Fujitsu 1FINITY L100 User manual

1FINITY™
L100
Dynamic ROADM
Functionality
Release 19.1.1
Issue 1.1, May 2021
User Guide
Fujitsu and Fujitsu Customer Use Only shaping tomorrow with you

Contents
1 System Descripon and Engineering p. 26
1.1 System Prole p. 27
1.1.1 Overview p. 27
1.2 ROADM Applicaons p. 29
1.2.1 Colorless Direconless ROADM Applicaon p. 29
1.2.2 Colorless (Direct Access) ROADM Applicaon p. 31
1.2.3 Mix Conguraon ROADM Applicaon p. 32
1.2.4 Virtual Network Element using vMCU Hosted on Main Blade p. 33
1.2.5 Interoperability with FLASHWAVE 9500 p. 35
1.2.6 Interoperability with 1FINITY L130 p. 36
1.3 ROADM Features p. 37
1.4 System Features p. 41
1.4.1 Autoprovisioning p. 41
1.4.2 Mulcommand Conguraon Commit p. 41
1.4.3 In-Service Upgrade p. 42
1.4.4 Proxy ARP p. 43
1.4.5 Scripng Automaon—Python p. 43
1.4.6 Secure Copy p. 43
1.4.7 System Zeroizaon p. 44
1.4.8 Root Access p. 44
1.4.9 CONSOLE Port p. 44
1.4.10 Congurable Log Files p. 44
1.4.11 Jumbo Frame Support with IP MTU Maximum 9574 Bytes p. 45
1.4.12 Postoutadj p. 45
1.4.13 OSC Power Adjustment p. 46
1.4.14 Crical Data Storage Feature p. 46
1.4.15 Automac Soware Download p. 46
1.4.16 Tributary Auto Shelf ID Assignment p. 46
1.5 Management Interfaces p. 48
1.5.1 Command Line Interface p. 48
1.5.2 WebGUI p. 48
1.5.3 Virtuora NC p. 48
1.6 Management Protocols p. 50
1.6.1 NETCONF p. 50
1.6.2 Simple Network Management Protocol p. 50
1.7 System and Network Services p. 51
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1.7.1 FTP and SFTP p. 51
1.7.2 HTTP and HTTPS p. 51
1.7.3 Network Timing Protocol p. 51
1.7.4 Remote Authencaon Dial-In User Service p. 51
1.7.5 REST API p. 52
1.7.6 Secure Shell p. 52
1.7.7 Streaming Telemetry p. 52
1.7.8 Syslog (RFC 5424) p. 52
1.7.9 Zero Touch Provisioning p. 53
1.7.10 Access Control List p. 53
1.7.11 Telnet p. 53
1.7.12 Terminal Access Controller Access-Control System Plus p. 53
1.8 Engineering Specicaons p. 55
1.8.1 Opcal Signal-to-Noise Rao Specicaons p. 55
1.8.2 L100 Specicaons p. 56
1.8.3 L110 Specicaons p. 57
1.8.4 L160 Specicaons p. 58
1.8.5 4x16 Splier/Coupler Specicaons p. 59
1.8.6 Pluggable Transceiver Modules p. 60
1.8.7 Power Specicaons p. 60
1.8.8 1FINITY Housing p. 60
1.8.9 C-Band Fequencies and Wavelengths p. 61
2 Unit Descripon p. 62
2.1 Technical Specicaons p. 63
2.2 L100 Blade p. 65
2.2.1 Connector Descripons p. 66
2.2.2 LED Descripons p. 68
2.3 L110 Blade p. 71
2.3.1 4x16 Splier/Coupler PIU p. 74
2.4 L160 Raman Amplier p. 77
2.5 Fan Unit p. 81
2.5.1 L100 Fan Unit p. 81
2.5.2 L160 Fan Unit p. 82
2.6 Power Terminal Adapter p. 85
2.7 CD ROADM Cabling p. 87
3 Ordering Informaon p. 92
3.1 Blade and PIU p. 93
3.2 Installaon Hardware p. 94
3.3 SFP Module p. 96
3.4 LC/UPC Aenuator p. 97
3.5 Individual Licensed Feature p. 99
3.6 Soware p. 100
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4 Equipment Installaon p. 101
4.1 Precauons p. 102
4.2 Site Selecon p. 103
4.3 Unpack and Inspect Equipment p. 104
4.4 Adjustable Range of Rack Brackets p. 106
4.5 Install 19-Inch, 2-Post Rack Rail Kit p. 107
4.6 Install 23-Inch, 2-Post Rack Rail Kit p. 113
4.7 Install 19-Inch, 4-Post Rack Rail Kit p. 119
4.8 Install 23-Inch, 4-Post Rack Rail Kit p. 125
4.9 Install Power Terminal Adapter p. 131
4.10 Install Blade in Housing p. 136
4.11 Recer and Blade Wiring Connecons p. 139
4.12 Install Power Cables p. 141
4.13 Install Fan Unit p. 146
4.14 Install Plug-In Unit p. 148
4.15 Install SFP Module p. 151
4.16 Install Filler Panel p. 152
4.17 Install Data Communicaon Network Cabling p. 154
4.18 Install Local Management Port Cabling p. 155
