Alcatel-Lucent 1830 PSS-4 Maintenance And Trouble-Clearing User Manual
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Alcatel-Lucent 1830 PSS-4 Maintenance And Trouble-Clearing User Manual

1830 pss series photonic service switch
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Table of Contents

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Title page
Alcatel-Lucent 1830 PSS
PHOTONIC SERVICE SWITCH 36/32/16/4 (PSS-36/PSS-
32/PSS-16/PSS-4) | Release 3.6.0 and 3.6.1
MAINTENANCE AND TROUBLE-CLEARING USER GUIDE
8DG60888CAAA
Issue 1
June 2011

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Summary of Contents for Alcatel-Lucent 1830 PSS-4

  • Page 1 Title page Alcatel-Lucent 1830 PSS PHOTONIC SERVICE SWITCH 36/32/16/4 (PSS-36/PSS- 32/PSS-16/PSS-4) | Release 3.6.0 and 3.6.1 MAINTENANCE AND TROUBLE-CLEARING USER GUIDE 8DG60888CAAA Issue 1 June 2011...
  • 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 Contents About this document Purpose xxxix xxxix ...................................... Intended audience xxxix xxxix ................................. How to use this information product xxxix xxxix ..........................Safety information ..................................Conventions used ..................................Related information ..................................Information product support ..............................Technical support ..................................How to order ....................................
  • Page 4 Contents ..............................................APROSC 1-13 1-13 ....................................APRSWITCH 1-14 1-14 ..................................APRTOPO 1-14 1-14 ....................................APRUNAVAIL 1-15 1-15 ..................................APRUNAVAILOSC 1-15 1-15 ................................APSB 1-16 1-16 ......................................APSCM 1-16 1-16 ...................................... APSMM 1-17 1-17 ..................................... AUTHFAIL 1-18 1-18 ....................................AUTORESET 1-18 1-18 ..................................
  • Page 5 Contents ..............................................DBFT 1-40 1-40 ......................................DBINVALID 1-40 1-40 ................................... DBMEMTRF 1-40 1-40 ..................................DBRSTR-IP 1-41 1-41 ..................................... DBUNSYNC 1-41 1-41 .................................... DEGOTU 1-41 1-41 ....................................DISCOVERMOD 1-42 1-42 .................................. DORMANTUSER 1-44 1-44 ................................. EBER 1-44 1-44 ......................................EBER-O 1-45 1-45 .....................................
  • Page 6 Contents ..............................................FELANLOS 1-60 1-60 ..................................... FELANLSS 1-60 1-60 ....................................FELANRFI 1-61 1-61 ....................................FELOS 1-62 1-62 ......................................FEPORTMISMATCH 1-62 1-62 ................................FEPRLF 1-63 1-63 ..................................... FPGAFAIL 1-63 1-63 ....................................FPGAINIT 1-65 1-65 ....................................FPGATIMEOUT 1-67 1-67 ..................................FRCDSWTIMREF 1-69 1-69 ................................
  • Page 7 Contents ..............................................INVALIDTHRESHOLD 1-87 1-87 ..............................INVENTORYERROR 1-87 1-87 ................................LANLFI 1-89 1-89 ..................................... LANLOS 1-90 1-90 ....................................LANLSS 1-91 1-91 ....................................LANRFI 1-92 1-92 ..................................... LASEREOL 1-92 1-92 ..................................... 1-93 1-93 ......................................LCKEGR 1-94 1-94 ....................................1-94 1-94 ......................................LFIEGR 1-95 1-95...
  • Page 8 Contents ..............................................LOS-OUT 1-110 1-110 ....................................LOS-P 1-111 1-111 ....................................... LPBKLine 1-113 1-113 ....................................LPBKTERM 1-114 1-114 ..................................LSPOW_ALM_W 1-115 1-115 ................................LSTEMP_ALM_W 1-115 1-115 ................................LSSEGR 1-116 1-116 ....................................1-116 1-116 ......................................MANRESET 1-120 1-120 ..................................MANSWTIMREF 1-122 1-122 ................................
  • Page 9 Contents ..............................................OAPUMPTEMPHIGH 1-135 1-135 ..............................OCHCOLLISION 1-136 1-136 ................................OCHCOLLISION-OUT 1-137 1-137 ..............................OCHKEYDUP 1-137 1-137 ..................................OCHKEYOVERLAP 1-138 1-138 ................................. OCHFDI 1-139 1-139 ....................................OCHPDI 1-140 1-140 ....................................OCHTRAILDUP 1-140 1-140 ................................. OCHTRAILUNKNOWN 1-141 1-141 ..............................OCHUNKNOWN 1-142 1-142 ................................
  • Page 10 Contents ..............................................1-155 1-155 ......................................PLMEGR 1-156 1-156 ....................................PRCDRERR-TOPO 1-156 1-156 ................................1-157 1-157 ......................................PWRADJCOMMS 1-158 1-158 ................................PWRADJFAIL 1-158 1-158 ..................................PWRADJREQ 1-159 1-159 ..................................PWRMARGIN 1-160 1-160 ..................................PWRMAXGAIN 1-161 1-161 .................................. PWRSUSP 1-161 1-161 ....................................PWRTILTSUSP 1-162 1-162...
  • Page 11 Contents ..............................................SSFODUEGR 1-179 1-179 ..................................SWEQPT 1-179 1-179 ....................................SWFTDWN 1-180 1-180 ................................... SWMTXMOD 1-181 1-181 ..................................SWUPGCOMMIT 1-182 1-182 ................................SWUPGFAIL 1-183 1-183 ..................................SYNCOOS 1-184 1-184 ..................................... SYNCREFUNEQ 1-184 1-184 ................................SYSBOOT 1-185 1-185 ....................................1-185 1-185 ......................................
  • Page 12 Contents ..............................................WKSWBK 1-203 1-203 ....................................WKSWPR 1-204 1-204 ....................................1-205 1-205 ......................................Trouble-clearing procedures Overview ...................................... Safety statements Structure of safety statements 2-18 2-18 ............................Safety precautions 2-19 2-19 .................................. AISL AIS Line/MS 2-20 2-20 .................................... Client Port AISL 2-21 2-21 ..................................
  • Page 13 Contents ..............................................APRSWITCH APRSWITCH (APR Active – Port Switch) 2-33 2-33 ........................APRTOPO APRTOPO (APR Active - Invalid Topology) 2-34 2-34 ......................APRUNAVAIL APRUNAVAIL (APR unavailable - monitoring card booting) 2-34 2-34 ................APRUNAVAILOSC APRUNAVAILOSC (APR Limited - OSC SFP failure) 2-36 2-36 ..................
  • Page 14 Contents ..............................................BDIEGR BDIEGR (Egress Backward Defect Indication - ODU) 2-48 2-48 ................... BDIODU Backward Defect Indication (BDI) - ODU 2-49 2-49 ........................CARDINIT CARDINIT (Card Initializing) 2-50 2-50 ............................CONFIGFAIL CONFIGFAIL (Line Card Configuration Failed) 2-51 2-51 ....................... CONTCOM CONTCOM (Card Failure - Communication) 2-52 2-52...
  • Page 15 Contents ..............................................DBFL DBFL (DB Failure Local - copy creation of processing failure) 2-63 2-63 ................DBFT DBFT (DB Failure Transport - file transport failure) 2-63 2-63 ....................DBINVALID DBINVALID (Database invalid) 2-64 2-64 ............................DBMEMTRF DBMEMTRF (Database synchronization failure) 2-65 2-65 .....................
  • Page 16 Contents ..............................................EQPTDGR EQPTDGR (Card Degrade - device) 2-75 2-75 ..........................EQPTDGR (Port Degrade - Wavelength Tracker Communication Failure) 2-77 2-77 ............. EQPTDGROCH EQPTDGROCH (Port Degrade - Wavelength Tracker Communication Failure) 2-78 2-78 ......... EQPTDGR-OUT EQPTDGR-OUT (Port Degrade - Wavelength Tracker Communication Failure) 2-80 2-80 .........
  • Page 17 Contents ..............................................FECECSD FECECSD (Pre-FEC Signal Degrade) 2-93 2-93 ........................... FECUBCSD FECUBCSD (Post-FEC Signal Degrade) 2-93 2-93 ........................FELANLFI FELANLFI (Far End Local Fault) 2-94 2-94 ........................... FELANLOS FELANLOS (Far End Loss of Signal) 2-95 2-95 .......................... FELANLSS FELANLSS (Far End Loss of Synchronization) 2-96 2-96 .......................
  • Page 18 Contents ..............................................FRCDWKSWBK FRCDWKSWBK (Forced switch to working) 2-103 2-103 ......................FRCDWKSWPR FRCDWKSWPR (Forced switch to protection) 2-104 2-104 ....................... FRNGSYNC FRNGSYNC (System clock is in free running synchronization mode) 2-105 2-105 ............FWPENDINGOBSOLETE FWPENDINGOBSOLETE (Firmware on this pack is about to become obsolete with the software release upgrade) 2-106 2-106...
  • Page 19 Contents ..............................................INTTEMPLOW INTTEMPLOW (Card under temperature) 2-114 2-114 ........................ INTTEMPOPT INTTEMP (Optics over temperature) 2-115 2-115 ........................... INTRUSION INTRUSION 2-116 2-116 ..................................INTRUSIONEVT (Excessive Invalid Login Attempts) 2-117 2-117 ..................INVALIDEGRESS INVALIDEGRESS (Invalid or no egress port defined) 2-118 2-118 ..................
  • Page 20 Contents ..............................................LCKEGR LCKEGR (Egress Locked - ODU) 2-127 2-127 ..........................LFD (GFP Loss of Frame Delineation) 2-128 2-128 ........................LFIEGR LFIEGR (Remote Client Local Fault) 2-129 2-129 .......................... LINKDOWN LINKDOWN (Link down) 2-129 2-129 ............................... LINKUP LINKUP (Link Up) 2-131 2-131 ................................
  • Page 21 Contents ..............................................LOGAIN LOGAIN (Amplifier out of operational range - amplifier gain too low) 2-145 2-145 ............LOM (Loss of Multiframe - OTU) 2-146 2-146 ..........................LOS (Loss of Signal) 2-148 2-148 ................................LOS (Channel Absent) 2-150 2-150 ............................... LD Input LOS 2-153 2-153 ..................................
  • Page 22 Contents ..............................................LPBKTERM LPBKTERM (Diagnostic (Terminal) loopback active) 2-174 2-174 ..................LSPOW_ALM_W LSPOW_ALM_W (Laser Back-Facet Optical Power Cross Threshold) 2-175 2-175 ............LSTEMP_ALM_W LSTEMP_ALM_W (Laser Cooling Current Cross Threshold) 2-176 2-176 ................LSSEGR LSSEGR (Remote Client Loss of Synchronization) 2-177 2-177 ....................
  • Page 23 Contents ..............................................MISMATCH MISMATCH (Card Mismatch); MISMATCH (Power Filter Mismatch); MISMATCH (Shelf Mismatch), 2-185 2-185 ..................................MISMATCH (Card Mismatch) 2-186 2-186 ............................MISMATCH (Power Filter Mismatch) 2-189 2-189 ........................MISMATCH (Shelf Mismatch) 2-191 2-191 ............................MISMATCHMOD MISMATCH (Pluggable Module Mismatch) 2-192 2-192 ......................
  • Page 24 Contents ..............................................NTPOOSYNC NTPOOSYNC (Network Time Protocol is enabled, but no NTP server is reachable) 2-205 2-205 ......OAPUMPBIASCURRHIGH OAPUMPBIASCURRHIGH (OA pump laser bias current high) 2-207 2-207 ..............OAPUMPTEMPHIGH OAPUMPTEMPHIGH (OA pump laser temperature high) 2-208 2-208 ................OCHCOLLISION OCHCOLLISION (Channel collision) 2-208 2-208...
  • Page 25 Contents ..............................................OCHUNKNOWN-OUT OCHUNKNOWN-OUT (Channel Unexpected) 2-225 2-225 ...................... OCI (Open Connection Indication - ODU) 2-226 2-226 ........................ OCIEGR OCIEGR (Egress Open Connection Indication - ODU) 2-227 2-227 ..................OPR (Channel Optical Power Out of Range) 2-228 2-228 ......................OPRLOSSHIGH OPRLOSSHIGH (Out of Operational Range –...
  • Page 26 Contents ..............................................OPTINTDET OPTINTDET (Optical Intrusion — Detected) 2-245 2-245 ......................OPTINTSUSP OPTINTSUSP (Optical Intrusion – Monitoring Suspended) 2-245 2-245 ................OSCSSF OSCSSF (Server Signal Failure - OSC) 2-247 2-247 ........................PCSGENERATOR PCSGENERATOR (PCS Generator active) 2-248 2-248 ....................... PLM (Payload Mismatch Indication - ODU) 2-248 2-248 ......................
  • Page 27 Contents ..............................................PWRADJFAIL (No through services in appropriate state for adjustment) 2-263 2-263 ............ PWRADJREQ PWRADJREQ (Power Adjust Required) 2-265 2-265 ........................PWRMARGIN PWRMARGIN (Power Adjust Loss Margin Exceeded) 2-266 2-266 ..................PWRMAXGAIN PWRMAXGAIN (Gain Adjustment Exceeded Max Value) 2-267 2-267 ................
  • Page 28 Contents ..............................................RFIEGR RFIEGR (Remote Client Remote Fault) 2-284 2-284 ........................RFIL RFIL (Remote Fault Indication) 2-285 2-285 ............................. SDBER SDBER (Signal Degrade) 2-287 2-287 ..............................SDBER (RS) (RS Signal Degrade) 2-288 2-288 ..........................SDEG-O SDEG-O (SUPVY Signal Degrade) 2-288 2-288 ..........................
  • Page 29 Contents ..............................................SWFTDWN SWFTDWN (Software Upgrade in Progress) 2-305 2-305 ......................Committing the Software Upgrade 2-306 2-306 ..........................Backing out the Software Upgrade 2-307 2-307 ..........................SWMTXMOD SWMTXMOD 2-307 2-307 ..................................SWMTXMOD (Switching Matrix Module Failure) 2-308 2-308 ....................SWMTXMOD (Y-Cable Switchover Timer Expired) 2-310 2-310 ....................
  • Page 30 Contents ..............................................Trail Trace Identifier Mismatch (Network Ports) 2-324 2-324 ..................... TIMEGR TIMEGR (Egress Trail Identifier Mismatch - ODU) 2-325 2-325 ..................... TIMODU TIMODU (Trace Identifier Mismatch - ODU) 2-327 2-327 ......................TRMT TRMT (Port Transmit Failure) 2-328 2-328 ............................TRMTMOD TRMTMOD (Pluggable Module Transmit Failure) 2-330...
  • Page 31 Contents ..............................................USALS USALS (Auto Laser Shutoff Due to Upstream Fault) 2-341 2-341 ................... USLOS USLOS (Upstream Channel Absent) 2-343 2-343 ..........................USOCHCOLLISION USOCHCOLLISION (Upstream Channel Collision Input Direction) 2-345 2-345 ............. VCGLOA VCGLOA (Loss of alignment) 2-346 2-346 ............................VCGSSF VCGSSF (VCG Server Signal Failure) 2-348...
  • Page 32 Contents ..............................................Alarms and Logs Viewing Alarms and Logs ..............................WebUI Procedure ..................................Configuring alarm severity Configuring the Alarm Severity Using the WebUI ....................... Configuring Alarm Severity Using the 1354 RM-PhM ....................Path Power Trace Procedure ..................................... Determining the Far End of a Service Procedure 3-10 3-10...
  • Page 33 Contents ..............................................Replacing System Components Slot Equipage Requirement 3-20 3-20 ..............................Replacing a Card (General) 3-22 3-22 ..............................Replacing a 100G A/D CFP 3-25 3-25 ............................... Replacing a DCM 3-26 3-26 ................................... Replacing an SFP Module 3-27 3-27 ..............................Replacing an XFP Module 3-30 3-30 ..............................
  • Page 34 Contents ..............................................Nonredundant PSS-36 and MT0C Clock Source 3-79 3-79 ....................... Glossary ..............................................xxxiv 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

  • Page 35: List Of Tables

    List of tables Corrective Actions for Equipment Controller Demerits 2-301 2-301 ................. Software upgrade status and actions 2-312 2-312 ......................Database Backup and Restore Parameters 3-13 3-13 ..................... FTP Server Parameters 3-44 3-44 ..........................................................................1830 PSS-36/PSS–32/PSS-16/PSS-4 xxxv 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 36 List of tables ............................................................................................xxxvi 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

  • Page 37: List Of Figures

    List of figures Push in wedge 3-27 3-27 ................................Pull out SFP 3-28 3-28 ................................XFP bail 3-30 3-30 ..................................XFP bail pull 3-31 3-31 ................................Service-Affecting Warning Window 3-45 3-45 ........................ Unscrew Filter Retainer 3-51 3-51 ............................New Filter 3-51 3-51 ..................................
  • Page 38 List of figures ..............................................3-24 Total Power at Monitored LD Power Level 3-77 3-77 ....................3-25 WTOCM and LD Total Power 3-78 3-78 ......................................................................xxxviii 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

