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Alcatel-Lucent 1850 TSS-320 Turn-Up And Commissioning Manual

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Alcatel-Lucent 1850
TRANSPORT SERVICE SWITCH 320 (TSS-320) | RELEASE 2.0
TURN-UP AND COMMISSIONING GUIDE
PN 8DG08136CAAA
MARCH 2008
ISSUE 1

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Summary of Contents for Alcatel-Lucent 1850 TSS-320

  • Page 1 Alcatel-Lucent 1850 TRANSPORT SERVICE SWITCH 320 (TSS-320) | RELEASE 2.0 TURN-UP AND COMMISSIONING GUIDE PN 8DG08136CAAA MARCH 2008 ISSUE 1...
  • Page 2 In rare instances, unauthorized individuals make connections to the telecommunications network through the use of remote access features. In such an event, applicable tariffs require that the customer pay all network charges for traffic. Alcatel-Lucent cannot be responsible for such charges and will not make any allowance or give any credit for charges that result from unauthorized access.

  • Page 3: Table Of Contents

    Contents About this document Purpose ................................ ix Reason for reissue ............................ix Intended audience ............................ix How to use this document ........................... ix Safety information ............................ix Related information ............................x Document support ............................x Technical support ............................x How to order ..............................xi How to comment ............................
  • Page 4 Cross-connection between a local and a remote data port ..............4-12 Standard procedures to turn the laser OFF then ON ................4-14 SFP and XFP modules optical characteristics ..................4-16 1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet ........................5-2 Technical Support Glossary ....................................................
  • Page 5 List of figures Initial Turn-up and Provisioning Hyperterm setup .......................... 2-7 OMD/OTS assignment ......................... 2-9 Tests and Measurements Common cards connection points position .................. 3-5 Free-running frequency check ....................3-10 Test on multi-demultiplexing and AIS for optical tributaries ............ 3-13 OC-36/OC-192 ports test ......................
  • Page 6 List of figures ......................................................................................................PN 8DG08136CAAA Issue 1 March 2008...

  • Page 7: List Of Tables

    Equipment acceptance sheet ......................5-2 On-Site 1850 TSS-320 Final Test ....................5-3 On-Site 1850 TSS-320 Final Test: SONET/SONET Local Measurements ......... 5-4 On-Site 1850 TSS-320 Final Test: Data Local Measurements ............ 5-5 On-Site 1850 TSS-320 Final Test: DWDM Local Measurements ..........5-6 On-Site 1850 TSS-320 Final TEst: DWDM Link Measurements ..........
  • Page 8 List of tables ......................................................................................................v i i i PN 8DG08136CAAA Issue 1 March 2008...

  • Page 9: About This Document

    The other chapters provide instructional steps for personnel needing additional detail or background information. This document describes the 1850 TSS-320 operations. Refer to the Table of Contents to locate specific information by chapter. Safety information This information contains hazard statements for your safety.

  • Page 10: Related Information

    .................................................... Electrostatic discharge (ESD) • You must be properly grounded when making contact with the 1850 TSS-320 frame and handling circuit packs, disk drives, and tapes. Wrist strap ground cords should be routinely tested for the minimum 1-megohm resistance. Plug-in storage •...

  • Page 11: How To Order

    For more information regarding collection and recovery of packaging and packaging waste within specific jurisdictions, please contact the Alcatel-Lucent Field Services/Installation - Environmental Health and Safety organization. For installations not performed by Alcatel-Lucent, please contact the Alcatel-Lucent Customer Support Center at: Technical Support Services, Alcatel-Lucent Within the United States: 1 (866) 582-3688, prompt 1 •...
  • Page 12 Alcatel-Lucent will offer to provide for the collection and treatment of Alcatel- Lucent products at the end of their useful life. Alcatel-Lucent will also offer to provide for the collection and treatment of existing products displaced by Alcatel-Lucent equipment.

  • Page 13: Safety

    Safety Overview Purpose This chapter provides important information and safety instructions the for 1850 TSS-320 Release 2.0 equipment. Contents This chapter covers these topics. Introduction Safety rules .................................................... 1 - 1 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 14: Introduction

    Introduction Description The current procedure defines the commissioning modality for the 1850 TSS-320 equipment. Particular attention is given to the fact that each component utilized on the link is tested at the factory’s final acceptance dept. during the system test phase.

  • Page 15: Safety Rules

    The safety rules describe the operations and/or precautions to observe to safeguard operating personnel during the working phases and to guarantee equipment safety. Please read the 1850 TSS-320 Safety Guide before starting each task. CAUTION Carefully read the front-panel warning labels prior to working on any connections.
  • Page 16 Safety Safety rules ......................................................................................................1 - 4 PN 8DG08136CAAA Issue 1 March 2008...
  • Page 17 Initial Turn-up and Provisioning Overview Purpose This chapter lists the instructions that must be sequentially carried out as well as additional information. Contents This chapter covers these topics. Introduction Safety rules .................................................... 2 - 1 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 18: Initial Turn-Up And Provisioning

    Verify all electrical and power cable and ground connections as specified in the • Installation Guide. Note: For additional information see the Alcatel-Lucent 1850 TSS-320 Installation Guide..................................................... 2 - 2 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 19: Startup Procedure

    It is also required that any firewalls running on the PC be disabled. Software download at the first installation For the 1850 TSS-320 connection points, refer to Figure 1 on page 27. To perform the SW download procedure, it is required that an FTP server application be installed and running.