4.19 Install CD ROADM Cabling p. 156
4.20 Install L160 Raman Cabling p. 157
5Inial System Turn Up p. 159
5.1 Log On p. 160
5.2 Set Up Main Blade (Inial) p. 162
5.3 Set WDM Conguraon p. 164
5.4 CONSOLE Port (Serial Port) p. 165
5.4.1 Enable/Disable CONSOLE Logon p. 165
5.4.2 CONSOLE Log On p. 166
5.5 Congure OSPF Roung p. 168
5.6 Congure IP Connecon to DCN p. 169
5.6.1 Congure LCN1 with Stac IP Address p. 170
Set Stac IP Address on LCN1 p. 171
Congure Next-Hop p. 171
Connect LCN1 to DCN p. 172
5.6.2 Congure LCN1 with DHCP p. 173
Congure Next-Hop p. 174
Connect LCN1 to DCN p. 175
Idenfy IP Address Assigned to LCN1 by DHCP p. 175
5.6.3 Congure IP Connecon Through OSC p. 176
Congure NEM Interface p. 180
Congure IP Interfaces for OSC Links p. 180
Congure OSPF Roung p. 182
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5.7 Log On NE Through LMP p. 183
5.8 Provision Main Blade Ports and Fan Units p. 185
5.9 Enable Auto Shelf ID Assignment for Tributary Blade Feature p. 188
5.10 Set Up Tributary Blade with Auto Shelf ID Assignment Enabled p. 189
5.11 Set Up Tributary Blade without Auto Shelf ID Assignment Enabled p. 191
5.12 Provision L100 Tributary Blade and Ports p. 192
5.13 Provision L110 Tributary Shelf, Ports, and Slots p. 195
5.14 Provision L160 Tributary Blade p. 197
5.15 Verify Blade Setup p. 199
5.16 Set ROADM Constraints p. 200
6 System Administraon p. 201
6.1 Default Sengs and IP Port Informaon p. 202
6.2 About CLI p. 204
6.2.1 CLI Operaonal Mode p. 204
6.2.2 CLI Conguraon Mode p. 205
6.2.3 CLI Command Prompts p. 207
6.2.4 User Guide CLI Command Prompt Convenon p. 207
6.2.5 CLI User Permissions p. 208
6.2.6 CLI Command Compleon p. 208
6.2.7 CLI Command Comments p. 209
6.2.8 CLI Messages p. 209
6.3 System Name p. 211
6.4 System Time and Date p. 212
6.4.1 Show System Time and Date p. 212
6.4.2 Set System Time and Date Manually p. 212
6.4.3 Congure NTP p. 212
6.4.4 Congure System Time Zone p. 213
6.5 ILF Administraon p. 215
6.6 System Feature Administraon p. 216
6.6.1 AutoP p. 216
6.6.2 RASIS p. 216
6.6.3 neMgmtMode p. 217
6.6.4 Telemetry, Streaming p. 218
6.6.5 ZTP p. 218
6.6.6 ZTP-Boot p. 219
6.6.7 Zeroize System p. 219
6.6.8 Congure AINS p. 221
6.7 User Administraon p. 223
6.7.1 Password Rules p. 223
6.7.2 Username Rules p. 225
6.7.3 User Group Permissions p. 225
6.7.4 Create/Edit/Delete User p. 226
6.7.5 Show Users p. 227
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6.7.6 Change User Password p. 227
6.8 CLI Session Administraon p. 228
6.8.1 Enable/Disable CLI Complete-on-Space p. 228
6.8.2 Change Idle Timeout p. 228
6.8.3 Force Logo p. 228
6.9 Security Administraon p. 229
6.9.1 SSH Server Service Host Keys p. 229
6.9.2 Systemwide Security Sengs p. 229
6.9.3 Default User Security Sengs p. 230
6.9.4 User Login and Authencaon Log p. 230
6.9.5 RADIUS Authencaon p. 230
6.9.6 TACACS+ Authencaon p. 231
6.10 Syslog Administraon p. 233
6.11 Provision Proxy-ARP p. 235
6.12 LCN Port Commands p. 238
6.13 Default Gateway Commands p. 239
6.14 System Services p. 240
6.14.1 Show System Services p. 240
6.14.2 FTP Server Service p. 241
6.14.3 NETCONF Service p. 242
6.14.4 SFTP Server Service p. 242
6.14.5 SNMP Agent Service p. 243
6.14.6 SSH Server Service p. 244
6.14.7 Telnet Server Service p. 245
6.14.8 Web Server Services p. 245
6.15 Web Services p. 246
6.15.1 HTTP Server Service p. 246
6.15.2 HTTPS Server Service p. 247
6.15.3 REST API Service p. 248
6.15.4 WebGUI Service p. 248
6.15.5 Log On NE with WebGUI p. 249
6.16 FTP/SFTP File Transfer, Client Session p. 250
6.17 Logon from NE to Remote Host p. 252
6.17.1 Telnet Client Session p. 252