  • Page 39: About This Document

    About this document About this document Purpose This document provides information about managing the detection, isolation, and correction of abnormal operation. Intended audience This document is intended for the following users of the 1830 PSS documentation library: • network planners •...
  • Page 40 CIT Computer voice Related information The Alcatel-Lucent 1830 Photonic Service Switch (PSS) Release 3.6.0 Engineering and Planning Tool (EPT) User Guide is part of a set of documents that support the 1830 PSS product family. The following items are available:...
  • Page 41 Technical Assistance Center menu at http://www.alcatel-lucent.com/contact. How to order To order Alcatel-Lucent documents and courses, use the following websites, or the e-mail, phone, and fax contacts linked from "Contact Us" on the following sites: ..............................................
  • Page 42 For more information regarding collection and recovery of packaging and packaging waste within specific jurisdictions, please contact the Alcatel-Lucent Services - Environmental Health and Safety organization. For installations not performed by Alcatel-Lucent, please contact the Alcatel-Lucent...
  • Page 43 Moreover, in compliance with legal requirements and contractual agreements, where applicable, 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 44 About this document ............................................................................................xliv 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 45 • the cards or systems to which the condition applies. For a description and overview of alarm management, alarm severity, and alarm reporting, refer to the Alcatel-Lucent 1830 Photonic Service Switch Release 3.6.0 User Provisioning Guide. For detailed information on TL1 AIDs for each pack, and rules for shelf and slot assignments in the 1830 Photonic Service Switch 32/16/4, refer to the Alcatel-Lucent 1830 Photonic Service Switch (PSS) Release 3.6.0 and 3.6.1 TL1 Command and...
  • Page 46 Alarm and condition details Overview ..............................................APRLine 1-12 APRNODE 1-13 APROSC 1-13 APRSWITCH 1-14 APRTOPO 1-14 APRUNAVAIL 1-15 APRUNAVAILOSC 1-15 APSB 1-16 APSCM 1-16 APSMM 1-17 AUTHFAIL 1-18 AUTORESET 1-18 AUTOSWTIMREF 1-20 B1SD 1-20 BASELine 1-21 1-22 BDIEGR 1-23 BDIODU 1-23 CARDINIT 1-25...
  • Page 47 Alarm and condition details Overview ..............................................DBUNSYNC 1-41 DEGOTU 1-41 DISCOVERMOD 1-42 DORMANTUSER 1-44 EBER 1-44 EBER-O 1-45 ETHCSF 1-45 ENV [1-8] 1-46 EQPT 1-46 EQPTBOOT 1-48 EQPTDGR 1-50 EQPTDGROCH 1-51 EQPTDGROCH-OUT 1-52 EQPTDGR-OUT 1-53 EQPTPORT 1-54 EXCESSLOAD 1-55 FACTERM-DEV 1-56 FANSPEEDHIGH 1-57...
  • Page 48 Alarm and condition details Overview ..............................................FRCDWKSWBK 1-69 FRCDWKSWPR 1-70 FRNGSYNC 1-71 FWPENDINGOBSOLETE 1-72 FWUPGRADEPENDING 1-74 FWVERSIONNOTDEFAULT 1-76 HIBER 1-77 HIGAIN 1-78 HLDOVRSYNC 1-78 HWNOTSUPPORTED 1-79 INSERTMOD 1-79 INTTEMPHIGH 1-81 INTTEMPLOW 1-83 INTTEMPOPT 1-85 INTRUSION 1-86 INTRUSIONEVT 1-86 INVALIDEGRESS 1-86 INVALIDTHRESHOLD 1-87 INVENTORYERROR...
  • Page 49 Alarm and condition details Overview ..............................................LOCKOUTOFTIMREF 1-98 1-98 LOFEGR 1-100 LOF-O 1-101 LOGAIN 1-102 1-103 1-104 LOSDCM 1-108 LOSLDSig 1-108 LOSOCM 1-109 LOS-O 1-109 LOS-OUT 1-110 LOS-P 1-111 LPBKLine 1-113 LPBKTERM 1-114 LSPOW_ALM_W 1-115 LSTEMP_ALM_W 1-115 LSSEGR 1-116 1-116 MANRESET 1-120 MANSWTIMREF...
  • Page 50 Alarm and condition details Overview ..............................................MTCESURVDGR 1-131 1-132 NOTALLOWED 1-134 NTPOOSYNC 1-134 OAPUMPBIASCURRHIGH 1-134 OAPUMPTEMPHIGH 1-135 OCHCOLLISION 1-136 OCHCOLLISION-OUT 1-137 OCHKEYDUP 1-137 OCHKEYOVERLAP 1-138 OCHFDI 1-139 OCHPDI 1-140 OCHTRAILDUP 1-140 OCHTRAILUNKNOWN 1-141 OCHUNKNOWN 1-142 OCHUNKNOWN-OUT 1-143 1-144 OCIEGR 1-145 1-145 OPRPWRHIGH 1-146...
  • Page 51 Alarm and condition details Overview ..............................................PLMEGR 1-156 PRCDRERR-TOPO 1-156 1-157 PWRADJCOMMS 1-158 PWRADJFAIL 1-158 PWRADJREQ 1-159 PWRMARGIN 1-160 PWRMAXGAIN 1-161 PWRSUSP 1-161 PWRTILTSUSP 1-162 RAMANSUSP (Raman Suppress - Line) 1-163 RCVROPTPROG 1-163 1-164 REMOVEMOD 1-165 REPLUNITMISS 1-166 REPLUNITMISSMOD 1-170 RFIEGR 1-171 RFIL...
  • Page 52 Alarm and condition details Overview ..............................................SYNCREFUNEQ 1-184 SYSBOOT 1-185 1-185 TIMEGR 1-186 TIMODU 1-187 TRMT 1-188 TRMTMOD 1-188 UNG/UNP 1-190 UNKNOWN 1-190 UNKNOWNMOD 1-192 1-194 USALS (rr) 1-194 USLOS 1-196 USOCHCOLLISION 1-197 VCGLOA 1-198 VCGSSF 1-198 VOLTAGEHIGH 1-198 VOLTAGELOW 1-200 VTSFDI 1-202...
  • Page 53 Alarm and condition details AISL ..............................................AISL Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STMM10-shelf-slot 43SCX4-shelf-slot-{C1-10} Effect on Service Alarm Entity Type 112SCX10, 112SX10L and 43SCX4 (client side only): OC192/STM64 11STMM10: CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 Description AIS Line/MS Corrective Action Proceed to “AISL”...
  • Page 54 Alarm and condition details AIS - OTU ..............................................AIS - OTU Alarm Data Value/Meaning Severity Level AID Type 11QPA4-shelf-slot 43STX4P-shelf-slot Effect on Service Alarm Entity Type Description AIS - OTU Corrective Action Proceed to “AIS - OTU” (p. 2-24). ALLCHANMISS Alarm Data Value/Meaning Severity Level...
  • Page 55 Alarm and condition details ALLCHANMISSOUT ..............................................ALLCHANMISSOUT Alarm Data Value/Meaning Severity Level AID Type A2325-shelf-slot-Line AHPHG-shelf-slot AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description All Outgoing Channels Missing Corrective Action Proceed to “ALLCHANMISS-OUT” 2-26).
  • Page 56 Alarm and condition details AMPDISABLED ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Sig AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Sig AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Sig CWR-shelf-slot-Sig Effect on Service Alarm Entity Type Description Amplifier Disabled Corrective Action Proceed to “AMPDISABLED” (p. 2-29). APRLine Alarm Data Value/Meaning Severity Level AID Type...
  • Page 57 Alarm and condition details APRLine ..............................................Alarm Data Value/Meaning Corrective Action Proceed to “APRLINE” (p. 2-30). APRNODE Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Sig AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Sig Effect on Service Alarm Entity Type Description APR Active - Node Corrective Action Proceed to “APRNODE”...
  • Page 58 Alarm and condition details APRSWITCH ..............................................APRSWITCH Alarm Data Value/Meaning Severity Level AID Type AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut RA2P-shelf-slot-LineIn Effect on Service Alarm Entity Type Description APR Active – Port Switch Corrective Action Proceed to “APRSWITCH” (p. 2-33). APRTOPO Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Sig...
  • Page 59 Alarm and condition details APRUNAVAIL ..............................................APRUNAVAIL Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Sig AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Sig AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Sig Effect on Service Alarm Entity Type Description APR unavailable - monitoring card booting Corrective Action Proceed to “APRUNAVAIL”...
  • Page 60 Alarm and condition details APRUNAVAILOSC ..............................................Alarm Data Value/Meaning Alarm Entity Type Description APR Limited - OSC SFP failure Corrective Action Proceed to “APRUNAVAILOSC” (p. 2-36). APSB Alarm Data Value/Meaning Severity Level Not alarmed AID Type 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{C1} 11STGE12-shelf-slot-{C{1-10}} 11STMM10-shelf-slot-{C{1-10}} Effect on Service Alarm Entity Type 11QPA4 and 11STAR1: FC1200,...
  • Page 61 Alarm and condition details APSCM ..............................................Alarm Data Value/Meaning Alarm Entity Type 11QPA4 and 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE Description APS channel mismatch Corrective Action Proceed to “APSCM” (p. 2-38).
  • Page 62 Alarm and condition details AUTHFAIL ..............................................AUTHFAIL Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description Authentication Failure Corrective Action Proceed to “AUTHFAIL” (p. 2-43). AUTORESET Alarm Data Value/Meaning Severity Level Not alarmed ..............................................1-18 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1...
  • Page 63 Alarm and condition details AUTORESET ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot EC-shelf-slot FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot...
  • Page 64 Alarm and condition details AUTORESET ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card Autonomous Reset Corrective Action Proceed to “AUTORESET” (p. 2-44). AUTOSWTIMREF Alarm Data Value/Meaning Severity Level Not alarmed AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type LINEREF Description...
  • Page 65 Alarm and condition details BASELine ..............................................BASELine Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, {C1-10}} 112SX10L-shelf-slot-{L1, {C1-10}} 11DPE12E-shelf-slot-{C{1-12},L{1-2},VA{1- 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1, C1-C10} 11STGE12-shelf-slot-{L1, {C1-10}} 43SCX4-shelf-slot-{L1, {C1-10}} 43STA1P-shelf-slot-{L1, C1} 43STX4-shelf-slot-{L1, {C1-C4}} 43STX4P-shelf-slot-{L1, C1-C4} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} 4DPA4-shelf-slot- {L1, L2} A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC...
  • Page 66 Alarm and condition details ..............................................Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10}} 112SX10L-shelf-slot-{L1, C1-C10}} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11DPE12-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1, C1-C10} 11STGE12-shelf-slot-{L1} 43SCX4-shelf-slot-{L1, C1-C10}} 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot- {L1, L2} Effect on Service...
  • Page 67 Alarm and condition details BDIEGR ..............................................BDIEGR Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-C{1-4} Effect on Service Alarm Entity Type ODU2 Description Egress Backward Defect Indication - ODU Corrective Action Proceed to “BDIEGR” (p. 2-48) BDIODU Alarm Data Value/Meaning...
  • Page 68 Alarm and condition details BDIODU ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10} 112SX10L-shelf-slot-{L1, C1-C10} 11DPE12E-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STGE12-shelf-slot-L1 43SCX4-shelf-slot-{L1, C1-C10} 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2} Effect on Service Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L: OTU4...
  • Page 69 Alarm and condition details CARDINIT ..............................................CARDINIT Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-25 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 70 Alarm and condition details CARDINIT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11QPA4-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18}, FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot...
  • Page 71 Alarm and condition details CARDINIT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card initializing Corrective Action Proceed to “CARDINIT” (p. 2-50). CONFIGFAIL Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-27 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 72 Alarm and condition details CONFIGFAIL ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11QPA4-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot...
  • Page 73 Alarm and condition details CONFIGFAIL ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Line Card Configuration Failed Corrective Action Proceed to “CONFIGFAIL” (p. 2-51). CONTCOM Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-29 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 74 Alarm and condition details CONTCOM ..............................................Alarm Data Value/Meaning AID Type SHELF-{2-40} to SHELF-{2-48} 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-1-{7, 8} AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FAN-shelf-slot FLC-shelf-slot MESH-shelf-slot...
  • Page 75 Alarm and condition details CONTCOM ..............................................Alarm Data Value/Meaning AID Type (continued) SVAC-shelf-slot USRPNL{1-8} WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Inter-shelf loss of communication (for shelf AID) Card failure - communication (for card AID) Corrective Action Proceed to “CONTCOM”...
  • Page 76 Alarm and condition details CONTR ..............................................CONTR Alarm Data Value/Meaning Severity Level AID Type AHPHG-shelf-slot-[Line, Sig]-freq AHPLG-shelf-slot-{Sig, Line} ALPHG-shelf-slot-[Line, Sig]-freq ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2325B-shelf-slot-Line CWR-shelf-slot-Sig MESH-shelf-slot-SigIN OPS-shelf-slot-[Sig, Ain, Bin] OSCT-shelf-slot-Line WR-shelf-slot-{Sig, THRU} WTOCM-shelf-slot-IN1 Effect on Service Alarm Entity Type EQPT Description Port degrade - wavelength tracker detection failure Corrective Action...
  • Page 77 Alarm and condition details CONTR-OUT ..............................................Alarm Data Value/Meaning AID Type AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-{Sig, Line} AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-{Sig, Line} CWR-shelf-slot-[Sig, ThruOut] OSCT-shelf-slot-Line Effect on Service Alarm Entity Type EQPT Description Port degrade - wavelength tracker detection failure Corrective Action Proceed to “CONTR-OUT”...
  • Page 78 Alarm and condition details CRDINIT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot...
  • Page 79 Alarm and condition details CRDINIT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card Identification Event Corrective Action Proceed to “CRDINIT” (p. 2-58). DATAERR Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-35 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 80 Alarm and condition details DATAERR ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-{1-8}- {2-17} AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot...
  • Page 81 Alarm and condition details DATAERR ..............................................Alarm Data Value/Meaning Alarm Entity Type EQPT Description Data error or timeout Corrective Action Proceed to “DATAERR” (p. 2-59). DATAFLT Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-37 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 82 Alarm and condition details DATAFLT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-{1-8}-{2-17} AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot...
  • Page 83 Alarm and condition details DATAFLT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card provisioning failure Corrective Action Proceed to “DATAFLT” (p. 2-60). DBBKUP-IP Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description Database Backup In-Progress Action...
  • Page 84 Alarm and condition details DBFT ..............................................DBFT Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description DB Failure Transport - file transport failure Corrective Action Proceed to “DBFT” (p. 2-63). DBINVALID Alarm Data Value/Meaning Severity Level AID Type EC, SYSTEM...
  • Page 85 Alarm and condition details DBRSTR-IP ..............................................DBRSTR-IP Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description Database Restore In Progress Action Proceed to “DBRSTR-IP” (p. 2-67). DBUNSYNC Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type...
  • Page 86 Alarm and condition details DEGOTU ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L: OTU4 43SCX4: OTU3 Description Signal Degrade - OTU Corrective Action Proceed to “DEGOTU” (p. 2-68). DISCOVERMOD Alarm Data Value/Meaning Severity Level ..............................................1-42 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 87 Alarm and condition details DISCOVERMOD ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L{1-2},C{1-12}} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{C1-C12} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} 43STA1P-shelf-slot-C1 4DPA4-shelf-slot-{L{1-2}, C{1-4}} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP OSC-shelf-slot-OSCSFP OSCT-shelf-slot-OSCSFP Effect on Service Alarm Entity Type ODU2...
  • Page 88 Alarm and condition details DORMANTUSER ..............................................DORMANTUSER Alarm Data Value/Meaning Severity Levels Not alarmed AID Type SYSTEM Effect on Service Alarm Entity Type Description User inactive Corrective Action Proceed to “DORMANTUSER” (p. 2-71). EBER Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4}...
  • Page 89 Alarm and condition details EBER-O ..............................................EBER-O Alarm Data Value/Meaning Severity Level Not alarmed AID Type AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC A2325A-shelf-slot-OSC Effect on Service Alarm Entity Type Description Optical supervision channel excessive BER Corrective Action Proceed to “EBER-O (Optical Supervision Channel Excessive BER)” (p. 2-86).
  • Page 90 Alarm and condition details ENV [1-8] ..............................................ENV [1-8] Alarm Data Value/Meaning Severity Level AID Type USRPNL{1-8}-1-40 HOUSEKEEPING[1-8] Effect on Service Alarm Entity Type Description Environmental Input [1-8] active Corrective Action Proceed to “ENV” (p. 2-88). EQPT Card Failure - Device Alarm Data Value/Meaning Severity Level...
  • Page 91 Alarm and condition details EQPT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot FAN-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot PF-shelf-slot RA2P-shelf-slot...
  • Page 92 Alarm and condition details EQPT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card failure - device Corrective Action Proceed to “EQPT” (p. 2-72). EQPTBOOT Alarm Data Value/Meaning Severity Level ..............................................1-48 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 93 Alarm and condition details EQPTBOOT ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11QPA4-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot...
  • Page 94 Alarm and condition details EQPTBOOT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card failure - boot failure Corrective Action Proceed to “EQPTBOOT” (p. 2-74). EQPTDGR Port Degrade: Communications with the Wavelength Tracker on this card are unreliable and any Wavelength Tracker information sent or generated may be incorrect.
  • Page 95 Alarm and condition details EQPTDGR ..............................................Card Degrade: A fault on the card has caused the system to declare a hardware failure. Alarm Data Value/Meaning Severity Level AID Type ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPFGT-shelf-slot-Line AM2017B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot OPS-shelf-slot OSCT-shelf-slot-Line WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description...
  • Page 96 Alarm and condition details EQPTDGROCH ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineOut AM2125B-shelf-slot AM2325B-shelf-slot-Line CWR-shelf-slot-Sig MESH-shelf-slot-SigIN OPS-shelf-slot-{Sig, A, B} OSC-shelf-slot-Line OSCT-shelf-slot-Line WR-shelf-slot-{Sig, THRU} WTOCM-shelf-slot-IN1 Effect on Service Alarm Entity Type Description Port degrade - wavelength tracker communication failure Corrective Action Proceed to...
  • Page 97 Alarm and condition details EQPTDGROCH-OUT ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-{Sig, Line} AHPHG-shelf-slot-{Sig, Line} AHPLG-shelf-slot-{Sig, Line} ALPHG-shelf-slot-{Sig, Line} ALPFGT-shelf-slot-Line AM2017B-shelf-slot-{Sig, Line} AM2325B-shelf-slot-{Sig, Line} CWR-shelf-slot-{Sig, THRU} OSC-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description Port degrade - wavelength tracker communication failure Corrective Action Proceed to...
  • Page 98 Alarm and condition details EQPTPORT ..............................................EQPTPORT Port Failure - Device Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11QPA4-shelf-slot-{VA{1-4}} 11DPE12-shelf-slot-{L{1-2},C{1-12}} 11DPE12-shelf-slot-{VA{1-2}} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} 43STA1P-shelf-slot-C1 4DPA4-shelf-slot-{L{1-2}, C{1-4}, VA{1-2}} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} Effect on Service Alarm Entity Type EQPT Description...
  • Page 99 Alarm and condition details EXCESSLOAD ..............................................EXCESSLOAD Alarm Data Value/Meaning Severity Level AID Type 112SCA1-shelf-slot 112SCX10-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot A2325A-shelf-slot ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot AM2017B-shelf-slot AM2325B-shelf-slot CWR-{1-8}-{2-16} Equipment Controller-{1-8}-{1,18} OPS-{1-8}-{2-17, 20-35} SVAC-shelf-slot WTOCM-shelf-slot Date Month/day/year that the condition was detected Time Hour:minute:second that the condition was...
  • Page 100 Alarm and condition details FACTERM-DEV ..............................................FACTERM-DEV Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12E-shelf-slot-{L{1-2},C{1-12}} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-12} 11DPE12-shelf-slot-{L{1-2},C{1-12}} 11DPE12-shelf-slot-{VA{1-2}} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11QPA4-shelf-slot-{VA{1-4}} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} 4DPA4-shelf-slot-{L{1-2}, C{1-4}, VA{1-2}} A2325A-shelf-slot-OSC ALPHG-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP...
  • Page 101 Alarm and condition details FACTERM-DEV ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Pluggable Module SEEP failure Corrective Action Proceed to “FACTERM-DEV” (p. 2-89). FANSPEEDHIGH Alarm Data Value/Meaning Severity Level AID Type FAN-shelf-slot Effect on Service Alarm Entity Type EQPT Description...
  • Page 102 Alarm and condition details FANSPEEDMAN ..............................................FANSPEEDMAN Alarm Data Value/Meaning Severity Level AID Type FAN-shelf-slot Effect on Service Alarm Entity Type EQPT Description Fan speed manually set to maximum Corrective Action Proceed to “FANSPEEDMAN” (p. 2-92). FECECSD Alarm Data Value/Meaning Severity Level AID Type 11STAR1-shelf-slot...
  • Page 103 Alarm and condition details FECUBCSD ..............................................Alarm Data Value/Meaning AID Type 11DPE12E-shelf-slot-{L1,L2} 11DPM12-shelf-slot-{L1,L2}-OTU 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11STAR1-shelf-slot-{L1, C1} 43STA1P-shelf-slot-L1 43STX4P-shelf-slot-{L1; C1-C4} Effect on Service Alarm Entity Type OTU2 Description Post-FEC Signal Degrade Corrective Action Proceed to “FECUBCSD” (p. 2-93). FELANLFI Alarm Data Value/Meaning Severity Level AID Type...
  • Page 104 Alarm and condition details FELANLOS ..............................................FELANLOS Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{{L1-4}, {C1-4}} 11STMM10-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 4DPA4-shelf-slot-{C1- C4} Effect on Service Alarm Entity Type 112SCX10, 112SX10L and 11QPA4: 10GbE, FC800 11STAR1 and 43SCX4: 10GbE 11STMM10: 1GbE, 10GbE, FC100, FC200, FC400 4DPA4: 1GbE...
  • Page 105 Alarm and condition details FELANLSS ..............................................Alarm Data Value/Meaning Date Month/day/year that the condition was detected Time Hour:minute:second that the condition was detected Effect on Service Alarm Entity Type 112SCX10, 112SX10L and 11QPA4: 10GbE, FC800 11STAR1, 43SCX4, 43STX4 and 43STX4P, : 10GbE 11STMM10: 1GbE, 10GbE, FC100, FC200, FC400...
  • Page 106 Alarm and condition details FELANRFI ..............................................Alarm Data Value/Meaning Corrective Action Proceed to “FELANRFI” (p. 2-97). FELOS Alarm Data Value/Meaning Severity Level Not alarmed AID Type 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 4DPA4-shelf-slot-{C1- C4} Effect on Service Alarm Entity Type 4DPA4: CBRAR Description Far End Loss of Synchronization Corrective Action Proceed to “FELANLSS”...
  • Page 107 Alarm and condition details FEPRLF ..............................................FEPRLF Alarm Data Value/Meaning Severity Level AID Type 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{C1} 11STMM10-shelf-slot- {C{1-10}} 11STGE12-shelf-slot- {C{1-10}} Effect on Service Alarm Entity Type 11QPA4: FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE Description...
  • Page 108 Alarm and condition details FPGAFAIL ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot WR-shelf-slot...
  • Page 109 Alarm and condition details FPGAFAIL ..............................................Alarm Data Value/Meaning Alarm Entity Type EQPT Description FPGA download or programming failure Corrective Action Proceed to “FPGAFAIL” (p. 2-100). FPGAINIT Description Alarm Data Value/Meaning Severity Level CR (when in service and not a scheduled firmware upgrade;...
  • Page 110 Alarm and condition details FPGAINIT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot WR-shelf-slot WTOCM-shelf-slot...
  • Page 111 Alarm and condition details FPGAINIT ..............................................Alarm Data Value/Meaning Description FPGA initializing Corrective Action Proceed to “FPGAINIT” (p. 2-101). FPGATIMEOUT Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-67 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 112 Alarm and condition details FPGATIMEOUT ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot WR-shelf-slot WTOCM-shelf-slot...
  • Page 113 Alarm and condition details FPGATIMEOUT ..............................................Alarm Data Value/Meaning Description FPGA timeout Corrective Action Proceed to “FPGAINIT” (p. 2-101). FRCDSWTIMREF Alarm Data Value/Meaning Severity Level Not alarmed AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type LINEREF Description Forced switch timing reference Corrective Action Proceed to “FRCDSWTIMREF”...
  • Page 114 Alarm and condition details FRCDWKSWBK ..............................................Alarm Data Value/Meaning Alarm Entity Type 11DPE12: 1GbE 11QPA4: 10GbE, FC800, FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16 4DPA4: 1GbE, CBRAR, FC100, FC200, OC3/STM1, OC12/STM4, OC48/STM16 OPS: OCH Description...
  • Page 115 Alarm and condition details FRCDWKSWPR ..............................................Alarm Data Value/Meaning Alarm Entity Type 11DPE12: 1GbE 11QPA4: 10GbE, FC800, FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16 4DPA4: 1GbE, CBRAR, FC100, FC200, OC3/STM1, OC12/STM4, OC48/STM16 OPS: OCH Description...
  • Page 116 Alarm and condition details FWPENDINGOBSOLETE ..............................................FWPENDINGOBSOLETE Alarm Data Value/Meaning Severity Level ..............................................1-72 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 117 Alarm and condition details FWPENDINGOBSOLETE ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 4 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot SVAC-shelf-slot WR-shelf-slot...
  • Page 118 Alarm and condition details FWPENDINGOBSOLETE ..............................................Alarm Data Value/Meaning Description Firmware on this pack is about to become obsolete with the software release upgrade Corrective Action Proceed to “FWPENDINGOBSOLETE” 2-105). FWUPGRADEPENDING Alarm Data Value/Meaning Severity Level ..............................................1-74 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 119 Alarm and condition details FWUPGRADEPENDING ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4 (FlexMux and DualTran) AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot SVAC-shelf-slot WR-shelf-slot WTOCM-shelf-slot...
  • Page 120 Alarm and condition details FWVERSIONNOTDEFAULT ..............................................FWVERSIONNOTDEFAULT Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPM12-shelf-slot 11DPE12E-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA4 (FlexMux and DualTran) AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot SVAC-shelf-slot...
  • Page 121 Alarm and condition details FWVERSIONNOTDEFAULT ..............................................Alarm Data Value/Meaning Description Firmware version on this pack is not the default version for this software release Corrective Action Proceed to “FWVERSIONNOTDEFAULT” 2-108). HIBER Description Alarm Data Value/Meaning Severity Level AID Type 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1...
  • Page 122 Alarm and condition details HIGAIN ..............................................HIGAIN Alarm Data Value/Meaning Severity Level Not alarmed AID Type A2325A-shelf-slot-Sig AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Sig AM2125A-shelf-slot-LineOut AM2125B-shelf-slot AM2325B-shelf-slot-Sig Effect on Service Alarm Entity Type Description Amplifier out of operational range - amplifier gain too high Corrective Action Proceed to “HIGAIN”...
  • Page 123 Alarm and condition details HWNOTSUPPORTED ..............................................HWNOTSUPPORTED Alarm Data Value/Meaning Severity Level AID Type EC-shelf-{1,18} Effect on Service Alarm Entity Type EQPT Description Hardware not supported for current configuration Corrective Action Proceed to “HWNOTSUPPORTED” 2-112). INSERTMOD Alarm Data Value/Meaning Severity Level ..............................................
  • Page 124 Alarm and condition details INSERTMOD ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11DPE12-shelf-slot-{L{1-2},C{1-12}} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} 43STA1P-shelf-slot-C1 4DPA4-shelf-slot-{L{1-2}, C{1-4}} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP OSC-shelf-slot-OSCSFP OSCT-shelf-slot-OSCSFP...
  • Page 125 Alarm and condition details INTTEMPHIGH ..............................................INTTEMPHIGH Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-81 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 126 Alarm and condition details INTTEMPHIGH ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot...
  • Page 127 Alarm and condition details INTTEMPHIGH ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card over temperature Corrective Action Proceed to “INTTEMPHIGH ” (p. 2-114). INTTEMPLOW Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-83 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 128 Alarm and condition details INTTEMPLOW ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot 112SCX10-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot PF-{1-8}-{19,36} RA2P-shelf-slot SVAC-shelf-slot...
  • Page 129 Alarm and condition details INTTEMPLOW ..............................................Alarm Data Value/Meaning Alarm Entity Type EQPT Description Card under temperature Corrective Action Proceed to “INTTEMPLOW ” (p. 2-114). INTTEMPOPT Alarm Data Value/Meaning Severity Level AID Type AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot MESH-shelf-slot RA2P-shelf-slot...
  • Page 130 Alarm and condition details INTRUSION ..............................................INTRUSION Alarm Data Value/Meaning Severity Level Not alarmed AID Type SYSTEM Effect on Service Alarm Entity Type Description Excessive Invalid Login Attempts Corrective Action Proceed to “INTRUSION” (p. 2-116). INTRUSIONEVT Alarm Data Value/Meaning Severity Level Major AID Type SYSTEM...
  • Page 131 Alarm and condition details INVALIDEGRESS ..............................................Alarm Data Value/Meaning Description Invalid or no egress port defined Corrective Action Proceed to “INVALIDEGRESS” (p. 2-117). INVALIDTHRESHOLD Alarm Data Value/Meaning Severity Level AID Type OPS-shelf-slot-{A, B} Effect on Service Alarm Entity Type Description Invalid Threshold Corrective Action Proceed to...
  • Page 132 Alarm and condition details INVENTORYERROR ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11QPA4-shelf-slot 11STAR1-shelf-slot 11STAR1A-shelf-slot 11STGE12-shelf-slot 11STMM10-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot BTC-shelf-slot CWR-shelf-slot DCM-shelf-1 EC-shelf-slot FAN-bay-shelf...
  • Page 133 Alarm and condition details INVENTORYERROR ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card Inventory Error Corrective Action Proceed to “INVENTORYERROR” 2-119)e. LANLFI Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STGE12-shelf-slot-L1...
  • Page 134 Alarm and condition details LANLOS ..............................................LANLOS Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STGE12-shelf-slot-{C1-10} 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type 112SCA1 and 112SA1L: 100 GbE 112SCX10, 112SX10L: 10GbE, FC800 11QPA4: FC800, FC1200 11STAR1 and 43SCX4: 10GbE...
  • Page 135 Alarm and condition details LANLSS ..............................................LANLSS Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STGE12-shelf-slot-{C1-10} 11STGE12-shelf-slot-L1 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} Effect on Service Alarm Entity Type 112SCA1 and 112SA1L: 100 GbE 112SCX10, 112SX10L: 10GbE, FC800 11QPA4: FC800, FC1200 11DPE12, 11STAR1 43SCX4, 43STX4, and...
  • Page 136 Alarm and condition details LANRFI ..............................................LANRFI Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STGE12-shelf-slot-{C1-10} 11STGE12-shelf-slot-L1 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} Effect on Service Alarm Entity Type 11STAR1, 43STX4, and 43STX4P: 10GbE Description LAN Remote Fault Indicator Corrective Action...
  • Page 137 Alarm and condition details ..............................................Description Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1 , C1} 112SCX10-shelf-slot-{L1, C1-C10} 1 112SX10L-shelf-slot-{L1, C1-C10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-L1 11STGE12-shelf-slot-L1 43SCX4-shelf-slot-{L1, C1-C10} 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2}...
  • Page 138 Alarm and condition details LCKEGR ..............................................LCKEGR Alarm Data Value/Meaning Severity Level AID Type 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type ODU2 Description Egress Locked - ODU Corrective Action Proceed to “LCKEGR” (p. 2-127). Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10}...
  • Page 139 Alarm and condition details LFIEGR ..............................................LFIEGR Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} Effect on Service Alarm Entity Type 112SCA1 and 112SA1L:100GbE All other cards: 10GbE Description Remote Client Local Fault Corrective Action Proceed to “LFIEGR”...
  • Page 140 Alarm and condition details LINKUP ..............................................LINKUP Description Alarm Data Value/Meaning Severity Level AID Type Effect on Service Alarm Entity Type EC: PLK Description Link Up Corrective Action Proceed to “LINKUP” (p. 2-131). LOAM Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 Effect on Service...
  • Page 141 Alarm and condition details ..............................................Alarm Data Value/Meaning Severity Level AID Type 11DPE12E-shelf-slot-{MD 1}-{MA1- MA400}-MEP ID Effect on Service Alarm Entity Type Description Loss of continuity Corrective Action Proceed to “LOC” (p. 2-132). LOCKOUTOFPR Alarm Data Value/Meaning Severity Level Not alarmed AID Type 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{C1}...
  • Page 142 Alarm and condition details LOCKOUTOFPR ..............................................Alarm Data Value/Meaning Description Lockout of protection Corrective Action Proceed to “LOCKOUTOFPR” (p. 2-133). LOCKOUTOFTIMREF Alarm Data Value/Meaning Severity Level Not alarmed AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type LINEREF Description Lock out of a timing reference from selection Corrective Action Proceed to “LOCKOUTOFTIMREF”...
  • Page 143 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10}} 112SX10L-shelf-slot-{L1, C1-C10}} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{L1} 43SCX4-shelf-slot-{L1, C1-C10}} 43STA1P-shelf-slot-{L1, C1} 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2} Effect on Service Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and...
  • Page 144 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} 4DPA4-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type 112SCX10, 112SX10L and 43SCX4: OC192/STM64 (client side only) 11STAR1: OC192/STM64 11STMM10: CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 43STA1P: OC768/STM256 43STX4/43STX4P: OC192/STM64 4DPA2: OC48/STM16...
  • Page 145 Alarm and condition details LOFEGR ..............................................Alarm Data Value/Meaning AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot-{C1- C4} Effect on Service Alarm Entity Type 112SCX10, 112SX10L, 11STAR1 and 43SCX4: OC192/STM64 11STMM10: CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 4DPA4: OC3/STM1, OC12/STM4, OC48/STM16 Description Loss of Frame Egress...
  • Page 146 Alarm and condition details LOF-O ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC OSCT-shelf-slot-OSCSFP Effect on Service Alarm Entity Type Description Incoming SUPVY LOF Corrective Action Proceed to “LOF-O (Incoming SUPVY LOF)” 2-142). LOGAIN Alarm Data Value/Meaning...
  • Page 147 Alarm and condition details LOGAIN ..............................................Alarm Data Value/Meaning Description Amplifier out of operational range - amplifier gain too low Corrective Action Proceed to “LOGAIN” (p. 2-145). Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10}} 112SX10L-shelf-slot-{L1, C1-C10}} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}}...
  • Page 148 Alarm and condition details ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L: OTU4 43SCX4: OTU3 All other cards: OTU2 Description Loss of Multiframe - OTU Corrective Action Proceed to “LOM (Loss of Multiframe - OTU)” (p. 2-146).
  • Page 149 Alarm and condition details ..............................................2 of 6 Alarm Data Value/Meaning Severity Level AID Type CWR-shelf-slot-Sig CWR8-88-shelf-slot-Sig Effect on Service Alarm Entity Type Description CWR Input LOS Corrective Action Proceed to “CWR Input LOS” (p. 2-155). 3 of 6 Alarm Data Value/Meaning Severity Level AID Type...
  • Page 150 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line AM2017B-shelf-slot-Line AM2325B-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn AM2325B-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description LD Input LOS Corrective Action Proceed to “LD Input LOS” (p. 2-153). 5 of 6 Alarm Data Value/Meaning...
  • Page 151 Alarm and condition details ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SCX10, 112SX10L and 43SCX4: OC192/STM64 (client side only) 11QPA4: OC192/STM64 (client side only), 11STMM10: CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 43STA1P: OC768/STM256 43STX4/43STX4P: OC192/STM64 4DPA2: OC48/STM16 4DPA4: OC3/STM1, OC12/STM4, OC48/STM16 Description Loss of Signal Corrective Action Proceed to...
  • Page 152 Alarm and condition details LOSDCM ..............................................LOSDCM Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Dcm AHPHG-shelf-slot-Dcm AHPLG-shelf-slot-Dcm ALPHG-shelf-slot-Dcm AM2017B-shelf-slot-Dcm AM2125A-shelf-slot-Dcm AM2125B-shelf-slot-Dcm AM2325A-shelf-slot-Dcm AM2325B-shelf-slot-Dcm Effect on Service Alarm Entity Type Description From Dcm Input LOS Corrective Action Proceed to “LOSDCM” (p. 2-162).
  • Page 153 Alarm and condition details LOSOCM ..............................................LOSOCM Alarm Data Value/Meaning Severity Level AID Type WTOCM-shelf-slot-IN{1-4} Effect on Service Alarm Entity Type Description WTOCM Input LOS Corrective Action Proceed to “LOSOCM” (p. 2-166). LOS-O Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC...
  • Page 154 Alarm and condition details LOS-OUT ..............................................LOS-OUT 1 of 2 Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Line AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description Outgoing Loss of Signal Corrective Action Proceed to “LOS-OUT”...
  • Page 155 Alarm and condition details LOS-OUT ..............................................Alarm Data Value/Meaning Alarm Entity Type Description Outgoing channel absent Corrective Action Proceed to “LOS-OUT” (p. 2-169). LOS-P Alarm Data Value/Meaning Severity Level ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-111 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 156 Alarm and condition details LOS-P ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10}} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STGE12-shelf-slot-L1 11STMM10-shelf-slot-{L1, {C1-10}} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot-{L1, C1-C4}} 43STX4P-shelf-slot-{L1, C1-C4}} 4DPA4-shelf-slot-{L{1-2}} A2325A-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn AM2325B-shelf-slot-Line OPS-shelf-slot-{Sig, A, B}...
  • Page 157 Alarm and condition details LOS-P ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SCA1 and 112SCX10 (line side only): OTU4 11STMM10 (client side only) and 4DPA4: OTU1 43STA1P and 43STX4P: OTU3 OPS: OCH All amplifiers: OTS All other AIDs: OTU2 Description Incoming Payload Corrective Action Proceed to...
  • Page 158 Alarm and condition details LPBKLine ..............................................Alarm Data Value/Meaning Alarm Entity Type EQPT Description Line (Facility) loopback active Corrective Action Proceed to “LPBKLINE” (p. 2-173). LPBKTERM Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, {C1-10}} 112SX10L-shelf-slot-{L1, {C1-10}} 11DPE12E-shelf-slot-{L{1-2},C{1-12}} 11STAR1-shelf-slot-{L1, C1}...
  • Page 159 Alarm and condition details LSPOW_ALM_W ..............................................LSPOW_ALM_W Alarm Data Value/Meaning Severity Level Major AID Type 43STA1P-shelf-slot-C1 43STX4P-shelf-slot-C1 Effect on Service Alarm Entity Type EQPT Description Laser back-facet optical power cross threshold Corrective Action Proceed to “LSPOW_ALM_W” (p. 2-175). LSTEMP_ALM_W Alarm Data Value/Meaning Severity Level Major...
  • Page 160 Alarm and condition details LSSEGR ..............................................LSSEGR Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} Effect on Service Alarm Entity Type 112SA1L, 112SCA1: 100GbE All other cards: 10GbE Description Remote Client Loss of Synchronization Corrective Action Proceed to “LSSEGR”...
  • Page 161 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot{Dcm, Sig, Line, OSC} ALPFGT-shelf-slot- {Sig, Line, OSCSFP} AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot DCM-shelf-slot...
