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Link Pass Through (LPT)

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LPT

The Ethernet interface supports Link Pass Through mode. The Ethernet port transmitter
is disabled in case of failures in the upstream network. For example, a remote Ethernet
cable or optic fiber failure, an SDH/SONET network failure or any equipment failure.
The downstream equipment, a LambdaRouter or an IP router, will observe the absence
of the Ethernet input signal and use it as a fast trigger to perform its native protection
scheme. The remote failures are transported in-band via the GFP-Client Signal Fail
message. The LPT is only supported on ports that operate in a one-to-one association
with a WAN port. The option cards EPL4_E14, EPL4_E132_75, and ESW4_E14
support the LPT mode.

Features

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365-312-847R4.0
Issue 4, November 2006

Lucent Technologies - Proprietary

See notice on first page

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Summary of Contents for Metropolis AMU 1m/1o

Page 1: ...vember 2006 Lucent Technologies Proprietary This document contains proprietary information of Lucent Technologies and is not to be disclosed or used except in accordance with applicable agreements Copyright 2006 Lucent Technologies Unpublished and Not for Publication All Rights Reserved See notice on first age ...

Page 2: ...es Compared to provided descriptions some of the legacy releases may vary due to the feature upgrades Declaration of Conformity The Declaration of Conformity DoC for this product can be found in this document at Conformity statements p 5 5 or at http www lucent de ecl WEEE directive The Waste from Electrical and Electronic Equipment WEEE directive for this product can be found in this document at ...

Page 3: ...i xvi Related training xvii xvii Software Release Description xvii xvii Intended use xvii xvii Optical safety xviii xviii Technical Documentation xxi xxi How to order xxi xxi How to comment xxi xxi 1 Introduction Overview 1 1 1 1 Structure of hazard statements 1 2 1 2 System overview 1 4 1 4 2 Product description Overview 2 1 2 1 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietar...

Page 4: ...res Overview 3 1 3 1 New Features Release 2 1 ITM SC Management 3 3 3 3 Performance Monitoring 3 4 3 4 CWDM SFPs 3 5 3 5 Bidirectional SFPs 3 6 3 6 Fast Download Tool 3 7 3 7 Physical interfaces Overview 3 8 3 8 Transmission interfaces 3 9 3 9 Data interfaces 3 10 3 10 Timing interfaces 3 11 3 11 Orderwire interfaces 3 12 3 12 Operations interfaces 3 13 3 13 Power interfaces 3 14 3 14 Contents iv ...

Page 5: ...27 3 27 Synchronization and timing Overview 3 28 3 28 Timing features 3 29 3 29 Timing interface features 3 30 3 30 Operations Administration Maintenance and Provisioning Overview 3 31 3 31 Remote maintenance management and control 3 32 3 32 4 Planning Network Applications Overview 4 1 4 1 Planning network application options Planning considerations Metropolis AMU 4 2 4 2 Network topologies Linear...

Page 6: ...the TransLAN option board 4 18 4 18 Point to point LAN connection 4 23 4 23 5 Quality and reliability Overview 5 1 5 1 Quality Overview 5 2 5 2 Lucent Technologies commitment to quality and reliability 5 3 5 3 Ensuring quality 5 4 5 4 Conformity statements 5 5 5 5 Reliability specifications Overview 5 9 5 9 General specifications 5 10 5 10 Reliability program 5 11 5 11 Reliability specifications 5...

Page 7: ...7 2 A An SDH overview Overview A 1 A 1 SDH signal hierarchy A 4 A 4 SDH path and line sections A 6 A 6 SDH frame structure A 9 A 9 SDH digital multiplexing A 11 A 11 SDH interface A 13 A 13 SDH multiplexing process A 14 A 14 SDH demultiplexing process A 15 A 15 SDH transport rates A 16 A 16 Glossary Index Contents 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on ...

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Page 9: ...Product description Features Planning network applications Quality and reliability Product support Ordering Reason for reissue This is the fourth issue of this guide for Metropolis AMU Release 1 0 through 4 0 The following table lists previous release versions and their corresponding features Release GA Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on fi...

Page 10: ...on STM 1 4 interfaces DCC for Network Element management Supports cross connection between tributary and aggregate interfaces non blocking LO connectivity MSP Performance Monitoring only Local and remote software downloading Supports centralized alarm management using Wavestar ITM CIT Supports remote alarm investigation through Miscellaneous Discrete Inputs MDI and Miscellaneous Discrete Outputs M...

Page 11: ...ports Customer WAN port operation mode Increased IEEE VLAN instances Ethernet Private Line option card with 2 x E FE TX 2 x E FE GE TX optical SFP 4 x E1 75 120 Ω Pluggable GE for SX LX and ZX Ethernet Private Line option card with 4 x E FE TX 32 x E1 75 Ω External AC DC power converter Supported by Wavestar ITM CIT Release 14 0 Wavestar ITM SC Release 11 4 Lucent Network Management System NMS Rel...

Page 12: ...he Metropolis AMU Release 2 1 provides network element software via the Fast Download Tool FDT For more information refer the Metropolis AMU Installation Guide 3 0 Jan 2006 The following features have been provided in this release Switched Ethernet option card with 2 x E FE 2 x E FE GE and 4 E1 interfaces 75 120 Ω Option card for 8 x STM 1 or 2 x STM 4 Link Pass Through LPT on EPL4_E14 Release 2 0...

Page 13: ...nts may result in serious consequences Intended audience The Metropolis AMU Applications and Planning Guide is primarily intended for network planners and engineers In addition others who need specific information about the features applications operation and engineering of Metropolis AMU may find the information in this manual useful How to use this information product Each chapter of this manual...

Page 14: ...topics ITM SC Management Performance Monitoring CWDM SFPs Bidirectional SFPs Fast Download Tool describes the features of the Metropolis AMU describes operations administration maintenance and provisioning functions such as alarms operation interfaces security and performance monitoring 4 Planning network applications This chapter presents general application options recommends network topologies ...

Page 15: ...he location of specific text passages The keyword blocks are placed to the left of the main text and indicate the contents of a paragraph or group of paragraphs Typographical conventions Special typographical conventions apply to elements of the graphical user interface GUI file names and system path information keyboard entries alarm messages etc Elements of the graphical user interface GUI These...

Page 16: ...nning Guide APG provides recommendations for network planners analysts and managers It is also used by the Lucent Account Team It presents a detailed overview of the system recommends applications provides planning requirements engineering rules ordering information and technical specifications User Operations Guide The Metropolis AMU User Operations Guide UOG provides step by step instructions to...

Page 17: ...on about the Metropolis AMU training courses and how to register please refer to Training support p 6 11 in this document Software Release Description The Software Release Description SRD provides a description of the Network Element software upgrades and is also available with the Metropolis AMU CD ROM This manual describes Metropolis AMU Release 1 0 through 4 0 For technical reasons some of the ...

Page 18: ...light is above the red end of the visible spectrum which is normally not visible to the human eye Although the radiant end at near IR wavelengths is officially designated invisible some people can see the shorter wavelength energy even at power levels that are several orders of magnitude below any levels that have been shown to cause injury to the eye Conventional lasers can produce an intense bea...

Page 19: ...onditions all energized laser transmitting circuit packs are terminated on optical fibers which enclose the laser energy with the fiber sheath forming a protective housing Also a protective housing access panel is typically installed in front of the laser circuit pack shelves The circuit packs themselves however may be FDA CDRH Class I IIIb or IV or IEC Class 1 1M 3R 3B or 4 Laser Safety Precautio...

Page 20: ...nectors at close distances Laser modules associated with the optical ports of laser circuit packs are typically recessed which limits the exposure distance Optical port shutters Automatic Power Reduction APR and Automatic Power Shut Down APSD are engineering controls that are also used to limit emissions However technicians removing or replacing laser circuit packs should not stare or look directl...

Page 21: ...er 365 312 847R4 0 at the Customer Information Center CIC see http www cic lucent com An overview of the ordering process and the latest software licences information is provided in Chapter 7 Ordering of this manual How to comment To comment on this information product go to the Online Comment Form http www lucent info com comments enus or e mail your comments to the Comments Hotline comments luce...

Page 22: ......

Page 23: ...erview Purpose This chapter introduces the Metropolis AMU Contents Structure of hazard statements 1 2 System overview 1 4 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 1 1 ...

Page 24: ...Personal injury symbol Indicates the potential for personal injury optional 2 Hazard type symbol Indicates hazard type optional 3 Signal word Indicates the severity of the hazard 4 Hazard type Describes the source of the risk of damage or injury 5 Damage statement Consequences if protective measures fail 6 Avoidance message Protective measures to take to avoid the hazard 7 Identifier The reference...

Page 25: ...erious injury CAUTION When used with the personal injury symbol Indicates a potentially hazardous situation low risk which if not avoided may result in personal injury When used without the personal injury symbol Indicates a potentially hazardous situation low risk which if not avoided may result in property damage such as service interruption or damage to equipment or other materials Introduction...

Page 26: ...s such as STM 1 4 1 5 Mbit s 2 Mbit s 34 Mbit s 45 Mbit s STM 1e STM 4 1000BASE T X and 10 100BASE T to business and residential customers The MI 14 4 main card is an SDH STM 1 4 and STM 1 Terminal or Add Drop Multiplexer and provides various tributary services such as STM 1 1 5 Mbit s 2 Mbit s 34 Mbit s 45 Mbit s STM 1e STM 4 1000BASE T X and 10 100BASE T The standard Metropolis AMU MI 16 4 main ...

Page 27: ...eployed together with other products for example Metropolis AM Metropolis AMS This makes Metropolis AMU one of the main building blocks for today s and future networks Please check with Lucent Technologies for a complete list of products that are able to interwork with Metropolis AMU Introduction System overview 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on fi...

Page 28: ......

Page 29: ... by the technical specifications of the Metropolis AMU Contents Hardware overview of the Metropolis AMU 2 2 Introduction 2 2 System Architecture 2 11 Introduction 2 11 Option cards 2 15 Introduction 2 15 Technical specifications 2 32 System specifications 2 33 Performance Monitoring 2 51 Advanced TransLAN Features 2 57 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notic...

