3AL 74401 AAAA1

TM

Alcatel 1641 SX4/1 MultiService Metro Gateway

Release 6.31

Subracks

Operating Instructions

3AL 74401 AAAA − Edition 02 / April 2001

Alcatel Terrestrial Networks Division

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Operating InstructionsSubracks

Contents

Customer Documentation 4/1 MultiService Metro Gateway Alcatel"OptinexTM

1641 SX (4/1 OMSG) Release 6.3*1Preliminary remarks on Page 3 and followingAbbreviations on Page 9 and following

Registers

Product Safety Instructions 1

Computer Subracks 2

Matrix Subracks ESS/CSS, HESS/HCSS 3

I/O STM04 via ADM Alcatel 1651 SM see next side

Common I/O Shelf 4

SDH dedicated Input/Output Subracks 5

PDH dedicated Input/Output Subracks 6

Ordering Information 7

NOTICERead the section ’Product Safety Instructions’ (Register 1)before operating the system for the first time. It is alsorecommended to re0read this section at certain intervals inorder to refresh your knowledge about safety.

Please find the translation of these instructions in differentlanguages in the Appendix of the Hardware InstallationManual.

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Add/Drop Multiplexer System (ADM) Alcatel 1651 SM

I/O STM�4 access is performed by an Add/Drop Multiplexersystem Alcatel�1651�SM integrated in a separate 4/1 OMSGrack which has been specially modified. The ADM systemis controlled by a network management system or a localcraft terminal directly connected to the ADM equipment onopening the rack doors. The management of the ADM is in'dependent from the partsystem Control of the 4/1 OMSG.The alarms Urgent and Non'urgent, indicated by LEDs onthe ADM equipment, are forwarded to the lamps in the TopRack Unit TRU of the ADM modified rack (see Section 2.9in the Hardware Installation Manual). For a description ofthe ADM and information on how it is operated refer to theaccompanying Alcatel�1651�SM documentation TechnicalHandbook and Operator’s Handbook.

NOTICEThe alarm Attended indicated by an LED on the ADMequipment is not forwarded to the lamps in the TRU of theADM modified rack.

In general, the feature ’Attended Alarm’ is not presentlysupported by the 4/1 OMSG hardware. Therefore, theoccurrence of an attended alarm is only visible on the ADMequipment after opening the rack doors.

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Customer DocumentationAlcatel OptinexTM 1641 SX Release"6.3*1

Organization of the Documentation

The 4/1 MultiService Metro Gateway Alcatel�OptinexTM

1641888SX (4/1 OMSG) customer documentation consists ofthe following manuals (the manual on hand is printed inbold):

− Functional Description Partsystems

− Operating Instructions Subracks

− Hardware Installation Manual

− Operation Manual Craft Terminal Software

− Alcatel�1651�SM Technical Handbook and Operator’sHandbook (if equipped)

Apart from this documentation, especially created forcustomers, Alcatel SEL supplies manufacturer documentsas well. The manufacturer documents are only supplied todepartments which are responsible for maintaining andmodifying the system. These documents are not describedhere.

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Contents of the Manuals

The manual Functional Descriptions Partsystems de'scribes the way the 4/1 OMSG works. The logical subdivi'sion of the system in partsystems does not correspond to itsmechanical construction. The partsystems are:

− Control

− Clock Generation and Distribution

− Matrix

− Common I/O shelf

− Input/Output of synchronous and plesiochronous signals.

The manual Operating Instructions Subracks de'scribes their mechanical features and the use of the operat'ing elements. Not all boards contained in the subrack be'long to the partsystem corresponding to this subrack. AnOperating Instruction consists of:

− the subrack equipment

− the assignment of the connector strips

− Common I/O shelf

− the subrack cabling

− test sockets, switches, alarm indicators on the frontpanel of the boards and their function.