  • Page 162 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type (continued) SFC-shelf-slot SFD-shelf-slot SFD44-shelf-1 SFD44B-shelf-1 SVAC-shelf-slot USRPNL-shelf WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Manually caused abnormal condition - card in maintenance Corrective Action Proceed to “MAN” (p. 2-177).
  • Page 163 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, {C1-10}} 112SX10L-shelf-slot-{L1, {C1-10}} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1, C{1-10}} 11STGE12-shelf-slot-{L1, C{1-12}} 43SCX4-shelf-slot-{L1, {C1-10}} 43STA1P-shelf-slot-{L1, C1} 43STX4-shelf-slot- {L1, C{1-4}} 43STX4P-shelf-slot-{L1, {C1-C4}} 4DPA4-shelf-slot-{L{1-2}, C{1-4}, VA{1-2}} 4DPA4-shelf-slot-{C1- C4, L1, L2, VA1, VA2} AM2017B-shelf-slot-OSC AM2325B-shelf-slot-{Dcm, Sig, Line, OSC}...
  • Page 164 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type (continued) SVAC-shelf-slot WR-shelf-slot-{SIG, THRU, DROPOUT, ADDIN{1-8}, MESHOUT{1-3}} WTOCM-shelf-slot-IN{1-4} Effect on Service Alarm Entity Type EQPT Description Manually caused abnormal condition - port in maintenance Corrective Action Proceed to “MAN” (p. 2-177).
  • Page 165 Alarm and condition details MANRESET ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STX4-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot EC-shelf-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OSC-shelf-slot OPS-shelf-slot RA2P-shelf-slot SVAC-shelf-slot WR-shelf-slot...
  • Page 166 Alarm and condition details MANRESET ..............................................Alarm Data Value/Meaning Alarm Entity Type EQPT Description Card Manual Reset Corrective Action Proceed to “MANRESET” (p. 2-181). MANSWTIMREF Alarm Data Value/Meaning Severity Level Not alarmed AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type LINEREF Description Timing selection was switched by a manual...
  • Page 167 Alarm and condition details MANWKSWBK ..............................................MANWKSWBK Alarm Data Value/Meaning Severity Level Not alarmed AID Type 11STAR1-shelf-slot-{C1} 11STMM10-shelf-slot-{C{1-10}} 11STGE12-shelf-slot-{C{1-10}} 4DPA4-shelf-slot-{C1- C4} OPS-shelf-slot-A,B Effect on Service Alarm Entity Type 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16...
  • Page 168 Alarm and condition details MANWKSWPR ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type 11DPE12: 1GbE 11QPA4: 10GbE, FC800, FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16 4DPA4: 1GbE, CBRAR, FC100, FC200, OC3/STM1, OC12/STM4, OC48/STM16 OPS: OCH...
  • Page 169 Alarm and condition details MISMATCH ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot 4DPA4-1-{7, 8} ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot CWR-shelf-slot DCM-shelf-slot FAN-shelf-slot ITLB-shelf-slot ITLU-shelf-slot MESH-shelf-slot...
  • Page 170 Alarm and condition details MISMATCH ..............................................Alarm Data Value/Meaning AID Type (continued) SFC-shelf-slot SFD-shelf-slot SFD44-shelf-1 SFD44B-shelf-1 SVAC-shelf-slot WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Card mismatch Corrective Action Proceed to “MISMATCH” (p. 2-185). Description Power filter mismatch Alarm Data Value/Meaning Severity Level...
  • Page 171 Alarm and condition details MISMATCHMOD ..............................................MISMATCHMOD Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-12} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} 4DPA4-shelf-slot-{L{1-2}, C{1-4}, VA{1-2}} A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot- OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC OSCT-shelf-slot-OSCSFP Effect on Service...
  • Page 172 Alarm and condition details MIXEDPFUSED ..............................................MIXEDPFUSED Description Alarm Data Value/Meaning Severity Level AID Type SHELF Effect on Service Alarm Entity Type Description Mixed types of power filters used Corrective Action Proceed to “MIXEDPFUSED” (p. 2-193). Alarm Data Value/Meaning Severity Level AID Type 11DPE12E-shelf-slot-{MD 1}-{MA1- MA400}-MEP ID...
  • Page 173 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Card degrade - wavelength tracker channel id insertion Corrective Action Proceed to “MOD”...
  • Page 174 Alarm and condition details MODOUTOOR ..............................................MODOUTOOR Alarm Data Value/Meaning Severity Level AID Type 11STAR1-shelf-slot 11QPA4-shelf-slot Effect on Service Alarm Entity Type Description Modulator output power out of range Corrective Action Proceed to “MODOUTOOR” (p. 2-197). MSIM Alarm Data Value/Meaning Severity Level AID Type 43STX4P-shelf-slot-L1...
  • Page 175 Alarm and condition details MTCESURV ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type EQPT Description Add power control failure Corrective Action Proceed to “MTCESURV”...
  • Page 176 Alarm and condition details MTCESURVDGR ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type EQPT Description Port degrade - wavelength tracker encode degrade Corrective Action Proceed to “MTCESURVDGR”...
  • Page 177 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11STAR1-shelf-slot-C1 A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC EC-shelf-slot-{ES1, ES2} FAN-shelf-slot-LAN1 FLC-1-slot-{CIT, OAMP} MT0C-shelf-slot{VOIP, ES1, ES2, E1, E2} OSC-shelf-slot-OSCSFP OSCT-shelf-slot-OSCSFP USRPNL-shelf-slot-{OAMP, VOIP, E1, E2} Effect on Service Alarm Entity Type 11DPE12, 11QPA4 and 11STAR1: OTU2...
  • Page 178 Alarm and condition details NOTALLOWED ..............................................NOTALLOWED Alarm Data Value/Meaning Severity Level AID Type SLOT Effect on Service Alarm Entity Type EQPT Description Card not allowed Corrective Action Proceed to “NOTALLOWED” (p. 2-205). NTPOOSYNC Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type...
  • Page 179 Alarm and condition details OAPUMPBIASCURRHIGH ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot MESH-shelf-slot RA2P-shelf-slot WR-shelf-slot Effect on Service Alarm Entity Type Description OA pump laser bias current high Corrective Action Proceed to “OAPUMPBIASCURRHIGH” 2-207).
  • Page 180 Alarm and condition details OCHCOLLISION ..............................................OCHCOLLISION Description Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-[Line, Sig]-freq AHPLG-shelf-slot-[Line, Sig]-freq ALPHG-shelf-slot-[Line, Sig]-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2125A-shelf-slot-Line-freq AM2125B-shelf-slot-Line-freq AM2325B-shelf-slot-Line-freq CWR-shelf-slot-Sig-freq CWR8-88A-shelf-slot-Sig-freq MESH-shelf-slot-SigIN-freq OPS-shelf-slot-[Sig, Ain, Bin] WR-shelf-slot-{Sig, THRU}-freq Effect on Service Alarm Entity Type Description Channel collision Corrective Action...
  • Page 181 Alarm and condition details OCHCOLLISION-OUT ..............................................OCHCOLLISION-OUT Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-{Sig, Line}-freq AHPHG-shelf-slot-{Sig, Line}-freq AHPLG-shelf-slot-{Sig, Line}-freq ALPHG-shelf-slot-{Sig, Line}-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-{Sig, Line}-freq AM2125A-shelf-slot-LineOut-freq AM2125B-shelf-slot-LineOut-freq AM2325B-shelf-slot-{Sig, Line}-freq CWR-shelf-slot-ThruOut-freq OSCT-shelf-slot-Line-freq Effect on Service Alarm Entity Type Description Channel collision Output Direction Corrective Action Proceed to “OCHCOLLISION-OUT”...
  • Page 182 Alarm and condition details OCHKEYDUP ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Duplicate Wave Key Corrective Action Proceed to “OCHKEYDUP” (p. 2-217).
  • Page 183 Alarm and condition details OCHKEYOVERLAP ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type Description Wave Key overlap Corrective Action Proceed to “OCHKEYOVERLAP” (p. 2-218). OCHFDI Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-Line, Sig]-freq AHPLG-shelf-slot-Line-freq ALPHG-shelf-slot-Line-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2125A-shelf-slot-LineIn-freq AM2125B-shelf-slot-LineIn-freq...
  • Page 184 Alarm and condition details OCHPDI ..............................................OCHPDI Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-L1 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 112SX10L-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Optical Channel PayloadDefect Indication Corrective Action Proceed to “OCHPDI”...
  • Page 185 Alarm and condition details OCHTRAILDUP ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-L1 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 112SX10L-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Duplicate OCH Trail name Corrective Action Proceed to “OCHTRAILDUP”...
  • Page 186 Alarm and condition details OCHTRAILUNKNOWN ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-Line-freq AHPLG-shelf-slot-Line-freq ALPHG-shelf-slot-Line-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2125A-shelf-slot-LineIn-freq AM2125B-shelf-slot-LineIn-freq AM2325B-shelf-slot-Line-freq OSCT-shelf-slot-Line-freq RA2P-shelf-slot-LineIn-freq Effect on Service Alarm Entity Type Description Unknown OCH Trail for xconnect Corrective Action Proceed to “OCHTRAILUNKNOWN” (p. 2-221) OCHUNKNOWN Alarm Data Value/Meaning...
  • Page 187 Alarm and condition details OCHUNKNOWN ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-[Line, Sig]-freq AHPLG-shelf-slot-[Line, Sig]-freq ALPHG-shelf-slot-[Line, Sig]-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2325B-shelf-slot-Line-freq CWR-shelf-slot-Sig-freq MESH-shelf-slot-SigIN-freq OPS-shelf-slot-[Sig, Ain, Bin] OSCT-shelf-slot-Line-freq WR-shelf-slot-{Sig, THRU}-freq Effect on Service Alarm Entity Type Description Channel unexpected Corrective Action Proceed to “OCHUNKNOWN”...
  • Page 188 Alarm and condition details OCHUNKNOWN-OUT ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type Description Channel unexpected Corrective Action Proceed to “OCHUNKNOWN-OUT” 2-225). Description Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-{L1, C1-C10} 112SX10L-shelf-slot-{L1, C1-C10} 112SCA1-shelf-slot-C1 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}}...
  • Page 189 Alarm and condition details ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L: OTU4 43SCX4 and 43STA1P: OTU3 All other AIDs: ODU2 Description Open Connection Indication - ODU Corrective Action Proceed to “OCI” (p. 2-226). OCIEGR Alarm Data Value/Meaning Severity Level AID Type...
  • Page 190 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-[Line, Sig]-freq AHPLG-shelf-slot-[Line, Sig]-freq ALPHG-shelf-slot-[Line, Sig]-freq ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2325B-shelf-slot-Line-freq CWR-shelf-slot-Sig-freq MESH-shelf-slot-SigIN-freq OPS-shelf-slot-[Sig, Ain, Bin] OSCT-shelf-slot-Line-freq WR-shelf-slot-{Sig, THRU}-freq Effect on Service Alarm Entity Type Description Channel optical power out of range Corrective Action Proceed to “OPR”...
  • Page 191 Alarm and condition details OPRPWRHIGH ..............................................Alarm Data Value/Meaning Alarm Entity Type Description Out of Operational Range - Loss Too High Corrective Action Proceed to “OPRPWRHIGH” (p. 2-233). OPRPWRLOW Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineIn...
  • Page 192 Alarm and condition details OPRLOSSHIGH ..............................................OPRLOSSHIGH Description Alarm Data Value/Meaning Severity Level Not alarmed AID Type A2325A-shelf-slot-Dcm AHPHG-shelf-slot-Dcm AHPLG-shelf-slot-Dcm ALPHG-shelf-slot-Dcm ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Dcm AM2125A-shelf-slot-Dcm AM2125B-shelf-slot-Dcm AM2325B-shelf-slot-Dcm Effect on Service Alarm Entity Type Description Out of Operational Range – Loss Too High between DCM Ports of LD Corrective Action Proceed to...
  • Page 193 Alarm and condition details OPRLOSSLOW ..............................................Alarm Data Value/Meaning Corrective Action Proceed to “OPRLOSSLOW” (p. 2-231). OPROOR Alarm Data Value/Meaning Severity Level AID Type 11STAR1-shelf-slot Effect on Service Alarm Entity Type Description Optical power received out of range Corrective Action Proceed to “OPROOR”...
  • Page 194 Alarm and condition details OPR-OUT ..............................................Alarm Data Value/Meaning Description Outgoing Channel Optical Power Out of Range Corrective Action Proceed to “OPR-OUT” (p. 2-238). OPRTX Description Alarm Data Value/Meaning Severity Level AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2}...
  • Page 195 Alarm and condition details OPRUNACHIEVE ..............................................OPRUNACHIEVE Description Alarm Data Value/Meaning Severity Level AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11DPE12E-shelf-slot-{VA{1-2}} 11QPA4-shelf-slot-{VA1-4} 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Channel power unachievable Corrective Action Proceed to “OPRUNACHIEVE”...
  • Page 196 Alarm and condition details OPTINTBASE ..............................................OPTINTBASE Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn AM2325B-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description Optical intrusion baseline needed Corrective Action Proceed to “OPTINTBASE” (p. 2-244).
  • Page 197 Alarm and condition details OPTINTDET ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn AM2325B-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description Optical Intrusion - Detected Corrective Action Proceed to “OPTINTDET” (p. 2-245). OPTINTSUSP Alarm Data Value/Meaning Severity Level...
  • Page 198 Alarm and condition details OPTINTSUSP ..............................................Alarm Data Value/Meaning Corrective Action Proceed to “OPTINTSUSP” (p. 2-245). OSCSSF Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC OSCT-shelf-slot-OSCSFP Effect on Service Alarm Entity Type Description Server signal failure - OSC Corrective Action...
  • Page 199 Alarm and condition details PCSGENERATOR ..............................................Alarm Data Value/Meaning Description PCS Generator active Corrective Action Proceed to “PCSGENERATOR” (p. 2-248). Description Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-L1 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 112SX10L-shelf-slot-L1 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STGE12-shelf-slot-{L1} 43SCX4-shelf-slot-L1...
  • Page 200 Alarm and condition details ..............................................Alarm Data Value/Meaning Corrective Action Proceed to “PLM” (p. 2-248). PLMEGR Alarm Data Value/Meaning Severity Level AID Type 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type OTU2 Description Egress Payload Mismatch Indication - ODU Corrective Action Proceed to “PLMEGR”...
  • Page 201 Alarm and condition details PRCDRERR-TOPO ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-Line AM2017B-shelf-slot-Line AM2325B-shelf-slot-Line AHPHG-shelf-slot-Line AHPLG-shelf-slot- Line ALPHG-shelf-slot-Line ALPFGT-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn AM2325B-shelf-slot-Line OSCT-shelf-slot-Line RA2P-shelf-slot-LineIn Effect on Service Alarm Entity Type EQPT Description Power management topology invalid Corrective Action Proceed to “PRCDRERR”...
  • Page 202 Alarm and condition details PWRADJCOMMS ..............................................PWRADJCOMMS Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-{Sig, Lineout} AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig AM2017B-shelf-slot-{Sig} AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2318A-shelf-slot-Lineout AM2325B-shelf-slot-{Sig} Effect on Service Alarm Entity Type Description Inter NE communication timeout blocking power adjustment Corrective Action Proceed to “PWRADJCOMMS”...
  • Page 203 Alarm and condition details PWRADJFAIL ..............................................Alarm Data Value/Meaning AID Type A2325A-shelf-slot-{Sig, Line} AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig AM2017B-shelf-slot-{Sig, Line} AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-{Sig, Line} OSC-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description Power Adjustment Failure No through services in appropriate state for adjustment Corrective Action Proceed to...
  • Page 204 Alarm and condition details PWRADJREQ ..............................................Alarm Data Value/Meaning Alarm Entity Type Description Power Adjustment Required Corrective Action Proceed to “PWRADJREQ” (p. 2-265). PWRMARGIN Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Sig AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Line AM2017B-shelf-slot-Sig AM2325B-shelf-slot-Sig OSC-shelf-slot-Line OSCT-shelf-slot-Line Effect on Service Alarm Entity Type Description...
  • Page 205 Alarm and condition details PWRMAXGAIN ..............................................PWRMAXGAIN Alarm Data Value/Meaning Severity Level AID Type A2325A-shelf-slot-Sig AHPHG-shelf-slot-Sig AHPLG-shelf-slot-Sig ALPHG-shelf-slot-Sig ALPFGT-shelf-slot-Sig AM2017B-shelf-slot-Sig AM2125A-shelf-slot-LineOut AM2125B-shelf-slot-LineOut AM2325B-shelf-slot-Sig OSCT-shelf-slot-Sig Effect on Service Alarm Entity Type Description Gain Adjustment Exceeded Max Value Corrective Action Proceed to “PWRMAXGAIN”...
  • Page 206 Alarm and condition details PWRSUSP ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-L1 112SCX10-shelf-slot-L1 112SX10L-shelf-slot-L1 11STAR1-shelf-slot-Line 11STMM10-shelf-slot-Line 11STGE12-shelf-slot-Line 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 4DPA4-shelf-slot- {VA1, VA2} MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-Line Effect on Service Alarm Entity Type Description Power management suspended Corrective Action Proceed to “PWRSUSP”...
  • Page 207 Alarm and condition details PWRTILTSUSP ..............................................Alarm Data Value/Meaning Alarm Entity Type Description Amplifier gain tilt adjustments suspended Corrective Action Proceed to “PWRTILTSUSP” (p. 2-276). RAMANSUSP (Raman Suppress - Line) Alarm Data Value/Meaning Severity Level AID Type AHPHG-shelf-slot-Line AHPLG-shelf-slot-Line ALPHG-shelf-slot-Line AM2017B-shelf-slot-Line AM2125A-shelf-slot-LineIn AM2125B-shelf-slot-LineIn...
  • Page 208 Alarm and condition details RCVROPTPROG ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot Effect on Service Alarm Entity Type EQPT Description Receiver Optimization in Progress Corrective Action Proceed to “RCVROPTPROG” (p. 2-278). Alarm Data Value/Meaning Severity Level AID Type...
  • Page 209 Alarm and condition details REMOVEMOD ..............................................REMOVEMOD Alarm Data Value/Meaning Severity Level AID Type 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11DPE12-shelf-slot-{L{1-2},C{1-12}} 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} 43STA1P-shelf-slot-C1 4DPA4-shelf-slot-{L{1-2}, C{1-4}} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} A2325A-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2017B-shelf-slot-OSC AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC OSC-shelf-slot-OSCSFP OSCT-shelf-slot-OSCSFP...
  • Page 210 Alarm and condition details REPLUNITMISS ..............................................REPLUNITMISS Description Card missing Alarm Data Value/Meaning Severity Level ..............................................1-166 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 211 Alarm and condition details REPLUNITMISS ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot BTC-shelf-slot CWR-shelf-slot DCM-shelf-slot FAN-shelf-slot ITLB-shelf-1 ITLU-shelf-slot MT0C-shelf-slot...
  • Page 212 Alarm and condition details REPLUNITMISS ..............................................Alarm Data Value/Meaning AID Type (continued) SFC-shelf-slot SFD-shelf-slot SFD44-shelf-1 SFD44B-shelf-1 SVAC-shelf-slot USRPNL-shelf WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Card missing Corrective Action Proceed to “REPLUNITMISS” (p. 2-281). Description Card removal/unseat event Alarm Data Value/Meaning Severity Level...
  • Page 213 Alarm and condition details REPLUNITMISS ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11QPA4-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPFGT-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot EC-shelf-{1, 18} FAN-shelf-slot ITLB-shelf-1 OPS-shelf-slot OSCT-shelf-slot PF-{1-8}-{19,36} RA2P-shelf-slot...
  • Page 214 Alarm and condition details REPLUNITMISS ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type EQPT Description Card removal/unseat event Corrective Action Proceed to “REPLUNITMISS” (p. 2-281). REPLUNITMISSMOD Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-12} 43SCX4-shelf-slot-{C1-10}...
  • Page 215 Alarm and condition details REPLUNITMISSMOD ..............................................Alarm Data Value/Meaning Description SFP or XFP missing Corrective Action Proceed to “REPLUNITMISSMOD” 2-283). RFIEGR Description Alarm Data Value/Meaning Severity Level Not alarmed AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 43SCX4-shelf-slot-{C1-10} 43STX4-shelf-slot- C{1-4} Effect on Service Alarm Entity Type 112SCA1 and 112SA1L:100GbE...
  • Page 216 Alarm and condition details RFIL ..............................................RFIL Alarm Data Value/Meaning Severity Level AID Type 11STMM10-shelf-slot-{C1-10} Effect on Service Alarm Entity Type CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 Description RFI Line/MS Corrective Action Proceed to “RFIL” (p. 2-285). SDBER Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10}...
  • Page 217 Alarm and condition details SDBER (RS) ..............................................SDBER (RS) Alarm Data Value/Meaning Severity Level AID Type 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-{C1-10} Effect on Service Alarm Entity Type OC12; OC3; OC48; OC192; STM1; STM16; STM4; STM64 Visible Indication Corrective Action Proceed to “SDBER (RS) (RS Signal Degrade)”...
  • Page 218 Alarm and condition details SDEGR ..............................................SDEGR Alarm Data Value/Meaning Severity Level AID Type 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type OTU2 Description Egress Signal Degrade - ODU Corrective Action Proceed to “SDEGR” (p. 2-291). SFMISMATCH Alarm Data Value/Meaning Severity Level CR (except EC) MJ (EC only)
  • Page 219 Alarm and condition details SFMISMATCH ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12-shelf-slot 11QPA4-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot A2325A-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot...
  • Page 220 Alarm and condition details SFMISMATCH ..............................................Alarm Data Value/Meaning AID Type (continued) SVAC-shelf-slot WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Software version mismatch Corrective Action Proceed to “SFMISMATCH” (p. 2-292). SLTMSIG Alarm Data Value/Meaning Severity Level AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type...
  • Page 221 Alarm and condition details ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-L1 112SX10L-shelf-slot-L1 11DPE12-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4},C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STMM10-shelf-slot-{C1-10} 11STGE12-shelf-slot-{L1} 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-{L1, C1} 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2} Effect on Service Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L: OTU4...
  • Page 222 Alarm and condition details SSFODU ..............................................SSFODU Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10} 112SX10L-shelf-slot-{L1, C1-C10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{L1, L2} 11QPA4-shelf-slot-{L{1-4}, C{1-4}} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STGE12-shelf-slot-{L1}, 43SCX4-shelf-slot-{L1, C1-C10} 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 43STX4P-shelf-slot-{C1-C4} 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2} Effect on Service...
  • Page 223 Alarm and condition details SSFODUEGR ..............................................SSFODUEGR Description Alarm Data Value/Meaning Severity Level AID Type 43STX4-shelf-slot-{C1-C4} 43STX4P-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type Description Egress Server Signal Failure - ODU Corrective Action Proceed to “SSFODUEGR” (p. 2-297). SWEQPT 1 of 2 Alarm Data Value/Meaning Severity Level...
  • Page 224 Alarm and condition details SWEQPT ..............................................Alarm Data Value/Meaning AID Type 112SCA1-shelf-slot 112SCX10-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot Effect on Service Alarm Entity Type EQPT Description Protection switching equipment failure Corrective Action Proceed to “SWEQPT” (p. 2-299).
  • Page 225 Alarm and condition details SWFTDWN ..............................................Alarm Data Value/Meaning AID Type 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} OPS-shelf-slot SVAC-shelf-slot Effect on Service Alarm Entity Type EQPT Description Software Upgrade in Progress Corrective Action Proceed to “SWFTDWN” (p. 2-305).
  • Page 226 Alarm and condition details SWMTXMOD ..............................................Alarm Data Value/Meaning AID Type 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-10} 43STA1P-shelf-slot-C1 OTU3 43STA1P-shelf-slot-C1 OC768/STM256 43STX4-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type EQPT 11QPA4: 10GbE, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 43STA1P: OC768/STM256, OTU3...
  • Page 227 Alarm and condition details SWUPGFAIL ..............................................SWUPGFAIL 1 of 2 Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description Software Upgrade Failed Corrective Action Proceed to “SWUPGFAIL” (p. 2-311). 2 of 2 Alarm Data Value/Meaning Severity Level AID Type...
  • Page 228 Alarm and condition details SYNCOOS ..............................................SYNCOOS 1 of 2 Alarm Data Value/Meaning Severity Level AID Type LINEREFSYS-shelf-slot-{0-3} Effect on Service Alarm Entity Type LINEREF Description Timing reference failed (not Protected or Protection not Available) Corrective Action Proceed to “SYNCOOS” (p. 2-316).
  • Page 229 Alarm and condition details SYSBOOT ..............................................SYSBOOT Alarm Data Value/Meaning Severity Level AID Type SYSTEM Effect on Service Alarm Entity Type Description Cold Start Warm Start Corrective Action Proceed to “SYSBOOT” (p. 2-319). Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10}}...
  • Page 230 Alarm and condition details ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and 112SX10L (line side only): OTU4 112SCX10 and 112SX10L (client side only): OC192/STM64 11QPA4: OC192/STM64 (client side only) 11STAR1: OC192/STM64 11STMM10: CBR2G5, OC3/STM1, OC12/STM4, OC48/STM16 43SCX4 (line side only): OTU3 43SCX4 (client side only): OC192/STM64...
  • Page 231 Alarm and condition details TIMODU ..............................................TIMODU Alarm Data Value/Meaning Severity Level AID Type 112SA1L-shelf-slot-{L1, C1} 112SCA1-shelf-slot-{L1, C1} 112SCX10-shelf-slot-{L1, C1-C10} 112SX10L-shelf-slot-{L1, C1-C10} 11DPE12E-shelf-slot-{L1, L2} 11STAR1-shelf-slot-{L1, C1} 11STMM10-shelf-slot-{L1} 11STGE12-shelf-slot-{L1} 43SCX4-shelf-slot-{L1, C1-C10} 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-L1 4DPA4-shelf-slot-{L1, L2} 4DPA4-shelf-slot- {L1, L2} Effect on Service Alarm Entity Type 112SA1L, 112SCA1, 112SCX10 and...
  • Page 232 Alarm and condition details TRMT ..............................................TRMT Description Alarm Data Value/Meaning Severity Level AID Type 112SCA1-shelf-slot-L1 112SCX10-shelf-slot-L1 11DPE12E-shelf-slot-{L{1-2},C{1-12}} 11STAR1-shelf-slot-L1 11STMM10-shelf-slot-L1 11STGE12-shelf-slot-L1 43SCX4-shelf-slot-L1 43STA1P-shelf-slot-L1 43STX4-shelf-slot-L1 43STX4P-shelf-slot-L1 MVAC-shelf-slot-G{1-8} SVAC-shelf-slot-L1 Effect on Service Alarm Entity Type EQPT Description Port transmit failure Corrective Action Proceed to “TRMT”...
  • Page 233 Alarm and condition details TRMTMOD ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-12} 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot 43STX4P-shelf-slot-{C1-C4} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} 4DPA4-shelf-slot-{L{1-2}, C{1-4}} A2325A-shelf-slot-OSC AM2017B-shelf-slot-OSC AM2325B-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot-OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP AM2125A-shelf-slot-OSCSFP AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC OSCT-shelf-slot-OSCSFP Effect on Service Alarm Entity Type EQPT...
  • Page 234 Alarm and condition details UNG/UNP ..............................................UNG/UNP Alarm Data Value/Meaning Severity Level AID Type 11DPE12E-shelf-slot-{MD 1}-{MA1- MA400}-MEP ID Effect on Service Alarm Entity Type Description Unexpected MEP or unexpected periodicity Corrective Action Proceed to “UNG/UNP” (p. 2-331). UNKNOWN Alarm Data Value/Meaning Severity Level ..............................................
  • Page 235 Alarm and condition details UNKNOWN ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot ALPHG-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2318A-shelf-slot AM2325B-shelf-slot BTC-shelf-slot CWR-shelf-slot DCM-shelf-slot FAN-shelf-slot FLC-shelf-slot ITLB-shelf-slot MESH-shelf-slot MT0C-shelf-slot...
  • Page 236 Alarm and condition details UNKNOWN ..............................................Alarm Data Value/Meaning AID Type (continued) SFC-shelf-slot SFD-shelf-slot SFD44-shelf-1 SFD44B-shelf-1 SVAC-shelf-slot USRPNL-shelf WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Card unknown Corrective Action Proceed to “UNKNOWN” (p. 2-332). UNKNOWNMOD Alarm Data Value/Meaning Severity Level ..............................................
  • Page 237 Alarm and condition details UNKNOWNMOD ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11STAR1-shelf-slot-C1 11STMM10-shelf-slot-C{1-10} 11STGE12-shelf-slot-C{1-12} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} 4DPA2-shelf-slot-{L{1-2}, C{1-2}} 4DPA4-shelf-slot-{L{1-2}, C{1-4}, VA{1-2}} A2325A-shelf-slot-OSC AM2017B-shelf-slot-OSC AM2125B-shelf-slot-OSCSFP AM2325B-shelf-slot-OSC AHPHG-shelf-slot-OSC AHPLG-shelf-slot- OSC ALPHG-shelf-slot-OSC ALPFGT-shelf-slot-OSCSFP OSCT-shelf-slot-OSCSFP Effect on Service Alarm Entity Type EQPT Description...
  • Page 238 Alarm and condition details ..............................................Alarm Data Value/Meaning Severity Level AID Type 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 112SCX10-shelf-slot-{C1-10} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{C1} 11STMM10-shelf-slot-{C1-10} 43SCX4-shelf-slot-{C1-10} 4DPA4-shelf-slot-{C1-C4} Effect on Service Alarm Entity Type 112SCX10 and 112SX10L: 10GbE, FC800 11QPA4: 10GbE, FC800, FC1200 11STAR1: FC1200 11STMM10: 1GbE, FC100, FC200, FC400 43SCX4: 10GbE 4DPA4: 1GbE Description...
  • Page 239 Alarm and condition details USALS (rr) ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot-C1 112SCA1-shelf-slot-C1 112SCX10-shelf-slot-{C1-10} 112SX10L-shelf-slot-{C1-10} 11DPE12-shelf-slot-{L1, L2} 11DPE12E-shelf-slot-{C1-C12} 11QPA4-shelf-slot-{C1-4} 11STAR1-shelf-slot-{C1} 11STMM10-shelf-slot-{C{1-10}} 11STGE12-shelf-slot-{C{1-10}} 43SCX4-shelf-slot-{C1-10} 43STA1P-shelf-slot-C1 43STX4-shelf-slot- C{1-4} 43STX4P-shelf-slot-{C1-C4} 4DPA2-shelf-slot-{C1,C2} 4DPA4-shelf-slot- {C1-4} Effect on Service ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 1-195 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 240 Alarm and condition details USALS (rr) ..............................................Alarm Data Value/Meaning Alarm Entity Type 112SCA1 and 112SA1L: 100GbE and OTU4 112SCX10 and 112SX10L: 10GbE, FC800 and OC192/STM64 43SCX4: 10GbE and OC192/STM64 11QPA4: 10GbE, FC800, FC1200, OC192/STM64, OTU2 11STAR1: 10GbE, FC1200, OC192/STM64, OTU2 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4,...
  • Page 241 Alarm and condition details USLOS ..............................................Alarm Data Value/Meaning Effect on Service Alarm Entity Type Description Upstream Channel Absent Corrective Action Proceed to “USLOS” (p. 2-343). USOCHCOLLISION Alarm Data Value/Meaning Severity Level Not alarmed AID Type A2325A-shelf-slot-Line-freq AHPHG-shelf-slot-port AHPLG-shelf-slot-Line-freq ALPHG-shelf-slot-port ALPFGT-shelf-slot-Line-freq AM2017B-shelf-slot-Line-freq AM2325B-shelf-slot-Line-freq...
  • Page 242 Alarm and condition details VCGLOA ..............................................VCGLOA Alarm Data Value/Meaning Severity Level AID Type 11STMM10-shelf-slot-{C1-10} Effect on Service Alarm Entity Type 11STMM10: 1GbE, FC100, FC200, FC400 Description VCG Loss of Alignment Corrective Action Proceed to “VCGLOA” (p. 2-346). VCGSSF Alarm Data Value/Meaning Severity Level AID Type...
  • Page 243 Alarm and condition details VOLTAGEHIGH ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot AM2325B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot...
  • Page 244 Alarm and condition details VOLTAGEHIGH ..............................................Alarm Data Value/Meaning AID Type (continued) SVAC-shelf-slot USRPNL-shelf WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description High input voltage defect Corrective Action Proceed to “VOLTAGEHIGH” (p. 2-349). VOLTAGELOW Description Alarm Data Value/Meaning Severity Level ..............................................
  • Page 245 Alarm and condition details VOLTAGELOW ..............................................Alarm Data Value/Meaning AID Type 112SA1L-shelf-slot 112SCA1-shelf-slot 112SCX10-shelf-slot 112SX10L-shelf-slot 11DPE12E-shelf-slot 11DPM12-shelf-slot 11STAR1-shelf-slot 11STMM10-shelf-slot 11STGE12-shelf-slot 43SCX4-shelf-slot 43STA1P-shelf-slot 43STX4-shelf-slot 43STX4P-shelf-slot 4DPA2-shelf-slot 4DPA4-shelf-slot AHPHG-shelf-slot AHPLG-shelf-slot ALPHG-shelf-slot ALPFGT-shelf-slot AM2017B-shelf-slot AM2125A-shelf-slot AM2125B-shelf-slot CWR-shelf-slot Equipment Controller-{1-8}-{1,18} FLC-shelf-slot MESH-shelf-slot MT0C-shelf-slot MVAC-shelf-slot OPS-shelf-slot OSCT-shelf-slot RA2P-shelf-slot...
  • Page 246 Alarm and condition details VOLTAGELOW ..............................................Alarm Data Value/Meaning AID Type (continued) SVAC-shelf-slot USRPNL-shelf WR-shelf-slot WTOCM-shelf-slot Effect on Service Alarm Entity Type EQPT Description Low input voltage defect Corrective Action Proceed to “VOLTAGELOW” (p. 2-350). VTSFDI Alarm Data Value/Meaning Severity Level AID Type 11DPE12-shelf-slot- {L1,L2}-{VTS1-VTS32} 11DPE12E-shelf-slot- {L1,L2}-{VTS1-...
  • Page 247 Alarm and condition details VTSOCI ..............................................VTSOCI Alarm Data Value/Meaning Severity Levels AID Type 11DPE12-shelf-slot- {L1,L2}-{VTS1-VTS32} 11DPE12E-shelf-slot- {L1,L2}-{VTS1- VTS100} Effect on Service Alarm Entity Type 10GbE Description VTS Open Connection Indication Corrective Action Proceed to “VTSOCI” (p. 2-352). WKSWBK Alarm Data Value/Meaning Severity Level Not alarmed...
  • Page 248 Alarm and condition details WKSWBK ..............................................Alarm Data Value/Meaning Alarm Entity Type 11DPE12: 1GbE 11QPA4: 10GbE, FC800, FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16 4DPA4: 1GbE, CBRAR, FC100, FC200, OC3/STM1, OC12/STM4, OC48/STM16 OPS: OCH Description...
  • Page 249 Alarm and condition details WKSWPR ..............................................Alarm Data Value/Meaning Alarm Entity Type 11DPE12: 1GbE 11QPA4: 10GbE, FC800, FC1200, OC192/STM64 11STAR1: 10GbE, FC1200, OC192/STM64 11STMM10: 1GbE, CBR2G5, FC100, FC200, FC400, OC3/STM1, OC12/STM4, OC48/STM16, OTU1 11STGE12: 1GbE 4DPA2: 1GbE, OC48/STM16 4DPA4: 1GbE, CBRAR, FC100, FC200, OC3/STM1, OC12/STM4, OC48/STM16 OPS: OCH Description...
  • Page 250 Alarm and condition details ............................................................................................1-206 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 251 T rouble-clearing procedures Overview Purpose This chapter contains the trouble-clearing procedures required to clear the conditions for the 1830 Photonic Service Switch 32/16/4. Contents 2-18 Safety statements Structure of safety statements 2-18 Safety precautions 2-19 AISL 2-20 AIS Line/MS 2-20 Client Port AISL 2-21 AIS - ODU...
  • Page 252 Trouble-clearing procedures Overview ..............................................APRNODE (APR Active - Node) 2-32 2-32 APROSC APROSC (APR Limited - OSC SFP failure condition) 2-32 APRSWITCH 2-33 APRSWITCH (APR Active – Port Switch) 2-33 APRTOPO 2-34 APRTOPO (APR Active - Invalid Topology) 2-34 2-34 APRUNAVAIL APRUNAVAIL (APR unavailable - monitoring card booting) 2-34...
  • Page 253 Trouble-clearing procedures Overview ..............................................2-50 CARDINIT CARDINIT (Card Initializing) 2-50 2-51 CONFIGFAIL CONFIGFAIL (Line Card Configuration Failed) 2-51 CONTCOM 2-52 CONTCOM (Card Failure - Communication) 2-52 CONTCOM (Inter-shelf loss of communication) 2-53 2-54 CONTEQPT CONTEQPT (Card Failure - Device) 2-54 2-55 CONTR CONTR (Port degrade - wavelength tracker failure)
  • Page 254 Trouble-clearing procedures Overview ..............................................2-68 DEGOTU DEGOTU (Signal Degrade - OTU) 2-68 2-69 DISCOVERMOD DISCOVERMOD (Pluggable Module Discovered) 2-69 DORMANTUSER 2-71 DORMANTUSER (User inactive) 2-71 2-71 ETHCSF ETHCSF (Ethernet Client Signal Failure) 2-71 2-72 EQPT EQPT (Card Failure - Device) 2-72 EQPT (Card Failure - Device) 2-73...
  • Page 255 Trouble-clearing procedures Overview ..............................................FACTERM-DEV (Pluggable Module SEEP Failure) 2-89 2-90 FANSPEEDHIGH FANSPEEDHIGH (Fan Speed is too high) 2-90 FANSPEEDLOW 2-91 FANSPEEDLOW (Fan speed is too low) 2-91 FANSPEEDMAN 2-92 FANSPEEDMAN (Fan speed manually set to maximum) 2-92 2-93 FECECSD FECECSD (Pre-FEC Signal Degrade) 2-93 2-93...
  • Page 256 Trouble-clearing procedures Overview ..............................................2-103 FRCDWKSWBK FRCDWKSWBK (Forced switch to working) 2-103 2-104 FRCDWKSWPR FRCDWKSWPR (Forced switch to protection) 2-104 FRNGSYNC 2-105 FRNGSYNC (System clock is in free running synchronization mode) 2-105 2-105 FWPENDINGOBSOLETE FWPENDINGOBSOLETE (Firmware on this pack is about to become obsolete 2-105 with the software release upgrade) 2-106...
  • Page 257 Trouble-clearing procedures Overview ..............................................INTRUSIONEVT (Excessive Invalid Login Attempts) 2-117 2-117 INVALIDEGRESS INVALIDEGRESS (Invalid or no egress port defined) 2-118 INVALIDTHRESHOLD 2-118 INVALIDTHRESHOLD 2-118 INVENTORYERROR 2-119 INVENTORYERROR (Card Inventory Error) 2-119 2-120 LANLFI LANLFI (Local Fault) 2-120 2-121 LANLOS LANLOS (LAN port LOS) 2-121 LANLSS 2-122...
  • Page 258 Trouble-clearing procedures Overview ..............................................2-133 LOCKOUTOFPR LOCKOUTOFPR (Lockout of protection) 2-133 2-134 LOCKOUTOFTIMREF 2-135 2-135 LOF (Loss Of Frame) 2-135 Transponder Client Port Loss of Frame 2-137 Transponder Network Port Loss of Frame 2-139 LOF-O (Incoming SUPVY LOF) 2-142 2-144 LOFEGR LOFEGR (Loss of Frame Egress) 2-144...
  • Page 259 Trouble-clearing procedures Overview ..............................................2-172 LOS-P LOS-P (Incoming Payload LOS) 2-172 2-173 LPBKLINE LPBKLINE (Line [Facility] Loopback Active) 2-173 LPBKTERM 2-174 LPBKTERM (Diagnostic (Terminal) loopback active) 2-174 2-175 LSPOW_ALM_W LSPOW_ALM_W (Laser Back-Facet Optical Power Cross Threshold) 2-175 2-176 LSTEMP_ALM_W LSTEMP_ALM_W (Laser Cooling Current Cross Threshold) 2-176 2-177 LSSEGR...
  • Page 260 Trouble-clearing procedures Overview ..............................................MISMATCH (Power Filter Mismatch) 2-189 MISMATCH (Shelf Mismatch) 2-191 2-192 MISMATCHMOD MISMATCH (Pluggable Module Mismatch) 2-192 MIXEDPFUSED 2-193 MIXEDPFUSED (Mixed types of power filters used) 2-193 2-194 MMG (Mismerge) 2-194 2-195 MOD (Card degrade - Wavelength Tracker Channel ID Insertion) 2-195 2-197 MODOUTOOR...
  • Page 261 Trouble-clearing procedures Overview ..............................................2-213 OCHFDI OCHFDI (Optical Channel Forward Defect Indication) 2-213 2-215 OCHPDI OCHPDI (Channel Payload Defect Indicator) 2-215 OCHKEYDUP 2-217 OCHKEYDUP (Duplicate Wave Key) 2-217 2-218 OCHKEYOVERLAP OCHKEYOVERLAP (Wave Key overlap) 2-218 2-219 OCHTRAILDUP OCHTRAILDUP (Duplicate OCH Trail name) 2-219 OCHTRAILDUP (Duplicate OCh trail name) 2-221...
  • Page 262 Trouble-clearing procedures Overview ..............................................OPROOR (Optical power received out of range) 2-237 2-238 OPR-OUT OPR-OUT (Outgoing Channel Optical Power Out of Range) 2-238 OPRTX 2-239 OPRTX (Channel Power Unstable) 2-239 OPRUNACHIEVE 2-241 OPRUNACHIEVE (Channel Power Unachievable) 2-241 2-244 OPTINTBASE OPTINTBASE (Optical Intrusion Baseline Needed) 2-244 2-245 OPTINTDET...
  • Page 263 Trouble-clearing procedures Overview ..............................................PWRADJFAIL (Power Adjustment Failure); PWRADJFAIL (No through 2-257 services in appropriate state for adjustment) PWRADJFAIL (Power Adjustment Failure) 2-259 PWRADJFAIL (No through services in appropriate state for adjustment) 2-263 PWRADJREQ 2-265 PWRADJREQ (Power Adjust Required) 2-265 2-266 PWRMARGIN PWRMARGIN (Power Adjust Loss Margin Exceeded)
  • Page 264 Trouble-clearing procedures Overview ..............................................2-286 SDBER SDBER (Signal Degrade) 2-287 SDBER (RS) (RS Signal Degrade) 2-288 SDEG-O 2-288 SDEG-O (SUPVY Signal Degrade) 2-288 SDEGR 2-291 SDEGR (Egress Signal Degrade - ODU) 2-291 2-292 SFMISMATCH SFMISMATCH (Software Version Mismatch) 2-292 2-293 SLTMSIG SLTMSIG (Timing reference frequency has moved off the required accuracy 2-293...
  • Page 265 Trouble-clearing procedures Overview ..............................................2-311 SWUPGFAIL SWUPGFAIL (Software Upgrade Failed) 2-311 2-316 SYNCOOS SYNCOOS (Timing reference failed (Not Protected or Protection not 2-316 Available)) / SYNCOOS (Timing reference failed--system going into holdover) SYNCOOS (Timing reference failed (Not Protected or Protection not 2-317 Available)) SYNCOOS (Timing reference failed--system going into holdover)
  • Page 266 Trouble-clearing procedures Overview ..............................................2-336 UPM (GFP User Payload Mismatch) 2-336 2-337 URU (Underlying Resource Unavailable) 2-337 URU-OCH-LOS (Underlying resource unavailable - OTS) 2-338 URU-OTS-LOS (Underlying resource unavailable - OTS [Loss of Signal]) 2-338 URU-OTS-RX (Underlying resource unavailable - OTS [Receive]) 2-338 URU-OTS-TX (Underlying resource unavailable - OTS [Transmit]) 2-339...
  • Page 267 Trouble-clearing procedures Overview ..............................................WTR (Wait to restore timer in effect) 2-357 ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 2-17 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