Page 30: ...ion allows the placement of up to 5 systems side by side Please refer to the Metropolis AMU Installation Guide for details 2m 4o version The Metropolis AMU 2m 4o version has 6 slots 2x main and 4x tributary and is optimized for high capacity and protected Central Office applications The first and second main units can be plugged into the two main slots that are provided with a 2m 4o configuration ...

Page 31: ...The MI 14 4 provides two STM 1 4 interfaces and two interfaces for STM 1 STM 1e or STM 1 single fiber working interfaces Note that the adapter card cannot be used in the 1m 1o shelf as it occupies two slots Subrack front view The following figures display the Metropolis AMU versions Given below is the MI 16 4 2m 4o version MAIN TRIB Product description Introduction 365 312 847R4 0 Issue 4 November...

Page 32: ...The following figure displays the MI 16 4 1m1 o version Product description Introduction 2 4 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 33: ...The following figure displays the MI 14 4 2m 4o version Product description Introduction 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 2 5 ...

Page 34: ...The following figure displays the MI 14 4 1m 1o version Product description Introduction 2 6 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 35: ...pports VC 4 payloads Non blocking 48 x 48 VC 4 equivalents for VC 12 VC 3 cross connections Timing functions with external synchronization input and output Power supply filter and dual power interfaces for power consumption by the complete shelf including the main unit System controller with external interfaces for Q LAN G LAN ITM CIT MDI MDO and 2 x USB ports for external devices Product descript...

Page 36: ...cribes the front panel of the Metropolis AMU MI 16 4 main board with the supported SFP rates Legend A Power supply B G LAN Q LAN Station clock Lucent s Network Management Systems or Lucent NMS ITM CIT C Fail LED Unit failure indicator D Active LED Unit activity indicator Product description Introduction 2 8 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2...

Page 37: ...nts for VC 12 VC 3 cross connections Timing functions with external synchronization input and output Power supply filter and dual power interfaces for power consumption by the complete shelf including the main unit System controller with external interfaces for Q LAN G LAN ITM CIT MDI MDO and 2 x USB ports Termination of DCC channels associated with 32 STM N interfaces 16 DCC for the Multiplex sec...

Page 38: ... of the MI 16 4 and MI 14 4 is not supported Main board STM 1 STM 4 STM 1 STM 4 STM 1 STM 1 Product description Introduction 2 10 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 39: ...es In the transmit direction the Line Interface performs the collection of AU4s and the STM N assembly It performs RSOH MSOH insertion In the receive direction the STM N Line Interface performs the STM N disassembly the RSOH MSOH extraction sixteen four or one AU4 management and the regeneration of data transmitted to the Higher Order HO Cross connect The HO Cross connect also performs Tansparent ...

Page 40: ... 2m 4o version system architecture The following diagram illustrates the MI 14 4 1m 1o version system architecture Product description Introduction 2 12 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 41: ... x 192 VC 3s or up to 3024 x 3024 VC 12s LO cross connect capabilities 16 x 16 VC 4 equivalents or 48 x 48 VC 3s or 1008 x 1008 VC 12s Loopbacks on incoming STM N optical signals via the cross connect matrix Loopbacks on incoming STM N optical signals via the cross connect matrix Up to 40 DCN channels Up to 16 DCN channels 4 STM N line interfaces with RS and MS bytes processing two multi rate STM ...

Page 42: ...rfaces to support hot pluggable tributary slots each set supports a transport capacity of 10 VC 4s One interface between the main cards which provides a transport capacity of 10 VC 4s One interface between the main cards which provides a transport capacity of 10 VC 4s Product description Introduction 2 14 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 200...

Page 43: ...e use of twisted pair cables 120 Ω version and coaxial cable 75 Ω version It is available in 75 Ω and 120 Ω versions The following figure displays the front panel of the PI E1 63 option card EPL4_E14 option card Interfaces On the faceplate the EPL4_E14 card provides Two cages for Small Form factor Pluggable SFP optical transceivers which support 1000Base X Two RJ45 connectors for triple rate Ether...

Page 44: ...ctor and each SFP has its own green LED data link up LED ON or down LED OFF and yellow LED transmission LED ON or no transmission LED OFF The following figure shows the front panel of the EPL4_E14 option card The EPL_4_E14 option card is able to compensate a maximum delay difference of 128 ms between the fastest and the slowest VC in receive direction Link Capacity Adjustment Scheme LCAS The EPL4_...

Page 45: ...ughout the network the system identifies defects from the network ingress port to the network egress port The GFP CSF mechanism is used to notify the egress side that a loss of signal synchronization has occurred on the ingress port Consequently the egress side can either turn off the laser at the egress in case of an optical level or substitute an error pattern for example a V ordered set for a 1...

Page 46: ...ch type The following diagram illustrates the VC VCG mapping for the EPL4_E14 option card Jumbo frame support The EPL4_E14 option card supports overlength Ethernet frames also known as Jumbo frames on LAN ports 7 8 and 9 10 EPL4_E132_75 option card Interfaces On the faceplate the EPL4_E132_75 board provides Four RJ45 connectors for dual rate Ethernet 10 100Base T Sixteen RJ45 connectors to cover 3...

Page 47: ...ented according to T1X1 5 2000 147 The following GFP encapsulation are possible with EPL4_E132_75 Mapping of Ethernet MAC frames into Lower Order SDH VC12 Xv X 1 63 Mapping of Ethernet MAC frames into Lower Order SDH VC3 Xv X 1 9 Mapping of Ethernet MAC frames into Higher Order SDH VC4 Xv X 1 7 LAPS encapsulation is implemented according to ITU T X 86 Advanced rate control The EPL4_E132_75 option ...

Page 48: ...t a loss of signal synchronization has occurred on the ingress port An alarm is raised at the egress side which indicates the ingress side condition For more information please refer to see LPT LPT p 3 23 For additional information please also refer to the TransLAN Ethernet SDH Transport Solution Applications and Planning Guide The EPL4_E132_75 option card supports Auto MDI MDIX selection on all L...

Page 49: ...ard provides 4 Ethernet ports Two of these 5 and 6 support 10 100 Base T line rates while the other two pairs 7 8 and 9 10 are multirate and capable of 10 100 1000 Base T X rates For these ports the selection between 1000 Base T electrical interfaces 8 and 9 and 1000 Base X optical interfaces 7 and 10 must be done via the ITM CIT This selection can be done independently for each Port When an optic...

Page 50: ...substructured in VC12s Similarly the 3rd 4th and 5th VC4s are substructured as VC3s Optionally the 1st to 5th VC4s can be changed to unstructured VC4 The 6th 7th and 8th VC4s can only be used as VC4s As a result VC12 Xv X 1 63 VC3 Xv X 1 9 and or VC4 Xv X 1 7 groups can be created from at most 122 VC12s 9 VC3s or 8 VC4s For WAN ports 5 through 8 a capacity of eight VC4s 9 though 16 is available Of...

Page 51: ...n unit and tributary unit allows 16 VC4 backplane capacity No provisioning is required The following VC VCG mapping diagram displays bandwidth selection options for the WAN ports 1 2 3 and 4 The following VC VCG mapping diagram displays the bandwidth selection options for the WAN ports 5 6 7 and 8 Jumbo frame support Product description Introduction 365 312 847R4 0 Issue 4 November 2006 Lucent Tec...

Page 52: ...ined in Clause 28 of the Standard 802 3 2002 has been extended to include all three speeds of Ethernet that are supported over twisted pair cable 10Mbit s 10Base T 100Mbit s 100Base TX and 1000 Mbit s 1000Base T For more information about Auto negotiation please refer to the Metropolis AMU User Operations Guide Link Capacity Adjustment Scheme LCAS The ESW4_E14 option card supports a flexible alloc...

Page 53: ...n be provisioned in kbytes between 1 and 25000 or as a time constant relative parameter to CIR 10 or 110 ms Provisioning Peak Burst Size PBS The Flow Profile containing the parameters that define the QoS regime and is applied to a flow contains a user provisionable entry for the Peak Burst Size PBS This entry describes the number of octets that may be bursted before a frame is no longer considered...

Page 54: ...p and the SFP 5 to SFP 8 group Each group provides a four VC 4 transmission capacity For example if the SFP 1 is equipped with an STM 4 interface the SFP 2 to SFP 4 have no more capacity and cannot be used Similarly if the SFP 5 is equipped with an STM 4 interface the SFP 6 to SFP 8 is being utilized and therefore cannot be used for any additional capacity Each SFP transceiver has an LED which ind...

Page 55: ...option cards in the 2m 4o hardware version an adapter is required to fit the card into the subrack The figure below shows an empty adapter card Product description Introduction 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 2 27 ...

Page 56: ...ne into an SDH container Thus a private connection from an Ethernet port through an SDH network to another Ethernet port at the remote end of the link is possible The X8PL option card supports a flexible allocation of SDH bandwidth to LAN ports by making use of the Link Capacity Adjustment Scheme LCAS see LCAS p 3 22 All LAN ports have the same capabilities Each WAN port supports VC 12 Xv X 1 63 o...

Page 57: ...AN ports 4 Supported rates VC 12 VC 3 Max VCG group size VC 12 5v VC 3 2v Max number of tributaries VC 12 20 VC 3 2 LCAS support Encapsulation method GFP F or EoS Max transport capacity 1 x 155 Mbit s Service rates Max 1 port at 100 Mbit s 3 ports at 2 10 Mbit s or 2 ports at 50 Mbit s 2 ports at 2 10 Mbit s or 4 ports at 2 10 Mbit s X4IP V2 option card mapping The X4IP V2 option board supports an...

Page 58: ... s VC 12 5v The throughput mentioned in the table above are the maximum settings it is also possible to have less throughput for a certain WAN port for example 6 Mbit s VC 12 3v Notice that only the WAN port bandwidth dictates the effective end to end Ethernet communication throughput not the LAN ports The Metropolis AMU equipped with the TransLAN option board keep track of the available capacity ...