The Hardware Installation Manual summarizes themechanical construction details of racks, Common I/O shelfand subracks. It provides information on hardware start'upand upgrade procedures for the entire 4/1 OMSG.

The Operation Manual Craft Terminal/Craft Termi�nal for Multiple NE/Users describes the operation of the4/1 OMSG using the CT or SH'DXC, performing adminis'trative and maintenance tasks and alarm handling.

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The manual consists of

− the Operation Manual CT/SH'DXC Introductiondescribing the main features of the graphicalinterface and providing a general overview of thesystem architecture, the managed equipment and thedifferent functionalities provided by the SDHManager.

− the Operation Manual CT/SH'DXC Constructiondescribing the operations related to the managementof Maps, Submaps and symbols within the SDHManager and indicating the actions leading to thecreation, edition, deletion, storage and listing ofMaps.

− the Operation Manual CT/SH'DXC Error Messagesreporting any error that is propagated to theoperator interface, as well as an explanation andsome possible actions whenever appropriate.

− the Operation Manual CT/SH'DXC Administrationdescribing administrative and maintenance tasksprovided by the System Maintenance Features suchas creating users and installing the AU application.

− the Alarm Reference Guideproviding information of all possible alarms on theCT concerning cause, effect on service and ways toget out of the alarm situation.

− the Operation Manual Alarm Manager ALMAP ASproviding information concerning alarm surveillanceand alarm management such as displaying alarmlists, acknowledging alarms.

− the Operation Manual Security Management ALMAPSECdescribing the operation of the SEC Access ControlInformation Administration (ACA) tool. It introducesthe different access control concepts, such asfunctions, objects and combinations, FunctionalAccess Domains (FADs), and Object Access Domains(OADs), operators groups, initiators, targets, anduser profiles.

− the Operation Manual Log Management ALMAP ELMdescribing the operation of the ELM (Element LogManager) generic component, which deals with the

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management of Event Forward Discriminators(EFDs) together with the management and thebrowsing of logs.

The Alcatel 1651 SM system handbooks comprise allinformation concerning the ADM extension of the4/1�OMSG for STM'4 access. These handbooks are suppliedonly if an ADM equipment is contained in the system sup'plied.

SymbolsThe manual at hand contains the following symbols:

ATTENTIONis used to mark information provided to prevent materialdamages or operation errors.

NOTICEis used to emphasize particularly important information.

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Registered Trademarks

− HP is a registered trademark of the Hewlett'PackardCorporation

− HP OpenView is a registered trademark of theHewlett'Packard Corporation

− Sun, SunOS, SPARC, NeWSprint and Solaris areregistered Trademarks of Sun Microsystems, Inc.

− UNIX is a registered trademark of UNIX SystemLaboratories, AT&T.

− DEC VT is a registered trademark of DigitalEquipment Corp.

− Seagate is a registered trademark of SeagateTechnology, Inc.

− Motorola, VMEexec and UNIX SYSTEM V/88 areregistered trademarks of Motorola, Inc.

− All other names, products and services mentionedare trademarks of their respective holders.

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CE Conformity

The 4/1 MultiService Metro Gateway Alcatel�OptinexTM

1641�SX (4/1 OMSG) meets the EU Directives

− 73/23/EEC Low voltage

− 89/336/EEC Electro'MagneticCompatibility.

The 4/1 OMSG complies with the standards or normativedocuments

− EN60950 Safety of information FEd. 08.1992 technology equipment with A3 FEd. 01.1996and A4FEd. 03.1997

− EN55022 EMC (Electro'Magnetic FEd. 04.1987 Compatibility; Emission)

− EN50082'2 EMC (Electro'Magnetic FEd. 03.1995 Compatibility; Immunity)

− ETS300386'2 EMC (Electro'Magnetic FEd. 12.1997 Compatibility)

and can therefore carry the CE marking.

Service Information

In case of problems with the 4/1 OMSG, please contact yourCustomer Support Center for any information.