  • Page 268: Safety Statements

    Trouble-clearing procedures Structure of safety statements Safety statements ..............................................Safety statements Structure of safety statements Overview This topic describes the components of safety statements that appear in this document. General structure Safety statements include the following structural elements: CAUTION Lifting hazard Lifting this equipment by yourself can result in injury due to the size and weight of the equipment.

  • Page 269: Safety Precautions

    Trouble-clearing procedures Structure of safety statements Safety statements ..............................................Signal words The signal words identify the hazard severity levels as follows: Signal word Meaning DANGER Indicates an extremely hazardous situation which, if not avoided, will result in death or serious injury. WARNING Indicates a hazardous situation which, if not avoided, could result in death or serious injury.
  • Page 270 Trouble-clearing procedures AIS Line/MS AISL ..............................................AISL AIS Line/MS The card is receiving AISL from the equipment connected to the client receive port. This condition on a network port occurs when some upstream line terminating equipment is exhibiting a failure that sends an AISL signal to the downstream line terminating entity. This is a non-reportable condition and the user must manually retrieve the condition from the NE or card to view it.
  • Page 271 Trouble-clearing procedures Client Port AISL AISL ..............................................Client Port AISL Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 272 Trouble-clearing procedures Client Port AISL AISL ..............................................WEBUI Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20).
  • Page 273 Trouble-clearing procedures AIS - ODU AISL ..............................................AIS - ODU The AIS – ODU condition indicates that the OT port has detected an ODU-AIS at the level. This condition may be caused by the following reasons: • The far-end OT port has a LOS/LOF failure •...
  • Page 274 Trouble-clearing procedures AIS - OTU AISL ..............................................AIS - OTU The AIS – OTU condition indicates that the OT port has detected an OTU-AIS at the level. This condition may be caused by the following reasons: • The input signal has OTU-AIS pattern •...
  • Page 275 Trouble-clearing procedures ALLCHANMISS (C-Band Loss of signal); ALLCHANMISS-OUT ALLCHANMISS ..............................................This defect is relative to those channels that have been provisioned and now, for whatever reason, are no longer being detected. In order to look at the probable cause, by way of the WEBUI or the PhM, retrieve all cross-connects and then look at the AZ , ZA or both directions light path.
  • Page 276 Trouble-clearing procedures ALLCHANMISS (C-Band Loss of signal) ALLCHANMISS ..............................................ALLCHANMISS (C-Band Loss of signal) No C-band channels are detected at the LD Line or Sig port, but the NE has at least one service successfully launched and the LD link has been successfully received. ALLCHANMISS is reported if no C-Band channels are detected coming into (received by) the amplifier Line or Sig port.
  • Page 277 Trouble-clearing procedures ALLCHANMISS-OUT (C-Band Loss of signal) ALLCHANMISS-OUT ..............................................No C-Band channels are detected leaving from (transmitted by) the amplifier SIG port, but the NE has at least one service successfully launched and the amplifier link has been successfully received. Severity Critical Service affecting?
  • Page 278 Trouble-clearing procedures ALLCHANMISS-OUT (C-Band Loss of signal) ALLCHANMISS-OUT ..............................................3. To examine the port state, enter the following command. Observe the administrative state and operational state of each of the ports along the THRU path: show interface brief WEBUI From the Equipment Tree, select the card, and select the desired port. 4.
  • Page 279 Trouble-clearing procedures ALLCHANMISS-OUT (C-Band Loss of signal) ALLCHANMISS-OUT ..............................................If the power is too low, verify that the fiber is not damaged or dirty, and clean or replace if necessary........................................If the problem is not resolved, then replace the card. Refer to “Replacing System Components”...
  • Page 280 Trouble-clearing procedures AMPDISABLED (Amplifier Disabled) AMPDISABLED ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Determine if there are any temperature alarms on the shelf. If so, check the airflow of the shelf, filler card presence, and ambient air temperature.
  • Page 281 Trouble-clearing procedures APRLINE (APR Active - Line) APRLINE ..............................................The automatic power reduction mode has been invoked on the optical line. The APRLINE condition is reported against the egress amplifier when a LOS is detected on the ingress amplifier, or as a result of OSC failure, when the span is equipped with an RA2P. The APRLINE condition is raised against the output port of the egress amplifier.
  • Page 282 Trouble-clearing procedures APRNODE (APR Active - Node) ..............................................APRNODE APRNODE (APR Active - Node) When an LD is used that contains a high-power optical amplifier (>20 dBm), if there is an LOS condition within the node that could carry high power from the LD, then the output power from the LD is reduced to a safe level.
  • Page 283 Trouble-clearing procedures APROSC (APR Limited - OSC SFP failure condition) APROSC ..............................................Service affecting? Applicability A2325A, AM2125A, AM2125B, AM2325B Corrective Action ........................................Check the OSC provisioning at both ends of the span by looking at the connected ingress LD for the A2325A or AM2325B, and also at the ingress LD at the far end of the span........................................
  • Page 284 Trouble-clearing procedures APRTOPO (APR Active - Invalid Topology) APRTOPO ..............................................APRTOPO APRTOPO (APR Active - Invalid Topology) When an LD is used that contains a high-power optical amplifier (>20 dBm), certain ports within the add/drop node or ILA must be monitored for possible fiber breaks. These monitored ports check for LOS, and upon detecting LOS, cause an APRNODE condition.
  • Page 285 Trouble-clearing procedures APRUNAVAIL (APR unavailable - monitoring card booting) APRUNAVAIL ..............................................A card that is monitored for APRLINE or APRNODE undergoes a soft reboot. For APRLINE, this means the line-terminating LD card, and only applies to ILAs or add/drop nodes with egress LDs. For APRNODE, this means any card within a node that could receive high power from an LD equipped with a high-power optical amplifier.
  • Page 286 Trouble-clearing procedures APRUNAVAILOSC (APR Limited - OSC SFP failure) APRUNAVAILOSC ..............................................APRUNAVAILOSC APRUNAVAILOSC (APR Limited - OSC SFP failure) The OSC SFP fails or is removed from a line terminating card. When this failure occurs, APR will not function in all cases for span cuts, and recovery will not be possible. The optical amplifiers will remain turned on during this condition.
  • Page 287 Trouble-clearing procedures APSB (APS protection switching byte failure) APSB ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 288 Trouble-clearing procedures APSB (APS protection switching byte failure) APSB ..............................................2. Verify that the optical patch cord to the protect interface at the near end is connected to the protect interface at the far end. Reconfigure and reconnect the optical patch cords to the protect members if they are not.
  • Page 289 Trouble-clearing procedures APSCM (APS Channel Mismatch) APSCM ..............................................• there is a service mismatch. • the far end is currently performing a software upgrade. Severity Not alarmed Service affecting? Applicability 11STAR1, 11STMM10, 11STGE12 Corrective Action NOTICE Service-disruption hazard Replacing and reconnecting optical patch cords may be service affecting. It is recommended to replace and reconnect optical patch cords during a maintenance window.
  • Page 290 Trouble-clearing procedures APSCM (APS Channel Mismatch) APSCM ....................................................................................... Using the data obtained in Step 1 Step 4, confirm that the working cards are paired up and that the protection cards are paired up. 1. Confirm that the topology matches the programmed topology. show interface topology * WEBUI Select...
  • Page 291 Trouble-clearing procedures APSCM (APS Channel Mismatch) APSCM ..............................................2. Perform a manual switch to the active line. For example, if the working path is currently active then the following commands would be used. config aps group [x] manualSwitchtoworking If the protection path is currently active then the following commands would be used. config aps group [x] manualSwitchtoprotection 3.
  • Page 292 Trouble-clearing procedures APSMM (APS Mode Mismatch) APSMM ..............................................The NEs must be provisioned to be either both uni-directional switching or both bi-directional switching in order to remove the alarm. Severity Not alarmed Service affecting? Applicability 11STAR1, 11STMM10, 11STGE12. Corrective Action At the end of each step wait to see if the fault clears.
  • Page 293 Trouble-clearing procedures APSMM (APS Mode Mismatch) APSMM ..............................................3. Display the protection group for the associated shelf/slot/port on the far end NE, as determined in item1 above. This is the port at the end of the protection group currently configured for uni-directional switching. config aps group [y] detail 4.
  • Page 294 Trouble-clearing procedures AUTORESET (Card Autonomous Reset) AUTORESET ..............................................AUTORESET AUTORESET (Card Autonomous Reset) The addressed card or slot is performing an autonomous reset. The AUTORESET condition is issued as a transient condition to inform you that a reset of a pack has started. There is no corrective action to perform. Any failures on the pack will be reported after the reset completes.
  • Page 295 Trouble-clearing procedures AUTOSWTIMREF (Automatic Switch Timing Reference) AUTOSWTIMREF ..............................................AUTOSWTIMREF AUTOSWTIMREF (Automatic Switch Timing Reference) The OT port has detected an AUTOSWTIMREF condition at the LINEREF layer. A LINEREF detects LINEREF during the automatic switch of a timing reference due to failure, or quality change/priority changes of timing references.
  • Page 296 Trouble-clearing procedures B1SD (B1 Signal Degrade) B1SD ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the local receiver • Received power may not be within the acceptable range on local port input •...
  • Page 297 Trouble-clearing procedures Backward Defect Indication (BDI) - OTU ..............................................Backward Defect Indication (BDI) - OTU The OT port has detected a Backward Defect Indication at the OTUk Section layer. This defect indicates that the peer OTUk port has detected a condition that is treated as Server Signal Failure (conditions such as LOS, LOF or LOM would contribute to SSF) This may be caused by the following reasons: •...
  • Page 298 Trouble-clearing procedures BDIEGR (Egress Backward Defect Indication - ODU) ..............................................BDIEGR BDIEGR (Egress Backward Defect Indication - ODU) The OT port has detected a Backward Defect Indication at the OTUk Section layer transmitting out of the client port. This defect indicates that the peer OTUk port has detected a condition that is treated as Server Signal Failure (conditions such as LOS, LOF or LOM would contribute to SSF).
  • Page 299 Trouble-clearing procedures Backward Defect Indication (BDI) - ODU ..............................................BDIODU Backward Defect Indication (BDI) - ODU The OT port has detected a Backward Defect Indication at the ODUk Path layer. This defect indicates that the peer OTUk port has detected a condition that is treated as Server Signal Failure (conditions such as LOS, LOF, LOM, TIM, ODU-AIS, ODU-OCI or ODU-LCK would contribute to SSF).
  • Page 300 Trouble-clearing procedures CARDINIT (Card Initializing) ..............................................CARDINIT CARDINIT (Card Initializing) The card is in the process of initializing. Severity Not reported Service affecting? Applicability All cards Corrective Action This condition should clear by itself, or be replaced by another card alarm. No corrective action is required.
  • Page 301 Trouble-clearing procedures CONFIGFAIL (Line Card Configuration Failed) CONFIGFAIL ..............................................CONFIGFAIL CONFIGFAIL (Line Card Configuration Failed) Severity Service affecting? Applicability All cards No corrective action is required. This is a message caused by a card boot failure. Troubleshoot the equipment alarms detected..............................................
  • Page 302 Trouble-clearing procedures CONTCOM (Card Failure - Communication) CONTCOM ..............................................CONTCOM CONTCOM (Card Failure - Communication) The CONTCOM alarm is raised by the active EC when it cannot communicate to the standby EC or any other card in the system that does not have a higher priority equipment failure.
  • Page 303 • Disconnected or missing intershelf timing and control cable • Subtended shelf loss of power • Both subtended shelf Equipment Controllers are either failed or missing For more information, refer to the Alcatel-Lucent 1830 Photonic Service Switch Release 3.6.0 Installation Guide. Severity...
  • Page 304 Trouble-clearing procedures CONTCOM (Inter-shelf loss of communication) CONTCOM ..............................................communications and timing cable and see if the link comes back up. S T E P S ........................................CONTEQPT CONTEQPT (Card Failure - Device) The CONTEQPT condition indicates a fault on the Equipment Controller that has caused the system to declare a hardware failure.
  • Page 305 Trouble-clearing procedures CONTEQPT (Card Failure - Device) CONTEQPT ..............................................Note: Refer to Caution at the beginning of this procedure. card_type shelf slot config card reset cold WEBUI Select the card, click the tab, select > Reboot Cold Reboot Submit ........................................Reseat the card.
  • Page 306 Trouble-clearing procedures CONTR (Port degrade - wavelength tracker failure) CONTR ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 307 Trouble-clearing procedures CONTR-OUT (Port degrade - wavelength tracker detection CONTR-OUT failure) ..............................................CONTR-OUT (Port degrade - wavelength tracker detection failure) The Wavelength Tracker on this card has detected an internal DSP fault. The Wavelength Tracker information generated may be inaccurate. Channels may be declared absent and/or detected channel powers for this channel instance may not accurately represent the actual channel power.
  • Page 308 Trouble-clearing procedures CONTR-OUT (Port degrade - wavelength tracker detection CONTR-OUT failure) ..............................................WEBUI Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components”...
  • Page 309 Trouble-clearing procedures DATAERR (Data Error or Timeout) DATAERR ..............................................DATAERR DATAERR (Data Error or Timeout) The Data Error or Timeout condition is raised when the card software's CM Agent receives one of three errors from the lower level software: • Timeout (ProvFailTimeout) - it timed out before receiving a response •...
  • Page 310 Trouble-clearing procedures DATAERR (Data Error or Timeout) DATAERR ....................................................................................... Perform a warm reset on the Equipment Controller. This will cause a Equipment Controller switch in a redundant configuration........................................Perform a cold reset on the alarmed card. Note: Refer to Caution at the beginning of this procedure. card type shelf slot config card reset cold...
  • Page 311 Trouble-clearing procedures DATAFLT (Card Provisioning Failure) DATAFLT ..............................................Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2125A, AM2125B, AM2318A, CWR, CWR8-88, Equipment Controller, FLC, MESH4, MT0C, MVAC, OPS, OSCT, RA2P, SVAC, WR, WTOCM Corrective Action NOTICE Service-disruption hazard...
  • Page 312 Trouble-clearing procedures DATAFLT (Card Provisioning Failure) DATAFLT ....................................................................................... Perform a cold reset on the alarmed card. card type shelf slot config card reset cold WEBUI Select the card, click the tab, select > Reboot Cold Reboot Submit ........................................Delete the services and de-provision the alarmed card. Re-provision the card with the same parameters as was previously done.
  • Page 313 Trouble-clearing procedures DBFL (DB Failure Local - copy creation of processing failure) DBFL ..............................................DBFL DBFL (DB Failure Local - copy creation of processing failure) A download of a database backup from the remote file server (part of the database restore process) will fail if there is not enough free space on the Active Main Equipment Controller’s flash memory.
  • Page 314 Trouble-clearing procedures DBFT (DB Failure Transport - file transport failure) DBFT ..............................................Corrective Action At the end of each step wait to see if the fault clears. If it does not, go to the next step........................................Retry the database backup........................................
  • Page 315 Trouble-clearing procedures DBINVALID (Database invalid) DBINVALID ..............................................Note: The redundant Equipment Controller, if one is in its slot, will synchronize with the active Equipment Controller........................................If this condition occurs after user panel replacement, a database backup (previously saved for this NE) must be restored to the NE from a remote database backup and restore server, with the special keyword "force".
  • Page 316 Trouble-clearing procedures DBMEMTRF (Database synchronization failure) DBMEMTRF ..............................................The Active Equipment Controller is unable to synchronize its database with the inactive Equipment Controller. This alarm may be raised under the following conditions: • An incorrectly seated Equipment Controller • The software loads on the active and inactive Equipment Controllers are not compatible •...
  • Page 317 Trouble-clearing procedures DBRSTR-IP (Database Restore In Progress) ..............................................DBRSTR-IP DBRSTR-IP (Database Restore In Progress) The database restore is in-progress. The NE will raise the DBRSTR-IP standing condition during database restoration, at the start of the file transfer. Severity Service affecting? Applicability SYSTEM Corrective Action...
  • Page 318 Trouble-clearing procedures DBUNSYNC (The active and standby Main EC databases are DBUNSYNC not synchronized) ..............................................DBUNSYNC DBUNSYNC (The active and standby Main EC databases are not synchronized) The database on the active and standby equipment controllers are not in sync. Severity Major Service affecting?
  • Page 319 Trouble-clearing procedures DEGOTU (Signal Degrade - OTU) DEGOTU ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the local receiver • The received power may not be within the acceptable range on local port input •...
  • Page 320 Trouble-clearing procedures DISCOVERMOD (Pluggable Module Discovered) DISCOVERMOD ..............................................The DISCOVERMOD condition indicates that an inserted pluggable module has been booted and recognized. Severity Service affecting? MajorApplicability All cards No corrective action is required. This is a normal message..............................................2-70 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 321 Trouble-clearing procedures DORMANTUSER (User inactive) DORMANTUSER ..............................................DORMANTUSER DORMANTUSER (User inactive) The DORMANTUSER condition is a user login inactivity timeout (maximum interval that the user is inactive, without logging into the NE, before the userID is disabled)........................................This user may be deleted from the NE by using one of the following commands: config admin users delete WEBUI Select...
  • Page 322 Trouble-clearing procedures ETHCSF (Ethernet Client Signal Failure) ETHCSF ..............................................WEBUI Select Reports > Alarm List > Total S T E P S ........................................EQPT EQPT (Card Failure - Device) The Card Failure - Device alarm text for the EQPT condition indicates a fault on the card that has caused the system to declare a hardware failure.
  • Page 323 Trouble-clearing procedures EQPT (Card Failure - Device) EQPT ..............................................EQPT (Card Failure - Device) Severity Critical Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, A2325A, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2125A, AM2125B, AM2318A, AM2325B, CWR, FAN, MESH4, MVAC, OPS, OSC, OSCT, PF, RA2P, SFC, SFD, SVAC, USRPNL, WR, WTOCM Corrective Action...
  • Page 324 Trouble-clearing procedures EQPT (Card Failure - Device) EQPT ....................................................................................... Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 325 Trouble-clearing procedures EQPTBOOT (Card failure - boot failure) EQPTBOOT ....................................................................................... Perform a warm reset of the card. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................Perform a cold reset of the card.
  • Page 326 Trouble-clearing procedures EQPTDGR (Card Degrade - device) EQPTDGR ..............................................Applicability AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2125A, AM2125B, CWR, OPS, OSCT MESH4, MVAC, OPS, OSCT, RA2P, WR, WTOCM Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services.
  • Page 327 Trouble-clearing procedures EQPTDGR (Port Degrade - Wavelength Tracker EQPTDGR Communication Failure) ..............................................EQPTDGR (Port Degrade - Wavelength Tracker Communication Failure) Communications with the Wavelength Tracker feature on this card are unreliable. This means that any Wavelength Tracker information sent (for example, configuration changes) or generated may be incorrect.
  • Page 328 Trouble-clearing procedures EQPTDGR (Port Degrade - Wavelength Tracker EQPTDGR Communication Failure) ..............................................WEBUI Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components”...
  • Page 329 Trouble-clearing procedures EQPTDGROCH (Port Degrade - Wavelength Tracker EQPTDGROCH Communication Failure) ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 330 Trouble-clearing procedures EQPTDGR-OUT (Port Degrade - Wavelength Tracker EQPTDGR-OUT Communication Failure) ..............................................EQPTDGR-OUT (Port Degrade - Wavelength Tracker Communication Failure) Communications with the Wavelength Tracker feature on this card are unreliable. This means that any Wavelength Tracker information sent (for example, configuration changes) or generated may be incorrect.
  • Page 331 Trouble-clearing procedures EQPTDGR-OUT (Port Degrade - Wavelength Tracker EQPTDGR-OUT Communication Failure) ..............................................WEBUI Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components”...
  • Page 332 Trouble-clearing procedures EQPTDGROCH-OUT (Port Degrade - Wavelength Tracker EQPTDGROCH-OUT Communication Failure) ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 333 Trouble-clearing procedures EQPTPORT (Port Failure - Device): EQPTPORT ..............................................EQPTPORT (Port Failure - Device): The Port Failure - Device alarm text indicates a port initialization failure on the network ports (10G ports). Severity Critical Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4 Corrective Action...
  • Page 334 Trouble-clearing procedures EQPTPORT (Port Failure - Device): EQPTPORT ....................................................................................... Remove the pluggable module from the port on the card it is inserted in. Examine the connector on the pluggable module and the receptacle connector on the card where the pluggable module plugs into for any damage.
  • Page 335 Trouble-clearing procedures EBER (Excessive BER) EBER ....................................................................................... Retrieve power level reading on the local port........................................Clean the fiber........................................If cleaning the fiber does not clear the problem, replace the fiber........................................If the power level is within the operating range, check for pluggable module alarms........................................
  • Page 336 Trouble-clearing procedures EBER-O (Optical Supervision Channel Excessive BER) EBER ..............................................EBER-O (Optical Supervision Channel Excessive BER) The OSC SFP receive port on one of the amplifier cards has detected an excessive BER. The EBER-O alarm is raised if the SONET framer detects errors in the as per the SONET specification.
  • Page 337 Trouble-clearing procedures EBER-O (Optical Supervision Channel Excessive BER) EBER ....................................................................................... If... Then... no active traffic is present on the system, remove the fiber from the receive port where the EBER-O is raised and measure the optical power. the optical power is below the required using the standard optical fiber jumper threshold for the type of pluggable module cleaning procedure, clean the fiber, and...
  • Page 338 Trouble-clearing procedures ENV (Environmental Input [1-8] active) ..............................................ENV (Environmental Input [1-8] active) The ENV condition relates to housekeeping. The ENV inputs are user-defined sensors that can be arbitrarily configured to set an alarm for such as actions as opening a door, or a smoke detector.
  • Page 339 Trouble-clearing procedures EXCESSLOAD (Excessive Current Load) EXCESSLOAD ....................................................................................... Do one of the following: • Remove load to a level below the capacity of the provisioned power entry cards, or • Upgrade the power filters to a higher current capacity (if the supply wiring is sufficiently rated for the current).
  • Page 340 Trouble-clearing procedures FACTERM-DEV (Pluggable Module SEEP Failure) FACTERM-DEV ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Carefully remove and reseat the pluggable module that is reporting the FACTERM-DEV condition.
  • Page 341 Trouble-clearing procedures FANSPEEDHIGH (Fan Speed is too high) FANSPEEDHIGH ..............................................This alarm indicates when the fan speed is too high based upon the current shelf cooling requirements. Severity Minor Service affecting? Applicability Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step. Fan Speed is Too High ........................................
  • Page 342 Trouble-clearing procedures FANSPEEDLOW (Fan speed is too low) FANSPEEDLOW ..............................................Fan Speed is Too Low ........................................Check for airflow blockage or a dirty filter, and clear........................................If no problems are found, replace the fan tray. S T E P S ........................................
  • Page 343 Trouble-clearing procedures FECECSD (Pre-FEC Signal Degrade) ..............................................FECECSD FECECSD (Pre-FEC Signal Degrade) The OT port has detected a Signal Degrade Path layer. This defect indicates that local OTUk port has detected FEC BER which exceeds 10-5. This may be caused by the following reasons: •...
  • Page 344 Trouble-clearing procedures FECUBCSD (Post-FEC Signal Degrade) FECUBCSD ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the local receiver • The received power may not be within the acceptable range on local port input •...
  • Page 345 Trouble-clearing procedures FELANLFI (Far End Local Fault) FELANLFI ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the far-end client equipment receiver • Damaged or dirty transmitter inside pluggable module on the far end •...
  • Page 346 Trouble-clearing procedures FELANLOS (Far End Loss of Signal) FELANLOS ..............................................Corrective Action This procedure details the corrective action for clearing FELANLOS against the OT port........................................Locate far end client OT........................................Perform the steps in the procedure “LANLOS” (p. 2-121).
  • Page 347 Trouble-clearing procedures FELANRFI (Far End Remote Fault) ..............................................FELANRFI FELANRFI (Far End Remote Fault) The Far End OT port has detected a LAN Remote Fault Indication ordered set at its input. This condition typically indicates Ethernet link down condition on the client equipment connected to the far-end port.
  • Page 348 Trouble-clearing procedures FELOS (Far End Loss of Synchronization) FELOS ..............................................• Damaged or dirty transmitter inside pluggable module on the far end • Problem at the client equipment connected to the far-end OT Severity Not alarmed Service affecting? Applicability 11STAR1, 11STMM10, 4DPA4 Corrective Action This procedure details the corrective action for clearing FELOS against the OT port.
  • Page 349 Trouble-clearing procedures FEPORTMISMATCH (Far End Port Mapping Mismatch) FEPORTMISMATCH ..............................................Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Identify the two ports in the protection group at the near end, and the two ports at the far end.
  • Page 350 Trouble-clearing procedures FEPRLF (Far End Protection Line Failure) FEPRLF ....................................................................................... Check for faults on the protection side line port, or the protection side card. WEBUI Select > > Reports Alarm List Total ........................................If... Then... faults are present, proceed to the appropriate procedure for clearing the faults.
  • Page 351 Trouble-clearing procedures FPGAFAIL (FPGA Download or Programming Failure) FPGAFAIL ..............................................WEBUI Select the card, click the Reboot tab, select Warm Reboot > Submit ........................................Contact your next level of support. S T E P S ........................................FPGAINIT FPGAINIT (FPGA Initializing) The FPGAINIT condition occurs when firmware for each programmable device on a card is downloaded and FPGA programming is in progress.
  • Page 352 Trouble-clearing procedures FPGATIMEOUT (FPGA Timeout) ..............................................FPGATIMEOUT FPGATIMEOUT (FPGA Timeout) The FPGATIMEOUT alarm is raised when the card fails to download firmware and complete FPGA programming in a period of time (about 45 minutes). Severity Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 4DPA2, 4DPA4, 43SCX4, 43STA1P, 43STX4, 43STX4P, ALPHG, AHPHG, AHPLG, ALPFGT, AM2318A, CWR8, CWR8-88, MESH4,...
  • Page 353 Trouble-clearing procedures FRCDSWTIMREF (Forced Switch Timing Reference) FRCDSWTIMREF ..............................................Corrective Action ........................................Clear force switch. show card 11dpe12e shelf/slot synce WEBUI Select the 11DPE12E card in the Equipment Tree. Select System Timing. S T E P S ........................................FRCDWKSWBK FRCDWKSWBK (Forced switch to working) This is a standing condition indicating that a forced switch back to the working is active.
  • Page 354 Trouble-clearing procedures FRCDWKSWBK (Forced switch to working) FRCDWKSWBK ....................................................................................... Clear the forced switch. config aps group <group> clearSwitch S T E P S ........................................FRCDWKSWPR FRCDWKSWPR (Forced switch to protection) This is a standing condition indicating a forced switch to protect is active. The forced switch of working facility/equipment to protection condition is raised when a user initiates a forced switch to protect request within a protection group.
  • Page 355 Trouble-clearing procedures FRCDWKSWPR (Forced switch to protection) FRCDWKSWPR ....................................................................................... Clear the forced switch. config aps group <group> clearSwitch <group> clearSwitch S T E P S ........................................FRNGSYNC FRNGSYNC (System clock is in free running synchronization mode) The OT port has detected an FRNGSYNC at the SYNC layer. A SYNC detects FRNGSYNC when the system clock is in free running synchronization mode.
  • Page 356 Trouble-clearing procedures FWPENDINGOBSOLETE (Firmware on this pack is about to FWPENDINGOBSOLETE ..............................................become obsolete with the software release upgrade) The FWPENDINGOBSOLETE condition is raised against any pack which would be running an obsolete firmware bundle version after the software release upgrade. Severity Service affecting? Applicability...
  • Page 357 Trouble-clearing procedures FWUPGRADEPENDING (Firmware upgrade pending) FWUPGRADEPENDING ..............................................The two 4DPA4 card modes (FlexMux and DualTran) each have their own separate firmware lines. When card mode is provisioned, the default version of the appropriate firmware line is loaded automatically. Thus, FWUPGRADEPENDING may also apply to a mismatch between the provisioned 4DPA4 card mode value and the current FPGA contents.
  • Page 358 Trouble-clearing procedures FWVERSIONNOTDEFAULT (Firmware version on this pack is not the default version for this software release) ..............................................FWVERSIONNOTDEFAULT FWVERSIONNOTDEFAULT (Firmware version on this pack is not the default version for this software release) The pack will have a FWVERSIONNOTDEFAULT active if any firmware bundle it is running is not the latest default bundle version listed for that pack in the active (running) software release.
  • Page 359 Trouble-clearing procedures FWVERSIONNOTDEFAULT (Firmware version on this pack is FWVERSIONNOTDEFAULT not the default version for this software release) ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Check that the default firmware bundle is provisioned for the card.
  • Page 360 Trouble-clearing procedures HIBER (High BER) HIBER ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the far-end client equipment receiver • The received power may not be within the acceptable range on local port input •...
  • Page 361 Trouble-clearing procedures HIGAIN (Amplifier Out of Operational Range: Gain too High) HIGAIN ..............................................An amplifier is operating outside of the normal operating range. The ingress power to the amplifier plus the programmed gain (both in dB's) has exceeded the maximum allowable output power supported by the amplifier.
  • Page 362 Trouble-clearing procedures HLDOVRSYNC (System timing is in autonomous holdover HLDOVRSYNC synchronization mode) ..............................................HLDOVRSYNC HLDOVRSYNC (System timing is in autonomous holdover synchronization mode) The OT port has detected a HLDOVRSYNC at the SYNC layer. A SYNC detects HLDOVRSYNC when system timing is in autonomous holdover synchronization mode. Severity Not alarmed Service affecting?
  • Page 363 Trouble-clearing procedures HWNOTSUPPORTED (Hardware not supported for current HWNOTSUPPORTED configuration) ..............................................Corrective Action ........................................Replace the affected Equipment Controller (APN 8DG59241AB). Refer to “Replacing an Equipment Controller in a Redundant Shelf ” (p. 3-40) for the complete trouble-clearing procedure. S T E P S ........................................
  • Page 364 Trouble-clearing procedures INTTEMP (Card over temperature) INTTEMPHIGH ..............................................INTTEMPHIGH INTTEMP (Card over temperature) A high temperature threshold on a card has been exceeded. There may be a fan failure, fan blockage, site climate control failure, lack of filler cards in empty slots, or a failed sensor.
  • Page 365 Trouble-clearing procedures INTTEMPLOW (Card under temperature) INTTEMPLOW ..............................................Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2125A, AM2125B, CWR, Equipment Controller, FLC, MESH4, MT0C, MVAC, OPS, OSCT, PF, RA2P, SVAC, WR, WTOCM Corrective Action At the end of each step wait to see if the fault clears.
  • Page 366 Trouble-clearing procedures INTTEMP (Optics over temperature) INTTEMPOPT ..............................................Corrective Action ........................................Perform the steps in the procedure “High Temperature Troubleshooting” (p. 3-70). S T E P S ........................................INTRUSION INTRUSION The INTRUSION alarm lists the user IDs of users currently locked-out of the 1830 PSS due to intrusion violations whenever there is a change to the user database.
  • Page 367 Trouble-clearing procedures INTRUSIONEVT (Excessive Invalid Login Attempts) INTRUSION ..............................................INTRUSIONEVT (Excessive Invalid Login Attempts) The INTRUSIONEVT condition occurs when the maximum number of consecutive invalid login attempts has been reached or two consecutive invalid login attempts occurred before the minimum interval. The alarm is cleared when the user profile is disabled or deleted.
  • Page 368 Trouble-clearing procedures INVALIDEGRESS (Invalid or no egress port defined) INVALIDEGRESS ..............................................INVALIDEGRESS (Invalid or no egress port defined) The INVALIDEGRESS condition is raised when a unidirectional AM2125A, AM2125B or RA2P has an external topology provisioned on LineIn port, but no associated opposite direction port is defined.
  • Page 369 Trouble-clearing procedures INVALIDTHRESHOLD INVALIDTHRESHOLD ..............................................Applicability ........................................Determine whether the threshold calculation is in automatic or manual mode. show interface opsa shelf/slot/port WEBUI From the Equipment Tree, select the OPS card, and select the desired port (A or B)........................................Is manual switch calculation mode is in effect? (The default is auto.) If...
  • Page 370 Trouble-clearing procedures INVENTORYERROR (Card Inventory Error) INVENTORYERROR ..............................................The INVENTORYERROR alarm is raised when the device installed in the shelf has an EEPROM that does not contain the correct or recognizable information. Severity Minor Service affecting? Applicability All cards ........................................To clear the INVENTORYERROR alarm, remove and replace the affected device.
  • Page 371 Trouble-clearing procedures LANLFI (Local Fault) LANLFI ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................If the LANLFI condition has been raised on a client port, verify that the source is correctly transmitting the Ethernet signal.
  • Page 372 Trouble-clearing procedures LANLOS (LAN port LOS) LANLOS ..............................................OT port has detected LOS on Ethernet LAN or Fibre Channel facility. This defect indicates loss of optical power at the input of the local LAN port. These conditions may be caused by the following reasons: •...
  • Page 373 Trouble-clearing procedures LANLSS (Loss of Synchronization) LANLSS ..............................................OT port has detected Loss of 64B/66B or 8B/10B block/character synchronization on 10GbE, 1GbE or FC facility. These conditions may be caused by the following reasons: • Damaged, cut or dirty fiber connected to the local receiver •...
  • Page 374 Trouble-clearing procedures LANRFI (Remote Fault Indication) LANRFI ..............................................LANRFI (Remote Fault Indication) An LANRFI condition may be raised on a client or network port of a transponder card and may be attributed to a fault on the remote device (the equipment connected to the client or network port).
  • Page 375 Trouble-clearing procedures LANRFI (Remote Fault Indication) LANRFI ....................................................................................... Perform a cold reset on the upstream device that is sending the LANRFI condition. Note: Refer to Caution at the beginning of this procedure. card type shelf slot config card reset cold WEBUI Select the card, click the tab, select...
  • Page 376 Trouble-clearing procedures LASEREOL (Laser end of life) LASEREOL ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 377 Trouble-clearing procedures LCK (Locked - OTU) ..............................................Corrective Action This procedure details the corrective action for clearing an LCK condition declared on an OT port........................................Contact network operator(s) responsible for equipment that sources OTM-0.2 signal to the affected client port to clear the LCK maintenance signal. S T E P S ........................................
  • Page 378 Trouble-clearing procedures LFD (GFP Loss of Frame Delineation) ..............................................LFD (GFP Loss of Frame Delineation) OT port has detected Loss of GFP frame Delineation. This defect indicates that bit stream in the payload area used for GFP transport has degraded transmission to the point where boundaries of GFP frames can no longer be reliably detected.
  • Page 379 Trouble-clearing procedures LFIEGR (Remote Client Local Fault) ..............................................LFIEGR LFIEGR (Remote Client Local Fault) OT port has detected LFI ordered set on 10GBE LAN service transported over OTUk in transmit direction. This may be caused if the remote client equipment is generating LFI ordered set. Severity Service affecting? Applicability...
  • Page 380 Trouble-clearing procedures LINKDOWN (Link down) LINKDOWN ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 381 Trouble-clearing procedures LINKDOWN (Link down) LINKDOWN ....................................................................................... Perform a cold reset on the card that is the source of the Ethernet signal. Note: Refer to Caution at the beginning of this procedure. card type shelf slot config card reset cold WEBUI Select the card, click the tab, select...
  • Page 382 Trouble-clearing procedures LOAM (Loss of Alignment Marker Lock) LOAM ..............................................LOAM LOAM (Loss of Alignment Marker Lock) The LOAM condition is raised when the system cannot detect the PCS lane marker, or the marker has been displaced. Severity Critical Service affecting? Applicability 112SA1L, 112SCA1 Corrective Action...
  • Page 383 Trouble-clearing procedures LOC (Loss of Continuity) ..............................................Corrective Action ........................................Check the peer MEP mepcc is enable and the check the OCH the alarms/conditions along the OCh trail. show card 11dpe12e shelf/slot ethoam md1ma {1-400} mep WEBUI In the Equipment Tree, select the desired 11DPE12E card. Select >...