Page 59: ...1351 TPx 1363 TPx 1321 TPx 1333 TPx 1352 TPx 1371 6 Mbit s TPx 1311 TPx 1323 TPx 1342 TPx 1361 TPx 1312 TPx 1331 TPx 1343 TPx 1362 TPx 1313 TPx 1332 TPx 1351 TPx 1363 4 Mbit s TPx 1311 TPx 1323 TPx 1342 TPx 1361 TPx 1312 TPx 1331 TPx 1343 TPx 1362 2 Mbit s TPx 1311 TPx 1323 TPx 1342 TPx 1361 QoS For the X4IP V2 option card the IEEE 802 1p is valid The ESW4_E14 option card supports Enhanced Flow Cl...

Page 60: ...ide the technical specifications for the Metropolis AMU Contents System specifications 2 33 Performance Monitoring 2 51 Advanced TransLAN Features 2 57 Product description 2 32 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 61: ...al see G 957 see G 957 see G 957 Optical path between points S and R Maximum dispersion 96 ps nm NA 246 ps nm NA Attenuation range 0 12 dB 10 28 dB 10 28 dB Minimum optical return loss of the cable plant at point S including the optical connector NA NA 20 dB Receiver at reference point R Sensitivity min at BER 1 10 10 28 dBm 34 dBm 34 dBm Overload min 8 dBm 10 dBm 10 dBm Optical path penalty 1 dB ...

Page 62: ...e end of life power budgets for the STM 16 SFPs Application I 16 S 16 1 L 16 1 L 16 2 Optical wavelength range 1266 1360 nm 1260 1360 nm 1280 1335 nm 1500 1580 nm Transmission rate 2 488 320 kbit s 2 488 320 kbit s 2 488 320 kbit s 2 488 320 kbit s Transmitter at reference point S Source type MLM SLM SLM SLM Max spectral 20 dB width NA 1 nm 1 nm 1 nm Max spectral RMS width 4 nm NA NA NA Min side m...

Page 63: ...rding to FDA CDRH 21 CFR 1010 1040 IEC 60825 The 1000BASE SX pluggable optic complies with IEEE 802 3 2000 Clause 38 The following table describes the various operating ranges for the 1000BASE SX pluggable optic over each optical fiber type Fiber Type Modal Bandwidth 850 nm min overfilled launch MHz x km Minimum range m 62 5 µm MMF 160 2 220 62 5 µm MMF 200 2 275 50 µm MMF 400 2 500 50 µm MMF 500 ...

Page 64: ...et calculations Description Unit 62 5 µm MMF 50 µm MMF Modal bandwidth as measured at 850 nm minimum overfilled launch MHz km 160 200 400 500 Link power budget dB 7 5 7 5 7 5 7 5 Operating distance m 220 275 500 550 Channel insertion loss a wavelength of 830 nm is used to calculate the values dB 2 38 2 60 3 37 3 56 Link power penalties a wavelength of 830 nm is used to calculate the values dB 4 27...

Page 65: ...inction ratio min 9 dB Mask of the eye diagram of the optical transmit signal see IEEE802 3 RIN max 117 dB Hz Receive Characteristics Average receive power max 3 dBm Receive sensitivity min at BER 1 10 12 19 dBm Return loss min 12 dB Stressed receive sensitivity measured with conformance test signal at TP3 for BER 10 12 at the eye center 14 4 dBm The following table lists the worst case power budg...

Page 66: ...500 1580 nm Transmitter at reference point TP2 Source type SLM Spectral width at 20dB 1 0 nm Side mode suppression ratio min 30dB Mean launched power max 5 dBm Mean launched power min 0 dBm Extinction ratio min 9 0 dB Mask of the eye diagram of the optical transmit signal see IEEE802 3 RIN max 120 dB Hz Optical path between points TP2 and TP3 Optical return loss of the cable plant at point TP2 inc...

Page 67: ... dB 13 dB Maximum dispersion 1000 ps nm 1640 ps nm Minimum optical return loss at SS 24 dB 24 dB Maximum discrete reflectance between SS and RS 27 dB 27 dB Maximum differential group delay 120 ps 120 ps Maximum optical cross talk 20 dB 20 dB Interface at point RS Maximum mean channel input power 0 dBm 8 dBm Minimum sensitivity 18 5 dBm 28 dBm Maximum optical path penalty 1 5 dB 2 5 dB Maximum refl...

Page 68: ...ble 59 6 IEEE802 3ah Maximum reflectance of transmitter measured at S TP2 dB NA 12 NA 12 Maximum optical path penalty Maximum transmitter and dispersion penalty dB 1 3 3 1 3 3 Optical path between S TP2 and R TP3 Available power budget BER 1 10 10 dB 13 5 13 5 Available power budget BER 1 10 12 dB 12 5 12 5 12 5 12 5 Minimum attenuation dB 0 0 0 0 Maximum dispersion ps nm 275 275 132 132 Receiver ...

Page 69: ...bles with an impedance of 100 Ω Interface at 2 048 Mbit s 50 ppm HDB3 coded and conforming to G 703 standard 1991 asynchronously mapped via a VC 12 in TU 12 The 2 Mbit s electrical E1 interface access is via RJ45 connector suitable for symmetrical twisted pair cables either with an impedance of 120 Ω or coaxial cables with an impedance of 75 Ω Each 2 Mbit s tributary interface optional card can be...

Page 70: ...he Metropolis AMU supports an AU 4 VC 4 TUG 3 TUG 2 TU 12 VC 11 DS1 mapping scheme for each VC 11 created and terminated in the system The Metropolis AMU supports an AU 4 VC 4 TUG 3 TU 3 VC 3 E3 mapping scheme for each VC 3 created and terminated in the system The Metropolis AMU supports an AU 4 VC 4 TUG 3 TU 3 VC 3 DS3 mapping scheme for each VC 3 created and terminated in the system Overhead byt...

Page 71: ...EI path FEBE Yes V5 bit 4 RFI path Fixed to 0 V5 bit 5 to 7 Label of VC 12 path Yes V5 bit 8 RDI path FERF Yes J2 VC 12 Trace identifier Yes Z6 Connection monitoring Fixed to 0 K4 bit 1 to 4 VC 12 APS path Fixed to 0 K4 bit 5 to 6 Reserved Fixed to 0 The next table describes the POH processing functions for VC 3 tranmission Overhead bytes Function Processing J1 VC3 trace identifier Yes B3 Path bit...

Page 72: ...ed payloads Provides a maltiframe and sequence indicator for virtual VC 4 concatenation and LCAS Yes K3 bit 1 to 4 VC 4 APS path Fixed to 0 K3 bit 5 to 6 Reserved Fixed to 0 Z5 Network control Fixed to 0 Note The ISDN feature requires the processing of the overhead contained in timeslot 0 TS0 of the 2 Mbit s signal Power supply specifications The power consumption of a fully equipped Metropolis AM...

Page 73: ... 4 ASC101B 109555516 10 12 5 Metropolis AMU main card MI 16 4 ASC110 109588954 15 20 Metropolis AMU option card 63x E1 120 Ω ASC102 109509679 8 6 10 2 Metropolis AMU option card 63x E1 75 Ω ASC104 109535468 8 8 11 3 Metropolis AMU Ethernet PL and E1 optional 2 E FE 2 FE GE and 4 E1 120 or 75 Ω interfaces ASC105 109543504 12 5 14 5 Metropolis AMU Ethernet PL and E1 optional 4 E FE and 32 E1 75 Ω AS...

Page 74: ...1490 single fiber bidirectional OM155T105 109559492 1 0 1 2 Metropolis AMU STM 1 1310 single fiber bidirectional SFP OM155T106 109559500 1 0 1 2 Metropolis AMU STM 16 Intra office optical SFP V16 1 1310nm 2 km OM2G5T101 109509711 1 0 1 2 Metropolis AMU STM 16 short haul optical SFP S16 1 1310nm 15 km OM2G5T102 109509729 1 0 1 2 Metropolis AMU STM 16 long haul optical SFP L16 1 1310nm 40 km OM2G5T1...

Page 75: ...16 Short Haul 8 channel CWDM SFP STM 4 16 CWDM LH 80km OMWDMT109 109620468 1 0 1 2 Metropolis AMU SFP STM 4 16 CWDM LH 80km OMWDMT110 109620476 1 0 1 2 Metropolis AMU STM 16 Long Haul 8 channel CWDM SFP STM 4 16 CWDM LH 80km OMWDMT111 109620484 1 0 1 2 Metropolis AMU STM 16 Long Haul 8 channel CWDM SFP STM 4 16 CWDM LH 80km OMWDMT112 109620492 1 0 1 2 Metropolis AMU STM 16 Long Haul 8 channel CWDM...

Page 76: ...r is lost MDO 1 s contacts close assigned to indicate power failure MDO 2 4 are respectively assigned to Prompt alarm Deffered alarm and Information alarm The MDI inputs and MDO outputs are available from a 25 pin SUB D male connector Environmental conditions The environmental conditions applicable for the Metropolis AMU Storage compliant with ETSI 300 019 1 1 Class 1 2 February 1992 Temperature r...

Page 77: ... ASH104 unit being installed The tables below provide an overview when a fan unit is mandatory for both ETSI class 3 1 and ETSI class 3 1E conditions as specified in ETS 300 019 1 3 For specific installation instructions refer the Metropolis AMU Release 3 0 Installation Guide 365 312 848 Comcode 109592253 The following table indicates option cards that require mandatory fan unit usage for ETSI cla...

Page 78: ...helf vertical mounting ASH101 EPL4_E14 ASC105 Fan usage Mandatory No fan No fan EPL4_E132_75 ASC107 Fan usage Mandatory No fan No fan ESW4_E14 ASC108 Fan usage Mandatory Fan usage Mandatory Fan usage Mandatory SI 14 8 ASC109 Fan usage Mandatory No fan No fan Other cards No fan No fan No fan Product description System specifications 2 50 Lucent Technologies Proprietary See notice on first page 365 ...

