NE IDs and type

- Scanning fiber 1

NE-3

-Scanning fiber fragments

- Scanning fiber 2

-Scanning fiber fragments

- Determining STN-EPS mapping No network elements found in database. Activating connection between PSM and GUI... Ready.

Figure 705-1. NMIC GUI Network D i splay (example)

Exit GUI

11723-D

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DLP-706

Page 1 of 11

PERFORM DISCOVERY ON A NEW CELLWORX STN RING NETWORK

Summary: This procedure describes the steps required to successfully turn-up and discover a new Cellworx STN ring network. Discover is the term used to initiate a search by the GUI to find all ring nodes that are connected and powered up in the network. This procedure assumes the user has gained access to and launched the Graphical User interface (GUI), and the list of NEs and fiber fragments has been returned empty (no NE Icons displayed on the screen). Prerequisites to system Turn-up are as follows:

• The X-Terminal must be functional and have launched the Cellworx STN GUI.

• All nodes in the network must have fibers connected, and be powered on.

• All nodes in the network must have the working SC EIM shelf address set for individual

identification (Refer to the Installation Manual listed in the preface of this document.)

Note: User navigates through the GUI menus using the mouse, or by using the Alt plus the underlined letters in the menus and then the arrow keys to scroll up, down, or across. Refer to the Graphical User Interface Operation in Section 2 of this document.

1. When the GUI is launched for the first time, a pop-up message informs the user to “Turnup Ring”. Refer to Figure 706-1. Select OK. The only user options available on the GUI screen prior to initial turn-up are the pull down menus File − Exit, or Configuration − Topology − Turn-Up Ring. The Help − Contact and About menus are selectable at all times and will display the information shown in Figures 706-2 and 706-3 respectively. Another window always appears on the GUI screen showing the tasks the software is performing in the background. This window may be closed by selecting the close button.

2. Click the left mouse button on the Configuration pull down menu to open it.

3. Next, click the left mouse button on Topology on the pull down menu.

4. Next, click the left mouse button on the Turn-Up Ring option. User may also elect to use the alt key options Alt+C, Alt+T, and Alt+T. Refer to Figure 706-4.

5. The Select Network Elements window appears as shown in Figure 706-5. Select the identifiers (01 through 50) of the ring nodes only (not expansion shelves) in a sequential order as they are physically connected around the ring. The sequence entered will be displayed in the Order of Connectivity area of the window. If an id is entered in the wrong sequence, the user must hit Clear and enter the entire sequence again.

6. Once the sequence is entered correctly, hit Next. A confirmation window appears with a list of the shelf ids entered, reflecting the physical connection in the network. Refer to Figure

706-6. The last NE address entered will indicate that it is connected to the first NE entered

to form a ring network.

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DLP-706

Page 2 of 11

7. Verify that the NE id sequence is correct and hit Next. If sequence is wrong hit Previous and return to step 5.

8. The Current Status window appears as shown in Figure 706-7. If the NEs have previously booted, the status shows “NE booted, Select software image”. See Figure 706-8. If so double click on each NE using the left mouse button and go to step 10, otherwise, all NEs status should read “Waiting for NE to boot”. “Waiting for all NEs to boot” is displayed at the bottom of the window. Follow the instructions at the top of the window.

9. When each NE completes the boot process, select each NE by double clicking on it using the left mouse button

Note: It is necessary to open the Install Software window for each NE so the NMIC can verify the status of the RICs and the software selections to be loaded on them.

10. The Install Software Load window for the selected NE appears displaying the cards equipped in each slot of the shelf, and the current running software versions. See Figure

706-9. If the screen is opened immediately following boot up, it is possible that the SCs

will not have had time to discover the cards in the shelf and the screen will appear empty (except for the SCs). Select a software image for the RIC cards by selecting and holding the right mouse button on the row of the card to be loaded. A pop-up window appears displaying any images for that card that are stored on the NMIC.

11. Select a software version displayed in the pop-up window and release the mouse button. The version is now listed in the Selected Software Image column on the right.