  • Page 20: Initial Turn-Up And Provisioning

    Initial Turn-up and Provisioning Startup procedure .................................................... Mini USB male Signal SUB-D 9 pin female Pin 1 Pin 4 b. On PC, select Start -> Programs -> Accessories -> Communication -> Hyperterminal -> and use the following settings (it is suggested to save these settings to have a faster access in the following connections).
  • Page 21 Click ‘OK” to accept and “OK” to exit the LAN Properties e. # ifconfig eth1 151.98.152.196 (to configure the IP address of the ETH1 port on the 1850 TSS-320). f. Start the FTP server application. g. # StartApp DWL 1850TSS320M 1850TSS320M V1.1.17 151.98.15.35 0 /d1-17...
  • Page 22 # reboot wait 5- 10 minutes for reboot to finish f. # ifconfig eth1 151.98.152.196 (to configure the IP address of the ETH1 port of 1850 TSS-320). Proceed to Initial Provisioning. It is now possible to start the CT application. (see the Craft Terminal Operations Guide for additional information).

  • Page 23: Initial Provisioning

    The scope of this procedure is to provide the steps required for initial shelf and equipment provisioning of the 1850 TSS-320 shelf using TL1 commands. See the 1850 TSS-320 R2.0 TL1 Operations Guide for additional information. Note: It is also possible to use the Craft Terminal to provision the system. See the Craft Terminal Operation Guide for details on provisioning the NE using the Craft Terminal.
  • Page 24 Initial Turn-up and Provisioning Initial Provisioning .................................................... d. Issue the following command to set the new Site Identifier (SID) (In this example, SET-SID is used to set the SID to 1850-1.) SET-SID:::::1850-1; DWDM shelf provisioning The default shelf type is a TDM shelf. Perform the following additional steps if the shelf being provisioned is intended to be equipped as a DWDM shelf (ILA, UILA, or ROADM).

  • Page 25: Omd/Ots Assignment

    Initial Turn-up and Provisioning Initial Provisioning .................................................... Figure 2-2 OMD/OTS assignment .................................................... 2 - 9 PN 8DG08136CAAA Issue 1 March 2008...
  • Page 26 This example provisions bidirectional channel 9600 to/from the OMD designated as SHELF-1-2-1 to the WR pack in slot-1-1-2. See the 1850 TSS-320 R2.0 TL1 Operations Guide for additional information on other circuit types. c. Use one of the following commands to provision the client side optics.

  • Page 27: Tests And Measurements

    Tests and Measurements Overview Purpose This chapter lists the instructions that must be sequentially carried out as well as additional information. Contents This chapter covers these topics. Instruments, accessories and related documents Connection points position Local measures list and operating sequence Point-to-point measures list and operating sequence 3-56 ....................................................

  • Page 28: Instruments, Accessories And Related Documents

    Tests and Measurements Instruments, accessories and related documents .................................................... Instruments, accessories and related documents Instruments The following instruments are required: Table 3-1 Instruments Ref. Instrument Qty. Characteristics Pattern Generator/Error Signals available: Detector G.957 compliant OC-3, OC-12, OC-48 • optical Ethernet 10/100 Mbit •...

  • Page 29: Ec Debugger Cable Pinout

    Tests and Measurements Instruments, accessories and related documents .................................................... Ref. Accessories Qty. Characteristics Shielded pair Termination: Instrument (F)/(A) SUB.D 37-pin male connector for 2 Mbit/s SUB.D 50-pin male connector for service channels RJ45 for Ethernet ports Optical loop Terminations dependent on unit/pack/ODF connectors PC cable Refer to the Product Information Guide.

  • Page 30: Craft Terminal Cable Pinout

    Tests and Measurements Instruments, accessories and related documents .................................................... Table 3-4 Craft Terminal cable pinout Signal RJ45 SubD 9PIN Pair Color DATA CARRIER DETECT(DCD) White/blue ring OUTPUT SERIAL DATA LINE Blue (RXD) INPUT SERIAL DATA LINE (TXD) White/orange ring DATA TERMINAL READY (DTR) Orange GROUND (GND) White/green ring...

  • Page 31: Connection Points Position

    Tests and Measurements Connection points position .................................................... Connection points position Description See the Alcatel-Lucent 1850 TSS-15 Product Information Guide for the correct views. Figure 3-1 Common cards connection points position H O U SEK EEPI N G PSFA PSFB SH ELF I D...

  • Page 32: Sonet/Sonet, Data, And Wdm Cards Connection Points

    Tests and Measurements Connection points position .................................................... Access Point Slot Function Power Supply (Battery A) Connections Power Supply (Battery B) Connections Alarms and Remote Inventory “Step-up” A Connector Alarms and Remote Inventory “Step-up” A Connector Auxiliary Alarms Connections 37, 39 Power Supply (Input Battery) Connections 37, 39 T3 (2MHz) / T6 (2Mbps) Input Synchronization Signal...
  • Page 33 Tests and Measurements Connection points position .................................................... Card Slot Function 4P2G5SO 02 to 09 2.5-Gbps (OC-36/OC-48) optical card with optical connections on SFP modules. 12 to 19 21 to 28 29 to 36 8PSO 02 to 09 155- / 622-Mbps (OC-3/OC-3 - STM4/OC-12) optical card with optical connections on SFP modules.
  • Page 34 Tests and Measurements Connection points position .................................................... Card Slot Function SS-11, SI-11, On the relevant OC-3, OC-12, OC-36, multi-rate, GbE, B&W SFP SL-12, SS-41, board, PIM modules providing optical connections to the cards and SL-41, SL-42, PIMs on which they are plugged. SS161, SL-161, SL-162, 1000B XI-641, XS-642,...

  • Page 35: Local Testing And Operating Sequence

    Tests and Measurements Local testing and operating sequence .................................................... Local testing and operating sequence Purpose The purpose this section is to check the correct operating mode of the equipped units. They are detailed in the following paragraphs. Free-running frequency check Purpose: Verify the correct value of the frequency of the oscillator on the MATRIX.