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Abbreviations

A21E1 Access board 21x2 Mbit/s

A4ES1 Access board 4xSTM'1 Electrical

ADB Adapter Board (IOS45, IOS2D)

ADM Add/Drop Multiplexer

AD.. Adapter GTI to LMC960/480FADIS Adapter Input SignalsFADOS Adapter Output Signals

AIS Alarm Indication Signal

AS Adaptation (double) Subrack

ASIC Application Specific IC

AU Administrative Unit

BER Bit Error Ratio

BIP Bit Interleaved Parity

BP Backpanel FBPF BP Format

BSB Battery Supervision Board (TRU)

C Container (SDH) for plesiochronous signalsFC'12 Container C'12 (2 Mbit/s)FC'3 Container C'3 (34 Mbit/s)FC'4 Container C'4 (140 Mbit/s)

CDB Clock Distribution BoardFCDBE CDB for LVDS signals (ESSD)FCDBF CDB for LVDS signals (HESS)FCDBC/D CDB for ECL signals (Dedicated I/O)

CDC Clock Distribution Circuit

CEPT Conférence Européenne des Administration des Postes et des Télécommunications

CFC Clock + Frame receive Circuit

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CIB Clock Interface Board

CK, Cl Clock

CKD Clock Dominator

CMI Coded Mark Inversion

CONGI Control and General Interface

CONV Converter unitFCONV3 Converter −5.1/+5.6 V, 30 AFCONV3A Converter −5.1/+5.6/+3.7 V, 30 AFCONV3B Converter −5.1/+5.6, 30 AFCONV4A Converter −3.7/+3.7/+12 V

CP Communication Processor

CPU Central Processing Unit

CRC Cyclic Redundancy Check

CRU Clock Reference Unit

CS'Byte Connection Supervision Byte in the SOH

CSIFA Control System Interface ASIC

CSSD Center Stage Double Subrack

CT Craft Terminal

CXB Center'stage Matrix BoardFCXB32 CXB 32x32 portsFCXB40 CXB 40x40 ports

D'Bit Urgent alarm message from the remote station

DCE Data Communication Equipment (modem)

DCC Data Communication Channel

DM Demapping (of the GTI signal / transmit direction)

DMA Direct Memory Access

DRAM Dynamic RAM

DSB DCC Server Board

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DTE Data Terminal Equipment

DTSCA Duplex To Simplex Converter ASIC

DU Domestic Unit

EC Equipment Controller

ECC Embedded Control Channel

ECL Emitter Coupled Logic

EEPROM Electrically Erasable Programmable ReadOnly Memory

EM Electro'MagneticFEMC Electro'Magnetic CompatibilityFEMI Electro'Magnetic Interference

EPB External Protection Board

EPS Equipment Protection Switching

EQUICO Equipment Controller

ESS End Stage SubrackFESSD End Stage Double Subrack

ETB Extension Board

ETSI European Telecommunications Standardization Institute

EXB End stage Matrix Board FEXBA EXB 16x16 STM'1 equivalents, LMC448FEXBB EXB 16x16 STM'1 equivalents, LMC480FEXB32 EXB 32x32 STM'1 equivalents, LMC960F

EXT Extraction ASICFEXT'DM EXT Demapping on IOB140FEXT'MP EXT Mapping ASIC on IOB140

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FAW Frame Alignment Word

FPE Functional Protection Earth

FPGA Free Programmable Gate Array

FRCL Frame Clock

GND Ground

GTI Generic Transfer Interface, internal interfaceI/O−Matrix, STM'1 modified

FGTIP Parallel GTI signal

FGTIS Serial GTI signal

HCMOS High'speed Complementary Metal OxideSemiconductor

HDB3 High Density Bipolar code, level 3

HDLC High'level Data Link Control, P'bus

HOA Higher'Order Assembler

HP Higher'order Path FHPA HP AdaptationFHPC HP ConnectionFFHCSS HPC Center Stage SubrackFFHESS HPC End Stage SubrackFHPOM HP Overhead MonitoringFHPT HP Termination