12. Repeat the software image selection for the remaining RIC card and any AIC cards that need to be configured. Once all new images have been chosen, select Apply. Selecting Apply before choosing software images brings up the instructional window shown in Figure

706-10. Selecting the Clear Selected button will reset all selected software images leaving

the last column blank. Refresh can be selected periodically to update all information in the window. Selecting Cancel will close the window and no software versions will be changed.

13. Select Refresh periodically until the selected software image becomes the running software image. This may take up to twenty minutes per NE dependent upon card configuration in the shelf, number of NEs in the ring, distance between NEs, etc.

14. Once the software images have been configured successfully, the confirmation pop-up window appears. Refer to Figure 706-11. This window appears immediately after Apply is selected but it does not indicate that the RICs have booted. Select OK and then Cancel the Install Software Load window.

15. The Current Status window reappears and the NE status changes to “RICs have booted, NE eligible for discovery”. Repeat steps 10 through 16 for each NE configured, then continue to step 17.

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DLP-706

Page 3 of 11

16. Once the last NE has gone through the Install Software Image window and all RICs have booted successfully, the message window shown in Figure 706-12 appears. This window informs the user that all RICs have booted and that the network is ready for discovery. The Initiate Discovery button on the Current Status window is now enabled.

17. Select Initiate Discovery. The status for the NEs changes one at a time from “NE eligible for discovery” to “Discovering NE”. Once the discovery process is completed on an NE, the status changes to “NE discovered”. Refer to Figure 706-13 for an example of NE-1 completing discovery, NE-2 in process of discovery, and NE-3 awaiting discovery.

18. When the discovery is completed on all NEs, the system draws them in a ring configuration on the screen according to their connectivity. To redraw the layout of the Icons before saving the system drawn layout, select the arrow tool on the toolbar on the left side of the screen, click on and drag the NEs to the desired position on the screen, and release the left mouse button. See Figure 706-14.

19. The Icons now stay positioned in the new locations and maintain the highlighted connection between them. This capability enables the user to group NEs that may be collocated or separate them according to their geographical locations. The user may also return the icons to their original positions on the screen by selecting the Configuration pull down menu, Topology, and Revert to Saved ICON Layout or Alt+C, Alt+T and Alt+V. Refer to Figure 706-15.

20. To save the icon layout displayed on the screen, select File and Save Icon Layout (Alt+F and Alt+S), or use the diskette icon on the tool bar. See Figure 706-16.

21. The confirmation window appears as shown in Figure 706-17. Select OK. The newly drawn Icon layout will remain this way each time the GUI is launched, until the layout is redrawn and saved again.

Stop! You have completed this procedure.

Page 2-69

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DLP-706

Page 4 of 11

Cellworx Vision : Warning

No network elements were discovered. Please choose the "Turn - up Ring" option under the Configuration - Subnetwork

submenu.

Figure 706-1. Cellworx Vision Turn-up Ring Warning Window

Cellworx Vision Contact Information

General Information:

Operator: 1-800-366-3891

Internet: www.adc.com

Sales Information and Literature:

Telephone: Extension 3434 Customer Service Dept.

Technical Support:

Telephone: Extension 4878 Technical Assistance Center

Email: technical@adc.com

11761-A

About Cellworx Vision

InfoVision

AWARD

1999

CellworxSTN - A.C - 70.2.0

ADC Telecommunications,

CLEI : 0123456789 Catalog Number : STN-01234567890 Part Number : 0123456789 Serial Number : 0123456789 Manufacturing Date : 0123

10909-E

10886-D

Figure 706-2. Cellworx Vision Help Contact Window Figure 706-3. Cellworx Vi sion Help About Window

Page 2-70

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance Accounting Security

Time and Date Connection

Topology

Software NMIC Platform

Add Ring Network Element Add Expansion Shelf Network Element

Remove Ring Network Element Remove Expansion Shelf Network Element

Refresh...

Force Network Discovery ...