Page 79: ...formation can be derived from the General Purpose Ethernet Port Monitor Ethernet Service Monitor Ethernet Congestion Monitor Ethernet High Priority Traffic Monitor Ethernet Low Priority Traffic Monitor and Ethernet Frame Delay Monitor This information is available in 15 minutes or 24 hours registers For more information about Ethernet Performance Monitoring features see Advanced TransLAN Features ...

Page 80: ...ast frames pBPS Number of outgoing broadcast frames pPPS Number of outgoing PAUSE frames For more information refer the Metropolis AMU User Operations Guide Threshold Limit Notifications for General Purpose Ethernet Monitor Users can enable or disable threshold limit notifications for each active General Purpose Ethernet Port Monitor on each of the following eight parameters eDFE 15 minute bin eCI...

Page 81: ...een frames with traffic class 2 g2EOCS Number of seconds with at least one dropped green frame of traffic class 2 y2EDBC Number of octets in dropped yellow frames with traffic class 2 y2EOCS Number of seconds with at least one dropped yellow frame of traffic class 2 g3EDBC Number of octets in dropped green frames with traffic class 3 g3EOCS Number of seconds with at least one dropped green frame o...

Page 82: ...2 3 and internal protocol traffic including encapsulation overhead i e on the physical layer i32gEILS Number of seconds marked loaded in C2EIN count i32gEISLS Number of seconds marked severely loaded in C2EIN count y2EINB Number of octets in non errored incoming yellow frames with traffic class 2 y2EINF Number of non errored incoming yellow frames with traffic class 2 Note that a one second interv...

Page 83: ...sed or cleared for the Ethernet High Priority Traffic Monitor in question Users can provision Set and Clear thresholds for each of these counters Note that this feature is only applicable to the Ethernet High Priority Traffic Monitor feature For more information refer the Metropolis AMU User Operations Guide Provisionable LS SLS Threshold Users can provision thresholds between 0 100 to define a Lo...

Page 84: ...ansmitted Note that an RTD measurement frame is considered successful if a valid response corresponding to the transmission frame was received from the targetted node Note that this feature is only applicable to the ESW4_E14 option card For more information refer the Metropolis AMU User Operations Guide Threshold Limit Notifications for Round Trip Delay Monitor Users can individually enable or dis...

Page 85: ...ress A ping frame with a defined length can be sent with a certain VLAN priority and dropping precedence provisioned by the user Based on the responses from the remote node the round trip time is calculated The result is presented to the user as a delay in milliseconds or a time out Continuous Ethernet In Service RTD Measurement FROM Node Users can provision a continuously repeating round trip del...

Page 86: ...ering database of a switch unit This feature is only applicable on the ESW4_E14 option card For more information refer the Metropolis AMU User Operations Guide Delete View Dynamic Entry from Filtering Database Users can search for specific and dynamically learnt MAC addresses or V LAN entries in the filtering database of an Ethernet switch unit If the specified entry is present the associated dest...

Page 87: ...an also retrieve a list of V LANs with static registration on the Ethernet unit with their respective limits Provisioning MAC Address Ageing Timer Users can provision the ageing timer for automatically learnt MAC addresses between 10 and 630 seconds default 300 s in 10 second steps This timer value is common for all virtual switches that are instantiated on the same TransLAN unit Product descripti...

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Page 89: ...nd the Operations Administration Maintenance and Provisioning OAM P functions are implemented in Lucent Technologies product families Lucent Technologies is heavily involved in various study groups with ITU T and ETSI creating and maintaining the latest worldwide SDH standards Metropolis AMU comply with all relevant and latest ETSI and ITU T standards Contents New Features Release 2 1 3 3 ITM SC M...

Page 90: ...justment Scheme LCAS 3 22 Link Pass Through LPT 3 23 Ethernet mapping schemes 3 24 Equipment features 3 26 Equipment inventory and reports 3 27 Synchronization and timing 3 28 Timing features 3 29 Timing interface features 3 30 Operations Administration Maintenance and Provisioning 3 31 Remote maintenance management and control 3 32 Features Overview 3 2 Lucent Technologies Proprietary See notice ...

Page 91: ...elease 11 4 3 The following sections provide a detailed description of these features Note For ITM SC users these features are only applicable to Metropolis AMU Release 2 1 and do not include features from subsequent releases Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 3 3 ...

Page 92: ...ion Termination Points Errored seconds ES Severeley errored seconds SES Background block errors BBE Bidirectional PM on CTP VC 4 Data from the following counters is collected for bidirectional performance monitoring Unavailable Seconds UAS Unavailable time Period UAP Users can select any TU 12 VC 12 CTP or TU 3 VC 3 CTP in the Metropolis AMU for Near end unidirectional performance monitoring Users...

Page 93: ...d for STM 4 transmission in the MI 14 4 main unit For ordering information about CWDM SFPs refer Metropolis AMU SFPs p 7 5 For information about power consumption refer Power consumption p 2 46 Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 3 5 ...

Page 94: ...onal SFPs For ordering information about bidirectional SFPs refer Metropolis AMU SFPs p 7 5 For information about power consumption refer Power consumption p 2 46 Features 3 6 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 95: ...e latest version provides options to retain the MIB or delete as necessary For more information about installing and downloading the Fast Download Tool on the Metropolis AMU refer the Metropolis AMU Installation Guide Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 3 7 ...

Page 96: ...a variety of additional interfaces that are dependent on the use of an option card The choice of the option cards and data interfaces described below provide outstanding transmission flexibility and integration capabilities Contents Transmission interfaces 3 9 Data interfaces 3 10 Timing interfaces 3 11 Orderwire interfaces 3 12 Operations interfaces 3 13 Power interfaces 3 14 Features 3 8 Lucent ...

Page 97: ... configured via an option card Sixteen 1 5 Mbit s interfaces only 2m 4o version with adapter card Two 34 Mbit s interfaces only 2m 4o version with adapter card Two 45 Mbit s interfaces only 2m 4o version with adapter card Sixty three times 2 Mbit s 120 Ω and 75 Ω version available Four times 2 Mbit s 120 Ω and 75 Ω at the EPL4_E14 option card Thirty two times 2 Mbit s 75 Ω at the EPL4_E132_75 opti...

Page 98: ...wo Ethernet FastEthernet interfaces and two Ethernet FastEthernet GigabitEthernet interfaces with optional SFP usage for GigabitEthernet at the EPL4_E14 option card up to four Ethernet FastEthernet interfaces at the EPL4_E132_75 option card 2 GE capable interfaces for either 10 100 1000 Base T or 1000 Base X and 2 E FE interfaces 10 100 Base T transmission rate at the ESW4_E14 option card Please n...

Page 99: ...Monitoring binning reporting TCNs functions will continue without requiring user intervention Synchronization and timing Synchronization can be derived from the incoming STM 1 or STM 4 or STM 16 aggregate signals and STM 1 or STM 4 tributary signals Synchronization can be derived from an incoming 2 Mbit s E1 data input Re synchronization of the 2 Mbit s ports is supported Support of SSM byte accor...

Page 100: ...terface with a 15 pin sub D connector on the faceplate Regardless of the configuration the EOW is supported on Main 1 unit on line port 1 LP1 1 The E2 channel is used to transfer the EOW data Features 3 12 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 101: ...ts which are used as control and management interfaces via the backplane towards the tributary slots The USB interface is realized with a USB connector and is only used for internal system communication G LAN interface The Metropolis AMU provides a G LAN interface to connect to the Ethernet port of the PC on which the Fast Download Tool is installed for quick software download The G LAN interface ...

Page 102: ...itch Power inputs Two redundant power inputs that can protect each other The system can operate completely normal on only one power feeder Power connector 3 pin terminal block connector Applicable standards ETS 300132 2 AC power supply As an alternative to the DC power supply an AC power supply can be facilitated via an external AC DC converter The following external AC DC converters are available...

Page 103: ...on in the NE please refer to Chapter 2 Product description Contents Cross connection features 3 16 Transmission protection 3 17 Equipment protection 3 18 Ethernet features 3 19 Auto negotiation 3 21 Link Capacity Adjustment Scheme LCAS 3 22 Link Pass Through LPT 3 23 Ethernet mapping schemes 3 24 Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first pag...

Page 104: ...s HDLC Please note that the same pool of connections that are available for Transparent DCC cut through is also required for connecting the DCC of an STM N port to the internal IS_IS router This means a restriction on the number of available connections for DCC cut through purposes Slaved switching for MSP is applicable to transparent DCC cut through connections The Metropolis AMU cross connection...

Page 105: ...rbitrary incoming TU 12 from any STM N and any other arbitrary incoming TU 12 from any STM N interface VC 12s are mapped into TU 12s Only non revertive operation is possible Manual and forced switch commands are supported In the return channel the signal is simply bridged to both outputs The maximum switch completion time is 50 ms Lower order VC 3 SNC N protection non revertive A non intrusively m...

Page 106: ... board 2 when both boards are working Manual operation of the protection is supported and the unprotected operation is possible as well The traffic interruption time is less than 50 ms with manual switch commands and less than 50 ms plus the detection time for automatic protection switches triggered by a failure The unit that is not active can be pulled or replaced without causing bit errors in th...

Page 107: ...Metropolis AMU 2m 4o and 1m 1o version Please refer to EPL4_E14 option card p 2 15 and EPL4_E132_75 option card p 2 18 for a more detailed description of these option cards Main features of the legacy option cards X4IP V2 and X8PL The following table lists the main features and differences of the two option cards X4IP V2 and X8PL which can be used for Ethernet applications X4IP V2 X8PL 4 ports 8 p...

Page 108: ...the LCAS protocol supports the LCAS protocol GFP and LAPS mapping of Ethernet frames GFP and LAPS mapping of Ethernet frames Supports the Link Pass Through LPT mode Supports the Link Pass Through LPT mode Main Ethernet features of ESW4_E14 option card The main features of the ESW4_E14 option card are listed below 2 x GE capable interfaces for either 10 100 1000Base T or 1000Base X 2 x E FE interfa...