HPROT High speed PROTection

HSC Hitless Switching Circuit

HSUT Higher'order Supervised Unequipped Termination

IC Integrated Circuit

I2C, IIC Inter Integrated Circuit bus

IEC IPBB Extension Connector

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IO Input/Output

IOB Input/Output BoardFIOB140 IOB 140 Mbit/sFIOB155 IOB 155 Mbit/sFIOB2 IOB 2 Mbit/sFIOB2400 IOB 2488 Mbit/sFIOB34 IOB 34 Mbit/sFIOB45 IOB 45 Mbit/s

IOS Input/Output SubrackFIOS2400 IOS 2488 Mbit/s (STM'16)FIOS155 IOS 155 Mbit/sFIOS155D IOS 155 Mbit/s (Double Subrack)FIOS140 IOS 140 Mbit/sFIOS140D IOS 140 Mbit/s (Double Subrack)FIOS45 IOS 45 Mbit/sFIOS34 IOS 34 Mbit/sFIOS34D IOS 34 Mbit/s (Double Subrack)FIOS2 IOS 2 Mbit/sFIOS2D IOS 2 Mbit/s (Double Subrack)

IPB Internal Protection Board (IOS140D, IOS34D, IOS2D)

FIPBB Internal Protection Board type B (IOS2400, IOS155D, IOS45)

ISO International Organization for Standardization

ITU'T International Telecommunication Union ' sector Telecommunication

LAN Local Area Network

LED Light Emitting Diode

LAPD Link Access Protocol for D channel

LIF.. Low'order Interface adapterFLIFAG LIF Asymmetrical GTI/LVDS (EXBB/EXB32)FLIFAL LIF Asymmetrical LVDS/GTI (EXBB/EXB32)FLIFG LIF GTI/LVDS (EXBA/EXBB)FLIFL LIF LVDS/GTI (EXBA/EXBB)FLIF2G LIF GTI/LVDS (EXBB/EXB32)FLIF2L LIF LVDS/GTI (EXBB/EXB32)

LMC Large Matrix Configuration

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LOx Loss Of ...FLOC Loss Of ClockFLOF Loss Of FrameFLOM Loss Of MultiframeFLOP Loss Of PointerFLOS Loss Of Signal

LP Lower'order PathFLPA LP AdaptationFLPC LP ConnectionFLPOM LP Overhead MonitoringFLPT LP Termination

LSI Large Scale Integration circuit

LSUT Lower'order Supervised Unequipped Termination

LVDS Low Voltage Differential Signal

MAC Medium Access Control

MCB Master Clock Board

MDVC3 Mapping Demapping ASIC on IOB34

MDX140 140 Mbit/s Multiplexer/Demultiplexer

MP Mapping (to GTI Signal / receive direction)

MPB Main Power Block

MS'SPRINGMultiplex Section Shared Protection Ring

MPU Microprocessor Unit

MS Multiplexer SectionFMSA MS AdaptationFMSOH MS OverheadFMSP MS ProtectionFFMSPB MSP BoardFMST MS TerminationFMS'AIS MS Alarm Indication Signal

MTOS'UX Operating System of the SPBs

MUX2 Multiplexer Board (in AS)

MUX2/34 Multiplexer/Demultiplexer for 2, 8 and 34 Mbit/s signals

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NAU New Administrative Unit

NALMB New Alarm Board

N'Bit Non'urgent alarm message from the remote station

NCC New Communication ControllerFNCC'PE NCC Processing Element

NCO Numerically Controlled Oscillator

NGI New Generic transport Interface

NRZ Non Return to Zero

NUTS New Utility Subrack

NVRAM Non'Volatile RAM

OA Optical Amplifier

OBPS On Board Power Supply

ODL Overhead Data Link

OMSG OptinexTM MultiService Gateway4/1 OMSG MultiService Metro Gateway

Alcatel OptinexTM 1641 SX4/4 OMSG MultiService Core Gateway

and Cross Connect Alcatel OptinexTM 1664�SX

OOF Out Of Frame

OS Operation System (Network ManagementSystem)