  • Page 36: Free-Running Frequency Check

    Tests and Measurements Local testing and operating sequence .................................................... Test Bench Figure 3-2 Free-running frequency check BLOCK DIAGRAM 1850 TSS-320 PSF320 FREQUENCY COUNTER PSFA PSFB HOUSE KEEPING SHELF ID STUPA STUPB AUX CHANNELS Note FREQUENCY D BG COUNTER LN K...
  • Page 37 Tests and Measurements Local testing and operating sequence .................................................... Traceability Unknown,” “Stratum 2,” “Transit Node Clock,” “Stratum 3E,” “Stratum 3,” “SONET minimum clock,” “Stratum 4,” “Do Not Use,” “Failed state” and “Not Assigned,” Sync Messaging = “Yes” (Y) “No” (N) and Revertive = “Yes” (Y) “No” (N)............................................
  • Page 38 Tests and Measurements Local testing and operating sequence .................................................... Check that the “free-running” indication is present in the timing reference block • dedicated to the internal oscillator G.783. If the “Hold-Over” indication is displayed, first switch the equipment off and then back on again. Afterwards repeat all the procedures.

  • Page 39: Test On Multi-Demultiplexing And Ais For Optical Tributaries

    Tests and Measurements Local testing and operating sequence .................................................... OC-3/OC-12 ports test Figure 3-3 Test on multi-demultiplexing and AIS for optical tributaries BLOCK DIAGRAM 1850 TSS-320 Matrix Pattern Generator Loop Optical port "n" Error Detector PSFA PS FB HO USE KEE PI N G...

  • Page 40: Optical Characteristics

    Tests and Measurements Local testing and operating sequence .................................................... CT Procedure By means of CT applications program the ALS-Enabling on the looped optical port (see Chapter “Standard procedures to turn the laser OFF then ON” (p. 4-14). PTx power test ............................................

  • Page 41: Optical Characteristics

    Tests and Measurements Local testing and operating sequence .................................................... TL1 Procedure By means of CT applications program the ALS-Enabling on the looped optical port (see Chapter “Standard procedures to turn the laser OFF then ON” (p. 4-14). PTx power test ............................................
  • Page 42 Tests and Measurements Local testing and operating sequence .................................................... CLI Procedure By means of CT applications program the ALS-Enabling on the looped optical port (see Chapter “Standard procedures to turn the laser OFF then ON” (p. 4-14). PTx power test ............................................

  • Page 43: Oc-36/Oc-192 Ports Test

    OC-3/OC-12 port and STM-n ports” (p. 4-6). Figure 3-4 OC-36/OC-192 ports test Note: Insert x-dB fixed attenuator, according to the optical characteristics of instruments and boards. BLOCK DIAGRAM 1850 TSS-320 Loop LINE port "A" Matrix Pattern Generator STS-3c STM-1...
  • Page 44 Tests and Measurements Local testing and operating sequence .................................................... By means of CT applications program the Laser-forced-ON on the optical port under test (see Chapter “Standard procedures to turn the laser OFF then ON” (p. 4-14). PTx power test ............................................Connect power meter to the optical port output being tested.
  • Page 45 Tests and Measurements Local testing and operating sequence .................................................... PTx power test ............................................Connect power meter to the optical port output being tested. Check LOS alarm on error detector. • Check that the optical power is within the range stated on the table reported in Chapter •...
  • Page 46 Tests and Measurements Local testing and operating sequence .................................................... PTx power test ............................................Connect power meter to the optical port output being tested. – Check LOS alarm on Error Detector. – Check that the optical power is within the range stated on the table reported in Chapter “SFP and XFP modules optical characteristics”...
  • Page 47 Tests and Measurements Local testing and operating sequence .................................................... Purpose: Check if the Virtual concatenated ETS cross-connection works properly at maximum • capacity of the Virtual concatenation group VC4-xV. Let through data to check if the ports are properly connected to ODF •...

  • Page 48: Test Of Gbe Transport On Vc3-Xv

    Tests and Measurements Local testing and operating sequence .................................................... Figure 3-5 Test of GbE transport on VC3-xV BLOCK DIAGRAM 1850 TSS-320 Loop Matrix Multi- SONET Pattern Generator service / SDH port port Error Detector P SFA P SFB H O U SE KE EP I N G...
  • Page 49 Tests and Measurements Local testing and operating sequence ..............................................................................................Cross-connect the VC4-7V to one port of the 10 x 1 GbE PIM (PIM1GE), as shown in Chapter “Cross-connection between a local and a remote data port” (p. 4-12)............................................Start transmitting at 100% of the available bandwidth Pattern generator / Error Detector setup Port type...
  • Page 50 Tests and Measurements Local testing and operating sequence .................................................... Connect the Pattern Generator/Error Detector and check that the LOS alarm • disappears (green square) and that the on-board led related to the GbE port under test is green. Open the SONET loop to check the presence of the TSF alarm on the remote port, as •...
  • Page 51 Tests and Measurements Local testing and operating sequence ..............................................................................................Start transmitting at 100% of the available bandwidth Pattern generator / Error Detector setup Port type Auto-negotiation Frame length 1518 bytes Bandwidth 100% Optical interfaces (SFP) types (refer to Chapter “SFP and XFP modules optical characteristics”...
  • Page 52 Tests and Measurements Local testing and operating sequence .................................................... Open the SONET loop to check the presence of the TSF alarm on the remote port, as • described in the following. – Select a remote port. From the pop-up menu, select “Configure Ethernet port.” –...
  • Page 53 Tests and Measurements Local testing and operating sequence .................................................... Frame length 1518 bytes Bandwidth 100% Optical interfaces (SFP) types (refer to Chapter “SFP and XFP modules optical characteristics” (p. 4-16) for details) GbE SFP interface types (on PIM1GE) B&W = 1000 Base SX / 1000 Base LX / 1000 Base CWDM = APD (C8L1-1D2) for long haul, PIN (C8S1-1D2) for short haul ............................................
  • Page 54 Tests and Measurements Local testing and operating sequence .................................................... – Select the remote port again, open the pop-up menu and select “Ethernet Port Properties.” Open the “Alarms” tag and check the presence of the TSF alarm (red square). Connect the instrument and check that the alarms (LOS and TSF) disappear. •...