6.17.2 SSH Client Session p. 252
7 ROADM Turn-Up and Operaons p. 253
7.1 Enable Flexible Grid p. 254
7.2 Enable OSNR for Main Blade p. 255
7.3 Provision Raman Port Connecons p. 256
7.4 Provision L100 Main Blade OTS/OMS/OCH Interfaces p. 257
7.5 Set 100 Mb/s OSC Power Pad p. 259
7.6 Provision Direct Access (Colorless) Channels p. 261
7.7 Provision L110 Tributary Blade OCH Interfaces p. 262
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7.8 Link PIL1-3PS2 Client Port to Transponder/Muxponder Edge Port p. 263
7.9 Provision Add/Drop Port Connecons p. 264
7.10 Provision Cross-Connects p. 265
7.11 Adding Degree to ROADM Node p. 266
7.11.1 Provision L100 Tributary Blade and Ports p. 266
7.11.2 Provision L100 Tributary Blade OTS/OMS/OCH Interfaces p. 268
7.11.3 Provision Add/Drop Port Connecons p. 269
7.11.4 Provision Cross-Connects p. 270
7.12 Adding L110 Blade to ROADM p. 271
7.12.1 Provision L110 Tributary Shelf, Slots, and Ports Using WebGUI p. 271
7.12.2 Provision L110 Tributary Blade OCH Interfaces p. 274
7.12.3 Provision Add/Drop Port Connecons p. 275
7.12.4 Provision Cross-Connects p. 275
7.13 Adding Raman Blade to ROADM Node p. 277
7.13.1 Provision Raman Port Connecons p. 277
7.14 Provision L100 Blade for FLASHWAVE 9500 Interoperability p. 279
7.15 Reprovision L100 Blade for FLASHWAVE 9500 Interoperability p. 281
7.16 Interoperability with L130 Blade p. 282
8 System Maintenance p. 283
8.1 Trouble Clearing p. 284
8.1.1 L100 Blade LED Indicators p. 284
8.1.2 L110 Blade LED Indicators p. 287
8.1.3 L160 Blade LED Indicators p. 289
8.1.4 PIL1-3PS2 PIU LED Indicators p. 293
8.1.5 Retrieve Alarms and PMs p. 294
8.1.6 Alarms and Condions p. 294
administraveDown p. 295
backwardDefectIndicaon p. 297
bitErrorRateSignalDegrade p. 298
bitErrorRateSignalFail p. 298
cercateNotInstalled p. 299
databaseCorrupon p. 299
databaseLockedDbAlarmPresent p. 299
databaseLockedDbRestoreInProgress p. 300
databaseLockedIlfViolaon p. 300
databaseLockedShelfProvModePresent p. 300
databaseLockedSowareUpgradeInProgress p. 301
databaseVersionMismatch p. 301
equipmentCurrExceededFeed p. 301
equipmentFault p. 302
equipmentInterConnectFailure p. 303
equipmentLedOn p. 304
equipmentMiscabledConnecon p. 304
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equipmentMismatchAributes p. 304
equipmentRemoved p. 308
equipmentShelfProvisioningMode p. 310
equipmentWarmup p. 310
fanCoolingFail p. 311
rmwareBackwardCompableAll p. 311
rmwareDownloadOrAcvaonFailure p. 312
rmwareInitInProgress p. 312
rmwareVersionMismatch p. 313
forwardDefectIndicaon p. 313
ilfViolaonCrical p. 314
ilfViolaonMajor p. 314
incompableFirmware p. 315
incompableHardware p. 315
ipNotReachable p. 315
ipPingRequestTimedOut p. 316
ipReachable p. 316
lampTest p. 316
linkDown p. 316
lldpFail p. 317
lossOfSignal p. 317
lossOfSynchronizaon p. 319
modeMismatch p. 319
openConneconIndicaon p. 319
oscControlFailure p. 320
oscModeMismatch p. 320
oscPowerOutOfSpecicaonHigh p. 320
oscPowerOutOfSpecicaonLow p. 321
osnrModeMismatch p. 321
otsSpanlossPowerOutOfSpecicaonHigh p. 321
otsSpanlossPowerOutOfSpecicaonLow p. 322
payloadMissingIndicaon p. 322
portLossOfLight p. 322
postBlockAutoPowerReducon p. 324
postBlockAutoShutoDisabled p. 324
postBlockManualLaserShutdown p. 324
postBlockSpanAdjustmentInProgress p. 325
powerOutOfSpecicaonHigh p. 325
powerOutOfSpecicaonLow p. 328
powerProblemA p. 330
powerProblemB p. 331
preBlockSpanAdjustmentInProgress p. 332
reeconTooHigh p. 332
shelfProvisioningMode p. 332
sowareReset p. 333
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sowareStageInProgress p. 333
sowareVersionMismatch p. 333