Page 109: ...ed pair systems use the same Auto negotiation signaling standard While Auto negotiation can be disabled on 10Base T and 100Base TX links it is required on 1000 Base T systems since Gigabit Ethernet systems use Auto negotiation to establish the master slave signal timing control that is required to make the link operational For more information about the master slave mode please refer the Metropoli...

Page 110: ...In case of failure the bandwidth will be restored automatically after the failure clears The size of the VCn Xv is increased or decreased in steps of one VCn The provisioning is performed by adding removing paths to from the Ethernet tributary card The default LCAS hold off timer is set to zero so that the LCAS mechanism will take immediate action However if the path over which the LCAS protocol i...

Page 111: ...LambdaRouter or an IP router will observe the absence of the Ethernet input signal and use it as a fast trigger to perform its native protection scheme The remote failures are transported in band via the GFP Client Signal Fail message The LPT is only supported on ports that operate in a one to one association with a WAN port The option cards EPL4_E14 EPL4_E132_75 and ESW4_E14 support the LPT mode ...

Page 112: ...om higher layer client signals over a transport network The following GFP encapsulation are possible Mapping of Ethernet MAC frames into Lower Order SDH VC12 Xv Mapping of Ethernet MAC frames into Lower Order SDH VC3 Xv Mapping of Ethernet MAC frames into Higher Order SDH VC4 Xv VC12 Xv GFP encapsulation The Metropolis AMU support virtual concatenation of Lower Order SDH VC 12 as inverse multiplex...

Page 113: ...2 5 2000 and T1X1 T1 105 Clause 7 3 2 2001 Edition VC4 Xv GFP encapsulation The Metropolis AMU supports virtual concatenation of Higher Order SDH VC 4 as inverse multiplexing technique to size the bandwidth of a single internal WAN port for transport of encapsulated Gigabit Ethernet packets over the SDH network This is noted VC4 Xv where X 1 7 per port when using EPL4_E14 EPL4_E132_75 and ESW4_E14...

Page 114: ...vides information about Metropolis AMU features concerning equipment inventory and failure reports Contents Equipment inventory and reports 3 27 Features 3 26 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 115: ...the following information can be retrieved for the currently present and last accepted SFP Physical identifier Connector type Transceiver code Revision number Vendor serial number Comcode Compatibility byte Lucent unique number SFP vendor ID Module qualifier Module type CLEI code if applicable Apparatus code Item code Interchangeability marker Equipment failure reports Failure reports are generate...

Page 116: ...nformation about synchronization features timing protection and timing interfaces of Metropolis AMU Contents Timing features 3 29 Timing interface features 3 30 Features 3 28 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 117: ...odes free running operation holdover mode locked mode In locked mode the internal SDH Equipment Clock SEC is locked to one of the STM N signals one of the 2 Mbit s tributary signals one of the external 2 MHz 2 Mbit s inputs one per main board Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 3 29 ...

Page 118: ...nal because the signal is embedded in the VC 12 that is disassembled In the re synchronized mode the 2 Mbit s signal is timed by the SDH Equipment Clock SEC of the network element frequency differences between the local clock and the 2 Mbit s signal embedded in the VC 12 to be disassembled are accommodated by a slip buffer There is also the following option whenever the traceability of the local c...

Page 119: ...bout interfaces for Operations Administration Maintenance and Provisioning OAM P activities and the monitoring and diagnostics features of Metropolis AMU Contents Remote maintenance management and control 3 32 Features 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 3 31 ...

Page 120: ... Lucent Network Management Systems Lucent s Network Management Systems or the Lucent NMS fully support the management of Metropolis AMU Fan Management A fan is available for mounting below the 2m 4o version below the vertically mounted 1m 1o version 1 per shelf or next to the horizontally mounted 1m 1o version 1 per shelf The same fan can be used in all cases The fan is in service replaceable prov...

Page 121: ...lication 4 6 Ring application 4 7 Dual homed ring application 4 8 Linear extension application 4 9 Dual ring closure 4 10 Multiple ring application 4 11 Hub application 4 12 Full capacity ring interconnection 4 13 Metropolis AMU typical 1m 1o application 4 14 Grooming application 4 15 IP Tunneling in the DCC channels application 4 16 GSM UMTS application 4 17 Multi service application with the Tra...

Page 122: ...le fiber bi directional SFPs Additional Capacity Optional sixty three additional 2 Mbit s signals Optional two E FE and two E FE GE GE Base T or Base X ZX LX SX through SFP and four E1 provisionable 120 Ω or 75 Ω Optional four E FE and thirty two E1 75 Ω Optional two E FE two E FE GE and four E1 interfaces Switchable four STM 1 two STM 4 and eight STM 1 or only one STM 4 Optional sixteen additiona...

Page 123: ... AMU provides four miscellaneous discrete inputs MDIs which can be used to read external devices assigned by the customer Examples are monitoring temperature humidity open doors etc The equipment provides four miscellaneous discrete outputs MDOs which can be used to drive external devices assigned by the customer Examples are signaling devices temperature conditioning etc When not assigned by the ...

Page 124: ... Point to point application with MSP protection The figure below shows a point to point application with MSP protection Linear application with MSP protection A linear application with MSP protection can be found in the following figure Planning Network Applications 4 4 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 125: ... suited for LAN to LAN traffic on campus networks or between business locations requiring cost effective and reliable communications Management requirements of this application are minimal Planning Network Applications Linear applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 5 ...

Page 126: ...uration Compared to the linear application in Linear unprotected application p 4 5 the folded ring provides extra reliability by protection as well as the potential to upgrade the ring with diverse possibilities of fiber routing Planning Network Applications 4 6 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 127: ...ng all signals that can be connected to a Metropolis AMU like E1 and 10 100 BASE T The individual nodes can be managed remotely or locally by either the Lucent s Network Management Systems or Lucent NMS or the Wavestar ITM CIT Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 7 ...

Page 128: ...rk is through two hosts This may be preferable to the single host application where completing the STM 1 or STM 4 or STM 16 ring may be difficult due to geographical features It also provides protection against node failure through the second host node Planning Network Applications 4 8 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 129: ...ws a linear extension In this case the STM 1 or STM 4 or STM 16 linear extension can be laid out protected or unprotected Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 9 ...

Page 130: ...STM 1 or STM 4 or STM 16 ring to the STM N network through a host node An STM 1 line STM 1 tributary interface with MSP protection allows the connection between e g two Metropolis AMU Planning Network Applications 4 10 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 131: ...erfaces or a mix of both options This set up enables ring closure for four STM 1 rings or one STM 4 ring per tributary card in addition to the main cards Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 11 ...

Page 132: ...ation to concentrate SDH PDH and Ethernet traffic Typically the feeding network elements would be laid out as 1m 1o hardware version Planning Network Applications 4 12 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 133: ...eated with a Metropolis AMU AMU 2m 4o version with two main cards one for each ring In this case the STM 4 or STM 16 rings are unprotected Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 13 ...

Page 134: ...e below shows a typical example to interconnect SDH PDH and Ethernet traffic in a ring with a Metropolis AMU 1m 1o version Planning Network Applications 4 14 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 135: ... application The following figure depicts an example VC 12 grooming application Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 15 ...

Page 136: ... two static routing entries in nodes on the edge of the OSI network and the corresponding static entries in the routing table The LAN used by IP EMS can also be used by Lucent s Network Management Systems or Lucent NMS The figure below shows an application with AnyMedia Access equipments AAS The EMS for AAS realizes the management of the different AAS equipments via the Q LAN interfaces and using ...

Page 137: ...n a ring topology for serving GSM UMTS base stations The figure below illustrates an example of Metropolis AMU in a GSM UMTS application Planning Network Applications 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 4 17 ...

Page 138: ...hat cannot be reached with a simple Ethernet repeater since that would violate the collision domain size rules Both LAN s do not have to be of the same speed It is possible to interconnect a 10BASE T and a 100BASE T X LAN this way This application is shown in the figure below Direct LAN to LAN interconnect Multiple LAN s A next step in complexity is to interconnect multiple LAN s more than two at ...

Page 139: ...ciency of the bandwidth usage it is possible to route the Ethernet traffic of multiple end users over the same SDH facilities This feature is called LAN VPN and makes use of customer VPN tags a tagging scheme derived from the IEEE802 1Q VLAN standard to separate the traffic of the different users The following image displays this application Planning Network Applications Multi service application ...

Page 140: ...AN traffic via one high capacity LAN port instead of multiple low speed LAN ports thus reducing port space and cabling costs VLAN Trunking p 4 21 gives an example of VLAN Trunking Corporate Head Office Corp A Corp B PBX PBX LAN LAN CO or POP LAN Metro AM Corp A Branch Office To Internet PBX E1 E1 PBX LAN LAN Corp A Branch Office Metro AM Metro AM STM 16 Metro Regional Ring STM 1 Access Edge Ring A...

Page 141: ...idth of a few VC 12s The DCN application of the TransLAN option board assumes the NMS is collocated with at least one of the NEs equipped with a TransLAN card e g Metropolis AMU Metropolis ADM Universal shelf or Metropolis ADM Compact shelf In such a case one can connect the Ethernet port of the Lucent NMS to one of the designated 10BASE T 100BASE TX LAN ports and configure the associated WAN port...

Page 142: ...Planning Network Applications Multi service application with the TransLAN option board 4 22 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 143: ... Scheme LCAS p 3 22 The following figure shows an example of a point to point LAN connection The ESW4_E14 option card supports point to point LAN connections with Ethernet switching This allows statistical multiplexing and as a result higher bandwidth efficiency The Metropolis AMU1m 1o version with ESW4_E14 and EPL4_E14 option cards presents a very efficient way for full throughput Gigabit Etherne...

Page 144: ......

Page 145: ...s AMU Contents Quality 5 2 Lucent Technologies commitment to quality and reliability 5 3 Ensuring quality 5 4 Conformity statements 5 5 Reliability specifications 5 9 General specifications 5 10 Reliability program 5 11 Reliability specifications 5 12 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 5 1 ...