  • Page 55: Test Of 10 Gbe Transport On Vc4-Xv

    Tests and Measurements Local testing and operating sequence .................................................... Figure 3-6 Test of 10 GbE transport on VC4-xV BLOCK DIAGRAM 1850 TSS-320 Loop Matrix Multi- SONET Pattern Generator service / SDH port port Error Detector PSFA P SFB H O U SE K EEP I N G...
  • Page 56 Tests and Measurements Local testing and operating sequence ..............................................................................................Cross-connect the VC4-7V to the 10 GbE PIM (PIM10GE), as shown in Chapter “Cross-connection between a local and a remote data port” (p. 4-12)............................................Start transmitting at 10% of the available bandwidth Pattern generator / Error Detector setup Port type Auto-negotiation...
  • Page 57 Tests and Measurements Local testing and operating sequence .................................................... Connect the Pattern Generator/Error Detector and check that the LOS alarm • disappears (green square) and that the on-board led related to the 10 GbE port under test is green. Open the SONET loop to check the presence of the TSF alarm on the remote port, as •...
  • Page 58 Tests and Measurements Local testing and operating sequence ..............................................................................................Start transmitting at 10% of the available bandwidth Pattern generator / Error Detector setup Port type Auto-negotiation Frame length 1574 bytes Bandwidth Optical interfaces (XFP) types (refer to Chapter “SFP and XFP modules optical characteristics”...
  • Page 59 Tests and Measurements Local testing and operating sequence .................................................... Open the SONET loop to check the presence of the TSF alarm on the remote port, as • described in the following. – Select a remote port. From the pop-up menu (click on the right button of the mouse), select “Configure Ethernet port.”...
  • Page 60 Tests and Measurements Local testing and operating sequence .................................................... Auto-negotiation Frame length 1574 bytes Bandwidth Optical interfaces (XFP) types (refer to Chapter “SFP and XFP modules optical characteristics” (p. 4-16) for details) 10 GbE XFP interface types (on PIM10GE) B&W = 10Gbase-E / 10Gbase-S / 10Gbase-L DWDM = APD for long haul ............................................
  • Page 61 Tests and Measurements Local testing and operating sequence .................................................... – Select the remote port again, open the pop-up menu and select “Ethernet Port Properties. Open the “Alarms” tag and check the presence of the TSF alarm (red square). Connect the instrument and check that the alarms (LOS and TSF) disappear. •...

  • Page 62: Q-Bridge Vlan Switching Test, Untagged Frames

    Tests and Measurements Local testing and operating sequence .................................................... Figure 3-7 Q-Bridge VLAN switching test, untagged frames BLOCK DIAGRAM 1850 TSS-320 Matrix Pattern Generator port Error Detector port PSFA PSFB HO U SEK EEPI N G SH ELF I D...
  • Page 63 Tests and Measurements Local testing and operating sequence ..............................................................................................Select one of the two ETB Ethernet local ports. From the pop-up menu, select “Configure Ethernet port.” In “Ethernet port Configuration” window, select “Configuration” tag and set “Up” in • “Admin.
  • Page 64 Tests and Measurements Local testing and operating sequence ..............................................................................................Connect the pattern generator/error detector and check that no errors are read Pattern generator / Error Detector setup Port type Auto-negotiation Frame length 1518 bytes Bandwidth 100% VLAN TAG Value set via CT, i.e. 10 Optical interfaces (SFP) types (refer to Chapter “SFP and XFP modules optical...

  • Page 65: Commissioning Example

    Tests and Measurements Local testing and operating sequence .................................................... Figure 3-8 Commissioning example Terminal ROADM/ILA Terminal For the local test optimization the two operators have to move along the link nodes route, as in the following example: They must be able to perform the local tests on all nodes; •...

  • Page 66: Line Terminal Configuration In Dwdm Systems

    Line traffic LDTXA/B Mesh I/O In an ILA (in-line amplifier) configuration, the 1850 TSS-320 connects to an optical fibre DWDM line in each direction: Line Drivers (LDRXA and LDRXB), with the OSC • The ILA consists of two optical double-stage ILAs providing bi-directional wide band amplification in order to boost the optical power of the aggregate DWDM signal avoiding any optical to electrical conversion.

  • Page 67: Ila Configuration In Dwdm Systems

    Tests and Measurements Local testing and operating sequence .................................................... Figure 3-10 ILA configuration in DWDM systems LDRXB Line Line LDRXA The ROADM is a NE configuration that brings the capabilities to add and drop one or more wavelengths to/from the aggregate signal in more than one direction. The schematic representation of the ROADM configuration is shown in Figure 3-11 on 3-42.

  • Page 68: Optical Add/Drop Multiplexer (Roadm Degree-2) In Dwdm System

    OMD44 OMD44 Client end traffic DWDM local tests Local test in line terminal configuration in DWDM systems Figure 3-12 Local test in line terminal configuration in DWDM systems BLOCK DIAGRAM 1850 TSS-320 11GBAR Pattern Generator LDTXA 11GUAR Error Detector OMD44...
  • Page 69 Tests and Measurements Local testing and operating sequence .................................................... Note: B&W ports are provided by PIM10GE (on PP20G), 4P2G5SO, 8PSO, 1P10GSO, units. Note: DWDM ports are provided by 11GUAR and 11GBAR units [also refer to “DWDM Commissioning Overview” (p. 3-39)]. Note: Insert an X-dB optical attenuator, according to the client/B&W interface used.
  • Page 70 Tests and Measurements Local testing and operating sequence ..............................................................................................Verify the insertion loss of each DEMUX channel, connecting the Power Meter to each DEMUX output one-by-one, and checking the optical power each time............................................Connect each fiber to the related DEMUX output, then disconnect the other end from each DWDM XFP, Rx side.