  • Page 384 Trouble-clearing procedures LOCKOUTOFPR (Lockout of protection) LOCKOUTOFPR ....................................................................................... Open a new window and log into the far-end NE identified in Step ........................................Enter the following commands on both the near-end and far-end NEs to determine the identity of the protection group involved in the active condition. show aps group * Note the APS group ID / AIDs of the APS group.
  • Page 385 Trouble-clearing procedures LOCKOUTOFTIMREF ..............................................The Lock out of a Timing Reference from selection condition occurs when the OT port has detected an LOCKOUTOFTIMREF at the LINEREF layer. Severity Service affecting? Applicability LINEREFSYS Corrective Action ........................................Check the timing reference quality and priority. show card 11dpe12e shelf/slot synce lineref {1-4} WEBUI Select the 11DPE12E card in the Equipment Tree.
  • Page 386 Trouble-clearing procedures LOF (Loss Of Frame) ..............................................Applicability 112SA1L, 112SCX10, 112SX10L, 11DPE12, 11DPE12E, 11QPA4, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA4 ..............................................2-136 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 387 Trouble-clearing procedures Transponder Client Port Loss of Frame ..............................................Transponder Client Port Loss of Frame Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 388 Trouble-clearing procedures Transponder Client Port Loss of Frame ....................................................................................... Remove the fiber from the receive port where the LOF is raised and measure the optical power. If... Then... the optical power is below the required using standard optical fiber jumper cleaning threshold, procedure, clean the fiber, and measure the power again.
  • Page 389 Trouble-clearing procedures Transponder Network Port Loss of Frame ..............................................Transponder Network Port Loss of Frame Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 390 Trouble-clearing procedures Transponder Network Port Loss of Frame ..............................................If encapsulation does not match, then configure the incorrect side to match up. config interface 11star1 <shelf slot> shelf slot/C1 tengige encmode [ cbrlan11.049 | cbrlan11.096 | gfp-f | gfp-p ] ........................................
  • Page 391 Trouble-clearing procedures Transponder Network Port Loss of Frame ....................................................................................... Perform a warm reset of the card of the transponder card. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................
  • Page 392 Trouble-clearing procedures LOF-O (Incoming SUPVY LOF) ..............................................LOF-O (Incoming SUPVY LOF) The OSC SFP receive port on one of the amplifier cards has detected a Loss Of Frame. The LOF-O alarm is raised if the SONET framer detects framing errors in the A1/A2 overhead bytes as per the SONET specification This may be caused by the following reasons: •...
  • Page 393 Trouble-clearing procedures LOF-O (Incoming SUPVY LOF) ....................................................................................... Ensure that the adjacent node is provisioned for OC3 format of the OSC signal. Also verify that the fiber is the correct type (multi-mode / single mode) and that the other end of the fiber is connected properly.
  • Page 394 Trouble-clearing procedures LOF-O (Incoming SUPVY LOF) ....................................................................................... Replace the OSC SFP located inside the amplifier. See “Replacing an SFP Module” 3-27). Follow the return and repair process in the Customer and Product Support guide to return the faulty pluggable module to an authorized repair center for replacement........................................
  • Page 395 Trouble-clearing procedures LOGAIN (Amplifier out of operational range - amplifier gain too low) ..............................................LOGAIN LOGAIN (Amplifier out of operational range - amplifier gain too low) The ingress power to the amplifier added to the programmed gain (both in dB's) is lower than the minimum allowable power supported by the amplifier.
  • Page 396 Trouble-clearing procedures LOGAIN (Amplifier out of operational range - amplifier gain LOGAIN too low) ....................................................................................... It is possible that the gain range provisioned by the EPT for this amplifier is insufficient to accommodate the unexpected change in loss in the network. Capture the current operating state of the network, using the 1354 RM-PhM XML network export feature.
  • Page 397 Trouble-clearing procedures LOM (Loss of Multiframe - OTU) ..............................................This may be caused by the following reasons: • Damaged or dirty fiber connected to the far-end receiver • Received power may not be within the acceptable range on OT port input •...
  • Page 398 Trouble-clearing procedures LOM (Loss of Multiframe - OTU) ....................................................................................... Perform a warm reset of the card exhibiting the LOM. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................
  • Page 399 Trouble-clearing procedures LOS (Loss of Signal) ..............................................• LOS (Loss of Signal) • OMD Input LOS ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 2-149 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 400 Trouble-clearing procedures LOS (Channel Absent) ..............................................LOS (Channel Absent) Wavelength Tracker could not detect the provisioned channel. Possible reasons for this alarm may be: • the channel is missing • the channel is outside the detectable range • the Wavekeys are not being correctly applied at the source OT or SVAC If the channel is missing it could be a provisioning error or fibering error.
  • Page 401 Trouble-clearing procedures LOS (Channel Absent) ....................................................................................... If resolving upstream alarms did not make the alarm clear on the local NE then the problem may be with this NE. Find the source of the channel's service and ensure that the add cross connect is administratively up and that there are no Wavelength Tracker or Channel alarms/conditions for the associated OT or SVAC.
  • Page 402 Trouble-clearing procedures LOS (Channel Absent) ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement. S T E P S ........................................
  • Page 403 Trouble-clearing procedures LD Input LOS ..............................................LD Input LOS The LINE port on one of the amplifier cards has detected a Loss Of Signal. The LOS alarm is raised if the power measured at the port input drops below a threshold. This may be caused by the following reasons: •...
  • Page 404 Trouble-clearing procedures LD Input LOS ....................................................................................... If... Then... no active traffic is present on the system remove the fiber from the receive port where the LOS is raised and measure the optical power. the optical power is below the required using the standard optical fiber jumper threshold for the type of pluggable module cleaning procedure, clean the fiber, and...
  • Page 405 Trouble-clearing procedures CWR Input LOS ..............................................CWR Input LOS The SIG port on one of the CWR8 cards has detected a Loss Of Signal. The LOS alarm is raised if the power measured at the port input drops below a threshold. This may be caused by the following reasons: •...
  • Page 406 Trouble-clearing procedures CWR Input LOS ....................................................................................... Remove the fiber from the receive port where the LOS is raised and measure the optical power. If... Then... the optical power is below the threshold of using the standard optical fiber jumper -4.0 to +20 dBm (SIG Normal Range) cleaning procedure, clean the fiber, and measure the power again.
  • Page 407 Trouble-clearing procedures LOS (Loss of signal) ..............................................LOS (Loss of signal) The corrective actions for the loss of signal condition are dependent upon the AID where the condition is raised. The procedure addresses each of these. Perform the procedure “Path Power Trace” (p. 3-8) to determine on which of the port types the LOS has occurred.
  • Page 408 Trouble-clearing procedures LOS (Loss of signal) ....................................................................................... Ensure that the source is compatible with the port and that it is on. Check that the source is a compatible type (for example, if you are expecting a single-mode fiber signal (either 1310 or 155x nm), check that the source is not a multi-mode fiber signal (typically 850 nm).
  • Page 409 Trouble-clearing procedures LOS (Loss of signal) ..............................................WEBUI Select the card, click the Reboot tab, select Warm Reboot > Submit ........................................Remove the pluggable module from the port on the card it is inserted in. Examine the connector on the pluggable module and the receptacle connector on the card where the pluggable module plugs into for any damage.
  • Page 410 Trouble-clearing procedures Input LOS ..............................................Input LOS Severity Critical Service affecting? Applicability MESH4, RA2P ........................................Restore span fiber integrity. S T E P S ....................................................................................... 2-160 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 411 Trouble-clearing procedures OMD Input LOS ..............................................OMD Input LOS The OMD port on one of the SFC cards has detected a Loss Of Signal. The LOS alarm is raised if the power measured at the port input drops below a threshold. This may be caused by the following reasons: •...
  • Page 412 Trouble-clearing procedures OMD Input LOS ..............................................If... Then... the optical power is within the required limits clean the receive connector on the card. If the LOS condition is still present, the problem may be with the card........................................Perform a warm reset of the card exhibiting the Loss of Signal. card type shelf slot config card reset warm...
  • Page 413 Trouble-clearing procedures LOSDCM (From DCM Input LOS) LOSDCM ..............................................This may be caused by the following reasons: • A misconnected, damaged or dirty fiber • The received power may not be within the acceptable range Severity Critical Service affecting? Applicability A2325A, AHPHG, AHPLG, ALPHG, AM2017B, AM2125A, AM2125B, AM2325A, AM2325B Corrective Action...
  • Page 414 Trouble-clearing procedures LOSDCM (From DCM Input LOS) LOSDCM ....................................................................................... Perform a warm reset of the card exhibiting the Loss of Signal. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................
  • Page 415 Trouble-clearing procedures LOSLDSIG (LD SIG Input LOS) LOSLDSIG ..............................................Corrective Action This procedure details the corrective action for a LOS against the SIG port. At the end of each step wait to see if the fault clears. If not, continue with the next step........................................
  • Page 416 Trouble-clearing procedures LOSLDSIG (LD SIG Input LOS) LOSLDSIG ..............................................Note: Refer to Caution at the beginning of this procedure........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20).
  • Page 417 Trouble-clearing procedures LOSOCM (WTOCM Input LOS) LOSOCM ....................................................................................... Clean the fiber........................................Replace the fiber........................................Replace the pluggable module. S T E P S ........................................LOS-O LOS-O (Incoming SUPVY LOS) The OSC SFP receive port on one of the amplifier cards has detected a Loss Of Signal. The LOS-O alarm is raised if the SONET framer detects framing errors in the A1/A2 overhead bytes as per the SONET specification This may be caused by the following reasons:...
  • Page 418 Trouble-clearing procedures LOS-O (Incoming SUPVY LOS) LOS-O ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 419 Trouble-clearing procedures LOS-O (Incoming SUPVY LOS) LOS-O ....................................................................................... Perform a warm reset of the card exhibiting the Loss of Frame. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................
  • Page 420 Trouble-clearing procedures LOS-OUT (Outgoing Loss of Signal) and (Outgoing Channel LOS-OUT Absent) ..............................................The provisioned channel could not be detected at a Wavelength Tracker detect point. The channel is either missing, operating at a power that is outside the detectable range, or wavekeys are not being correctly applied at the source OT/SVAC.
  • Page 421 Trouble-clearing procedures LOS-OUT (Outgoing Loss of Signal) and (Outgoing Channel LOS-OUT Absent) ....................................................................................... If resolving upstream alarms does not clear the alarm on the local NE, then the problem may be with this NE. Find the source of the channel's service and ensure that the add cross connect is administratively up and that there are no Wavelength Tracker or channel alarms/conditions for the associated OT or SVAC.
  • Page 422 Trouble-clearing procedures LOS-OUT (Outgoing Loss of Signal) and (Outgoing Channel LOS-OUT Absent) ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 423 Trouble-clearing procedures LOS-P (Incoming Payload LOS) LOS-P ....................................................................................... If power level is low on the DWDM facing port, identify the associated OCh trail and verify the power levels along the OCh trail........................................Identify the farthest upstream point relative to the far end OTUk port at which power level falls within the expected range.
  • Page 424 Trouble-clearing procedures LPBKLINE (Line [Facility] Loopback Active) LPBKLINE ..............................................Note: It can take several minutes for transmission to be established on 40G OTs after removing loopbacks. Severity Not alarmed Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12, 11DPE12E, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4 Corrective Action At the end of each step wait to see if the fault clears.
  • Page 425 Trouble-clearing procedures LPBKTERM (Diagnostic (Terminal) loopback active) LPBKTERM ..............................................Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Remove the loopback from the port. config interface <shelf slot port> loopback terminal disabled S T E P S ........................................
  • Page 426 Trouble-clearing procedures LSPOW_ALM_W (Laser Back-Facet Optical Power Cross LSPOW_ALM_W Threshold) ....................................................................................... If the port is pluggable module, remove and reinsert the same module. If the alarm does not clear, replace the module. S T E P S ........................................LSTEMP_ALM_W LSTEMP_ALM_W (Laser Cooling Current Cross Threshold) Severity Major...
  • Page 427 Trouble-clearing procedures LSSEGR (Remote Client Loss of Synchronization) ..............................................LSSEGR LSSEGR (Remote Client Loss of Synchronization) OT port has detected Loss of 64B/66B block synchronization on 10GbE facility in transmit direction. This may be caused by the following reasons: • Damaged or dirty fiber connected to the far-end receiver •...
  • Page 428 Trouble-clearing procedures MAN (Manually caused abnormal condition - card in maintenance) / MAN (Manually caused abnormal condition - Port in maintenance) / MAN (Logical removal performed on ..............................................a timing reference) The MAN (card in maintenance) condition is raised on a card when the user has purposefully placed the card into the maintenance state.
  • Page 429 Trouble-clearing procedures MAN (Manually caused abnormal condition - card in maintenance) ..............................................MAN (Manually caused abnormal condition - card in maintenance) Severity Not alarmed Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, A2325A, ALPHG, AHPHG, AHPLG, ALPFGT, AM2017B, AM2125A, AM2125B, AM2318A, AM2325B, CWR, DCM, ITLB, ITLU, MESH4, MVAC, OPS, OSCT, RA2P, SFC, SFD, SFD44, SFD44B, SVAC ,...
  • Page 430 Trouble-clearing procedures MAN (Manually caused abnormal condition - port in maintenance) ..............................................MAN (Manually caused abnormal condition - port in maintenance) Severity Not alarmed Service affecting? Applicability 112SCA1, 112SCX10, 11STAR1, 11STMM10, 11STGE12, AM2017B, AM2325B, AHPHG, AHPLG, ALPHG, ALPFGT, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, CWR8, MVAC, OPS, OSCT, RA2P, SFC, SFD, SVAC, WTOCM Corrective Action At the end of each step wait to see if the fault clears.
  • Page 431 Trouble-clearing procedures MANRESET (Card Manual Reset) MANRESET ..............................................MANRESET MANRESET (Card Manual Reset) The addressed card or slot is performing a manual reset. The MANRESET condition is issued as a transient condition to inform you that a reset of a pack has started. There is no corrective action to perform. Any failures on the pack will be reported after the reset completes.
  • Page 432 Trouble-clearing procedures MANSWTIMREF (Timing selection was switched by a manual MANSWTIMREF command to a timing reference) ..............................................MANSWTIMREF MANSWTIMREF (Timing selection was switched by a manual command to a timing reference) The MANSWTIMREF condition occurs when OT port detects MANSWTIMREF at the LINEREF layer.
  • Page 433 Trouble-clearing procedures MANSWTOINT (Manual Switch to Internal Timing ) MANSWTOINT ..............................................Corrective Action ........................................Clear the manual switch. show card 11dpe12e shelf/slot synce WEBUI Select the 11DPE12E card in the Equipment Tree. Select System Timing. S T E P S ........................................
  • Page 434 Trouble-clearing procedures MANWKSWBK (Manual switch to working) MANWKSWBK ....................................................................................... Clear the manual switch. config aps group <group> clearSwitch S T E P S ........................................MANWKSWPR MANWKSWPR (Manual switch to protection) This is a standing condition indicating a manual switch to protect is active. The manual switch of working facility/equipment to protection condition is raised when a user initiates a manual switch to protect request within a protection group.
  • Page 435 The MISMATCH condition type corrective actions will be divided by their respective condition text below. For information on some of the procedures discussed in the following trouble-clearing procedures, please see the Alcatel-Lucent Product Information and Planning Guide..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 2-185 8DG60888CAAA Release 3.6.0 and 3.6.1...
  • Page 436 Trouble-clearing procedures MISMATCH (Card Mismatch) MISMATCH ..............................................MISMATCH (Card Mismatch) The Card Mismatch alarm indicates that the card inserted into the affected slot is of a different type than that which was provisioned. This could occur when there is a card type mismatch.
  • Page 437 Trouble-clearing procedures MISMATCH (Card Mismatch) MISMATCH ..............................................If... Then... it is a DCM card, ensure that it is the correct compensation distance........................................If the inserted card is the incorrect type, remove the card and insert one that matches the provisioned type for the slot.
  • Page 438 Trouble-clearing procedures MISMATCH (Card Mismatch) MISMATCH ....................................................................................... Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 439 Trouble-clearing procedures MISMATCH (Power Filter Mismatch) MISMATCH ..............................................MISMATCH (Power Filter Mismatch) The Power Filter Mismatch alarm indicates that the two power filters do not have matching current carrying capacity or do not match the preprovisioned filter type. The Power Filter Mismatch alarm could also indicate that power filter Wavelength Tracker function does not match the shelf Wavelength Tracker mode.
  • Page 440 Trouble-clearing procedures MISMATCH (Power Filter Mismatch) MISMATCH ....................................................................................... Query the shelf for the actual power filters installed in each shelf: NE# show pf <shelf/slot> WEBUI Expand the tree structure of the shelf. Select Slot 19: PF and/or Slot 36: PF .
  • Page 441 Trouble-clearing procedures MISMATCH (Shelf Mismatch) MISMATCH ..............................................MISMATCH (Shelf Mismatch) The detected DCM or SFD44 shelf serial number does not match the provisioned serial number. Severity Critical Service affecting? Applicability SHELF Corrective Action ........................................Review DCM and SFD44 shelf serial numbers and make corrections as needed........................................
  • Page 442 Trouble-clearing procedures MISMATCH (Shelf Mismatch) MISMATCH ..............................................To delete an existing shelf: config shelf <shelf> type empty WEBUI In the Equipment Tree, select the desired shelf (not the Main shelf). Click the Delete tab. Select , and click Delete this Shelf Submit ........................................
  • Page 443 Trouble-clearing procedures MISMATCH (Pluggable Module Mismatch) MISMATCHMOD ..............................................Corrective Action At the end of each step wait to see if the fault clears. If it does not, go to the next step ........................................Verify the type of pluggable module that is currently inserted into the alarmed card. If...
  • Page 444 Trouble-clearing procedures MIXEDPFUSED (Mixed types of power filters used) MIXEDPFUSED ..............................................Severity Critical Service affecting? Applicability SHELF Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Identify the power filter model engineered for the installation.
  • Page 445 Trouble-clearing procedures MMG (Mismerge) ..............................................Corrective Action ........................................Check the peer MAID (MD name and MA Name). The local MAID and remote peer MAID should be same. show card 11dpe12e shelf/slot ethoam md1 show card 11dpe12e shelf/slot ethoam md1ma {1-400} WEBUI In the Equipment Tree, select the desired 11DPE12E card.
  • Page 446 Trouble-clearing procedures MOD (Card degrade - Wavelength Tracker Channel ID Insertion) ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 447 Trouble-clearing procedures MOD (Card degrade - Wavelength Tracker Channel ID Insertion) ....................................................................................... Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 448 Trouble-clearing procedures MODOUTOOR (Modulator output power out of range) MODOUTOOR ....................................................................................... If the port is pluggable module, remove and reinsert the same module. If the alarm does not clear, replace the module. S T E P S ........................................MSIM MSIM (Multiplex Structure Indication Mismatch) The MUX OT Line port has detected the mismatch condition of the MSI bytes within the OTU Signal payload.
  • Page 449 Trouble-clearing procedures MSIM (Multiplex Structure Indication Mismatch) MSIM ....................................................................................... Check whether uncorrectable FEC bit errors are reported. If so, perform the action for clearing the signal degraded alarms........................................After all signal degraded alarms are cleared and no uncorrectable bit errors are reported, check whether the input OTU signal MSI byte is compliant with the received OT card settings.
  • Page 450 Trouble-clearing procedures MTCESURV (Add power control failure) MTCESURV ....................................................................................... Determine what type of card is reporting the condition. If... Then... the card is a transponder card that is equipped check to see that the fibering for that card is with a Wavelength Tracker encoder, correct.
  • Page 451 Trouble-clearing procedures MTCESURVDGR (Port degrade - wavelength tracker encode MTCESURVDGR ..............................................degrade) An OT or SVAC card has detected a DSP failure. Severity Critical Service affecting? Applicability 112SCA1, 112SCX10, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STX4, 4DPA4, SVAC Corrective Action The OT or SVAC card has detected a DSP failure and this means that the wavelength tracker encode power control is compromised.
  • Page 452 Trouble-clearing procedures NET (Link Down; Data Link Down) ..............................................NET (Link Down; Data Link Down) The NET NR condition is raised when the EC (ES1 & ES2) and USRPNL (OAMP, VOIP, E1 & E2) ports are administratively disabled. When these ports are administratively enabled and no Ethernet link connectvity is established, these NR conditions would be reported as MN alarms.
  • Page 453 Trouble-clearing procedures NET (Link Down; Data Link Down) ....................................................................................... Remove the fiber from the port where the NET condition is raised........................................Check the power using a power meter........................................Clean the fiber and the bulkhead connector........................................Repeat Step 2 through Step 4...
  • Page 454 Trouble-clearing procedures NET (Link Down; Data Link Down) ....................................................................................... Reseat the card where the NET condition is present ........................................Replace the card that is the source of the Ethernet signal........................................Replace the card where the NET condition is present S T E P S ........................................
  • Page 455 Trouble-clearing procedures NET (Link Down; Data Link Down) ....................................................................................... Replace the card with the faulty Ethernet port. Refer to “Replacing System Components” 3-20). S T E P S ........................................NOTALLOWED NOTALLOWED (Card not allowed) The NOTALLOWED alarm indicates that the card is not allowed in the shelf or system. This may be caused by the following reasons: •...
  • Page 456 Trouble-clearing procedures NTPOOSYNC (Network Time Protocol is enabled, but no NTP NTPOOSYNC server is reachable) ..............................................While NTP is enabled, if all provisioned servers become not reachable or fail to meet minimum server standards, a NTPOOSYNC condition shall be raised. This alarm shall clear when the NTP protocol is disabled or NTP server time synchronization is reestablished.
  • Page 457 Trouble-clearing procedures NTPOOSYNC (Network Time Protocol is enabled, but no NTP NTPOOSYNC server is reachable) ....................................................................................... Reseat the Equipment Controller that is raising the NTPOOSYNC condition........................................Replace the Equipment Controller that is raising the NTPOOSYNC condition. Follow the return and repair process to return the card to an authorized repair center for replacement.
  • Page 458 Trouble-clearing procedures OAPUMPTEMPHIGH (OA pump laser temperature high) ..............................................OAPUMPTEMPHIGH OAPUMPTEMPHIGH (OA pump laser temperature high) The LD pack has detected pump laser temperature high. Severity Major Service affecting? Applicability AHPHG, AHPLG, ALPHG, A2325A, AM2125A, AM2125B, MESH4, RA2P Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently...
  • Page 459 Trouble-clearing procedures OCHCOLLISION (Channel collision) OCHCOLLISION ..............................................Wavelength Tracker has detected more than one instance of the same channel at this port. This is likely due to a fibering problem or equipment failure upstream from the alarmed port. Note: The alarmed port indicates the first occurrence of the collision along the path. All downstream occurrences are flagged as conditions.
  • Page 460 Trouble-clearing procedures OCHCOLLISION (Channel collision) OCHCOLLISION ....................................................................................... Set the value if necessary. config interface shelf/slot/port wavekey in | out frequency power value WEBUI If the Expected Power field is set to , select and click Set Power ........................................Perform the procedure “Path Power Trace”...
  • Page 461 Trouble-clearing procedures OCHCOLLISION (Channel collision) OCHCOLLISION ..............................................WEBUI 1. Select Reports > Alarm List > Total 2. Select > Reports Condition List 3. Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card”...
  • Page 462 Trouble-clearing procedures OCHCOLLISION-OUT (Channel collision Output Direction) OCHCOLLISION-OUT ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 463 Trouble-clearing procedures OCHCOLLISION-OUT (Channel collision Output Direction) OCHCOLLISION-OUT ....................................................................................... Observe on the downstream NE if this is the only card reporting the collision. If so, warm reset the only alarmed card. card_type shelf slot config card reset warm WEBUI Select the card, click the Reboot tab, select...
  • Page 464 Trouble-clearing procedures OCHFDI (Optical Channel Forward Defect Indication) OCHFDI ..............................................Service affecting? Applicability A2325A, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2125A, AM2125B, AM2325B, OSCT, RA2P Corrective Action NOTICE Service-disruption hazard Cleaning the fiber connector of the NE may be service impacting if the fiber is currently carrying services.
  • Page 465 Trouble-clearing procedures OCHFDI (Optical Channel Forward Defect Indication) OCHFDI ....................................................................................... Show the path power trace on the two endpoint of the wavelength service. Determine if the wavelength has achieved the target output power from the LD pack. Enter the following commands on both end points to determine if the launch power has been achieved.
  • Page 466 Trouble-clearing procedures OCHPDI (Channel Payload Defect Indicator) OCHPDI ..............................................Applicability 11STAR1, 11STMM10, 11STGE12, 43STA1P, 43STX4, 43STX4P, 4DPA4, MVAC, SVAC Corrective Action NOTICE Service-disruption hazard Cleaning the fiber connector of the NE may be service impacting if the fiber is currently carrying services.
  • Page 467 Trouble-clearing procedures OCHPDI (Channel Payload Defect Indicator) OCHPDI ....................................................................................... Show the path power trace on the two endpoints of the wavelength service. Determine if the wavelength has achieved the target output power from the transponder. Enter the following commands on both end points to determine if the launch power has been achieved.
  • Page 468 Trouble-clearing procedures OCHKEYDUP (Duplicate Wave Key) OCHKEYDUP ..............................................Service affecting? Applicability 112SCA1, 112SCX10, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA4, MVAC, SVAC, Cross-connect Corrective Action The alarm lists the IP address and shelf/slot/port for the other NE sourcing the same OCH trail name........................................
  • Page 469 Trouble-clearing procedures OCHKEYOVERLAP (Wave Key overlap) OCHKEYOVERLAP ..............................................This NE has detected that the service which is raising this condition has experienced a provisioning problem. The Wavelength Tracker wavekeys which are configured during service creation need to be rekeyed. This is a non-service impacting event. Potential transient Wavelength Tracker wavekey conditions may be created and then cleared as a result of the rekey operation.
  • Page 470 Trouble-clearing procedures OCHTRAILDUP (Duplicate OCH Trail name) OCHTRAILDUP ..............................................The NE has detected that another NE in the network is sourcing an OCh trail which is using the same OCh trail name as one of its own sourced (headed) trails. This can happen if the loopback IP address of the sourcing NE was recently changed.
  • Page 471 Trouble-clearing procedures OCHTRAILDUP (Duplicate OCh trail name) OCHTRAILDUP ..............................................OCHTRAILDUP (Duplicate OCh trail name) Severity Minor Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA4, MVAC, SVAC, Cross-connect Corrective Action The alarm will list the IP address and shelf, slot, port for the other NE sourcing the same OCh Trail name.
  • Page 472 Trouble-clearing procedures OCHTRAILUNKNOWN (Unknown OCH Trail for x-connect) OCHTRAILUNKNOWN ..............................................The NE has not received the OCh trail information for this Cross-Connect from the trail's head NE. While this condition is asserted, Wavelength Tracker monitoring for this channel is not active on this NE. This alarm may be raised for the following reasons: •...
  • Page 473 Trouble-clearing procedures OCHTRAILUNKNOWN (Unknown OCH Trail for x-connect) OCHTRAILUNKNOWN ..............................................If... Then... there is no match, continue with Step ........................................Ensure that there is CN/OSPF connectivity at the head end NE. Log into the head end NE. Check for alarms on any ALPHG links. Resolve any outstanding alarms on the head-end NE CN links.
  • Page 474 Trouble-clearing procedures OCHUNKNOWN (Channel Unexpected) OCHUNKNOWN ..............................................An OCHUNKNOWN is raised when a channel is detected but no keys have been provisioned. Severity Minor Service affecting? Applicability A2325A, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2325B, OPS, OSCT, CWR8 , MESH4, WR Corrective Action At the end of each step wait to see if the fault clears.
  • Page 475 Trouble-clearing procedures OCHUNKNOWN (Channel Unexpected) OCHUNKNOWN ....................................................................................... Perform a warm reset of the card. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit S T E P S ........................................
  • Page 476 Trouble-clearing procedures OCHUNKNOWN-OUT (Channel Unexpected) OCHUNKNOWN-OUT ....................................................................................... If... Then... other Wavelength Tracker alarms exist on the clear the alarms. same channel on this or any upstream NE, the unexpected channel has been launched and clear the alarm. the Channel absent alarm is present, any amplifier alarms exist on the NE or any clear the alarms.
  • Page 477 Trouble-clearing procedures OCI (Open Connection Indication - ODU) ..............................................This may be caused if the network operator in external OTN network has deleted or not yet provisioned a connection in OTN switched network. Severity Critical Service affecting? Applicability 112SA1L, 112SCX10, 112SX10L, 11DPE12, 11QPA4, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA4 Corrective Action...
  • Page 478 Trouble-clearing procedures OCIEGR (Egress Open Connection Indication - ODU) OCIEGR ..............................................Corrective Action This procedure details the corrective action for clearing an OCIEGR condition declared on an OT port........................................Contact network operator(s) responsible for equipment that sources OTM-0.2 signal to the affected client port to clear the OCI condition.
  • Page 479 Trouble-clearing procedures OPR (Channel Optical Power Out of Range) ....................................................................................... Retrieve the optical power levels at the receive port of the OT or SVAC card where the alarm is raised. show interface <shelf slot port> WEBUI From the Equipment Tree, select the card, and select the desired port........................................
  • Page 480 Trouble-clearing procedures OPR (Channel Optical Power Out of Range) ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 481 Trouble-clearing procedures OPRLOSSHIGH (Out of Operational Range – Loss Too High OPRLOSSHIGH between DCM Ports of LD) ..............................................WEBUI From the Equipment Tree, select the card, and select the desired port........................................Perform a warm reset on the card where the OPR condition is raised. card_type shelf slot config card reset warm...
  • Page 482 Trouble-clearing procedures OPRLOSSLOW (Out of Operational Range - Loss Too Low) OPRLOSSLOW ..............................................Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 483 Trouble-clearing procedures OPRLOSSLOW (Out of Operational Range - Loss Too Low) OPRLOSSLOW ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 484 Trouble-clearing procedures OPRPWRHIGH (Out of Operational Range - Input Power Too OPRPWRHIGH High) ..............................................WEBUI From the Equipment Tree, select the card, and select the desired port........................................If... Then... the power levels are within the acceptable the problem may be with the card itself. limits, Proceed to Step...
  • Page 485 Trouble-clearing procedures OPRPWRLOW (Out of Operational Range - Input Power Too Low) ..............................................OPRPWRLOW OPRPWRLOW (Out of Operational Range - Input Power Too Low) The OPR Out of Operational Range - Loss Too High Low is raised when the loss between the DCM in and out ports of a amplifier is too low.
  • Page 486 Trouble-clearing procedures OPRPWRLOW (Out of Operational Range - Input Power Too OPRPWRLOW Low) ..............................................If... Then... the power levels are not within acceptable continue with Step limits, ........................................Thoroughly clean the fiber jumper connected to the LINE or SIG port of the amplifier card raising the alarm.
  • Page 487 Trouble-clearing procedures OPROOR (Optical power received out of range) OPROOR ..............................................OPROOR (Optical power received out of range) The OT port has detected a received optical power out of range at OCH layer. This defect indicates that local port has detected that the input optical power is lower or higher than specified value.
  • Page 488 Trouble-clearing procedures OPR-OUT (Outgoing Channel Optical Power Out of Range) ..............................................OPR-OUT OPR-OUT (Outgoing Channel Optical Power Out of Range) The OPR-OUT condition is raised on cards with a Wavelength Tracker detect point when the power of the outgoing channel is outside of the provisioned power range. This alarm may be caused by the introduction of more or less attenuation in the fiber, or by an amplifier adjust that may have occurred elsewhere in the network, due to fiber repair activity or network adjustments such as adding or deleting a node.
  • Page 489 Trouble-clearing procedures OPRTX (Channel Power Unstable) OPRTX ..............................................OPRTX OPRTX (Channel Power Unstable) The OPR Channel Power Unstable alarm is raised on cards with a Wavelength Tracker detect point when the power is outside of the provisioned power range. This alarm may be caused by one of the following: •...
  • Page 490 Trouble-clearing procedures OPRTX (Channel Power Unstable) OPRTX ....................................................................................... Retrieve the optical power levels at the receive port of the card where the alarm is raised. show interface <shelf slot port> WEBUI From the Equipment Tree, select the card, and select the desired port........................................
  • Page 491 Trouble-clearing procedures OPRTX (Channel Power Unstable) OPRTX ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement. S T E P S ........................................
  • Page 492 Trouble-clearing procedures OPRUNACHIEVE (Channel Power Unachievable) OPRUNACHIEVE ....................................................................................... Determine the transponder line port that is connected to OT VA port, MVAC port, or SVAC port. show interface topology <shelf slot port> show interface <shelf slot port> WEBUI Select Connections >...
  • Page 493 Trouble-clearing procedures OPRUNACHIEVE (Channel Power Unachievable) OPRUNACHIEVE ....................................................................................... If the output power is with acceptable limits, clean and reconnect the transponder and OT or SVAC and check the alarm status of the shelf. If the output power remains below specification: 1.
  • Page 494 Trouble-clearing procedures OPRUNACHIEVE (Channel Power Unachievable) OPRUNACHIEVE ....................................................................................... Measure the optical power being received at the OT VA, SVAC, or MVAC input port to confirm power is present. If the alarm has not cleared, replace the OT VA port SFP EVOA, MVAC port SFP EVOA, or SVAC card.
  • Page 495 Trouble-clearing procedures OPTINTBASE (Optical Intrusion Baseline Needed) OPTINTBASE ....................................................................................... Click the Optical Intrusion tab........................................Select the Baseline Span Loss field, select a valid value (dB), and click Submit S T E P S ........................................OPTINTDET OPTINTDET (Optical Intrusion — Detected) Optical intrusion to the line fiber is detected.
  • Page 496 Trouble-clearing procedures OPTINTSUSP (Optical Intrusion – Monitoring Suspended) OPTINTSUSP ..............................................Optical intrusion monitoring to the line fiber is suspended due to local or upstream NE conditions. The alarm could be due to a variety of NE alarms such as NET, LOS-P, APR and CARDINIT.
  • Page 497 Trouble-clearing procedures OSCSSF (Server Signal Failure - OSC) OSCSSF ..............................................OSCSSF OSCSSF (Server Signal Failure - OSC) The LINE port on one of the ALPHG, AHPHG, AHPLG cards or the OSCSFP port on one of the ALPFGT, or OSCT cards has detected a Loss Of Signal. The OSCSSF conditon is raised against the OSC or OSCSFP port when the LOS alarm is raised against LINE port when the power measured at the port input drops below a threshold.
  • Page 498 Trouble-clearing procedures PCSGENERATOR (PCS Generator active) PCSGENERATOR ..............................................PCSGENERATOR PCSGENERATOR (PCS Generator active) The PCSGENERATOR condition is raised when the by Test signal loopback test is in progress at the 100GA/D client port. Severity Service affecting? Applicability 112SA1L, 112SCA1 ........................................card_type shelf slot config interface c1 loopback testsignal disabled...