sysNameChanged p. 334
sysNtpNotSynchronized p. 334
thresholdCrossingAlertCodingViolaon p. 334
thresholdCrossingAlertErroredSeconds p. 335
thresholdCrossingAlertOpcalReceivePowerTooHigh p. 335
thresholdCrossingAlertOpcalReceivePowerTooLow p. 336
thresholdCrossingAlertOpcalTransmitPowerTooHigh p. 336
thresholdCrossingAlertOpcalTransmitPowerTooLow p. 337
thresholdCrossingAlertOscOpcalReceivePowerTooHigh p. 337
thresholdCrossingAlertOscOpcalReceivePowerTooLow p. 338
thresholdCrossingAlertOscOpcalTransmitPowerTooHigh p. 338
thresholdCrossingAlertOscOpcalTransmitPowerTooLow p. 338
thresholdCrossingAlertSeverelyErroredSeconds p. 339
thresholdCrossingAlertSpanlossVariaonTooHigh p. 339
thresholdCrossingAlertSpanlossVariaonTooLow p. 339
trailTraceMismatch p. 340
unequippedIndicaon p. 340
ztpBootFailure p. 340
ztpBootInProgress p. 341
8.1.7 Secondary Database Alarms and Events p. 341
8.1.8 LED Control p. 344
8.2 Performance Monitoring Counters p. 345
8.3 Equipment Replacement p. 361
8.3.1 Replace Fan Unit p. 361
8.3.2 Replace Plug-In Unit p. 362
8.3.3 Replace SFP Module p. 366
8.3.4 Replace Blade in Rack p. 368
8.3.5 Replace Tributary Blade with Tributary Auto Shelf ID Assignment Enabled p. 386
8.3.6 Replace Blade in Housing p. 402
8.4 Upgrades p. 412
8.4.1 Upgrade System Soware and Firmware p. 412
8.5 Backup and Restore p. 415
8.5.1 Back Up Conguraon Database p. 415
8.5.2 Restore Conguraon Database p. 415
8.5.3 Secondary Database via USB Flash Drive p. 417
Enable/Disable Secondary Database p. 418
Install USB Flash Drive p. 419
Restore Secondary Database from USB Flash Drive p. 420
9 Equipment Removal p. 423
9.1 Remove Filler Panel p. 424
9.2 Remove SFP Module p. 425
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9.3 Remove Plug-In Unit p. 427
9.4 Remove Fan Unit p. 430
9.5 Remove Power Cables p. 433
9.6 Remove Blade from Rack p. 436
9.7 Remove Blade from Housing p. 442
A Load Conguraon Operaon p. 448
A.1 Load Conguraon Using NETCONF p. 450
A.1.1 Save Conguraon File p. 450
A.1.2 Edit XML Conguraon File p. 450
A.2 Load Conguraon Using CLI p. 453
A.2.1 Save Conguraon File p. 453
A.2.2 Edit TEXT Conguraon File p. 453
A.3 Limitaons on Load Conguraon p. 454
A.3.1 Fabric and Port-Connecon p. 454
A.3.2 SNMPv3 p. 457
A.3.3 Fujitsu Opcal Interfaces p. 457
A.3.4 RollBack p. 458
A.3.5 Load Conguraon with Large Database p. 458
A.3.6 LLDP p. 458
B Frequency Wavelength p. 460
C Glossary Terms and Denions p. 464
Index p. 468
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Contact Information
Knowledge Creaon
For comments or suggesons about this documentaon, contact us at:
Email: knowledge.crea[email protected]
Product documentaon is available on the Fujitsu Partners website, hps://partners.fnc.fujitsu.com/documentaon.
Technical Assistance Center
For technical assistance, contact the Fujitsu Technical Assistance Center (FTAC) at:
Phone: 1-800-USE-FTAC (1-800-873-3822)
Knowledge Delivery
For informaon about training services, contact Educaonal Services at:
Fujitsu Training Center
2801 Telecom Parkway
Richardson, Texas 75082
Phone: [phone]
Training inquiries and requests, email: [email protected]
Class registraon through the Fujitsu Partners website: hps://partners.fnc.fujitsu.com/training
Sales
This documentaon is supplied as a service to our customers. For sales and general informaon, contact us at:
Phone: [phone]-FAST (1-800-777-3278)

Trademarks and Disclaimers
FUJITSU (and design)® and “shaping tomorrow with you” are
trademarks of Fujitsu Limited in the United States and other
countries. All Rights Reserved
Android™ is a trademark of Google LLC.