Page 146: ...ity and reliability and how quality is ensured Contents Lucent Technologies commitment to quality and reliability 5 3 Ensuring quality 5 4 Conformity statements 5 5 Quality and reliability 5 2 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 147: ...ectations every time relentlessly improve how we work to deliver the world s best and most innovative communications solutions faster and more cost effectively than our competitors Reliability in the product life cycle Each stage of the life cycle of Metropolis AMU relies on people and processes that contribute to the highest product quality and reliability possible The reliability of a product be...

Page 148: ...redictions Development of quality assurance standards for manufactured products Critical elements of manufacturing Note Independent Quality Representatives are also present at manufacturing locations to ensure shipped product quality The manufacturing and field deployment groups strict adherence to the following critical elements ensures the product s reliability Pre manufacturing Qualification Ac...

Page 149: ...onformance with specifications of optical interfaces is granted as stated in the Official Journal of the European Union Compliance Statement in other European Languages English Hereby Lucent Technologies declares that this Metropolis AMU is in compliance with the essential requirements and other relevant provisions of Directive IEC 60950 1 ed 1 Finnish Lucent Technologies vakuuttaa täten että Metr...

Page 150: ...is AMU cumple con los requisitos esenciales y cualesquiera otras disposiciones aplicables o exigibles de la Directiva IEC 60950 1 ed 1 Portuguese Lucent Technologies declara que este Metropolis AMU está conforme com os requisitos essenciais e outras provisões da Directiva IEC 60950 1 ed 1 Eco environmental statements The statements that follow are the eco environmental statements that apply to the...

Page 151: ...ents and contractual agreements where applicable Lucent Technologies will offer to provide for the collection and treatment of Lucent Technologies products at the end of their useful life or products displaced by Lucent Technologies equipment offers For information regarding take back of equipment by Lucent Technologies or for more information regarding the requirements for recycling disposal of p...

Page 152: ...is kept at Lucent Technologies location which is responsible for this product For more information please contact your local Lucent Technologies representative Quality and reliability Conformity statements 5 8 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 153: ...n describes how reliability is specified Contents General specifications 5 10 Reliability program 5 11 Reliability specifications 5 12 Quality and reliability 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 5 9 ...

Page 154: ...failure rate is equal to the failure rate of the system The number of failures that a product experiences during the first year of service after turn up may be greater than the number of subsequent annual steady state failures This is the early life or infant mortality period The ratio of the first year failure rate to the steady state failure rate is termed the infant mortality factor IMF Quality...

Page 155: ...ion of components definition of quality assurance standards and prototyping of critical system areas ensured built in reliability Manufacturing and field deployment techniques such as pre manufacturing qualification tracking of production quality burn in tests failure mode analysis and feedback and correction further enhance the ongoing reliability of the Metropolis AMU Quality and reliability 365...

Page 156: ...ording to SR 332 RPP with confidence level of 95 Therefore it may not be comparable to other Lucent Technologies Products Metropolis AMU Products FIT 10 9 h MTBF years Metropolis AMU main card ASC101B CC 109555516 9500 12 Metropolis AMU main card ASC110 CC 109588954 9500 12 Metropolis AMU subrack 2m 4o vertical mount ASH101 CC 109509752 146 780 Metropolis AMU subrack 1m 1o horizontal and vertical ...

Page 157: ...BF years Metropolis AMU optional 16 DS1 X16DS1 option card CC 108756081 1170 98 Metropolis AMU optional 2 E3 X2E3 V2 option card CC 108756107 1176 97 Metropolis AMU optional 2 DS3 X2DS3 V2 option card CC 108756099 1181 97 Metropolis AMU optional 4 X4IP V2 option card CC 108865064 1813 63 Metropolis AMU X8PL optional 8 Ethernet PL option card CC 109480707 947 121 The next table lists the failure ra...

Page 158: ... 92 Metropolis AMU STM 16 long haul optical SFP L16 1 1310nm 40 km CC 109509737 1136 92 Metropolis AMU STM 16 long haul optical SFP L16 2 3 1550nm 80 km CC 109509745 1136 92 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 1 CC 109620385 1136 92 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 2 CC 109620393 1136 92 Metropolis AMU STM 4 16 SFP Short Haul 8 cha...

Page 159: ...tropolis AMU STM 16 Long Haul 8 channel CWDM LH 80km color 5 CC 109620500 1136 92 Metropolis AMU STM 16 Long Haul 8 channel CWDM LH 80km color 6 CC 109620518 1136 92 Metropolis AMU STM 16 Long Haul 8 channel CWDM LH 80km color 7 CC 109620526 1136 92 Metropolis AMU STM 16 Long Haul 8 channel CWDM LH 80km color 8 CC 109620534 1136 92 Metropolis AMU STM 1 STM 4 1310 single fiber bidirectional SFP CC ...

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Page 161: ...ropolis AMU Contents Installation services 6 2 Engineering services 6 4 Maintenance services 6 6 Technical support 6 8 Documentation support 6 10 Training support 6 11 Warranty 6 12 Standard Repair 6 13 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 6 1 ...

Page 162: ...etwork We assemble cable and wire and test the Metropolis AMU helping to ensure it is fully functioning as engineered and specified Site Supplemental Installation Enhances the Basic Equipment Installation service by performing supplemental work that is unique to your specific site location configuration or working requirements Includes installation of material other than the main footprint product...

Page 163: ...anagement approach Reduce operational expenses by avoiding the purchase of the necessary state of the art tools test equipment specialized test software and spare parts that Lucent Technologies Installation Services utilize Ensure high quality support with Lucent Technologies extensive support structure including proven methods and procedures mechanized tools professional training technical suppor...

Page 164: ...r configuration of the equipment and integration of the equipment into the site Basic Equipment Engineering Ensures that the correct footprint hardware is ordered and that the ordered equipment is configured for optimal performance in the network for the customer Lucent Technologies Engineering configures equipment requirements based on inputs from the customer order completed questionnaires and o...

Page 165: ...and retaining skilled engineering personnel Leverage Lucent Technologies resources and expertise by utilizing our team of knowledgeable and fully equipped experts that can plan design and implement projects of any size anywhere around the world Implement quality assurance through our total quality management approach and use of ISO certified processes Provide one stop shopping with a globally depl...

Page 166: ...ystem outages and issues Support from our expert remote system engineers will enable trouble tracking resolution and restoration answer technical product related questions and specific feature and function questions help identify and apply available Software Patches and Software Updates on Covered Products Single Point of Contact access to Lucent Technologies engineers and information to help iden...

Page 167: ...These services can dramatically reduce investment capital and recurring operating expenses while helping to assure maximum network availability RES offers Same Day Advanced Exchange delivers a replacement part to Customer equipment site within four hours to enable rapid restoration of service to equipment and the ability to return parts to Lucent Technologies later We have established an infrastru...

Page 168: ...t be solved by LCS RCS it will be escalated to the central Technical Support Service TSS team in Hilversum Netherlands Technical support service Lucent Technologies Technical Support Service TSS organization is committed to providing customers with quality product support services Each segment of the TSS organization regards the customer as its highest priority and understands your obligations to ...

Page 169: ...technical support please contact your Account Executive for Metropolis AMU or your Lucent Technologies local Customer Team Product support levels The following figure shows the levels of product support for Lucent Technologies products Product support Technical support 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 6 9 ...

Page 170: ...p xvi Customer comment As customer satisfaction is extremely important to Lucent Technologies every attempt is made to encourage feedback from customers about our information products Thank you for your feedback To comment on this information product online go to http www lucent info com comments Product support 6 10 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 ...

Page 171: ...ia Pacific and China Training Center Singapore Singapore voice 65 6240 8394 fax 65 6240 8017 Central America and Latin America Training Center Mexico City Mexico voice 52 55 527 87187 fax 52 55 527 87185 Europe Middle East and Africa Training Center Nuremberg Germany voice 49 911 526 3831 fax 49 911 526 6142 North American Region Training Center Altamonte Springs USA voice 1 888 582 3688 prompt 2 ...

Page 172: ...ir and technical support services available for an additional period of time after a product has been discontinued All TSC services will be at a specified price dependent on the terms and conditions of the contract The rights and obligations of Lucent Technologies and the customer shall neither be assigned nor delegated without prior written consent of the other party except that Lucent Technologi...

Page 173: ...rial to be returned for repair or service including the quantity comcodes and serial numbers if available After the material has been shipped the following information should be faxed to the Service Center Customer s return address Customer contact name telephone number and fax number Value of material Identification of any hazardous equipment or material Shipping information including the date of...

Page 174: ...atabase Important Please note that Lucent Technologies warranty is contingent upon the use of Lucent Technologies specified SFPs for Metropolis AMU Use of other SFPs is not approved by Lucent Technologies and is fully at the customer s own risk Any warranty obligation of Lucent Technologies is extinguished when non Lucent specified SFPs are used Product support Standard Repair 6 14 Lucent Technolo...

Page 175: ...rent ordering information for Metropolis AMU The different comcodes listed hereafter can change Contact your Lucent Technologies representative for updated information Contents Ordering information 7 2 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 7 1 ...

Page 176: ...r local customer team The following table is intended to give an overview of the orderable Metropolis AMU products For installation guidelines please refer the Metropolis AMU Installation Guide Metropolis AMU Products Apparatus code Comcode Comments Metropolis AMU main card ASC110 109588954 Metropolis AMU main card with 2 x multirate STM 1 4 and 2 x multirate STM 4 16 DC power supply one power con...

Page 177: ...subracks occupies two slots in subrack Metropolis AMU option card 63x E1 120 Ω ASC102 109509679 Metropolis AMU option card 63x 2 Mbit s 120 Ω Metropolis AMU option card 63x E1 75 Ω ASC104 109535468 Metropolis AMU option card 63x 2 Mbit s 75 Ω Metropolis AMU Ethernet PL and E1 2 E FE 2 FE GE and 4 E1 120 or 75 Ω interfaces ASC105 109543504 Metropolis AMU Ethernet private line card with 2x E FE 2x F...