  • Page 71: Local Test In Oadm Configuration In Dwdm Systems

    Tests and Measurements Local testing and operating sequence .................................................... Local tests in OADM configuration in DWDM systems Figure 3-13 Local test in OADM configuration in DWDM systems BLOCK DIAGRAM 1850 TSS-320 Through Channels LDRXA LDTXA Drop LDTXA Drop LDRXA Drop...

  • Page 72: Link Test In Dwdm System

    Tests and Measurements Local testing and operating sequence .................................................... Link tests in DWDM systems Figure 3-14 Link test in DWDM system CH2,CH3 STM-N STM-N STATION B Pattern Generator Error STM-N STM-N Detector SPAN 1 SPAN 2 STM-N STM-N STATION A STATION C a.

  • Page 73: End-To-End Stability Test Example In Dwdm System

    Tests and Measurements Local testing and operating sequence .................................................... d. End-to-end stability test On ODF, perform a physical loop (station C, user side) on all the channels with the same bit rate. Referring to the example ofFigure 3-15, and assuming CH1 and CH2 are OC-192 and CH3 is 10 GbE, on ODF, perform a physical loop on CH1 and CH2 client side in Station C.
  • Page 74 Table 3-2, “Accessories” (p. 3-2) Optical loop (K) • Single-mode single-fiber splices (I) or (Q), according to the interface type • Craft terminal cable (L) • Test Bench: BLOCK DIAGRAM 1850 TSS-320 Loop LINE port "A" Matrix Pattern Generator STS-3c STM-1...

  • Page 75: Matrix/Cru Eps Protection Check

    "B" Note: The figure can change depending on the type of tributary port and on the line port selected. For the 1850 TSS-320 shelf configuration, refer to Figure 3-5 on p. 3-22. Procedure Perform the same cross connection used for the previous SNCP protection test.
  • Page 76 • Craft Terminal cable (L) • Single-mode single-fiber splices (I) or (Q) according to the SFP/XFP type • Test Bench Figure 3-17 Synchronism priority and holdover BLOCK DIAGRAM 1850 TSS-320 Matrix "A" Loop Pattern Generator STS-3c LINE STM-1 port port "A"...
  • Page 77 Tests and Measurements Local testing and operating sequence .................................................... Note: Connect the generator to wire-wrap terminals RXP and RXN if timing wire- wrap adapter is used Procedure Note: EML-USM — Select the “Synchronization” option from the “Views” menu............................................Select a reference clock for each timing reference block (T0) in the following way: ............................................
  • Page 78 Tests and Measurements Local testing and operating sequence ..............................................................................................Check on the craft terminal that the signal T0 is derived from the “Int. Oscillator G.813" timing reference block” (full line is visible) and that hold-over is written............................................The hold-over state is possible only if the other reference clock has been present for at least 30 minutes.

  • Page 79: Alarms Check

    Vtest must not exceed 72V, and the output current from the pin must not exceed 50 mA. Further, the LED used should bear a 10-mA current. Test Bench Figure 3-18 Alarms check BLOCK DIAGRAM GENTRU 1850 TSS-320 VBATT 1 STEPUP "A" PSF 320 "A" VBATT 2 STEPUP "B"...

  • Page 80: Rack Alarms (Ra) Connector Pin-Out

    Tests and Measurements Local testing and operating sequence .................................................... 1. Primary power supply alarm check Procedure a. Switch-OFF one Primary power supply (Breaker A). – Verify that the Green LED on the Step-up 1 turns OFF. – Verify that the NURG indication at the top of the rack (rack lamps) lights ON. –...
  • Page 81 Tests and Measurements Local testing and operating sequence .................................................... #Pin Signals Description RA_ORBATT Fault or loss of one station battery RA_URG Urgent alarm RA_ANC Fault or loss of both equipment-internal service power supplies RA_NURG Not urgent alarm RA_ORC Fault or loss of one equipment-internal service power supply RA_INT Internal alarm RA_IND...

  • Page 82: Housekeeping Connector Pin-Out

    Tests and Measurements Local testing and operating sequence .................................................... 4. Housekeeping (HK) alarms check (if present) Procedure Refer to Figure 3-1 on p. 3-5 and Figure 27on page 72 and Table 10 on page 71 HK connector location and pinout. EML-USM —...

  • Page 83: Back Panel Electrical Connectors Location And Pinout

    Tests and Measurements Local testing and operating sequence .................................................... #Pin Signals Description HK_IN3 # 3 Input HK_IN4 # 4 Input HK_IN5 # 5 Input HK_IN6 # 6 Input HK_IN7 # 7 Input HK_IN8 # 8 Input HK_REF Voltage reference of input housekeeping case Electrical ground - Case Figure 3-19 Back panel electrical connectors location and pinout...
  • Page 84 Tests and Measurements Local testing and operating sequence .................................................... Final checks Purpose Check that the equipment has been properly configured. • Test instruments [see Table 3-1, “Instruments” (p. 3-2)] Craft Terminal (E) • Accessories: [see Table 3-2, “Accessories” (p. 3-2)] Cable for Craft Terminal (L) •...