1FINITY™ is a trademark of Fujitsu Network Communicaons
Inc. (USA). All Rights Reserved.
FLASHWAVE (and design)® is a trademark of Fujitsu Network
Communicaons Inc. (USA) All Rights Reserved.
Google™ and Chrome™ are trademarks of Google.
Linux® is a registered trademark of Linus Torvalds.
Microso® and Internet Explorer® are registered trademarks of
Microso Corporaon.
Mozilla® and Firefox® are registered trademarks of the Mozilla
Foundaon.
OSMINE™, CLEI™ and NEBS™ are trademarks of Telcordia
Technologies, Inc.
Phillips® is a registered trademark of the Phillips Screw
Company.
SSH® is a registered trademark of SSH Communicaons Security
Corp. in the United States and in certain other jurisdicons.
Safari®, iPad Air®, iPad mini®, and iPad Pro® are registered
trademarks of Apple Inc., registered in the U.S. and other
countries.
Telcordia® is a registered trademark of Telcordia Technologies,
Inc.
TrueWave® is a registered trademark of OFS Fitel, LLC.
UNIX® is a registered trademark of The Open Group.
Virtuora® is a registered trademark of Fujitsu Network
Communicaons Inc. (USA). All Rights Reserved.
General Disclaimers
Note: All other products or services menoned in this document are by the trademarks, service marks, or product names as designated
by the companies that market those products or services or own those marks. Inquiries concerning such products, services, or marks
should be made directly to those companies.
Fujitsu and Fujitsu Customer Use Only: This document and its contents are provided by Fujitsu Network Communicaons Inc. for
guidance purposes only. This document is provided “as is” with no warranes or representaons whatsoever, either express or implied,
without noce, to make including without limitaon the implied warranes of merchantability and for purpose. Fujitsu Network
Communicaons Inc. does not warrant or represent that the contents of this document are error free. Furthermore, the contents of this
document are subject to update and change at any me without noce by Fujitsu Network Communicaons Inc., since it reserves the
right, changes in equipment design or components as progress in engineering methods may warrant. No part of the contents of this
document may be copied, or otherwise reproduced without the express wrien consent of Fujitsu Network Communicaons Inc.

About 1FINITY
Fujitsu's 1FINITY™ plaorm gives network operators an open, simple, and scalable architecture to meet escalang bandwidth demand.
The disaggregated plaorm delivers exibility, scalability, and eciency. Unlike converged systems, the programmable, modular, blade-
centric design of 1FINITY allows expansion only as demand requires. Addional features include high rack space usage, evergreen
technology design, operaonal convergence, open pluggable opcs, open applicaon programming interfaces, and open protocols.
Disaggregaon of the 1FINITY plaorm gives its product families integrated access, transport, switch, and lambda funcons. A soware
framework provides logical re-aggregaon to provide programmable soware management and control. The modular blades operate
both independently or in combinaon with other Fujitsu or competor opcal plaorms.
The 1FINITY plaorm uses the YANG data modeling language to model conguraon and state data. YANG data models are made up of
modules and sub modules that are managed by a command line interface (CLI). A YANG module denes a data model through the
hierarchical organizaon of and constraints on its data. Each Yang module, uniquely idened by a name space URL, provides the data
model, remote procedural calls, and nocaons for a parcular part of the system.
CLI provides the mechanism for the user to enter commands that congure and manage enes. For example, interfaces, access control
lists, and maintenance endpoints and perform operaons, administrave, and maintenance tasks on the NE. The CLI is hierarchical, which
means that it has nested layers of commands.
Note: For more detailed use of CLI with 1FINITY informaon, refer to 1FINITY CLI User Guide, available on the Fujitsu Partners website,
hps://partners.fnc.fujitsu.com/documentaon.

Compliance Information—
General Industry
FCC
This equipment has been tested and found to comply with the limits for Class A digital devices, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protecon against harmful interferences when the equipment is operated in a
commercial environment. This equipment generates, uses, and can radiate radio energy and if not installed in accordance with the
instrucon manual, may cause harmful interference to radio communicaons. Operaon of this equipment in a residenal area is likely to
cause harmful interference, which the user will be required to correct at his/her expense.
Industry Canada
This digital apparatus does not exceed the Class A limits for noise
emissions from digital apparatus set out in the Radio Interference
Regulaons of the Canadian Department of Communicaons to
ICES-003.
Cet appareil numérique ne dépasse pas les limites d'émission de
bruit pour les appareils numériques de Classe A tel que dénit dans
le document NMB-003 publié par le Département Canadien de
Communicaons.
CE Markings—
CE Cercaon
All 1FINITY systems meet all requirements for CE marking. It is compliant with the following standards:
■93/68/EEC (CE Marking)
■2014/30/EU (EMC Direcve)
■2015/863 (RoHS Direcve)
■2014/35/EU (Low Voltage Direcve)
■2012/19/EU (WEEE Direcve)
■IEC 60950-1, IEC 60825-1, EN 60950-1, EN 60825-1 and all related requirement
■Laser IEC/EN 60825-2 Standards
■21 CFR Chapter 1, Sub chapter J, Class 1 Laser Product
■Class A Emission limits for the following standards:
•FCC Part 15, Class A (U.S.A.)
•ICES-003, Class A (Canada)
•CISPR Publicaon 32 Class A (Europe)
■Product safety regulatory standards:
•UL 60950-1, 2nd Edion, 2014-10-14 (Informaon Technology Equipment-Safety—Part 1: General Requirements)
•CAN/CSA C22.2 No. 60950-1-07, 2nd Edion, 2014-10 (Informaon Technology Equipment-Safety—Part 1: General Requirements)
•IEC 60950-1:2005 (Second Edion): Am1:2009 + Am2:2013
•IEC/EN 60825-1 (Safety of laser products—Part 1: Equipment classicaon and requirements)
•IEC/EN 60825-2 (Safety of laser products—Part 2: Opcal bre communicaon systems [OFCS])

■RCM Mark (formally known as cTick) (Australia)
■NOM Compliance Mark for Mexico

Compliance Information—
L100/L110-Specic
L100 UL Labels
L110 UL Labels
UL Fuse Rangs
Model/Type Reference Rang
L100 (BDL1-3R11) –48 V DC, 7.5 A MAX
L110 (BDL1-3B11) –48 V DC, 6 A MAX
General Compliance
■NEBS Level 3:
•GR-63-CORE Issue 04 (including Seismic Zone 4
requirements)
•GR-1089-Electromagnec Compability (EMC) and Electrical
Safety
•GR-3108-Class 1 - Equipment in the Outside Plant (OSP)
■GR-1089, Secon 9 (Bonding and Grounding) required
installaon standards:
•Installed in a Common Bonding Network (CBN)
•Installed in NEBS Level 3 environments, for example, Central
Oces as well as Customer Premise Environment (CPE)
•Installed in accordance with a DC-C or DC-I conguraon
■GR-1089, R4-16, R4-18 (Intra-Building Lightning Protecon)
Warning: All metallic signaling cables
should be shielded with the shield
grounded at both ends to meet intra-
building lightning requirements.
Warning: The intra-building port(s)
(USER1, USER2, LMP, UTLP, and MAINT)
of the equipment or sub assembly is
suitable for connecon to intra-building
or unexposed wiring or cabling only. The
intra-building port(s) of the equipment

or assembly MUST NOT be metallically
connected to interfaces that connect to
the OSP or its wiring. These interfaces
are designed for use as intra-building
interfaces only (Type 2 or Type 4 ports)
as described in GR-1089 an require
isolaon from the exposed ODP cabling.
The addion of Primary Protectors is not
sucient protecon in order to connect
these interfaces metallically to OSP
wiring.
■The 1FINITY L100 and L110 blades and the PIL1-3PS2 PIU are
compliant with the Laser IEC/EN 60825-1, 2 standards.
■The 1FINITY L100 and L110 blades and the PIL1-3PS2 PIU
comply with 21 CFR Chapter 1, sub-chapter J, Class 1 Laser
Product.
■The 1FINITY L100 and L110 blades and the PIL1-3PS2 PIU are
compliant with the Class A Emission limits of the following
standards:
•FCC Part 15, Class A
•ICES-003
•CISPR Publicaon 32 Class A (Europe)
■The 1FINITY L100 Series blades are approved for the following
product safety regulatory standards:
•UL 60950-1, 2nd Edion, 2014-10-14 (Informaon
Technology Equipment-Safety—Part 1: General
Requirements)
•CAN/CSA C22.2 No. 60950-1-07, 2nd Edion, 2014-10
(Informaon Technology Equipment-Safety—Part 1: General
Requirements)
•IEC 60950-1:2005 (Second Edion); Am1:2009 + Am2:2013
•UL 62368-1 2nd Edion: Audio/video, informaon and
communicaon technology equipment - Part 1: Safety
requirements
•CAN/CSA C22.2 NO. 62368-1-14 Audio/video, informaon
and communicaon technology equipment - Part 1: Safety
requirements
•IEC 62368-1 2nd Edion: Audio/video, informaon and
communicaon technology equipment - Part 1: Safety
requirements
•IEC/EN 60825-1 (Safety of laser products—Part 1:
Equipment classicaon and requirements)
•IEC/EN 60825-2 (Safety of laser products—Part 2: Opcal
bre communicaon systems [OFCS])
■The PoE applicaon and cabling is suitable for indoor use only,
and is not suitable for outside applicaons.
■The following symbol idenes any terminal intended for
connecon to an external conductor for protecon against
electrical shock in case of a fault, or the terminal of a protecve
earth (ground) electrode.
s8102dg_1
Figure 1
Protecve Earth (Ground) Symbol

Compliance Information—
L160-Specic
L160 UL Labels
MODEL 1FINITY™ L160 BDL1-3M21
PART NO. FC95453M21 Iss. 01
SER NO. H0001 DATE YYYY–M
MADE IN CHINA
FUJITSU LIMITED
HOLD HERE HOLD HERE
CAUTION: RISK OF ELECTRIC SHOCK.
THIS EQUIPMENT HAS DUAL 48V INPUTS.
BOTH MUST BE DISCONNECTED TO
DE-ENERGIZE EQUIPMENT.
CAUTION: HAZARD LEVEL 1M LASER RADIATION.
DO NOT VIEW WITH NON-ATTENUATING OPTICAL
INSTRUMENTS.
ATTENTION: NIVEAU DE RISQUE DE
RAYONNEMENT LASER 1M NE
PAS. REGARDER DIRECTEMENT SANS
CAUTION:
SEE INSTALLATION
MANUAL BEFORE
INSTALLING.
ATTENTION:
VOIR MANUEL
D’ INSTALLATION
AVANT
Ľ INSTALLATION.
ATTENTION: RISQUE DE CHOC
ÉLECTRIQUE. CET ÉQUIPEMENT REÇOIT
PLUSIEURS ALIMENTATIONS. COUPER
LE COURANT AVANT Ľ ENTRETIEN.
CAN ICES-3 (A) /NMB-3 (A)
CONDITIONS OF ACCEPTABILITY:
TO BE INSTALLED ONLY IN RESTRICTED
ACCESS LOCATIONS IN ACCORDANCE WITH
THE NEC, CAN ICES-3A AND ANSI/NFPA NO. 70.
MATERIEL À INSTALLER UNIQUEMENT DANS DES
LIEUX À ACCÈS RESTREINT CONFORMÉMENT À LA
NORME NEC, CAN ICES-3A ET ANSI/NFPA NO. 70.
THIS EQUIPMENT COMPLIES WITH PART 15 OF THE
FCC RULES. OPERATION IS SUBJECT TO THE
FOLLOWING CONDITIONS:
(1) THIS MAY NOT CAUSE HARMFUL INTERFERENCE AND
(2) THIS MUST ACCEPT ANY INTERFERENCE
RECEIVED INCLUDING INTERFERENCE
THAT MAY CAUSE UNDESIRED OPERATION.
USE COPPER CONDUCTORS ONLY.
Manufactured
2019, November
Micro PDF417
Class I Laser Product
Conformé à 21 CFR
MOLEX, LLC
46360 Fremont Blvd,
Fremont, CA 94538. USA
FC95453M21
Iss. 01
LBFJTU291865453M2101H0001 WOMSW10DRA
QR
MOLEX
Molex PN: 1835260000
FUJITSU PN: TA09068–C130
Weight:
Poids:
19.8 lb
9.0 kg
19.8 lb
9.0 kg
Complies with 21 CFR 1040.10 and
1040.11 except for conformance
with IEC 60825-1 Ed. 3, as described
in Laser Notice No. 56, dated
May 8, 2019.
FNC001299_Rev_01
UL Fuse Rangs
Model/Type Reference Rang
L160 (BDL1-3M21) –48 V DC
General Compliance
■NEBS Level 3:
•GR-63-CORE Issue 05 (including Seismic Zone 4
requirements)
•GR-1089-Electromagnec Compability (EMC) and Electrical
Safety
•GR-3108-Class 1-Equipment in the Outside Plant (OSP)
■GR-1089, Secon 9 (Bonding and Grounding) required
installaon standards:
•Installed in a Common Bonding Network (CBN)
•Installed in NEBS Level 3 environments, for example, Central
Oces as well as Customer Premise Environment (CPE)
•Installed in accordance with a DC-C or DC-I conguraon
■GR-1089, R4-16, R4-18 (Intra-Building Lightning Protecon)
Warning: All metallic signaling cables
should be shielded with the shield
grounded at both ends to meet intra-
building lightning requirements.
Warning: The intra-building port(s)
(UTLP1, UTLP2, and MAINT) of the
equipment or subassembly is suitable for
connecon to intra-building or
unexposed wiring or cabling only. The
intra-building port(s) of the equipment
or assembly MUST NOT be metallically
connected to interfaces that connect to
the OSP or its wiring. These interfaces
are designed for use as intra-building
interfaces only (Type 2 or Type 4 ports)
as described in GR-1089 and required
isolaon from the exposed ODP cabling.
The addion of Primary Protectors is not
sucient protecon to connect these
interfaces metallically to OSP wiring.
■UL/CSA 62368-1
■The 1FINITY L160 Blade is compliant with the Laser IEC/EN
60825-1, 2 standards.
■The 1FINITY L160 Blade is compliant with 21 CFR 1040.10 and
1040.11 except for conformance with IEC 60825-1 Ed. 3., as
described in Laser Noce No. 56, dated May 8, 2019., Class 1
Laser Product.
■The 1FINITY L160 Blade is compliant with the Class A Emission
limits of the following standards:
•FCC Part 15, Class A
•ICES-003
•CISPR Publicaon 32 Class A (Europe)
■The 1FINITY L160 Blade is approved for the following product
safety regulatory standards:
•CAN/CSA-C22.2 No. 62368-1/UL 62368-1, 2nd Edion,
2014-12-01 (Audio/video, informaon and communicaon
technology equipment—Part 1: Safety requirements)
•IEC 60950-1:2005 (Second Edion); Am1:2009 + Am2:2013
•IEC 62368-1:2014 (Modied) (Audio/video, informaon and
communicaon technology equipment—Part 1: Safety
requirements)

•EN 62368-1:2014 (Audio/video, informaon and
communicaon technology equipment—Part 1: Safety
requirements (IEC 62368-1:2014, modied))
•IEC/EN 60825-1 (Safety of laser products—Part 1:
Equipment classicaon and requirements)
•IEC/EN 60825-2 (Safety of laser products—Part 2: Opcal
bre communicaon systems [OFCS])
■The following symbol idenes the terminal intended for
connecon to an external conductor for protecon against
electrical shock in case of a fault, or the terminal of a protecve
earth (ground) electrode.
s8102dg_1
Figure 2
Protecve Earth (Ground) Symbol
Laser Safety Classicaon and Cauon
The 1FINITY L160 Blade is compliant with the Laser IEC/EN 60825-1, 2 standards.
Class 1 Cauon
CLASS 1 LASER PRODUCT
Hazard Level 1M Cauon
HAZARD LEVEL 1M LASER RADIATION
DO NOT VIEW DIRECTLY WITH NON-ATTENUATING OPTICAL INSTRUMENTS
Laser Safety Informaon
The L160 (BDL1-3M21) C-Band Raman uses Laser Class 1M and Hazard Level 1M opcal interface units in accordance with the following
standards:
■IEC 60825-1:2007(Ed.2)/EN 60825-1:2007 (Laser class informaon)
■IEC 60825-1:2014(Ed.3)/EN 60825-1:2014 (Laser class informaon)
■IEC 60825-2:2010(Ed.3.2)/EN 60825-2:2004/A2:2010 (Hazard level informaon)
Radiaon output of classicaon informaon:
Output of laser radiaon: 0.1 mW (Value can be changed aer laser safety compliance test)
Note: The use of an aperture specied as condion 3 limits the amount of radiaon that is collected from a large diameter
(measurement distance = 100 mm).
Emied wavelengths: 1504.5…1566.93 nm
Beam divergence: 0.25 rad

Important Warnings and Cautions
Observe all warnings in the text or on equipment labels regarding high-voltage or high-temperature condions. The following warnings
and gures apply to most Fujitsu products.
Plug-in Unit Cauons
Observe the following precauons when handling plug-in units:
■Hold the plug-in unit only by its edges.
■Slowly and rmly push a plug-in unit into its slot to avoid damaging the unit. Do not force the unit. A slow inseron method minimizes
power surges during installaon. The longer ground connector pins ensure the ground circuit is connected rst.
ESD Cauons
Units are stamped with an-electrostac markings (shown at right). Observe the following precauons to avoid damage from ESD:
■Always transport and store the unit in an ESD approved shipping bag.
■Always wear an ESD wrist strap, with a minimum 1-megohm resistance, that is connected to safety ground. Do not use a damaged
wrist strap.
ATTENTION
OBSERVE PRECAUTIONS
FOR HANDLING
ELECTROSTATIC
SENSITIVE
DEVICES
Figure 3
An-electrostac Markings
Warnings
Fiber Warnings Averssements de Fibre
Danger: Never handle exposed ber with bare hands or touch it to
bare skin. Fiber fragments can enter the skin and are dicult to
detect and remove. Follow local safety precauons regarding ber.
Danger: Ne jamais manipuler une bre exposée à mains nues et ne
jamais la faire entrer directement en contact avec une pare du
corps. Des fragments de bre peuvent pénétrer la peau et leur
détecon et extracon sont extrêmement dicile.
Laser Safety Precauons Averssements Relié au Laser
1FINITY systems consist of IEC/EN 60825-1 Class 1 and Class 1M
opcal interface units.
Les systèmes 1FINITY conent des interfaces opques basées sur
des lasers de IEC/EN 60825-1 Classe 1 et Classe 1M.