  • Page 499 Trouble-clearing procedures PLM (Payload Mismatch Indication - ODU) ..............................................Service affecting? Applicability 11DPE12, 11DPE12E, 11QPA4, 11STAR1, 11STMM10, 43STA1P, 43STX4, 43STX4P, 4DPA4 Corrective Action This procedure details the corrective action for clearing a PLM condition on an OT port........................................Identify the far-end peer of the local OT port where the PLM condition exists........................................
  • Page 500 Trouble-clearing procedures PLMEGR (Egress Payload Mismatch Indication - ODU) PLMEGR ..............................................Service affecting? Applicability 43STX4, 43STX4P Corrective Action This procedure details the corrective action for clearing a PLMEGR condition on an OT port. At the end of each step wait to see if the fault clears. If not, continue with the next step.
  • Page 501 Trouble-clearing procedures PRCDRERR (Subtended shelf cannot be assigned a shelf id) PRCDRERR ..............................................PRCDRERR (Subtended shelf cannot be assigned a shelf id) The maximum supported number of shelves would be exceeded by a newly discovered shelf. The maximum for universal shelves is 8, the maximum for SFD44 shelves is 8, and the maximum for DCM shelves is 16.
  • Page 502 Trouble-clearing procedures PRCDRERR-TOPO (Invalid topology) PRCDRERR ..............................................PRCDRERR-TOPO (Invalid topology) In this release, the system enforces a rule that a valid cross connects must terminate on one of the following end-points: • a port marked as "External" • a port marked as "No-connect" •...
  • Page 503 Trouble-clearing procedures PRCDRERR-TOPO (Power management topology invalid) PRCDRERR ..............................................PRCDRERR-TOPO (Power management topology invalid) The NE contains an invalid physical topology that prevents automatic power management from operating. Since physical topology links cannot be changed if a service (cross-connect) is provisioned across them, and services cannot be provisioned if topology links are incorrect, this can occur in the following ways: •...
  • Page 504 Trouble-clearing procedures PRCDRERR-TOPO (Power management topology invalid) PRCDRERR ..............................................Note: If services were provisioned in a previous software release across an invalid physical topology (for example, no ingress amplifier in an auto-power managed CWR8 NE), these services have to be deleted before the physical topology can be corrected.
  • Page 505 Trouble-clearing procedures PWR (Power Filter 1 breaker off or voltage low) PWR (Power Filter 2 breaker off or voltage low) ..............................................PWR (Power Filter 1 breaker off or voltage low) PWR (Power Filter 2 breaker off or voltage low) Either the voltage level of the external DC supply is low or the breaker switch has been turned off.
  • Page 506 Trouble-clearing procedures PWR (Power Filter 1 breaker off or voltage low) PWR (Power Filter 2 breaker off or voltage low) ....................................................................................... Perform a cold reset on the Equipment Controller that is raising the PWR condition. card type shelf slot config card reset cold WEBUI...
  • Page 507 Trouble-clearing procedures PWRADJFAIL (Inter NE communication timeout blocking PWRADJCOMMS power adjustment) ..............................................Service affecting? Applicability A2325A, AHPHG, AHPLG, ALPHG, AM2017B, AM2125A, AM2125B, AM2318A, AM2325B Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................
  • Page 508 Trouble-clearing procedures PWRADJFAIL (Power Adjustment Failure); PWRADJFAIL (No PWRADJFAIL ..............................................through services in appropriate state for adjustment) The PWRADJFAIL (Power Adjustment Failure) condition is raised when the system is unable to adequately adjust the power levels. Power adjustments are run during system initial commissioning and during in-service power balancing.
  • Page 509 Trouble-clearing procedures PWRADJFAIL (Power Adjustment Failure) PWRADJFAIL ..............................................PWRADJFAIL (Power Adjustment Failure) Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...
  • Page 510 Trouble-clearing procedures PWRADJFAIL (Power Adjustment Failure) PWRADJFAIL ..............................................To delete optical channel services: config xc src_shelf/slot/port dest_shelf/slot/port freq state down config xc src_shelf/slot/port dest_shelf/slot/port freq delete ........................................Perform a cold reset on the SFD40/SFD44B. config card card type shelf slot reset cold WEBUI Select the card, click the tab, select...
  • Page 511 /or a rebalancing of the network to compensate. Follow the appropriate procedures in the Alcatel-Lucent User Provisioning Guide to validate the new parameters of the network.
  • Page 512 Trouble-clearing procedures PWRADJFAIL (Power Adjustment Failure) PWRADJFAIL ....................................................................................... Perform a cold reset on the card. card type shelf slot config card reset cold WEBUI Select the card, click the tab, select > Reboot Cold Reboot Submit ........................................Reseat the card. Refer to “Reseating a Card”...
  • Page 513 Trouble-clearing procedures PWRADJFAIL (No through services in appropriate state for PWRADJFAIL adjustment) ..............................................PWRADJFAIL (No through services in appropriate state for adjustment) Corrective Action ........................................If the adjustment is an ingress adjustment, verify total power is reported at the upstream line's LINE Out or LINEOUT port (depending on LD type), and at the downstream NE RA2P output (if equipped) and ingress LD SIG Out or LINEOUT port (depending on LD type).
  • Page 514 Trouble-clearing procedures PWRADJFAIL (No through services in appropriate state for PWRADJFAIL adjustment) ....................................................................................... Verify by visual inspection that fiber connections between the pack ports of the optical line adjusted. For an ingress adjustment verify the NE's upstream neighbor optical line optical connection are correctly mated.
  • Page 515 Trouble-clearing procedures PWRADJREQ (Power Adjust Required) ..............................................PWRADJREQ PWRADJREQ (Power Adjust Required) A PWRADJREQ condition is raised when: • Adding a channel on a non-commissioned network: For example, a ring network can be commissioned with ASE power adjusts which require no services to be added to power balance the network. When a service is added after this type of commissioning is done, the PWRADJREQ alarm will not be raised.
  • Page 516 PWRADJFAIL alarm will appear. Proceed “PWRADJFAIL” (p. 2-257)........................................Follow the appropriate procedures in the Alcatel-Lucent User Provisioning Guide to validate the set parameters of the network per the Network Plan. S T E P S ........................................PWRMARGIN...
  • Page 517 Trouble-clearing procedures PWRMARGIN (Power Adjust Loss Margin Exceeded) PWRMARGIN ..............................................Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Perform the “Path Power Trace” (p. 3-8) to determine if there are any anomalies upstream of the alarmed card that would cause PWRMARGIN condition to be raised.
  • Page 518 Trouble-clearing procedures PWRMAXGAIN (Gain Adjustment Exceeded Max Value) PWRMAXGAIN ..............................................PWRMAXGAIN indicates the LD gain setting has been set higher than the maximum value the EPT designed for this LD. This condition indicates that the loss between the upstream NE line and the alarmed LD line is higher than expected. While the network can continue to operate in this condition if sufficient margin exists for the lightpaths using the LD, it is recommended the condition be corrected as soon as possible.
  • Page 519 Trouble-clearing procedures PWRMAXGAIN (Gain Adjustment Exceeded Max Value) PWRMAXGAIN ..............................................less than the minimum there may be a point loss problem between the RA2P Line In port and the fiber span. Attempt to locate and repair the point loss problem, and manually trigger an ingress adjustment at the alarmed line.
  • Page 520 Trouble-clearing procedures PWRSUSP- OT or SVAC - (Power management suspended); PWRSUSP- CWR8 (Power management suspended) ..............................................PWRSUSP PWRSUSP- OT or SVAC - (Power management suspended); PWRSUSP- CWR8 (Power management suspended) Power management operations are suspended for the alarmed channel. The main purpose of this condition is to help debug other problems.
  • Page 521 Trouble-clearing procedures PWRSUSP- OT or SVAC - (Power management suspended); PWRSUSP PWRSUSP- CWR8 (Power management suspended) ..............................................Corrective Action The corrective action depends on Access Identifier (AID). If the AID is: • For OT or SVAC, continue with the procedure “PWRSUSP - OT or SVAC (Power management suspended)”...
  • Page 522 Trouble-clearing procedures PWRSUSP - OT or SVAC (Power management suspended) PWRSUSP ..............................................PWRSUSP - OT or SVAC (Power management suspended) This alarm is raised when the measured loss from the OT or SVAC input port to the egress LD is greater than the theoretical loss by 4dB or more. The theoretical loss is calculated using a combination of port insertion losses stored in the card SEEPs, nominal connector/patch-cord losses, and also nominal losses calculated during commissioning.
  • Page 523 Trouble-clearing procedures PWRSUSP - OT or SVAC (Power management suspended) PWRSUSP ....................................................................................... Replace the fiber connecting the alarmed OT or SVAC Line port to the next pack preceding the CWR8 pack (or CWR8 CLS (1 to 8) port)........................................Replace the OT or SVAC card.
  • Page 524 Trouble-clearing procedures PWRSUSP-CWR8 (Power management suspended) PWRSUSP ..............................................PWRSUSP-CWR8 (Power management suspended) This alarm is raised for the CWR8 CLS or Thru ports when nodal power management has told the CWR8 power control loop to clamp the attenuation for the channel, and the CWR8 power control wants a channel attenuation that exceeds the clamp.
  • Page 525 Trouble-clearing procedures PWRSUSP-CWR8 (Power management suspended) PWRSUSP ....................................................................................... If checking the add path topology for clean connections between packs did not resolve the issue, try triggering an egress adjustment at the LD Line port of the egress line to which the CWR8 Sig port connects.
  • Page 526 Trouble-clearing procedures PWRSUSP-CWR8 (Power management suspended) PWRSUSP ....................................................................................... Replace the egress line LD pack. S T E P S ........................................PWRTILTSUSP PWRTILTSUSP (Amplifier gain tilt adjustments suspended) The PWRTILTSUSP condition indicates that the amplifier gain tilt adjustments have been suspended.
  • Page 527 Trouble-clearing procedures RAMANSUP (Raman Suppress - Line) RAMANSUP ..............................................This may be caused by the following reasons: • A misconnected, damaged or dirty fiber • Received power may not be within the acceptable range Severity Service affecting? Applicability 11DPE12, 11DPE12E, A2325A, AHPHG, AHPLG, ALPHG, AM2017B, AM2125A, AM2125B, AM2325B No corrective action is required.
  • Page 528 Trouble-clearing procedures RCVROPTPROG (Receiver Optimization in Progress) RCVROPTPROG ..............................................RCVROPTPROG RCVROPTPROG (Receiver Optimization in Progress) The Line input port on one of the 40G OT cards is tuning after recovering from an LOS. After a 40G OT card has initialized successfully, the Tunable Dispersion Compensator (TDC) and Delay Line Interferometer (DLI) on the line-side receive path will automatically tune to optimize transmission performance.
  • Page 529 Trouble-clearing procedures RCVROPTPROG (Receiver Optimization in Progress) RCVROPTPROG ....................................................................................... Remove the fiber from the port where the LOS was raised and measure the optical power. If the optical power is below the threshold level provisioned by the Photonic Manager for the type of port, then using standard optical fiber jumper cleaning procedure, clean the fiber, and measure the power again.
  • Page 530 Trouble-clearing procedures RDI (Remote Defect Indication) ..............................................Service affecting? Applicability 11DPE12E The alarm is cleared when the MEP receives a CCM frame where RDI is set to “0.” Corrective Action ........................................Check the remote peer MEP alarms. The remote peer MEP alarms trigger RDI on the local MEP.
  • Page 531 Step system, ........................................Although only one PF is required in the 1830 PSS-16, the REPLUNITMISS condition may occur when only one PF is present. Disable the REPLUNITMISS alarm on the PF slot that is empty: slot config alm attr...
  • Page 532 Trouble-clearing procedures REPLUNTMISS (Card Missing) REPLUNITMISS ....................................................................................... Verify that there is a card in the slot against which the alarm is raised. If no card is present, insert a card of the provisioned type into the slot. To verify which card type has been provisioned for the slot: shelf slot show slot...
  • Page 533 Trouble-clearing procedures REPLUNTMISS (Pluggable Module Missing) ..............................................REPLUNITMISSMOD REPLUNTMISS (Pluggable Module Missing) The optics module (pluggable module) for the port is missing or the card is not able to successfully detect the presence of the module. The problem could be with the pluggable module or the card.
  • Page 534 Trouble-clearing procedures REPLUNTMISS (Pluggable Module Missing) REPLUNITMISSMOD ....................................................................................... Remove the pluggable module from the port on the card it is inserted in. Examine the connector on the SFP and the receptacle connector on the card where the SFP plugs into for any damage.
  • Page 535 Trouble-clearing procedures RFIEGR (Remote Client Remote Fault) RFIEGR ....................................................................................... Perform the steps in the procedure “LANRFI” (p. 2-123) on the far end port. S T E P S ........................................RFIL RFIL (Remote Fault Indication) An RFIL condition may be raised on a client or network SDH port of the listed line cards and may be attributed to a fault on the remote device (the equipment connected to the client or network port).
  • Page 536 Trouble-clearing procedures RFIL (Remote Fault Indication) RFIL ....................................................................................... Perform a warm reset of the card on the local card where the RFIL condition is raised. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select >...
  • Page 537 Trouble-clearing procedures SDBER (Signal Degrade) SDBER ..............................................SDBER (Signal Degrade) The OT port has detected a Signal Degrade Bit Error Rate (SDBER) on the OC- /STM- port of the applicable card. This defect indicates that local OC- M/STM- port has detected a BER that exceeds selected threshold (default 10 This may be caused by the following reasons: •...
  • Page 538 Trouble-clearing procedures SDBER (RS) (RS Signal Degrade) SDBER ..............................................SDBER (RS) (RS Signal Degrade) The OT port has detected a Signal Degrade Bit Error Rate (SDBER) on the OC- /STM- port of the applicable card. This defect indicates that local OC- M/STM- port has detected a BER that exceeds selected threshold (default 10...
  • Page 539 Trouble-clearing procedures SDEG-O (SUPVY Signal Degrade) SDEG-O ..............................................The OSC SFP receive port on one of the amplifier cards has detected a signal degrade. The SDEG-O alarm is raised if the SONET framer detects errors in the as per the SONET specification This may be caused by the following reasons: •...
  • Page 540 Trouble-clearing procedures SDEG-O (SUPVY Signal Degrade) SDEG-O ....................................................................................... Ensure that the administrative state of the port is Admin Up. If it is Up, then toggle the administrative state from UP-->DOWN-->UP........................................If... Then... no active traffic is present on the system remove the fiber from the receive port where the SDEG-O is raised and measure the optical power.
  • Page 541 Trouble-clearing procedures SDEG-O (SUPVY Signal Degrade) SDEG-O ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement. S T E P S ........................................
  • Page 542 Trouble-clearing procedures SFMISMATCH (Software Version Mismatch) ..............................................SFMISMATCH SFMISMATCH (Software Version Mismatch) There is software version mismatch. This alarm may be raised under the following conditions: • The software (application and boot only, not FPGA) on the alarmed card does not match the software on the nearest EC card because the card failed to update successfully •...
  • Page 543 Trouble-clearing procedures SLTMSIG (Timing reference frequency has moved off the required accuracy limits (not Protected or Protection not Available)) ..............................................SLTMSIG SLTMSIG (Timing reference frequency has moved off the required accuracy limits (not Protected or Protection not Available)) The SLTMSIG condition occurs when the OT port detects SLTMSIG at the LINEREF layer.
  • Page 544 Trouble-clearing procedures SSF (Server Signal Failure - OTU) ..............................................SSF (Server Signal Failure - OTU) The OT port has detected an Optical Channel (Och) Server Signal Failure. A condition that is treated as a Server Signal Failure (i.e., a Loss of Signal, LOS) was detected. Each of the following conditions is treated as a Server Signal Failure: •...
  • Page 545 Trouble-clearing procedures SSF (Server Signal Failure - OTU) ....................................................................................... Check the alarms/conditions on the node located in Step 3 or the node immediately upstream from point identified in Step ........................................Correct the problem identified in Step ........................................If all power levels along the OCh trails fall within the target range, locate the fiber connected directly to receiver of the port which detects SSF condition.
  • Page 546 Trouble-clearing procedures SSFODU (Server Signal Failure - ODU) SSFODU ..............................................These conditions may be caused by the following reasons: • A misconnected, damaged or dirty fiber on the trail between the local OTUk receive port and the far end transmitter •...
  • Page 547 Trouble-clearing procedures SSFODU (Server Signal Failure - ODU) SSFODU ....................................................................................... If cleaning the fiber does not clear the problem, replace the fiber........................................If the problem is detected on the client port of 11STAR1 OT, and the power level is within the operating range, check for pluggable module alarms.
  • Page 548 Trouble-clearing procedures SSFODUEGR (Egress Signal Server Failure - ODU) SSFODUEGR ..............................................Corrective Action This procedure details the corrective action for clearing the SSFODUEGR declared on an OT port. At the end of each step wait to see if the fault clears. If not, continue with the next step.
  • Page 549 Trouble-clearing procedures SWEQPT (Equipment Controller redundancy is compromised); SWEQPT (Protection switching equipment failure) ..............................................SWEQPT SWEQPT (Equipment Controller redundancy is compromised); SWEQPT (Protection switching equipment failure) The SWEQPT alarm is raised when the redundant equipment is not able to support a failure of the working equipment.
  • Page 550 Trouble-clearing procedures SWEQPT (Equipment Controller redundancy is SWEQPT compromised) ..............................................SWEQPT (Equipment Controller redundancy is compromised) The inactive controller is unable to provide redundancy protection. In some cases this is a transitory alarm that occurs as redundant Equipment Controllers discover one another and synchronize.
  • Page 551 Trouble-clearing procedures SWEQPT (Equipment Controller redundancy is SWEQPT compromised) ....................................................................................... Look for the log "Equipment Controller redundancy is compromised". The log contains a demerit descriptor, as seen in Table 2-1, “Corrective Actions for Equipment Controller Demerits” (p. 2-301). For each log/demerit that is raised, take the corrective action as listed in the following table.
  • Page 552 Trouble-clearing procedures SWEQPT (Equipment Controller redundancy is SWEQPT compromised) ..............................................Table 2-1 Corrective Actions for Equipment Controller Demerits (continued) Demerit Corrective Action System Timing This demerit is raised when the inactive controller's system timing module is compromised not reporting the same status as the active controller's system timing module. 1.
  • Page 553 Trouble-clearing procedures SWEQPT (Equipment Controller redundancy is SWEQPT compromised) ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 554 Trouble-clearing procedures SWEQPT (Protection Switching Equipment Failure) SWEQPT ..............................................SWEQPT (Protection Switching Equipment Failure) This condition indicates a problem on the mate card. Severity Minor Service affecting? Applicability 112SCA1, 112SCX10, 11DPE12E, 11DPM12, 11STAR, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently...
  • Page 555 The corrective action depends on whether you want to commit the software upgrade, or back out of the software upgrade. The alarm clears when a commit or a back out is issued after the software upgrade is complete. For more details on the upgrade process, refer to the Alcatel-Lucent User Provisioning Guide..............................................
  • Page 556 Trouble-clearing procedures Committing the Software Upgrade SWFTDWN ..............................................Committing the Software Upgrade At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Wait for the software upgrade to complete. show software progress Re-enter this command until the system indicates that the software upgrade is complete.
  • Page 557 Trouble-clearing procedures Backing out the Software Upgrade SWFTDWN ..............................................Backing out the Software Upgrade At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Abort the upgrade. config software upgrade abort ........................................
  • Page 558 Trouble-clearing procedures SWMTXMOD (Switching Matrix Module Failure) SWMTXMOD ..............................................SWMTXMOD (Switching Matrix Module Failure) This condition is applicable to CWR8 cards when the channels going through the card are not being routed correctly. In addition, this condition may apply to line cards in the case where there is optical splitter protection.
  • Page 559 Trouble-clearing procedures SWMTXMOD (Switching Matrix Module Failure) SWMTXMOD ....................................................................................... Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement.
  • Page 560 Trouble-clearing procedures SWMTXMOD (Y-Cable Switchover Timer Expired) SWMTXMOD ..............................................SWMTXMOD (Y-Cable Switchover Timer Expired) Severity Critical Service affecting? Applicability 11STAR1, 11STMM10, 11STGE12 Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................
  • Page 561 Trouble-clearing procedures SWUPGCOMMIT (No committed software load (Autoinstall SWUPGCOMMIT disabled)) ..............................................Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step........................................To upgrade to a new release or clear the alarm, the current software load must be committed.
  • Page 562 Trouble-clearing procedures SWUPGFAIL (Software Upgrade Failed) SWUPGFAIL ....................................................................................... Determine the reason why the NE or card failed to upgrade. config software upgrade status ........................................Based on the information provided by the status, as listed in the following table, determine the cause of the failure and resolve that issue first. Table 2-2 Software upgrade status and actions Upgrade...
  • Page 563 Trouble-clearing procedures SWUPGFAIL (Software Upgrade Failed) SWUPGFAIL ..............................................Table 2-2 Software upgrade status and actions (continued) Upgrade Action status Lost The card experienced a temporary communications problem. Retry the communication upgrade process. with target Flash read failed The card has a problem with one or more of its flash banks. 1.
  • Page 564 Trouble-clearing procedures SWUPGFAIL (Software Upgrade Failed) SWUPGFAIL ..............................................Table 2-2 Software upgrade status and actions (continued) Upgrade Action status No upgrade path Attempt to upgrade to a release which is not backwards compatible with the current release. 1. Upgrade to an intermediate release first. 2.
  • Page 565 Trouble-clearing procedures SWUPGFAIL (Software Upgrade Failed) SWUPGFAIL ..............................................Table 2-2 Software upgrade status and actions (continued) Upgrade Action status Load file not A software load file could not be found on the disk. Repeat the upgrade to found transfer the file from FTP to the disk. Load could not The correct load could not be activated.
  • Page 566 Trouble-clearing procedures SWUPGFAIL (Software Upgrade Failed) SWUPGFAIL ....................................................................................... Reseat the card that failed to upgrade and try the upgrade procedure again. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card that failed to upgrade and try the upgrade procedure again. Refer to “Replacing System Components”...
  • Page 567 Trouble-clearing procedures SYNCOOS (Timing reference failed (Not Protected or SYNCOOS Protection not Available)) ..............................................SYNCOOS (Timing reference failed (Not Protected or Protection not Available)) Corrective Action ........................................Check the timing reference quality and priority. show card 11dpe12e shelf/slot synce lineref {1-4} WEBUI Select the 11DPE12E card in the Equipment Tree.
  • Page 568 Trouble-clearing procedures SYNCOOS (Timing reference failed--system going into SYNCOOS holdover) ..............................................SYNCOOS (Timing reference failed--system going into holdover) Corrective Action ........................................Check the reference status. show card 11dpe12e shelf/slot synce lineref {1-4} WEBUI Select the 11DPE12E card in the Equipment Tree. Select LINEREF {1-4}.
  • Page 569 Trouble-clearing procedures SYNREFFAIL (Timing reference failed, (not Protected or SYNREFFAIL Protection not Available)) ..............................................S T E P S ........................................SYNREFUNEQ SYNREFUNEQ (Timing reference unassigned) The OT port has detected an SYNCREFUNEQ at the LINEREF layer. A LINEREF detects SYNCREFUNEQ when the timing reference is unassigned. Severity Minor Service affecting?
  • Page 570 Trouble-clearing procedures SYSBOOT (Cold Start); SYSBOOT (Warm Start) ..............................................None. This is a normal report caused by user actions..............................................2-320 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 571 Trouble-clearing procedures TIM (Trace Identifier Mismatch) ..............................................TIM (Trace Identifier Mismatch) The TIM condition is typically raised when the received section trace does not match the expected section trace. This may be caused by either an error in the provisioning of the section trace, or an error in the fibering.
  • Page 572 Trouble-clearing procedures TIM (Client Ports) ..............................................TIM (Client Ports) Severity Minor Service affecting? Applicability 112SA1L, 112SCX10, 112SX10L, 11DPE12, 11DPE12E, 11QPA4, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA4 Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services.
  • Page 573 Trouble-clearing procedures TIM (Client Ports) ....................................................................................... Verify that the physical fibering between the client port and the SONET device is correct........................................Perform a warm reset of the card on which the TIMS condition is raised. card type shelf slot config card reset warm WEBUI...
  • Page 574 Trouble-clearing procedures Trail Trace Identifier Mismatch (Network Ports) ..............................................Trail Trace Identifier Mismatch (Network Ports) Severity Minor Service affecting? Applicability 11QPA4, 43STX4, 4DPA4 Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services.
  • Page 575 Trouble-clearing procedures Trail Trace Identifier Mismatch (Network Ports) ....................................................................................... Perform a cold reset of the card on the local card where the TIM condition is raised. If the problem does not clear then perform a cold reset on the far-end card associated with the local card raising the TIM condition.
  • Page 576 Trouble-clearing procedures TIMEGR (Egress Trail Identifier Mismatch - ODU) TIMEGR ..............................................Applicability 43STX4, 43STX4P To clear the TIMEGR condition, perform the steps in the procedure, “TIM” (p. 2-321)..............................................2-326 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 577 Trouble-clearing procedures TIMODU (Trace Identifier Mismatch - ODU) TIMODU ..............................................TIMODU TIMODU (Trace Identifier Mismatch - ODU) This alarm is raised when the incoming optical channel trail trace message does not match the expected incoming optical channel trail trace message. This may be caused by the following reasons: •...
  • Page 578 Trouble-clearing procedures TIMODU (Trace Identifier Mismatch - ODU) TIMODU ....................................................................................... Check the local office records. Determine if the correct expected ODU trail trace message for this signal matches the data in the expected incoming ODU trail trace message listed for the report.
  • Page 579 Trouble-clearing procedures TRMT (Port Transmit Failure) TRMT ..............................................Severity Critical. Service affecting? Yes. Applicability 112SCA1, 112SCX10, 11DPE12E, 11STAR, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, MVAC, SVAC Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services.
  • Page 580 Trouble-clearing procedures TRMT (Port Transmit Failure) TRMT ..............................................WEBUI Select the card, click the Reboot tab, select Cold Reboot > Submit ........................................Reseat the card. Refer to “Reseating a Card” (p. 3-19)........................................Replace the card. Refer to “Replacing System Components” (p. 3-20).
  • Page 581 Trouble-clearing procedures TRMTMOD (Pluggable Module Transmit Failure) TRMTMOD ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Perform a warm reset of the card. card type shelf slot config card reset warm WEBUI...
  • Page 582 Trouble-clearing procedures UNG/UNP UNG/UNP ..............................................A MEP detects Unexpected MEP or “unexpected period” when it receives one of the following: • CCM frame with a correct MEG level (that is, the MEG level is the same as the MEP's own MEG level) and a correct MEG ID, but an Unexpected MEP ID which includes the MEP's own MEP ID •...
  • Page 583 Trouble-clearing procedures UNKNOWN (Card Unknown) UNKNOWN ..............................................The system does not recognize the inserted card. An unsupported card type, or faulty card is present. This alarm is raised when a card has been inserted but never establishes communications with the controller. Severity Critical Service affecting?
  • Page 584 Trouble-clearing procedures UNKNOWN (Card Unknown) UNKNOWN ....................................................................................... Perform a warm reset of the card. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select > Reboot Warm Reboot Submit ........................................Perform a cold reset of the card. Note: Refer to Caution at the beginning of this procedure.
  • Page 585 Trouble-clearing procedures UNKNOWNMOD (Pluggable Module Unknown) UNKNOWNMOD ..............................................Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, AM2017B, AM2125A, AM2125B, AM2325B, AHPHG, AHPLG, ALPHG, ALPFGT, OSCT Corrective Action NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services.
  • Page 586 Trouble-clearing procedures UNKNOWNMOD (Pluggable Module Unknown) UNKNOWNMOD ....................................................................................... Perform a cold reset of the card on the card where the pluggable module defect is raised. card_type shelf slot config card reset cold WEBUI Select the card, click the tab, select >...
  • Page 587 Trouble-clearing procedures UPM (GFP User Payload Mismatch) ..............................................Corrective Action This procedure details the corrective action for clearing the GFP User Payload Mismatch on an OT port. At the end of each step wait to see if the fault clears. If not, continue with the next step.
  • Page 588 Trouble-clearing procedures URU-OCH-LOS (Underlying resource unavailable - OTS) ..............................................URU-OCH-LOS (Underlying resource unavailable - OTS) The URU-OCH-LOS condition is raised when an LOS is detected at the line input port, not able to support client transmission. Severity Major Service affecting? Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 43SCX4 Corrective Action...
  • Page 589 Trouble-clearing procedures URU-OTS-TX (Underlying resource unavailable - OTS [Transmit]) ..............................................URU-OTS-TX (Underlying resource unavailable - OTS [Transmit]) Severity Major Service affecting? Applicability A2325A, AHPHG, AHPLG, ALPHG, ALPFGT, AM2125A, AM2125B, AM2325B, AM2017B, OSCT, RA2P Corrective Action URU-OTU (Underlying resource unavailable - OTU) The URU-OTU condition notifies the user that a pluggable module failure has occurred on the OT card.
  • Page 590 Trouble-clearing procedures URU-S (Underlying Resource Unavailable - Card Failure) ..............................................Corrective Action Perform corrective actions for the reported card failure conditions on the OT card..............................................2-340 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 591 Trouble-clearing procedures USALS (Auto Laser Shutoff Due to Upstream Fault) USALS ..............................................USALS USALS (Auto Laser Shutoff Due to Upstream Fault) USALS is raised when the client port laser is turned off either because the network port of this card has an optical LOS, or the corresponding client port at the far end of the service has a fault.
  • Page 592 Trouble-clearing procedures USALS (Auto Laser Shutoff Due to Upstream Fault) USALS ....................................................................................... If the desired behavior at the near end client port is to inject an Alarm Indication Signal (AIS), idle frames, or an invalid signal and not to shut the laser off in reaction to the upstream fault, issue the following command at the near end to change the LOSProp (LOS Propagation) setting.
  • Page 593 Trouble-clearing procedures USALS (Auto Laser Shutoff Due to Upstream Fault) USALS ....................................................................................... Repeat Step 6 Step 9 for the associated card at the far-end of the service. S T E P S ........................................USLOS USLOS (Upstream Channel Absent) Wavelength Tracker could not detect the provisioned channel going through the amplifier and is raising a non-alarmed condition to indicate that that an upstream failure exists.
  • Page 594 Trouble-clearing procedures USLOS (Upstream Channel Absent) USLOS ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step. It may take several seconds for channel power out of range and channel absent alarms to clear after each step.
  • Page 595 Trouble-clearing procedures USLOS (Upstream Channel Absent) USLOS ....................................................................................... Replace the card. Refer to “Replacing System Components” (p. 3-20). Follow the return and repair process in the Customer and Product Support guide to return the faulty card to an authorized repair center for replacement. S T E P S ........................................
  • Page 596 Trouble-clearing procedures USOCHCOLLISION (Upstream Channel Collision Input USOCHCOLLISION Direction) ....................................................................................... Determine if there is a NE where an OCHCOLLISION-OUT condition is present. show condition WEBUI > > Reports Alarm List Total > Reports Condition List ........................................Resolve the OCHCOLLISION-OUT condition (if present) by following the procedure “OCHCOLLISION-OUT”...
  • Page 597 Trouble-clearing procedures VCGLOA (Loss of alignment) VCGLOA ..............................................A loss of alignment has occurred in the virtual concatenation (mapping of a 1GbE signal from a 11STMM10 client port into 24 STS-1s for 11STMM10 network port transmission). The VCGLOA alarm is masked by any higher level SONET section or line alarms, so if this alarm is present it means that the 11STMM10 is receiving a valid, error-free OC-48 network signal.
  • Page 598 Trouble-clearing procedures VCGLOA (Loss of alignment) VCGLOA ..............................................WEBUI Select the card, click the Reboot tab, select Warm Reboot > Submit ........................................Perform a cold reset of the card of the far end 11STMM10 that is connected to the 11STMM10 reporting the alarm. Note: Refer to Caution at the beginning of this procedure.
  • Page 599 Trouble-clearing procedures VCGSSF (VCG Server Signal Failure) VCGSSF ..............................................Corrective Action ........................................Verify that the time slot information on the 11STMM10 line port and ODU1 are correctly provisioned on each end of the optical link. If not, use the following CLI commands to ensure timeslots are provisioned the same: •...
  • Page 600 Trouble-clearing procedures VOLTAGEHIGH [High input voltage defect] VOLTAGEHIGH ....................................................................................... Perform a warm reset on the Equipment Controller that is raising the PWR condition. card type shelf slot config card reset warm WEBUI Select the card, click the tab, select >...
  • Page 601 Trouble-clearing procedures VOLTAGELOW [Low input voltage defect] VOLTAGELOW ..............................................Applicability 112SA1L, 112SCA1, 112SCX10, 112SX10L, 11DPE12E, 11DPM12, 11STAR1, 11STMM10, 11STGE12, 43SCX4, 43STA1P, 43STX4, 43STX4P, 4DPA2, 4DPA4, AHPHG, AHPLG, ALPHG, ALPFGT, AM2017B, AM2325A, CWR, Equipment Controller, FLC, MESH4, MT0C, MVAC, OPS, OSCT, RA2P, SVAC, USRPNL, WR, WTOCM At the end of each step wait to see if the fault clears.
  • Page 602 Trouble-clearing procedures VTSFDI (VTS Forward Defect Indication) VTSFDI ..............................................VTSFDI (VTS Forward Defect Indication) The OT has detected a VTS Forward Defect Indication. This condition is raised when a problem has occurred upstream that causes an APS/PCC failure indication on the Virtual Time Slot [ ] received by the 11DPE12/11DPE12E.
  • Page 603 Trouble-clearing procedures VTSOCI (VTS Open Connection Indication) VTSOCI ..............................................The OT has detected a Virtual Time Slot Open Connection Indication on an associated VTS. This condition is raised when the downstream 11DPE12/11DPE12E OT receives an APS/PCC message indicating an OCI from the upstream OT. The VTSOCI alarm is raised at the downstream OT on the Virtual Time Slot [ ] which has an established connection.
  • Page 604 Trouble-clearing procedures WKSWBK (Automatic switch to working) WKSWBK ..............................................Corrective Action At the end of each step wait to see if the fault clears. If not, continue with the next step.If there are no faults against working facility/equipment: ........................................Wait for the wait-to-restore timer to expire........................................
  • Page 605 Trouble-clearing procedures WKSWBK (Automatic switch to working) WKSWBK ..............................................If... Then... no faults are present, the switch may have occurred due to a transient defect that has since cleared. The action required to clear this condition depends on whether or not there are outstanding problems against the working facility/equipment.
  • Page 606 Trouble-clearing procedures WKSWPR (Automatic switch to protection) ..............................................WKSWPR WKSWPR (Automatic switch to protection) This is a standing condition indicating that the protection facility/equipment is active. This condition is raised only when reversion is enabled. If the working facility/equipment is error-free then the condition automatically clears once the wait-to-restore timer has expired.
  • Page 607 Trouble-clearing procedures WKSWPR (Automatic switch to protection) WKSWPR ..............................................If there are faults against working facility/equipment: At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Resolve the fault(s) against working facility/equipment........................................
  • Page 608 Trouble-clearing procedures WTR (Wait to restore timer in effect) ..............................................WEBUI Select the 11DPE12E card in the Equipment Tree. Select LINEREF {1-4}. S T E P S ....................................................................................... 2-358 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 609 S upporting procedures Overview Purpose This chapter lists the following supporting procedures for the 1830 Photonic Service Switch 32/16/4 that are referenced in Chapter 2, “Trouble-clearing procedures”. Contents Alarms and Logs Viewing Alarms and Logs WebUI Procedure Configuring alarm severity Configuring the Alarm Severity Using the WebUI Configuring Alarm Severity Using the 1354 RM-PhM Path Power Trace...
  • Page 610 Supporting procedures Overview ..............................................Selecting a Specific Firmware Version 3-14 3-16 Software Upgrades Software Download in Network with GNEs and RNEs 3-16 Restoring an NE in DBINVALID State 3-17 Rebooting Components 3-18 Cold Restart of a Pack with Traffic 3-18 3-19 Reseating a Card Procedure...
  • Page 611 Supporting procedures Overview ..............................................3-76 Card-Specific Troubleshooting 4DPA4 Signal Rates 3-76 Egress Adjustment Failure and Clock Source (WTOCM and PF) 3-77 Nonredundant PSS-36 and MT0C Clock Source 3-79 ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