  • Page 85: Point-To-Point Measures List And Operating Sequence

    Point to point error-monitoring check • Rx Optical “line port” power check Purpose Verify the optical power of the signal received from the remote 1850 TSS-320 (Station • B on the test bench). Test instruments [see Table 3-1, “Instruments” (p.
  • Page 86 Tests and Measurements Point-to-point measures list and operating sequence .................................................... Test Bench Station - A Station - B 1850TSS 1850TSS STM-N STM-N port port C.T. RADIOMETER Rx line optical cable Procedure ............................................Disconnect the Rx optical cable line from the ODF and connect it to the power meter input.
  • Page 87 Tests and Measurements Point-to-point measures list and operating sequence .................................................... Optical “line port” link margin Purpose Verify the margin between the Rx optical power (in normal line condition) and the • minimum received optical power (by introducing line attenuation) related to fixed bit error rate.
  • Page 88 Tests and Measurements Point-to-point measures list and operating sequence .................................................... Test Bench Figure 3-20 Optical “line port” link margin Station - A Station - B 1850TSS 1850TSS STM-N STM-N STM-N STM-N port port port port loop C.T. VARIABLE ATTENUATOR RADIOMETER RX line cable ERROR DETECTOR...
  • Page 89 Tests and Measurements Point-to-point measures list and operating sequence .................................................... STATION-A ............................................With the pattern generator, send a fixed PRBS sequence ............................................Check that the error detector has read no errors............................................Increase the optical attenuation till errors are read on the error detector............................................
  • Page 90 Procedure STATION-A ............................................Connect the Pattern Generator output to the 1850 TSS-320 “port” input and the pattern generator input to the 1850 TSS-320 “port” output; all the connection must be made on the ODF..................................................... 3 - 6 4 PN 8DG08136CAAA...
  • Page 91 Point-to-point measures list and operating sequence .................................................... STATION-B ............................................On the ODF loop the 1850 TSS-320 “port” concerned with the point to point connection. STATION-A ............................................Set the pattern generator according to the 1850 TSS-320 “port” characteristics and send a fixed PRBS sequence.
  • Page 92 Procedure STATION-A ............................................Connect the pattern generator output to the 1850 TSS-320 “port” input and the Pattern Generator input to the 1850 TSS-320 “port” output; all the connection must be made on the ODF. STATION-B ............................................On the ODF loop the 1850 TSS-320 “port” concerned with the point-to-point connection.
  • Page 93 Point-to-point measures list and operating sequence .................................................... STATION-A ............................................Set the pattern generator according to the 1850 TSS-320 “port” characteristics and send a fixed PRBS sequence............................................After a certain period of time check that no errors are read on the error detector.
  • Page 94 Tests and Measurements Point-to-point measures list and operating sequence ......................................................................................................3 - 6 8 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 95: Connections, Configurations, And Characteristics

    Connections, Configurations, and Characteristics Overview Purpose This chapter provides detailed lists of procedures and steps typically created with craft terminal configurations. This chapter also contains optical characteristics. Contents This chapter covers these topics. STN-n cross-connection — Matrix looped STM-n Bi-directional protected unstructured cross-connection: OC-3 and OC-3 port Bi-directional protected cross-connection: OC-3/OC-12 port and STM-n ports Unprotected, bi-directional cross-connect: Concatenated group (VC4-7V) and STM-N port...

  • Page 96: Stn-N Cross-Connection - Matrix Looped Stm-N

    Connections, Configurations, and Characteristics STN-n cross-connection — matrix looped STM-n .................................................... STN-n cross-connection — matrix looped STM-n Description BLOCK DIAGRAM 1850 TSS-320 Matrix Pattern Generator Loop STS.n Port STM-n Error Detector Procedure From EML-USM, select “Cross-Connection Management” from “Configuration” on the EML-USM window.
  • Page 97 Connections, Configurations, and Characteristics STN-n cross-connection — matrix looped STM-n ..............................................................................................Select the AU4 concerned and press “OK.” The “Main Cross Connection” window will be displayed. The selected AU4 will be inserted in the input box............................................Click on “Choose” output. The “Search for cross-connection output” window will be displayed.

  • Page 98: Bi-Directional Protected Unstructured Cross-Connection: Oc-3 And Oc-3 Port

    Connections, Configurations, and Characteristics Bi-directional protected unstructured cross-connection: OC-3 and OC-3 port .................................................... Bi-directional protected unstructured cross-connection: OC-3 and OC-3 port Description BLOCK DIAGRAM 1850 TSS-320 Loop LINE port "A" Matrix Pattern Generator STS-3c STM-1 port Error Detector Loop LINE port "A"...
  • Page 99 Connections, Configurations, and Characteristics Bi-directional protected unstructured cross-connection: OC-3 and OC-3 port ..............................................................................................Click on “Search TPs”; in the “Termination points” field, two AU4 relevant to the two ports of the selected SLOT are displayed............................................Select the AU4 port #m, and click on “OK”; the “TP search” window is closed............................................

  • Page 100: Bi-Directional Protected Cross-Connection: Oc-3/Oc-12 Port And Stm-N Ports

    Connections, Configurations, and Characteristics Bi-directional protected cross-connection: OC-3/OC-12 port and STM-n ports .................................................... Bi-directional protected cross-connection: OC-3/OC-12 port and STM-n ports Description BLOCK DIAGRAM 1850 TSS-320 Loop LINE port "A" Matrix Pattern Generator STS-3c/12 STM-1/ 4 port Error Detector Loop...
  • Page 101 Connections, Configurations, and Characteristics Bi-directional protected cross-connection: OC-3/OC-12 port and STM-n ports ..............................................................................................Click on “Search”; all the available TPs are displayed in the “Termination points” field i.e., up to 16 or 64 TPs for the port #A (if OC-48 or OC-192 board)............................................
  • Page 102 Connections, Configurations, and Characteristics Bi-directional protected cross-connection: OC-3/OC-12 port and STM-n ports ..............................................................................................Select the AU4, and click on “OK”; the “Search for Cross-Connection Output” window is closed............................................In the “Main Cross-Connection” window, click on “OK.” ............................................Click on “Search” in the “Cross-Connection Management” window to see all cross- connections performed.