Revert to Saved Icon Layout... Ring Audit Ring Upgrade

Turn Up Ring...

DLP-706

Page 5 of 11

11012-E

Figure 706-4. Cellworx Vision Turn-up Ring Pull Down Menus

Cellworx Vision: Select Network Elements

Please select the ring network elements in an order in which they are physically connected. Do not select expansion shelf network elements.

01 11 21 31 41

02 12 22 32 42

Order of Connectivity:

Clear Cancel Next >>

Figure 706-5. Cellworx Vision Select Network Elements Window

03 13 23 33 43

04 14 24 34 44

05 15 25 35 45

06 16 26 36 46

07 17 27 37 47

08 18 28 38 48

09 19 29 39 49

10 20 30 40 50

10990-B

Page 2-71

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

DLP-706

Page 6 of 11

Cellworx Vision: Current Status

Please verify that the order of network elements matches the order of physical connection:

1 2 3 1

<< Prev

Next>>

Figure 706-6. Cellworx Vision NE Order Verification

Cellworx Vision: Current Status

As each NE boots, configure the software load for that NE by double-clicking on the corresponding NE ID in the listbox. If the NE has not booted, double-clicking will attempt to

force boot-up.

Network element ID: 1

Network element ID: 2

Network element ID: 3

waiting for NE to boot...

NE booted. Select software image.

11013-B

Current status: Waiting for all NEs to boot...

Cancel

Figure 706-7. Cellworx Vis ion Current Status Window,

Page 2-72

Refresh

Waiting for NE to Boot

Initiate Discovery

10910-C

1152700 • Issue 1 • February 2001 • Section 2 Operations and Maintenance

DLP-706

Page 7 of 11

Cellworx Vision: Current Status

As each NE boots, configure the software load for that NE by pressing and holding the right mouse button over the

corresponding line in the listbox.

Network element ID: 1 Network element ID: 2 Network element ID: 3

Current status: Waiting for all NEs to boot . . .

Cancel

NE booted. Select software images. RICs have booted. NE eligible for discovery.

Waiting for NE to boot. . .

Refresh

Initiate Discovery

10912-B

Figure 706-8. Cellworx Vis i on Current Status Window, NE Boot Process

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DLP-706

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Cellworx Vision: Select Network Elements

Press the right mouse button to display the available software images for each card.

Card Type Slot Number (s)

Shelf Controller

155 SM CRS

622 Ring 622 Ring Shelf Controller

16 17 18

2.0

Running Software Version

scc.2.0.0.9

oc3sm.2.0.0.10

oc12ric.2.0.0.10

scc.2.0.0.9

2.0

Selected Software Version

oc12ric.0.4.0.0

Apply

Clear Selected

Refresh

Figure 706-9. Cellworx Vision Install Software Load

Cellworx Vision Information

The apply button configures the NE to initiate software download. If this is what you want to do, then please choose a software image(s) before selecting this option.

Figure 706-10. Cellworx Vision Software Selection Instructional Window

Cancel

10901-C D

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Cellworx Vision Information

Sucessfully configured the NE to begin software download for

the following slots: "16, 17"

Figure 706-11. Cellworx Vision Successful Software Image Downl oad Message

Cellworx Vision

Both Ring Interface Cards in each of the network elements have booted. You may now invoke discovery to build the ring in the database and create the graphical topology view.

10934-C

10935-B

Figure 706-12. Cellworx Vision NE Eligible for Discovery

Instructional Window

Cellworx Vision: Current Status

As each NE boots, configure the software load for that NE by pressing and holding the right mouse button over the corresponding line in the listbox.

Network element ID: 1 Network element ID: 2 Network element ID: 3

Current status: Discovering network connectivity...

Cancel

NE discovered. Discovering NE. Rics have booted. NE eligible for discovery.

Refresh

Initiate Discovery

Figure 706-13. Cellworx Vision NE Current Status Window

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Cellworx Vision Subnetwork Management System

ICON DIRECT SELECTION TOOL ALLOWS DIRECT SELECTION OF ANY ICON IN THE WORK AREA FOR DRAG AND PLACEMENT POSITIONING.