OSI Open System Interconnection

P4ES1 Port board 4xSTM'1 Electrical

P4S1 Port board 4xSTM'1 Optical

P63E1 Port board 63x2 Mbit/s

P/S Parallel to Serial conversion

P'bus HDLC bus between SPB and UBPE

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PC Personal Computer

PCB Protection and Clock distribution Board

PCS Plesiochronous Supervision FPCS140 PCS of the 140 Mbit/s signalFPCS2 PCS of the 2 Mbit/s signalFPCS34 PCS of the 34 Mbit/s signalFPCS45 PCS of the 45 Mbit/s signalFPCS8 PCS of the 8 Mbit/s signal

PDH Plesiochronous Digital Hierarchy

PFU Power Filter Unit

PISO Parallel Input Serial Output

PLL Phase Locked Loop

PMP.. Protected Monitoring Point PMPRX Test Socket Receive Signal PMPTX Test Socket Transmission Signal

PMMF Physical Machine Management Function

POH Path Overhead

PPI Plesiochronous Physical Interface

PS Power SupplyFPSU Power Supply Unit

PSCE Physical Shelf Control Element

QDCN Connection Network Management Interface

R'bus I2C bus for RI of subracks and boards

RA Remote Alarm

RAB Rack Alarm Board

RAM Random Access Memory

RC Receive Clock

RDI Remote Defect Indication

REI Remote Error Indication

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RI Remote InventoryFRIM RI Module

RS232/485 Recommended Standard, American EIA Interface Standard

RS Regeneration SectionFRSOH RS OverheadFRST RS Termination

RTZ Return To Zero

RX Receive Side

S16 Port board STM'16

S2231 TUG22 Mapping'Demapping LSI

S4 Port board STM'4

S'bus I2C bus between SPB and CSIFA

SC System Clock (from CDB)

SCI Switch Control Interface

SCGL Signal Cable Grounding Labyrinth

SDH Synchronous Digital Hierarchy

SEC Synchronous Equipment Clock

SIO Serial Input/Output

SLM Signal Label Mismatch

SMC Switching Matrix Circuit

SMX Shelf Matrix Extender

SNC'P SubNetwork Connection Protection

SOH Section Overhead

SPB Satellite Processor BoardFSPBB SPB type B

SPC Serial'Parallel Converter

SPRING Shared Protection Ring

SPI Synchronous Physical Interface

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SSF Server Signal Failure

SSM Synchronization Status Message

SSU Synchronization Supply Unit

STM Synchronous Transport ModuleFSTM'1 STM Signal 155 Mbit/sFSTM'1E Board STM'1 electricalFSTM'1S Board STM'1 optical (short haul)FSTM'1L Board STM'1 optical (long haul)FSTM'4 STM'4 Signal 622 Mbit/sFSTM'16 STM'16 Signal 2488 Mbit/s

TC Transmit Clock

TIM Trace Identifier Mismatch

TRU Top Rack Unit

TS Trail Signal FTSD TS DegradeFTSF TS Failure

TTF Transport Termination Function

TTL Transistor'Transistor'Logic

TUG Tributary Unit GroupFTUG22 TUG level 2 (8 Mbit/s) CEPT

TX Transmit Side

UB User BoardFUBPE UB Processing Element

VC Virtual Container FVC'12 Virtual Container for C'12 (2 Mbit/s)FVC'3 Virtual Container for C'3 (34 Mbit/s)FVC'4 Virtual Container for C'4 (140 Mbit/s)

VMEbus VME'bus system

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WAN Wide Area Network

WDM Wavelength Division Multiplexer

X.25 Interface according to ITU'T X.25

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