  • Page 612: Alarms And Logs

    You can view the alarms or logs on the NE you are logged in to, or you can view the alarms on a remote NE. To view alarms and logs using the CLI, see the Alcatel-Lucent CLI Command Guide. To view alarms and logs using the EMS, see the Alcatel-Lucent 1354RM-PhM EMS Reference Guide.
  • Page 613 Supporting procedures WebUI Procedure Alarms and Logs ..............................................WebUI Procedure The web interface displays a summary of the active alarms on the NE at the top of the navigation pane. The active alarm display is refreshed as specified in the session settings........................................
  • Page 614 Supporting procedures Configuring the Alarm Severity Using the WebUI Configuring alarm severity ..............................................The alarm conditions applicable to the selected entity type are displayed........................................Click on the row containing the alarm condition you want to change........................................Select the new severity from the drop-down list and click Submit The new alarm severity is applied for the selected condition on all of the entities on the NE that match the selected entity type.
  • Page 615 Supporting procedures Configuring Alarm Severity Using the 1354 RM-PhM Configuring alarm severity ..............................................Configuring Alarm Severity Using the 1354 RM-PhM You can change the default alarm severity for an alarm condition on a specific entity (for example a port) or for all entities of the same type. You can configure the alarm severity using the EMS or web interface.
  • Page 616 Supporting procedures Configuring Alarm Severity Using the 1354 RM-PhM Configuring alarm severity ..............................................Configuring Alarm Severity for a Specific Entity ........................................To configure the alarm severity for a specific entity, from the Management Control panel (Topology View) and select the NE on which you want to change the alarm severity for a specific entity.
  • Page 617 Supporting procedures Procedure Path Power Trace ....................................................................................... Perform a power trace of any affected paths. sh condition ........................................Locate the first point along the path at which power out of range or absent is observed, or there is a significant difference between expected and observed power. This point is referred to as the "First point of concern"...
  • Page 618 Supporting procedures Procedure Path Power Trace ..............................................5. If the client port is admin down then it must be brought admin up in order to clear the alarm(s). config interface <shelf/slot/ClientPort> state up If this does not resolve the issue, go to 6. 6.
  • Page 619 Supporting procedures Procedure Checking for Services on a Port ..............................................Procedure ........................................Look at the activity of services on all ports of the card: show interface <shelf/slot port> srvcActivity brief ........................................If any services are marked as Active then this equipment is currently carrying active services.
  • Page 620 Supporting procedures Procedure Checking for Services on a Port ..............................................User Panel Switch Settings Resolving Ethernet Connectivity Issues Using Straight-through Cable for Ethernet Connection If straight-through cable is used for connecting laptop/craft PC to any user panel ports (OAMP, VOIP, E1 and E2) with autonegotiation disabled, you may experience Ethernet connectivity problems.