  • Page 103: Unprotected, Bi-Directional Cross-Connect: Concatenated Group (Vc4-7V) And Stm-N Port

    Connections, Configurations, and Characteristics Unprotected, bi-directional cross-connect: concatenated group (VC4-7V) and STM-N port .................................................... Unprotected, bi-directional cross-connect: concatenated group (VC4-7V) and STM-N port Procedure This procedure is performed on an OC-48 port. In case a OC-192 port is used, the same. From EML-USM, select “Configuration”...
  • Page 104 Connections, Configurations, and Characteristics Unprotected, bi-directional cross-connect: concatenated group (VC4-7V) and STM-N port ..............................................................................................Click on “Choose” to select the input TP of the cross-connection. In “Search for Cross- connection input” window, double-click on Rack and Subrack (S320-1)............................................Select “PP20G”...
  • Page 105 Connections, Configurations, and Characteristics Unprotected, bi-directional cross-connect: concatenated group (VC4-7V) and STM-N port ..............................................................................................Repeat the same procedure for all the other six (6) virtual concatenated TPs............................................To check the connections made, access “Configuration -> Cross-connection Management” and click on “Search.” All the connections made will be displayed............................................

  • Page 106: Cross-Connection Between A Local And A Remote Data Port

    “Add Data Board.” Choose the board from the list and click on “OK.” ............................................In the “1850 TSS-320 User Service Management..” window, double-click on the board (i.e., r1sr1/board#2). The local and remote data ports are displayed............................................
  • Page 107 Connections, Configurations, and Characteristics Cross-connection between a local and a remote data port ..............................................................................................In the “Port Ingress” field of the “Create ETS XC One Step” window, the selected local port is displayed............................................Select “Port Egress” by clicking on the relevant square. The “Filtered search” window appears.

  • Page 108: Standard Procedures To Turn The Laser Off Then On

    Connections, Configurations, and Characteristics Standard procedures to turn the laser OFF then ON .................................................... Standard procedures to turn the laser OFF then ON Safety rules CAUTION Laser hazard When disconnecting the optical fiber, follow the procedure stated below to avoid laser radiation.
  • Page 109 Connections, Configurations, and Characteristics Standard procedures to turn the laser OFF then ON ..............................................................................................Check the laser status. a. Check in the message area port view that the message “ALS current state inactive” is present............................................ALS enable. From EML-USM, select the board and click twice. a.

  • Page 110: Sfp And Xfp Modules Optical Characteristics

    Connections, Configurations, and Characteristics SFP and XFP modules optical characteristics .................................................... SFP and XFP modules optical characteristics OC-3 optical characteristics Table 4-1 OC-3 optical characteristics OC-3 SFP module type S.1.1 L.1.1 L.1.2 Unit Addressed wavelength 1261 -> 1360 1270 -> 1360 1480 ->...
  • Page 111 Connections, Configurations, and Characteristics SFP and XFP modules optical characteristics .................................................... OC-48 SFP Module Type I.16.1 S.16.1 L.16.1 L.16.2 Allowed bit rates 2.48832 2.125; 2.48832 2.48832 Gbps 2.48832 Min. extinction ratio (dB) Spectral Max. -20dB width bandwidth (nm) Max. RMS width (nm) Minimum SMSR Max.
  • Page 112 Connections, Configurations, and Characteristics SFP and XFP modules optical characteristics .................................................... OC-48 SFP Module Type S.16.1 Multirate Multiformat Unit Minimum SMSR Max. chromatic dispersion -100 -> +100 ps/nm Min. sensitivity, @ BER=1E Min. overload Max. optical path penalty Max. receiver reflectance Optical connector (Tx/Rx) / Fibre type LC / SMF Acronym / interface type...
  • Page 113 XS-642 XI-641 XP1L12D2 Interface type S-64.2b I-64.1 P1L1-2D2 10GBASE-E 10GBASE-L DWDM Optical Characteristics Refer to the Alcatel-Lucent 1850 TSS-320 Release 2.0 Product Information Guide for Optical unit interface characteristics..................................................... 4 - 1 9 PN 8DG08136CAAA Issue 1 March 2008...
  • Page 114 Connections, Configurations, and Characteristics SFP and XFP modules optical characteristics ......................................................................................................4 - 2 0 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 115: 1850 Tss-320 Test Report Sheet Modules

    1850 TSS-320 Test Report Sheet Modules Overview Purpose This chapter provides detailed test report sheet modules for the 1850 TSS-320. Contents. This chapter covers these topics. Equipment acceptance sheet .................................................... 5 - 1 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 116: Equipment Acceptance Sheet

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Equipment acceptance sheet Acceptance sheet Table 5-1 Equipment acceptance sheet EQUIPMENT ACCEPTANCE SHEET CONTRACT N. SITE RING EQUIPMENT LOCATION Row/Rack/Subrack SW Version Addresses AUTH AREA Local SYSTEM ID ETHERNET ADDRESS...

  • Page 117: On-Site1850Tss-320 Final Test

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-2 On-Site 1850 TSS-320 Final Test ON-SITE1850TSS-320 FINAL TEST Units Types Serial Numbers SHELF SERIAL NUMBER SLOT 1 SLOT 2 SLOT 3 SLOT 4 SLOT 5 SLOT 6 SLOT 7...

  • Page 118: Optical Characteristics

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-3 On-Site 1850 TSS-320 Final Test: SONET/SONET Local Measurements ON-SITE 1850 TSS-320 FINAL TEST: SDH/SONET LOCAL MEASUREMENTS Expected Value and Measure Measure Tolerance Value Unit 2048 + 4.6 ppm Free-running frequency check 1552 + x.x ppm...

  • Page 119: On-Site 1850Tss-320 Final Test: Data Local Measurements

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-4 On-Site 1850 TSS-320 Final Test: Data Local Measurements ON-SITE 1850TSS-320 FINAL TEST: DATA LOCAL MEASUREMENTS Expected Value Measure Measure and Tolerance Value Unit DATA Port Interface Optical ports test...