Page 178: ...t for 2m 4o subrack includes 2 x AMU Fans Metropolis AMU 1m 1o subrack horizontal mounting kit 19 ASX009 849035456 Metropolis AMU 1m 1o horizontal mounting kit 19 40 mm offset Metropolis AMU Fans ASH104 109509786 Metropolis AMU Fan for 1m 1o subrack and spare for 2m 4o subrack Metropolis AMU blank face plate 40mm ASX004 109509802 To cover unused main slot positions Metropolis AMU blank face plate ...

Page 179: ... 40km color 1 OMWDMT101 109620385 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 2 OMWDMT102 109620393 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 3 OMWDMT103 109620401 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 4 OMWDMT104 109620419 Metropolis AMU STM 4 16 SFP Short Haul 8 channel CWDM SH 40km color 5 OMWDMT105 109620427 Metrop...

Page 180: ...s AMU STM 1 L1 1 SFP middle range OM155T103 109469825 Metropolis AMU STM 1 L1 2 SFP long range OM155T102 109469817 Metropolis AMU STM 4 S4 1 SFP short range OM622T101 109509687 Metropolis AMU STM 4 L4 1 SFP middle range OM622T102 109509695 Metropolis AMU STM 1 L4 2 SFP long range OM622T103 109509703 Metropolis AMU STM 1 electrical SFP OM155T104 109543561 Metropolis AMU STM 1 STM 4 1490 single fibe...

Page 181: ...Recommended cables Please refer to the Metropolis AMU Installation Guide Ordering Ordering information 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page 7 7 ...

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Page 183: ...al Hierarchy tributary signals at bit rates commonly used at present Simple adding and dropping of individual channels without special multiplexers add drop facility Easy transition to higher transmission rates Due to the standardization of the network element functions SDH supports a superordinate network management and new monitoring functions and provides transport capacity and protocols Teleco...

Page 184: ...T Recommendation G 783 Characteristics of Synchronous Digital Hierarchy SDH Multiplexing Equipment Functional Blocks April 1997 ITU T Recommendation G 784 Synchronous Digital Hierarchy SDH Management January 1994 ITU T Recommendation G 785 Characteristics of a flexible multiplexer in a synchronous digital hierarchy environment November 1996 ITU T Recommendation G 813 Timing characteristics of SDH ...

Page 185: ...e structure A 9 SDH digital multiplexing A 11 SDH interface A 13 SDH multiplexing process A 14 SDH demultiplexing process A 15 SDH transport rates A 16 An SDH overview Overview 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page A 3 ...

Page 186: ...ugh column 270 then row 2 column 1 through 270 continuing on row by row until all 2430 bytes 9x270 of the STM 1 frame have been transmitted Because each STM 1 frame consists of 2430 bytes and each byte has 8 bits the frame contains 19440 bits a frame There are 8000 STM 1 frames a second at the STM 1 signal rate of 155 520 000 19440 x 8000 kbit s Three higher bit rates are also defined 622 080 Mbit...

Page 187: ...Head The first nine byte of the fourth row contain the AU pointer AU Administrative Unit STM 1 payload Columns 10 through 270 the remainder of the frame are reserved for payload signals An SDH overview SDH signal hierarchy 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page A 5 ...

Page 188: ...generator section describes the section between two network elements The network elements however do not necessarily have to be regenerators Multiplex section A multiplex section is the section between two multiplexers A multiplex section is defined as that part of a path where no multiplexing or demultiplexing of the STM N frame takes place Path A path is the logical signal connection between two...

Page 189: ...ection Used by all SDH equipment except repeaters Path The POH contains all the additional signals of the respective hierarchy level so that a VC can be transmitted and switched through independently of its contents SDH frame The following figure illustrates the SDH frame sections and its set of overhead bytes An SDH overview SDH path and line sections 365 312 847R4 0 Issue 4 November 2006 Lucent ...

Page 190: ...An SDH overview SDH path and line sections A 8 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 191: ...s placed into the SOH before scrambling BIP X Bit Interleaved Parity X bits Even parity X bit code first bit of code even parity over first bit of all X bit sequences B2 Multiplex section error monitoring BIP 24 B2 is computed over all bits of the previous STM 1 frame except for row 1 to 3 of the SOH RSOH B2 is computed after and placed before scrambling Z0 Spare bytes D1 D3 DCCR D4 D12 DCCM Data ...

Page 192: ...cation RDI signal conditions back to an originating path terminating equipment F2 F3 User Data Channel Reserved for user communication H4 Multiframe Indicator Provides a general multiframe indicator for VC structured payloads K3 VC Trail protection N1 Tandem connection OH AU pointer The AU pointer together with the last 261 columns of the STM 1 frame forms an AUG Administrative Unit Group An AUG m...

Page 193: ...al signal called a virtual container VC The VC is a structure designed for the transport and switching of STM payloads There are various sizes of VCs VC 11 VC 12 VC 2 VC 3 VC 4 VC 4 4C VC 4 16C VC 4 64C and VC 4 256C C 11 C 12 C 2 C 3 STM 0 C 4 C 4 4C C 4 16C C 4 64C C 4 256C STM 1 STM 4 STM 16 STM 64 STM 256 VC 11 VC 12 VC 2 VC 3 VC 3 Pointer processing Multiplexing Aligning Mapping AU 3 VC 4 VC ...

Page 194: ... Mapped Into 1 5 Mbit s 24 1 544 Mbit s VC 11 2 Mbit s 32 2 048 Mbit s VC 12 6 Mbit s 96 6 312 Mbit s VC 2 34 Mbit s 672 34 368 Mbit s VC 3 45 Mbit s 672 44 736 Mbit s VC 3 140 Mbit s 2016 139 264 Mbit s VC 4 An SDH overview SDH digital multiplexing A 12 Lucent Technologies Proprietary See notice on first page 365 312 847R4 0 Issue 4 November 2006 ...

Page 195: ...t between SDH network elements An SDH network element is the hardware and software that affects the termination or repeating of an SDH standard signal An SDH overview 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page A 13 ...

Page 196: ...ngle 2 Mbit s payload The VC 12 is aligned into a Tributary Unit TU 2 using a TU pointer Three TU 2 are then multiplexed into a Tributary Unit Group TUG 2 Seven TUG 2 are multiplexed into an TUG 3 Three TUG 3 are multiplexed into an VC 4 The VC 4 is aligned into an Administrative Unit AU 4 using a AU pointer The AU 4 is mapped into an AUG which is then mapped into an STM 1 frame 2 After VCs are mu...

Page 197: ... VC overhead and via the VC pointer accurately locate the 2 Mbit s signal 3 The 2 Mbit s signal is desynchronized providing a standard 2 Mbit s signal to the asynchronous network Key points SDH STM pointers are used to locate the payload relative to the transport overhead Remember the following key points about signal demultiplexing The SDH frame is a fixed time 125 µs and no bit stuffing is used ...

Page 198: ...TM 1 are relevant in an STM 4 16 For example there is only one B1 byte in an STM 4 16 frame which is computed the same way as for an STM 1 Generally the SOH of the first STM 1 inside the STM N is used for SOH bytes that are needed only once The valid bytes are given in ITU T G 707 Designation Line rate Mbit s Capacity STM 1 155 520 1 AU 4 or 3 AU 3 STM 4 622 080 4 AU 4 or 12 AU 3 STM 16 2488 320 1...

Page 199: ...jects and issues events on behalf of these managed objects All SDH managed objects will support at least one agent Control of distant agents is possible via local Managers Alarm The notification audible or visual of a significant event See also Event Alarm Indication Signal AIS Code transmitted downstream in a digital Network that shows that an upstream failure has been detected and also alarmed i...

Page 200: ... to exchange information among data processing systems and associated equipment Anomaly A difference between the actual and the desired operation of a function ANSI American National Standards Institute APS Automatic Protection Switching AS Alarm Suppression assembly Assembly Gathering together of payload data with overhead and pointer information an indication of the direction of the signal Assoc...

Page 201: ...Bus Transceiver BC Board Controller BCC Board Controller Complex BIN BINary BISDN Broadband Integrated Services Digital Network Bit Error Ratio BER The ratio of bits received in error to bits sent Bit Interleaved Parity BIP A method of error monitoring that uses a specified number of bits BIP 8 BLD OUT LG Build Out Lightguide Board Controller Local Area Network BC LAN The internal local area netwo...

Page 202: ... of transmission capacity e g a CEPT 4 140 Mbit s within a 565 Mbit s fiber system CIR Committed Information Rate Circuit A combination of two transmission channels that permits bidirectional transmission of signals between two points to support a single communication CIT Craft Interface Terminal Clear Channel Cl Ch A provisionable mode for the 34 and 140 Mbit s tributary outputs that causes parit...

Page 203: ...B Connector Printed Circuit Board Container C Carries plesiochronous signal the payload CP Circuit Pack Craft Interface Terminal CIT Local manager for SDH network elements CRC Cyclic Redundancy Check Cross Connect Map Connection map for an SDH network element contains information about how signals are connected between high speed time slots and low speed tributaries See also Squelch Map CTP Connec...

Page 204: ...e preprogrammed at the factory These values can be overridden using local or remote provisioning Defect A limited interruption of the ability of an item to perform a required function The defect may or may not lead to maintenance action this depends on the results of additional analysis Demultiplexing A process applied to a multiplexed signal to recover signals combined within it and restore the d...

Page 205: ...rworking DS n Digital Signal Level n DSL Digital Subscriber Line DTMF Dual Tone Multi Frequency Dual Homing An STM 1 STM 4 ring with AM 1 Plus equipment can be dual homed on a ring consisting of Metropolis AMU Metropolis ADM Compact shelf or WaveStar ADM 16 1 STM 16 rings can also be dual homed with the Metropolis AMU Dual Node Interworking Dual Node Interworking DNI is a configuration of two ring...