  • Page 621: Database Backup And Restore

    Supporting procedures Backing Up a Database Database Backup and Restore ..............................................Database Backup and Restore Backing Up a Database Backing Up a Database Using the WebUI ........................................Select Administration > Database > Backup and Restore Result: The Backup and Restore window is displayed........................................
  • Page 622 Supporting procedures Restoring a Database Database Backup and Restore ..............................................Restoring a Database Restoring the Database Using the WebUI ........................................Select Administration > Database > Backup and Restore Result: The Backup and Restore window is displayed........................................Enter the values for the fields on this window as described in Table 3-1, “Database Backup and Restore Parameters”...
  • Page 623 Supporting procedures Selecting a Specific Firmware Version Firmware ..............................................Procedure NOTICE Service-disruption hazard A cold reset, reseat, or replacement of a card is service impacting if the card is currently carrying services. To determine if any services are currently carried over a card, perform the procedure “Reseating a Card”...

  • Page 624: Software Upgrades

    Supporting procedures Selecting a Specific Firmware Version Firmware ....................................................................................... The remaining cards will need to be cold-restarted at a time of your choosing to upgrade to the recommended firmware. config card card type shelf slot reset cold WEBUI Select the card, click the Reboot tab, select Cold Reboot...
  • Page 625 Supporting procedures Restoring an NE in DBINVALID State Software Upgrades ..............................................Restoring an NE in DBINVALID State During software upgrade (for example, R2.5. to R3.0.2) if an RNE raises the DBINVALID alarm, perform the steps in the following procedure to restore the NE........................................
  • Page 626 Supporting procedures Restoring an NE in DBINVALID State Software Upgrades ....................................................................................... Configure the database server setting and restore the valid R2.5 database. config database server Add the next applicable command to the string as follows: • detail—Display software server information •...
  • Page 627 Supporting procedures Cold Restart of a Pack with Traffic Rebooting Components ..............................................WEBUI Select a card or port on the Equipment Tree. Set the Primary State field to Maintenance ........................................Perform a cold restart of the entire NE, instead of each individual card. config admin force resetne reset cold WEBUI...
  • Page 628 Supporting procedures Procedure Reseating a Card ....................................................................................... Grasp the card by the open latch and slide the card out of the slot an additional 1 cm (about 1/4 inch) being careful not to pull on any connected fibers on the NE. You will encounter some resistance while the card is seated on the backplane.
  • Page 629 Supporting procedures Slot Equipage Requirement Replacing System Components ..............................................decrease their cooling. Circuit packs could potentially be subject to failure as their temperatures increases..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-21 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 630 Supporting procedures Replacing a Card (General) Replacing System Components ..............................................Replacing a Card (General) NOTICE Service-disruption hazard A card reseat is service impacting if the card is currently carrying services. To discover if any services are currently carried over a card, perform the procedure “Checking for Services on a Port”...
  • Page 631 Supporting procedures Replacing a Card (General) Replacing System Components ....................................................................................... Grasp the card by the open latch and slide the card out of the slot, being careful not to pull on any connected fibers on the NE. You will encounter some resistance while the card is seated on the backplane.
  • Page 632 Supporting procedures Replacing a Card (General) Replacing System Components ....................................................................................... Check the card for alarms: Note: If the card software version does not match the NE software version, the card automatically upgrades to the correct software version. In this case, a software upgrade alarm will be present.
  • Page 633 Supporting procedures Replacing a 100G A/D CFP Replacing System Components ..............................................Replacing a 100G A/D CFP ........................................Remove OT pack from shelf ........................................Swap CFP. Ensure that the CFP is inserted securely........................................Insert OT pack back on shelf. If the opening is tight, pushing the CFP using the screws may not push the CFP far enough to make contact.
  • Page 634 Supporting procedures Replacing a DCM Replacing System Components ..............................................Replacing a DCM Perform the steps in the following procedure to replace a DCM. NOTE: This procedure is service affecting........................................Set the associated DCM shelf to Unmanaged........................................Remove the associated LD (clean scope fiber)........................................
  • Page 635 Supporting procedures Replacing an SFP Module Replacing System Components ..............................................Replacing an SFP Module ........................................Ensure that all of the fibers connected to the SFP module are labeled........................................Remove and cap all of the fibers connected to the SFP module........................................
  • Page 636 Supporting procedures Replacing an SFP Module Replacing System Components ..............................................Figure 3-2 Pull out SFP ........................................Remove SFP from extraction tool by depressing blue locking clips on SFP extraction tool........................................Ensure that the specifications for the replacement SFP module (protocol, wavelength, and reach) match the specifications of the removed SFP module.
  • Page 637 Supporting procedures Replacing an SFP Module Replacing System Components ....................................................................................... Check the interface for alarms: S T E P S ....................................................................................... 1830 PSS-36/PSS–32/PSS-16/PSS-4 3-29 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 638 Supporting procedures Replacing an XFP Module Replacing System Components ..............................................Replacing an XFP Module ........................................Deprovision the client port. config port card type shelf slot state down config port card type shelf slot delete WEBUI In the Equipment Tree, select the client port. In the Primary State field, select Out of Service Click the Delete tab.
  • Page 639 Supporting procedures Replacing an XFP Module Replacing System Components ....................................................................................... Use hook on end of XFP extractor/LC connector tool to pull the XFP straight back until its bail can be grasped by fingers. Figure 3-4 XFP bail pull ........................................Grasp the bail with fingers and completely extract XFP module.
  • Page 640 Supporting procedures Replacing an XFP Module Replacing System Components ....................................................................................... Reprovision the client port. The Card Inventory report for the pluggable modules will now display the proper information for the new XFP. S T E P S ....................................................................................... 3-32 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1...
  • Page 641 Supporting procedures Replacing an OSC SFP Module Replacing System Components ..............................................Replacing an OSC SFP Module NOTICE Service-disruption hazard A card reseat is service impacting if the card is currently carrying services. To discover if any services are currently carried over a card, perform the procedure “Checking for Services on a Port”...
  • Page 642 Supporting procedures Replacing an OSC SFP Module Replacing System Components ....................................................................................... Insert the replacement OSC SFP module into the OSC SFP slot. Push on the front of the OSC SFP module until you hear a “click” sound, indicating the OSC SFP module is securely locked into the OSC SFP slot.
  • Page 643 Supporting procedures Replacing the User Panel Replacing System Components ..............................................Replacing the User Panel This section contains three procedures: • To replace the User Panel using the WebUI, go to “Replacing the User Panel Using the WebUI” (p. 3-35). • To replace the User Panel using the CLI, go to “Replacing the User Panel Using CLI”...
  • Page 644 Restore the database (see “Restoring a Database” (p. 3-14))........................................Replace the User Panel and make all connections as described in the Alcatel-Lucent 1830 Photonic Service Switch Release 36/32/16 (PSS-36/PSS-32/PSS-16) 3.6.0 Installation and System Turn-up Guide........................................Backup the database again, now that the User Panel is successfully replaced.
  • Page 645 Supporting procedures Replacing the User Panel Replacing System Components ....................................................................................... Replace the User Panel and make all connections as described in the Alcatel-Lucent 1830 Photonic Service Switch Release 36/32/16 (PSS-36/PSS-32/PSS-16) 3.6.0 Installation and System Turn-up Guide........................................If... Then...
  • Page 646 Supporting procedures Replacing the User Panel Replacing System Components ....................................................................................... Re-provision the NE Name for this NE. config general name WEBUI In the Equipment Tree, select System. In the System Properties window, enter a value in the NE Network Name field, and click Submit ........................................
  • Page 647 Supporting procedures Replacing the User Panel Replacing System Components ..............................................WEBUI Select Database > Backup and Restore , and on the Database Backup and Restore window, click Force Restore S T E P S ....................................................................................... 1830 PSS-36/PSS–32/PSS-16/PSS-4 3-39 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 648 • The Equipment Controller you plan to insert into this duplex controller NE, as the replacement, is approved for duplex controller configurations, Alcatel-Lucent Part Number (APN) = 8DG59241AB. To perform this procedure using the WebUI, go to “To replace a Equipment Controller in...
  • Page 649 Supporting procedures Replacing an Equipment Controller in a Redundant Shelf Replacing System Components ..............................................An activity switch occurs if the removed card is the active Equipment Controller. When the new Equipment Controller is inserted in the shelf, it is synchronized with the active Equipment Controller.
  • Page 650 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ..............................................Replacing an Equipment Controller in a Nonredundant Shelf You can operate an NE with a either nonredundant (simplex) or redundant (duplex) Equipment Controllers per shelf. It is recommended, however, that you operate all shelves with redundant Equipment Controllers.
  • Page 651 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ..............................................Result: The Alarm List is displayed. The Equipment Controller will have a DBINVALID alarm active after the reboot has completed........................................If... Then... the Equipment Controller is new from the continue with Step 6 factory,...
  • Page 652 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ..............................................Result: The FTP Server Settings window is displayed........................................Enter the values for the fields on this window as described in Table 3-2, “FTP Server Parameters” (p. 3-44).
  • Page 653 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ..............................................Result: The Status field changes to In Progress. Wait a few minutes for the software to download........................................Click Refresh Result: The Status field changes to Completed........................................
  • Page 654 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ....................................................................................... Click Alarms . The Alarms List is displayed. The SWUPGCOMMIT alarm should not be present in the Alarm List. If... Then... the SWUPGCOMMIT alarm is raised, continue with Step the SWUPGCOMMIT alarm is not raised,...
  • Page 655 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ..............................................config database backup ........................................Replace the Equipment Controller. The Equipment Controller will have a DBINVALID alarm active after the reboot has completed........................................If... Then... the Equipment Controller is new from the continue with Step 5 factory or does not contain the desired...
  • Page 656 . (The release directory would be combined with the no backup enforced Software server root parameter value to make the path on the Remote File Server where the software release resides. See also the Alcatel-Lucent 1830 Photonic Service Switch Release 36/32/16 (PSS-36/PSS-32/PSS-16) 3.6.0 Installation and System Turn-up Guide.) config software upgrade manual load 3.
  • Page 657 Supporting procedures Replacing an Equipment Controller in a Nonredundant Shelf Replacing System Components ....................................................................................... The database server information must be set up to point to the latest database backup for this NE, which will be pulled down to the NE during a downgrade automatically. (See Step ........................................

  • Page 658: Replacing The Air Filter

    Supporting procedures Replacing the Air Filter Replacing System Components ..............................................Replacing the Air Filter It is recommended that you replace the air filter on the 1830 PSS-36/PSS-32/PSS- 16/PSS-4 at approximately 3 month intervals, with a periodicity depending on the environmental conditions. Before you begin Before you begin this procedure, be sure to wear a properly grounded ESD wrist strap.
  • Page 659 Supporting procedures Replacing the Air Filter Replacing System Components ..............................................Figure 3-6 Unscrew Filter Retainer ........................................Reach beneath the filter retainer and locate the air filter. Slide the air filter out of the shelf........................................Discard the old air filter........................................
  • Page 660 Supporting procedures Replacing the Air Filter Replacing System Components ....................................................................................... With the arrows pointing up, slide the new filter in and up into place........................................Screw the filter retainer back into place (see Figure 3-8, “New Filter Installed” (p. 3-52)).

  • Page 661: Replacing The Fan

    Supporting procedures Replacing the Fan Replacing System Components ..............................................Replacing the Fan When a fan in the fan tray stops working, the other fans in the tray increase to maximum speed. It is recommended that you replace the fan within 60 seconds. The fans should never be removed for longer than two minutes.
  • Page 662 Supporting procedures Replacing the Fan Replacing System Components ..............................................Figure 3-9 Fan Unit ........................................Clean or replace the air filter prior to replacing fan unit........................................Fully loosen the two Phillips head screws at the left and right ends on the front of the fan unit.
  • Page 663 Supporting procedures Replacing the Fan Replacing System Components ....................................................................................... Gently tighten fan unit screws. S T E P S ........................................Provisioning an SFD40/SFD40B in a FOADM node Procedure Before you begin Note: Ensure that no optical channel service has been provisioned before the SFD40/SFD40B has initialized.
  • Page 664 It can take several minutes for transmission to be established on 40G OTs after removing loopbacks. To create a loopback on a card using the CLI, refer to the Alcatel-Lucent CLI Command Guide. Facility/line Loopback on an OTU2 port entity of an OT card will not be transparent to OTU2 and ODU2 overhead.
  • Page 665 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Loopback Variation on OTs Each OT card in the system contains hardware designed to support various client signal types, line rate and applications specific to each pack. Thus, the transmission path (including clock architecture) through each card is different.
  • Page 666 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-11 112SCA1 – Loopback Position ..............................................3-58 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 667 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-12 43STX4/43STX4P – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-59 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 668 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-13 43STA1P – Loopback Position ..............................................3-60 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 669 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-14 11DPE12 – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-61 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 670 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-15 11DPE12E – Loopback Position ..............................................3-62 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 671 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-16 11DPM12 – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-63 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 672 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-17 4DPA4 (No FEC) – Loopback Position ..............................................3-64 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 673 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-18 4DPA4 – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-65 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 674 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-19 11QPA4 – Loopback Position ..............................................3-66 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 675 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-20 11STAR1 – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-67 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 676 Supporting procedures Loopback Variation on OTs Performing loopbacks ..............................................Figure 3-21 11STMM10 – Loopback Position ..............................................3-68 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 677 Supporting procedures Loopback Variation on OTs ..............................................Figure 3-22 11STGE12 – Loopback Position ..............................................1830 PSS-36/PSS–32/PSS-16/PSS-4 3-69 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 678 Supporting procedures High Temperature Threshold Exceeded High Temperature Troubleshooting ..............................................High Temperature Troubleshooting High Temperature Threshold Exceeded A high temperature threshold on a card has been exceeded. There may be a fan failure, fan blockage, site climate control failure, lack of filler cards in empty slots, or a failed sensor.
  • Page 679 • The NE is not in the process of completing a database backup or restore. • Ensure that the Equipment Controller you plan to insert for this procedure, is approved for duplex controller configurations (Alcatel-Lucent Part Number (APN) = 8DG59241AB).
  • Page 680 Install the redundant Equipment Controller into the shelf in slot 18........................................Wait a few minutes for the Equipment Controllers to synchronize........................................Connect the Equipment Controller cables. Refer to the Alcatel-Lucent Product Information and Planning Guide. S T E P S ........................................
  • Page 681 Changing an NE from a Nonredundant to a Redundant Changing the Equipment Controller Configuration in an NE Equipment Controller Configuration ....................................................................................... Connect the Equipment Controller cables, as required. Refer to the Alcatel-Lucent Product Information and Planning Guide. S T E P S .......................................................................................
  • Page 682 Supporting procedures Changing an NE From a Redundant to a Nonredundant Changing the Equipment Controller Configuration in an NE Equipment Controller Configuration ..............................................Changing an NE From a Redundant to a Nonredundant Equipment Controller Configuration Before you begin Before you can change a NE from a nonredundant to a redundant Equipment Controller configuration, you must ensure that the following conditions are met: •...
  • Page 683 Supporting procedures Changing an NE From a Redundant to a Nonredundant Changing the Equipment Controller Configuration in an NE Equipment Controller Configuration ....................................................................................... The EC Protection Software Settings window is displayed. Note the Protection Setting field........................................To switch the Equipment Controller, select Enable Protection Switch ........................................
  • Page 684 Supporting procedures Changing an NE From a Redundant to a Nonredundant Changing the Equipment Controller Configuration in an NE Equipment Controller Configuration ....................................................................................... Retrieve which Equipment Controller is active. If the Equipment Controller that is to be replaced is the active Equipment Controller for this shelf, then switch to the other Equipment Controller.
  • Page 685 Supporting procedures Egress Adjustment Failure and Clock Source (WTOCM and Card-Specific Troubleshooting ..............................................Egress Adjustment Failure and Clock Source (WTOCM and PF) In the 1830 PSS systems, channel power levels are not reported for a WTOCM monitored port for all channels, and no channel LOS alarms are raised at the port. Symptoms of problem channels are provisioned and actually present, but not detected at a port monitored by WTOCM.
  • Page 686 Supporting procedures Egress Adjustment Failure and Clock Source (WTOCM and Card-Specific Troubleshooting ..............................................The WTOCM IN port will show no information for the total power at the WTOCM port and the LD port (see Figure 3-25, “WTOCM and LD Total Power ” (p. 3-78)).
  • Page 687 Supporting procedures Egress Adjustment Failure and Clock Source (WTOCM and Card-Specific Troubleshooting ..............................................At the end of each step wait to see if the fault clears. If not, continue with the next step........................................Perform a cold reset of the WTOCM. config card card type shelf slot reset cold WEBUI Select the card, click the...
  • Page 688 Supporting procedures Nonredundant PSS-36 and MT0C Clock Source ............................................................................................3-80 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...
  • Page 689 Glossary ..............................................access identifier (AID) A unique identifier used to address equipment slots and ports, as well as facility tributaries, that are defined for the system architecture. add/drop multiplexer/multiplexing (ADM) A high-speed multiplexing function offered by SONET that allows lower-level signals to be added to or dropped from an optical carrier channel.
  • Page 690 Glossary ..............................................alarm log A history of setting and clearing system alarms on the NE. alarm severity An attribute that defines the priority of the alarm message. The method in which alarms are processed depends on their severity. ALPHG Low Power High Gain DWDM Amplifier. See “AHPHG ”...
  • Page 691 Glossary ..............................................attenuation The decrease in signal strength along a fiber optic waveguide caused by absorption and scattering. Attenuation is usually expressed as dB/km. attenuator A passive device that reduces the amplitude of a signal without distorting the waveform. automatic power shutdown (APSD) A technique (procedure) to automatically shutdown the output power of optical amplifiers to avoid exposure to hazardous levels.
  • Page 692 Glossary ..............................................“background block errors” (p. GL-3) for definition. “backward defect indication” (p. GL-3) for definition. “bit error rate” (p. GL-4) for definition. bidirectional line switched ring (BLSR) A survivable SONET transport architecture that protects against cable cuts and node failures by providing duplicate, geographically diverse paths for each service.
  • Page 693 Glossary ..............................................channel A communications path or the signal sent over that path. channel add/drop card (CAD) Used with automatic power management; allows setpoints for a manual transmission line. channel optical filter (COF) COF cards facilitate the WaveKey encoding function, employed at service endpoints. chromatic dispersion The effect describing the velocity dependence of light travelling through a medium, depending on its wavelength.
  • Page 694 Glossary ..............................................connector A mechanical or optical device that provides a demountable connection between two fibers or a fiber and a source or detector. connector variation The maximum value in dB of the difference in insertion loss between mating optical connectors (for example, with re-mating and temperature cycling).
  • Page 695 Glossary ..............................................“data communication network” (p. GL-6) for definition. dense wavelength division multiplexing (DWDM) A multiplexing technique that uses close spectral spacing of individual optical carrier wavelengths to reduce the total number of fibers needed to provide a given amount of information-carrying capacity.
  • Page 696 Glossary ..............................................EDFA “erbium-doped fiber amplifier” (p. GL-9) for definition. edge node A node that connects to external network or customer equipment, as opposed to providing an interconnection point between other nodes. It is located at the "edge" of the network. egress Traffic leaving a network “Electronic Industries Alliance”...
  • Page 697 Glossary ..............................................Engineering rules A set of rules that determine the system configuration possibilities based on fiber type, OA, rate, and number of wavelengths. These rules also determine the maximum loss per span that can be tolerated, the maximum distance between spans allowed, and the maximum number of spans that can be supported.
  • Page 698 Glossary ..............................................failure rate The number of failures of a device per unit of time. “fiber optic connector” (p. GL-10) for definition. “Federal Communications Commission” (p. GL-10) for definition. “frame check sequence” (p. GL-11) for definition. “Food and Drug Administration” (p. GL-11) for definition.
  • Page 699 Glossary ..............................................the Internet. “failure in time” (p. GL-9) for definition. FIT rate The number of device failures in one billion device hours. flash disk memory module (FMM) A nonvolatile memory device used to store the installation software generic or the NE database. flow Usually refers to the movement of packets within the network (that is, packet flow).
  • Page 700 Glossary ..............................................Fresnel reflection A reflection of light that occurs at the air-glass interface at the ends of an optical fiber. See “back reflection” (p. GL-3) for related term. “file transfer protocol” (p. GL-10) for definition..............................................gain The increase in power and magnitude of a signal. gateway network element (GNE) A system node that has a physical attachment to the management system to support the access of the remote NE.
  • Page 701 Glossary ..............................................grooming node A node on which incoming signals of lower rates are added (or aggregated) into a higher-rate signal for more efficient transport. ground The North American term for electrical earth. “graphical user interface” (p. GL-12) for definition..............................................
  • Page 702 Glossary ..............................................“Internet protocol” (p. GL-13) for definition. IPsec (Internet Protocol Security) “Internet protocol security” (p. GL-13) for definition. “International Standards Organization” (p. GL-13) for definition. “Internet service provider” (p. GL-13) for definition. “International Telecommunications Union” (p. GL-13) for definition ..............................................
  • Page 703 Glossary ..............................................A SONET device that contains ports for optical fiber connections to an optical network element (NE). An LGX is used to make and change connections to an NE without changing the cabling on the NE itself. line build out (LBO) Attenuation used to simulate a load.
  • Page 704 Glossary ............................................................................................maintenance association “media access control” (p. GL-16) for definition. management information base (MIB) A formal description of a set of network objects that can be managed using the Simple Network Management Protocol (SNMP). The information is represented in a tree format. margin The allowance for attenuation in addition to that explicitly accounted for in system design.
  • Page 705 Glossary ..............................................modulation A process that modifies the characteristic of one wave (the carrier) by another wave (the signal). Examples include amplitude modulation (AM), frequency modulation (FM), and pulse-coded modulation (PCM). “mid-stage access amplifier” (p. GL-16) for definition. MTBF “mean time between failures” (p. GL-16) for definition.
  • Page 706 Glossary ..............................................external systems to allow functions such as billing, service orders, and service level agreement (SLA) management. Network Equipment Building System requirements (NEBS) Developed by Telcordia, standards that vendors must adhere to if they want to sell equipment to the Regional Bell Operating Companies (RBOCs) and the Competitive Local Exchange Carriers (CLECs).
  • Page 707 Glossary ..............................................legislation. OCHAN or OCh “optical channel” (p. GL-20) for definition. “optical demultiplexer” (p. GL-20) for definition. ODU-k An optical logical connection with a specific rate. The rate can be either ODU-10G or ODU-40G. “optical-electrical-optical conversion” (p. GL-20) for definition. “out of frame”...
  • Page 708 Glossary ..............................................within the context of one cell. optical channel (OCHAN, Och) An optical wavelength band for WDM optical communications. optical demultiplexer (ODU) Value/indicator used for an optical demultiplexer. optical path protection (OPP) A protection path is defined when the connection is set up. When a fault is detected on the path, there is a switch-over from the working path to the protection path to restore the traffic.
  • Page 709 Glossary ..............................................orderwire A section of the supervisory signal that is used for communication between sites. “optical supervisory channel” (p. GL-20) for definition. OSHA “Occupational Safety and Health Administration)” (p. GL-18) for definition. “Open Systems Interconnection reference model” (p. GL-19) for definition.
  • Page 710 Glossary ..............................................A fiber cross-connect that operates without optical-electrical-optical conversion. It can have one or more wavelengths on each fiber or port. photonic protection switch (PPS) By provisioning of PPS cards (or optical splitters), automatic protection switch (APS) are automatically created. physical coding sublayer (PCS) PCS layer monitoring used for Ethernet/FC ports.
  • Page 711 Glossary ............................................................................................“quality of service” (p. GL-23) for definition. quality of service (QoS) A set of performance parameters that characterize the transmission quality over a given virtual connection. QoS can be quantitatively indicated by channel or system performance parameters, such as signal-to-noise ratio, bit error ratio, message throughput rate, and call blocking probability.
  • Page 712 Glossary ..............................................request for comment (RFC) A document that describes the specifications of a technology. RFCs are used by the Internet Engineering Task Force (IETF) and other standards bodies. restoration domain A part of the network where traffic restoration is provided in isolation from the rest of the network.
  • Page 713 Glossary ..............................................“Synchronous Digital Hierarchy” (p. GL-28) for definition. secure shell (SSH) A secure method of transmitting data. segment A pair of OSP fibers connecting two sites. SELV Safety extra low voltage. service affecting (SA) Refers to a condition that impacts or interferes with network service. Service Level Agreement (SLA) A contract between a network service provider and a customer that specifies, usually in measurable terms, what services the network service provider will provide.
  • Page 714 Glossary ..............................................signaling transfer point (STP) A node in a common channel signalling network with the function of transferring messages from one signalling link to another and considered exclusively from the viewpoint of the transfer Simple Network Management Protocol (SNMP) SNMP is the protocol used to communicate between the 1830 PSS-36/PSS-32/PSS-16/PSS-4 nodes and the NMS.
  • Page 715 Glossary ..............................................SONET “Synchronous Optical Network” (p. GL-28) for definition. SONET wavelength service The SONET wavelength service provides transport of SONET signals through the 1830 PSS-36/PSS-32/PSS-16/PSS-4 network. span A fiber link between NEs that can be unidirectional or bidirectional, depending on the network design.
  • Page 716 Glossary ..............................................“signaling transfer point” (p. GL-25) for definition. straight-tip connector (ST) Fiber optic connector that uses a bayonet-style coupling rather than a screw-on coupling. STS, STS-n “synchronous transport signal-n” (p. GL-28) for definition. Sub-Network Connection Protocol (SNCP) An SDH version of UPSR. See SDH and UPSR. SW generic “software generic”...
  • Page 717 Glossary ..............................................“Transmission Control Protocol” (p. GL-30) for definition. TCP/IP A suite of several networking protocols developed for the Internet that provides communication across interconnected networks, between computers with diverse hardware architectures and various operating systems. Some examples are FTP, SMTP, and SNMP. “time-division multiplexing”...
  • Page 718 Glossary ..............................................traffic grooming Traffic can be consolidated, aggregated, or separated to achieve efficiencies of routing. Transmission Control Protocol (TCP) A protocol used with the Internet Protocol to send data in the form of message units between computers over the Internet. While IP handles the actual delivery of the data, TCP keeps track of the individual units of data (called packets) that a message is divided into for efficient routing through the Internet.
  • Page 719 Glossary ..............................................A minimal, datagram-oriented, transport network protocol above the IP network layer that does not guarantee data ordering or delivery. Because it is datagram-oriented, each send operation by the application results in the transmission of a single IP datagram. This contrasts with the Transmission Control Protocol (TCP) which is byte stream oriented and guarantees the delivery and ordering of the bytes sent.
  • Page 720 Glossary ............................................................................................wave division multiplexing (WDM) WDM merges optical traffic onto one common fiber, sending several signals through one fiber with different wavelengths of light. WDM allows flexibility in expanding bandwidth. It reduces costly mux/demux function, and it reuses existing optical signals.See dense wave division multiplexing (DWDM).
  • Page 721 Glossary ..............................................Web user interface (WebUI) A computer interface that provides web-based access to the network element (NE). WebUI “Web user interface” (p. GL-32) for definition..............................................XFP (10-gigabit small form factor pluggable module) A pluggable optical transceiver module that combines transmitter and receiver functions in one compact, flexible, and low cost package format.
  • Page 722 Glossary ............................................................................................GL-34 1830 PSS-36/PSS–32/PSS-16/PSS-4 8DG60888CAAA Release 3.6.0 and 3.6.1 Issue 1 June 2011...

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