  • Page 120: On-Site 1850Tss-320 Final Test: Dwdm Local Measurements

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-5 On-Site 1850 TSS-320 Final Test: DWDM Local Measurements ON-SITE 1850TSS-320 FINAL TEST: DWDM LOCAL MEASUREMENTS Expected Value Measured Measure and Tolerance Value Units DWDM Optical Ports Port Port...

  • Page 121: On-Site 1850Tss-320 Final Test: Dwdm Link Measurements

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-6 On-Site 1850 TSS-320 Final TEst: DWDM Link Measurements ON-SITE 1850TSS-320 FINAL TEST: DWDM LINK MEASUREMENTS Expected Value Measured Measure and Tolerance Value Unit Port Port Interface DWDM Optical Ports Test...

  • Page 122: Synchronism Priority And Holdover

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-7 On-Site Multiservice Node Final Test: Local Measurements ON-SITE MULTISERVICE NODE FINAL TEST: LOCAL MEASUREMENTS Expected Value and Measured Measure Tolderance Value Unit Matrix check Check Quantity of matrix units...

  • Page 123: Optical "Line Port" Link Margin

    1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet .................................................... Table 5-8 On-Site Multiservice Node Final Test: Point-to-Point Measures ON-SITE MULTISERVICE NODE FINAL TEST: POINT-TO-POINT MEASURES SITE 1 SITE 2 EQUIPMENT TYPE EQUIPMENT RELEASE Expected value and Measured Measure tolderance...
  • Page 124 1850 TSS-320 Test Report Sheet Modules Equipment acceptance sheet ......................................................................................................5 - 1 0 PN 8DG08136CAAA Issue 1 March 2008...

  • Page 125: A Technical Support

    Technical Support Overview Purpose This chapter provides important technical assistance information for the 1850 TSS-320. Contents This appendix contains the following sections. Technical assistance Accessing and navigating the On-Line Customer Support (OLCS) web site Other technical support services A-13 ....................................................

  • Page 126: Technical Assistance

    Repair and Replacement (R&R) - technical support services for device repair/return or • parts replacement. Alcatel-Lucent On-Line Customer Support (OLCS) - online access to information and • services that can help resolve technical support requests. Note: Technical Support Services are available 24 hours a day, 7 days a week.
  • Page 127 Alcatel-Lucent product technical issue. When additional assistance is required, the Alcatel-Lucent Welcome Center is the first point of contact. An Alcatel-Lucent Welcome Center operator can direct the request to engineers that are highly trained and skilled in resolving issues, involving Alcatel-Lucent products.
  • Page 128 OLCS web site and view ARs 24 hours a day, 7 days a week. Data Drop Box The Data Drop Box feature allows Alcatel-Lucent support technicians to provide customers with a quick method to share files. The Data Drop Box allows a technician to provide or receive a file from a customer quickly.
  • Page 129 Technical Support Technical assistance .................................................... – Modification Implementation Procedure (MIP) – User Guide – Alarm Messaging and Trouble Clearing Guide (AMTCG) – Framework User Guide – Graphical User Interface (GUI) Guide – Maintenance Guide, Provisioning Guide – User Operations Guide (UOG) Technical Notes •...
  • Page 130 Note: This may not apply to all products. The RMA area provides a list of contact information on all Alcatel-Lucent products. There is a “request an RMA number” on-line for most Alcatel-Lucent products. An RMA number is required for all returned parts and this feature provides you with an easy method to obtain the RMA number.
  • Page 131 (if necessary), and navigate to each feature listed in this document. Accessing the OLCS web site To access the Alcatel-Lucent OLCS web site, enter: www.alcatel-lucent.com/support. Once you are at this web page, select Lucent Global Support. This will bring you to the web site where you can log in to gain access to the entitled products.
  • Page 132 Technical Support Accessing and navigating the on-line customer support (OLCS) web site .................................................... Need Help while registering? From the U.S. 1 (866) 582 3688, prompt 7 From outside the U.S. +1 (630) 218 7688 In Asia/Pacific Please contact the in-country technical support hotline.
  • Page 133 “My Bookmarks” section (if Data Drop Box has been added there). Click the “Upload a file” button in the Data Drop Box window to send a file to the Alcatel-Lucent support technician. An email address can also be entered so that the ....................................................
  • Page 134 Alcatel-Lucent technician will be notified when the file has been sent. Click the “Download a file” button from the Data Drop Box if the Alcatel-Lucent technician has sent a file to be downloaded. These files will remain on the site for 7 days.
  • Page 135 You can access Alcatel-Lucent Alerts from the left column on the Customer Support homepage (unless this view has been changed), from the “Technical Support” section in the center of the page, or from the “My Bookmarks” section (if Alcatel-Lucent Alerts is added there).
  • Page 136 Generally, customers should have a basic understanding of digital fundamentals and lightwave transmission systems. In addition, customers should have taken a previous Alcatel-Lucent Operating & Maintenance course or have equivalent experience with operations and maintenance issues related to the product...
  • Page 137 Technical Support Other technical support services .................................................... Workshop Location: This workshop will be delivered in the Customer Advocate System Test Labs in Westford, MA. The format is 75% hands-on lab exercises, reinforced with 25% classroom instruction. How to Sign Up: To enroll in the training course: Within the United States, •...
  • Page 138 Technical Support Other technical support services ......................................................................................................A- 1 4 PN 8DG08136CAAA Issue 1 March 2008...
  • Page 139 Glossary Symbols A wild card character used to represent any character. Numerics 5E-XC Applications that provide the capacity and converged networking capabilities that exisitng networks need to implement Accelerate Voice over IP solutions to rapidly deliver next-generation services that enterprises and consumers want. Application Programming Interface.
  • Page 140 Glossary ......................................................................................................GL - 2 PN 8DG08136CAAA Issue 1 March 2008...

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