Page 206: ...agnetic Compatibility EMI ElectroMagnetic Interference EONB Ethernet Outgoing Number of Mbytes EOW Engineering Order Wire Equivalent Bit Error Ratio EBER The calculated average bit error rate over a data stream Errored Second ES A performance monitoring parameter ES End System ESD ElectroStatic Discharge ESPG Elastic Store Pointer Generator ETSI European Telecommunication Standardisation Institute...

Page 207: ... carried over the protection channels when that capacity is not used for the protection of service traffic F Far End Block Error FEBE An indication returned to the transmitting node that an errored block has been detected at the receiving node A block is a specified grouping of bits Far End Receive Failure FERF An indication returned to a transmitting network element that the receiving network ele...

Page 208: ...are connected by a peer to peer link which they use to pass Geographic Redundancy management information to each other This link must be established before any network element can be protected by Geographic Redundancy GFP Generic Framing Procedure Global Wait to Restore Time The time to wait before switching back to the timing reference occurs after a timing link failure has cleared This time appl...

Page 209: ...ates a higher order path by generating and adding the appropriate Virtual Container Path Overhead to the relevant container at the path source and removing the Virtual Container Path Overhead and reading it at the path sink HMI Human Machine Interface HO High Order Holdover An operating condition of a clock in which its local oscillator is not locked to an external reference but uses storage techn...

Page 210: ...lement in one of these areas the NMS must identify the Gateway network element through which this specific network element is connected to the LAN All packets to this specific network element are routed directly to the Gateway network element by the NMS before being re routed if necessary within the Level 1 area For DYNAMIC ROUTING an IS IS Level 2 routing protocol is used that allows a number of ...

Page 211: ...er input LCAS Link Capacity Adjustment Scheme LCN Local Communications Network LDI Linear Drop Insert Add Drop LED Light Emitting Diode LEN Local Exchange Node LF Low Frequency LH Long Haul License key An encrypted code that is required to enable the use of specific modules in the NMS Valid license keys can be obtained from your provider Line Transmission line refers to a transmission medium toget...

Page 212: ... Lower order Path Adaptation LPA Function that adapts a PDH signal to a synchronous network by mapping the signal into or de mapping the signal out of a synchronous container Lower order Path Connection LPC Function that provides for flexible assignment of lower order VCs in a higher order VC Lower order Path Termination LPT Function that terminates a lower order path by generating and adding the ...

Page 213: ...zed Manager Capable of issuing network management operations and receiving events The Manager communicates with the Agent in the controlled network element Manufacturer Executable Code MEC Network element system software in binary format that is downloaded to one of the stores can be executed by the system controller of the network element Mapping Gathering together of payload data with overhead i...

Page 214: ...Machine Interface Also called Human Machine Interface HMI MO Managed Object Motif X Windows System supplied by Open Software Foundation MS Multiplexer Section MSOH Multiplex Section Overhead Part of the SOH Section Overhead Is accessible only at line terminals and multiplexers MSP Multiplex Section Protection Provides capability of switching a signal from a working to a protection section MTBF Mea...

Page 215: ...ent The NE is comprised of telecommunication equipment or groups parts of telecommunication equipment and support equipment that performs network element functions A Network Element has one or more standard Q type interfaces NEF Network element function NEM Network element manager Network Element NE A network element is comprised of telecommunication equipment or groups parts of telecommunication ...

Page 216: ...line circuit pack etc becomes the standby line circuit pack etc This status remains in effect when the fault clears Therefore this protection scheme is non revertive in that there is no switch back to the original status in effect before the fault occurred Non revertive switching In non revertive switching there is an active and a standby high speed line circuit pack etc When a protection switch o...

Page 217: ...on Return to Zero NSA Non Service Affecting NTU Network Termination Unit NUT Non pre emptible Unprotected Traffic NVM Non Volatile Memory O OA Optical Amplifier OAM P Operations Administration Maintenance and Provisioning OC n Optical Carrier Level n ODF Optical Distribution Frame ODU Optical Demultiplexer Unit OFS Out of Frame Second OI Optical Interface OMU Optical Multiplexer Unit OOF Out Of Fr...

Page 218: ...utomatic Branch eXchange Paddle Board Peripheral Control and Timing link PB PCT A small circuit board used in a 5ESS exchange for protection switching and optical to electrical conversion of the PCT link Path A logical connection between one termination point at which a standard format for a signal at the given rate is assembled and from which the signal is transmitted and another termination poin...

Page 219: ...s the quality of service and identifies degrading or marginally operating systems before an alarm is generated PI Physical Interface Plesiochronous Interface PIR Peak Information Rate PJE Pointer Justification Event Platform Family of equipment and software configurations that are designed to support a particular Application Plesiochronous Network A network that contains multiple subnetworks each ...

Page 220: ...d for use on the secondary NMS See also Geographic Redundancy Primary Reference Clock PRC The main timing clock reference in SDH equipment Protected Domain The protected domain for an NMS contains all the network elements for which this manager is the primary NMS and which are protected by another secondary NMS See also Geographic Redundancy Protecting Domain The protecting domain for an NMS conta...

Page 221: ...s Enabled and if the signal selected for the Station Clock Output has a quality level below the Acceptance Quality Level the network element squelches the Station Clock Output Signal which means that no signal is forwarded at all Possible levels are PRC Primary Reference Clock SSU_T Synchronization Supply Unit Transit SSU_L Synchronization Supply Unit Local SEC SDH Equipment Clock DUS Do not Use f...

Page 222: ...nd Block Error FEBE The REI reflects the number of BIP 8 violations that were detected in the B3 of the incoming signal on a per frame basis Relay Unit RU Radio Relay circuit pack whose main function is to perform protection switching when the Alignment Switch in the demodulator unit is unable to perform protection switching Restore Timer Counts down the time in minutes during which the switch wai...

Page 223: ...cks in a digital network over other clocks SDH TE SDH Terminal Equipment SEC SDH Equipment Clock Secondary NMS Backup NMS for a network element should the primary NMS fail A network element should be provisioned normally on the primary NMS and then be configured for use on the secondary NMS See also Geographic Redundancy Section A transport entity in the transmission media layer that provides inte...

Page 224: ...ure of one or more of its components Server Computer in a computer network that performs dedicated main tasks that require generally sufficient performance See also Client Service The operational mode of a physical entity that indicates that the entity is providing service This designation will change with each switch action Severely Errored Frame Seconds SEFS A performance monitoring parameter Se...

Page 225: ...ins STM 1 framing and can contain maintenance and operational functions SOH can be subdivided in MSOH Multiplex Section OverHead and RSOH Regenerator Section OverHead SONET Synchronous Optical Network Space Diversity SD Reception of the Radio signal via mirror effects on Earth SPB2M Subrack Protection for 2 Mbit s Board Specification and Design Language SDL This is a standard formal language for s...

Page 226: ...nchronous Transport Module Building block of SDH STM Synchronous Transport Module building block of SDH STP Spanning Tree Protocol Stretched Ring STRING An open ring in which each node is an Add Drop Multiplexer The end nodes operate with one equipped high speed line STS Synchronous Transport Signal used in SONET STVRP Spanning Tree with VPN Registration Protocol Subnetwork A group of interconnect...

Page 227: ...M 16 line port signals Synchronous Network The synchronization of synchronous transmission systems with synchronous payloads to a master Network clock that can be traced to a single reference clock Synchronous Transport Module STM The information structure that is used to support section layer connections in SDH System Administrator A user of the computer system on which the NMS application can be...

Page 228: ...old Crossing Alarm TCP IP Transmission Control Protocol Internet Protocol TDEV Timing DEViation TDM Timing Division Multiplexing Template A collection of parameters that define a specific network element configuration A template gives the user the opportunity to configure parameters in a network element with a single operation The template is re usable and allow the user to configure the parameter...

Page 229: ...ry Overhead Controller TOC SLM circuit pack that allows access to the overhead bytes of the incoming tributary signal Tributary Overhead Controller TOHCTL OLS circuit pack that allows access to the overhead bytes of the Supervisory channel Tributary Unit TU An information structure that provides adaptation between the lower order path layer and the higher path layer Consists of a VC n plus a tribu...

Page 230: ...w capabilities feature An upgrade requires new software and may require new hardware UPL User Panel Upstream At or towards the source of the considered transmission stream i e in the direction that is opposite to the direction of transmission User Privilege A permission granted to a user to perform actions on the computer system on which the OMS application runs User privileges are granted for the...

Page 231: ...as displayed on the screen will appear in the same way on printed output Wideband Communications Voice data and or video communication at digital rates from 64 kbit s to 2 Mbit s Windows Graphical User Interface on PC systems Working Label attached to a physical entity Inthe case of revertive switching the working line or unit is the entity that carry service under normal operation In the case of ...

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Page 233: ...3 E E1 2 41 2 42 4 2 4 9 E2 2 42 E3 2 41 2 42 4 2 4 7 5 13 ED Engineering Drawing 7 2 Engineering orderwire EOW 3 12 engineering service 6 4 equipment 3 27 ESW4_E14 option cards 2 21 Ethernet interface 3 10 Ethernet over SDH EoS 3 19 3 24 Ethernet performance monitoring 2 57 F Features and benefits 3 1 FIT 5 13 5 13 5 13 5 15 Front view 2 3 G Generic framing procedure 3 24 Generic Framing Procedur...

Page 234: ...er settable miscellaneous discrete 3 13 option cards 2 15 P path overhead A 9 Performance monitoring 2 51 Performance Monitoring 2 51 Ethernet 2 51 Plesiochronous Digital Hierarchy PDH A 1 POH 2 43 2 43 2 44 Power supply 2 44 2 45 4 3 product development 5 4 Product description 2 1 Q Quality and reliability 5 3 quality policy 5 3 R re timing 2 Mbit s 1 5 Mbit s tributary 3 30 Reliability 5 11 and ...

Page 235: ... training 6 11 TransLAN 5 13 transmission interface 3 9 Transmission protection 3 17 TSS Technical Support Service 6 8 X X 21 4 7 X4IP V2 2 29 5 13 Index 365 312 847R4 0 Issue 4 November 2006 Lucent Technologies Proprietary See notice on first page IN 3 ...

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