File Configuration Fault Performance Help

Cellworx NE Unknown

Cellworx User: root Local Time: 23:30 GMT Time: 23:30

Figure 706-14. Cellworx Vi sion Redrawing ICON Layout

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance

Time and Date

Connection

Topology

Software NMIC Platform

Add Ring Network Element Add Expansion Shelf Network Element

Remove Ring Network Element Remove Expansion Shelf Network Element

Refresh... Force Network Discovery ... Revert to Saved Icon Layout... Ring Audit

Ring Upgrade

Turn Up Ring...

10972-E

Figure 706-15. Cellworx Vision Redraw Icon Layout Pull Down Menu

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SAVE ICON LAYOUT TOOL LOCATED UNDER PULL DOWN MENU ON TOOL BAR.

File Configuration Fault Performance

Save Icon Layout ... Exit

Figure 706-16. Save New Icon Coordinates

Cellworx Vision: Question

Save icon layout?

YES

Cellworx Vision Subnetwork Ma

11755-B

10986-B

Figure 706-17. Save Icon Layout Confirmation

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DLP-707

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TIME AND DATE

Summary: This procedure describes the steps required to set the system clock at the NMIC in the Gateway Network Element (GNE). The NMIC maintains the system clock for the entire network and supports requests from the system administrator to change the system clock. The NMIC synchronizes every NE’s time-of-day clock to the NMIC time-of-day clock.

1. Using the left mouse button, select the Configuration pull down menu, and then select the first item Time and Date (or hit Alt+C, and Alt+D).

2. Select either Absolute (Alt+A) or Relative (Alt+R) and go to the appropriate heading below. Refer to Figure 707-1.

Note: Absolute allows the user to set the time and date to the absolute time specified. This is needed for turn-up or instances when the clock is more than an hour off. Relative allows the user to adjust the clock in seconds either forward or backwards, up to one hour, when smaller adjustments are needed.

Absolute

3. The NMIC Absolute Time Change window appears. See Figure 707-2.

4. The currently provisioned date and time are displayed. To change any of these parameters, use the left mouse button to select the current month, day of the week, year, hour, minute, and second by clicking on the up or down arrows beside each data field.

5. After all selections have been made, select Apply.

6. Select Refresh to update the new date and time displayed in the window. The new time information is automatically downloaded to each NE.

7. Select Close to return to the Cellworx Vision screen.

Stop! You have completed this procedure.

Relative

8. The NMIC Relative Time Change window appears. See Figure 707-3.

9. The local time and GMT (Greenwich Mean Time) are displayed. To adjust the current local time, enter the number in seconds from 1 to 3600 (1-hour) that the clock needs to be adjusted.

10. Select either backward or forward to adjust the time appropriately.

11. Select Apply to send the new data and adjust the clock.

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12. Select Refresh to update the current running local and GMT times displayed in the

window. The new clock information is downloaded automatically to each NE.

13. Select Close to return to the Cellworx Vision screen.

Stop! You have completed this procedure.

Cellworx Vision Subnetwork Management System

File Configuration Fault Performance

DLP-707

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Time and Date

Connection

Topology

Software NMIC Platform

Absolute Relative

10977-D

Figure 707-1. Cellworx Vision Time and Date Pull Down Menu

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Cellworx Vision: NMIC Absolute Time Change

Date: Feb 5, 1998 Local Time: 14:28:56

GM Time: 20:28:56

Configure local time:

Feb

1998Year

US/Central

Hour Minute Second

Refresh

Time Zone: Month

Day

Apply

Figure 707-2. Cellworx Vision Absolute Time Change Window

Cellworx Vision: NMIC Relative Time Change

11005-C

Local Time: 14:28:56 GM Time: 20:28:56 Enter the time in seconds:

Direction of change:

backward

forward

Apply

Figure 707-3. Cellworx Vision Relative Time Change Window

(1-3600)

Refresh

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ADC Release 3.1 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual