Cisco Systems EDFA2 User Manual

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FINAL DRAFT - CISCO CONFIDENTIAL

Cisco ONS 15216 EDFA2 Operations Guide

Product and Software Release 2.3 August 2003

Corporate Headquarters

Cisco Systems, Inc. 170 West Tasman Drive San Jose, CA 95134-1706 USA http://www.cisco.com Tel: 408 526-4000

800 553-NETS (6387)

Fax: 408 526-4100

Text Part Number: 78-16033-01

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THE SPECIFICATIONS AND INFORMATION REGARDING THE PRODUCTS IN THIS MANUAL ARE SUBJECT TO CHANGE WITHOUT NOTICE. ALL STATEMENTS, INFORMATION, AND RECOMMENDATIONS IN THIS MANUAL ARE BELIEVED TO BE ACCURATE BUT ARE PRESENTED WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED. USERS MUST TAKE FULL RESPONSIBILITY FOR THEIR APPLICATION OF ANY PRODUCTS.

THE SOFTWARE LICENSE AND LIMITED WARRANTY FOR THE ACCOMPANYING PRODUCT ARE SET FORTH IN THE INFORMATION PACKET THAT SHIPPED WITH THE PRODUCT AND ARE INCORPORATED HEREIN BY THIS REFERENCE. IF YOU ARE UNABLE TO LOCATE THE SOFTWARE LICENSE OR LIMITED WARRANTY, CONTACT YOUR CISCO REPRESENTATIVE FOR A COPY.

The following information is for FCC compliance of Class A devices: This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio-frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case users will be required to correct the interference at their own expense.

The following information is for FCC compliance of Class B devices: The equipment described in this manual generates and may radiate radio-frequency energy. If it is not installed in accordance with Cisco’s installation instructions, it may cause interference with radio and television reception. This equipment has been tested and found to comply with the limits for a Class B digital device in accordance with the specifications in part 15 of the FCC rules. These specifications are designed to provide reasonable protection against such interference in a residential installation. However, there is no guarantee that interference will not occur in a particular installation.

Modifying the equipment without Cisco’s written authorization may result in the equipment no longer complying with FCC requirements for Class A or Class B digital devices. In that event, your right to use the equipment may be limited by FCC regulations, and you may be required to correct any interference to radio or television communications at your own expense.

You can determine whether your equipment is causing interference by turning it off. If the interference stops, it was probably caused by the Cisco equipment or one of its peripheral devices. If the equipment causes interference to radio or television reception, try to correct the interference by using one or more of the following measures:

• Turn the television or radio antenna until the interference stops.

• Move the equipment to one side or the other of the television or radio.

• Move the equipment farther away from the television or radio.

• Plug the equipment into an outlet that is on a different circuit from the television or radio. (That is, make certain the equipment and the television or radio are on circuits controlled by different circuit breakers or fuses.)

Modifications to this product not authorized by Cisco Systems, Inc. could void the FCC approval and negate your authority to operate the product.

The Cisco implementation of TCP header compression is an adaptation of a program developed by the University of California, Berkeley (UCB) as part of UCB’s public domain version of the UNIX operating system. All rights reserved. Copyright © 1981, Regents of the University of California.

NOTWITHSTANDING ANY OTHER WARRANTY HEREIN, ALL DOCUMENT FILES AND SOFTWARE OF THESE SUPPLIERS ARE PROVIDED “AS IS” WITH ALL FAULTS. CISCO AND THE ABOVE-NAMED SUPPLIERS DISCLAIM ALL WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING, WITHOUT LIMITATION, THOSE OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT OR ARISING FROM A COURSE OF DEALING, USAGE, OR TRADE PRACTICE.

IN NO EVENT SHALL CISCO OR ITS SUPPLIERS BE LIABLE FOR ANY INDIRECT, SPECIAL, CONSEQUENTIAL, OR INCIDENTAL DAMAGES, INCLUDING, WITHOUT LIMITATION, LOST PROFITS OR LOSS OR DAMAGE TO DATA ARISING OUT OF THE USE OR INABILITY TO USE THIS MANUAL, EVEN IF CISCO OR ITS SUPPLIERS HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

CCIP, CCSP, the Cisco Arrow logo, the Cisco Powered Network mark, the Cisco Systems Verified logo, Cisco Unity, Follow Me Browsing, FormShare, iQ Net Readiness Scorecard, Networking Academy, and ScriptShare are trademarks of Cisco Systems, Inc.; Changing the Way We Work, Live, Play, and Learn, The Fastest Way to Increase Your Internet Quotient, and iQuick Study are service marks of Cisco Systems, Inc.; and Aironet, ASIST, BPX, Catalyst, CCDA, CCDP, CCIE, CCNA, CCNP, Cisco, the Cisco Certified Internetwork Expert logo, Cisco IOS, the Cisco IOS logo, Cisco Press, Cisco Systems, Cisco Systems Capital, the Cisco Systems logo, Empowering the Internet Generation, Enterprise/Solver, EtherChannel, EtherSwitch, Fast Step, GigaStack, Internet Quotient, IOS, IP/TV, iQ Expertise, the iQ logo, LightStream, MGX, MICA, the Networkers l ogo, Network Registrar, Packet, PIX, Post-Routing, Pre-Routing, RateMUX, Registrar, SlideCast, SMARTnet, StrataView Plus, Stratm, SwitchProbe, TeleRouter, TransPath, and VCO are registered trademarks of Cisco Systems, Inc. and/or its affiliates in the U.S. and certain other countries.

All other trademarks mentioned in this document or Web site are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (0303R)

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Preface xix

Obtaining Documentation xix

Cisco.com xix Optical Networking Product Documentation CD-ROM xix Ordering Documentation xix Documentation Feedback xx

Obtaining Technical Assistance xx

Cisco.com xx Technical Assistance Center xxi

Obtaining Additional Publications and Information xxii

CHAPTER

1 Applications 1-1

1.1 Bandwidth On Demand 1-1

1.2 Wavelength Protection Switching 1-1

1.3 Key Features 1-2

1.3.1 Constant Gain 1-3

1.3.2 Gain Flattening 1-3

1.3.3 Transient Suppression 1-4

1.3.4 Low Noise 1-4

1.3.5 SNMP MIBs 1-4

1.3.6 TL1 1-4

2 Technical Specifications 2-1

2.1 Optical Specifications 2-1

2.1.1 Maximum Input Power 2-2

2.1.2 Channel Loading 2-2

2.2 Electrical Specifications 2-3

2.3 Mechanical Specifications 2-4

2.4 External Features 2-4

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2.5 Front Panel 2-5

3 Installation 3-1

3.1 Introduction 3-1

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3.2 Standard Precautions 3-1

3.3 Placement and Power Connection 3-1

3.3.1 General Rack Considerations 3-1

3.3.2 Rack Installation and Power Supply Connection Procedures 3-2

3.4 SC/UPC Optical Ports 3-3

3.4.1 Safety Requirements 3-3

3.4.2 Optical Connection Procedure 3-3

3.4.3 Optical Amplification Operation Verification Procedure 3-4

3.5 Communications 3-5

3.5.1 Alarm Out Relay Interface (RJ-45) 3-5

3.5.2 Alarm LEDs 3-6

3.5.3 Serial Interface (EIA/TIA-232) Communication 3-7

3.5.4 Serial Interface Remote Communication via Modem 3-11

3.5.5 LAN Interface (Ethernet) 3-14

CHAPTER

4 Provisioning Using ASH and SNMP 4-1

4.1 Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal 4-1

4.2 Set IP Address 4-3

4.3 Log In via LAN Port Using Telnet (Optional) 4-3

4.4 Set Date and Time 4-4

4.5 Set Power Bus Mode (Simplex or Duplex) 4-4

4.6 Verify Amplifier Operational Status 4-4

4.7 Set Gain 4-5

4.8 Set Alarm Thresholds 4-5

4.9 Set Password 4-10

4.10 Add Users 4-11

4.11 Save Changes 4-11

4.12 Log Off 4-12

4.13 Back Up System Configuration 4-12

4.14 Restore System Configuration 4-13

4.15 Recover Default Password 4-14

CHAPTER

5 SNMP MIB Installation and Configuration 5-1

5.1 SNMP Overview 5-1

5.1.1 SNMP Components 5-1

5.1.2 ONS 15216 EDFA2 SNMP Elements 5-2

5.1.3 SNMP MIBs and Message Types 5-3

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5.1.4 Command Syntax Using the SNMP Agent 5-4

5.2 Enabling SNMP Remote Management Community Strings 5-5

5.2.1 Creating a View 5-6

5.2.2 Creating a Community Entry 5-7

5.3 Setup for CTM Access 5-10

5.4 Tables and Groups 5-11

5.4.1 CfgGroup Table 5-12

5.4.2 PumpCfgEntry Table 5-14

5.4.3 OverallStatusGroup Table 5-16

5.4.4 OverallControl Table 5-18

5.4.5 PumpStatusEntry Table 5-18

5.4.6 AlarmEntry Table 5-19

5.4.7 OpGroup Table 5-20

5.4.8 VersionGroup Table 5-21

5.5 Setting Up Traps 5-21

5.5.1 Display Trap Command 5-22

5.5.2 Set Trap Command 5-23

5.5.3 Set Agent Trap Enable 5-23

5.5.4 Get Agent Trap Enable 5-24

Contents

CHAPTER

5.6 Retrieving Information 5-24

5.6.1 IP Address 5-24

5.6.2 Date and Time 5-25

5.6.3 Power Gain 5-26

5.6.4 Case Temperature 5-27

5.6.5 Power Bus 5-29

5.6.6 Input Power (Signal) 5-30

5.6.7 Output Power 5-31

5.6.8 Database Backup and Restore 5-34

5.6.9 Alarm Entry 5-36

5.7 Summary of SNMP Alarms 5-37

6 ASH Commands 6-1

6.1 Summary of Security Permissions for ASH Commands 6-1

6.2 Configuration Commands 6-6

6.2.1 srom cfg boot display Command 6-6

6.2.2 srom cfg boot modify Command 6-7

6.2.3 srom cfg ip display Command 6-7

6.2.4 srom cfg ip modify Command 6-8

6.2.5 pdm busmode display Command 6-8

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6.2.6 pdm busmode modify Command 6-9

6.2.7 pdm cfg threshold bus display Command 6-9

6.2.8 pdm cfg threshold bus modify Command 6-9

6.2.9 gain gain display Command 6-9

6.2.10 gain gain modify Command 6-10

6.2.11 voa power input display Command 6-10

6.3 Administrative Commands 6-10

6.3.1 clear Command 6-11

6.3.2 exit Command 6-11

6.3.3 help Command 6-11

6.3.4 history Command 6-11

6.3.5 login and logoff Commands 6-12

6.3.6 processor reset Command 6-12

6.4 Shell Commands 6-12

6.4.1 shell lines set Command 6-13

6.4.2 shell more enable and disable Commands 6-13

6.4.3 shell status display Command 6-13

6.4.4 shell type modify Command 6-13

6.5 Flash File System Commands 6-14

6.5.1 ffs file list Command 6-14

6.6 SNMP Commands 6-15

6.6.1 snmp attribute get Command 6-15

6.6.2 snmp attribute list Command 6-16

6.6.3 snmp attribute set Command 6-17

6.6.4 snmp mib display Command 6-17

6.6.5 snmp mib get Command 6-18

6.6.6 snmp mib list Command 6-18

6.6.7 snmp row display Command 6-19

6.6.8 snmp row get Command 6-20

6.6.9 snmp row set Command 6-20

6.6.10 snmp subtree display Command 6-21

6.6.11 snmp subtree get Command 6-21

6.6.12 snmp subtree list Command 6-22

6.6.13 snmp table display Command 6-23

6.6.14 snmp table get Command 6-24

6.6.15 snmp table list Command 6-24

6.6.16 snmp tree attribute list Command 6-25

6.7 User Commands 6-25

6.7.1 user entry create Command 6-26

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6.7.2 user entry edit Command 6-26

6.7.3 user entry delete Command 6-27

6.7.4 user file display and user name display Commands 6-27

6.7.5 user inactivity modify and user inactivity display Commands 6-28

6.7.6 user passwd set Command 6-28

6.7.7 user active list Command 6-29

6.7.8 user active message send Command 6-29

6.8 Manufacturing Information Access Commands 6-30

6.8.1 snmp table display local entPhysicalEntry Command 6-30

6.8.2 snmp table display local cerent15216EdfaCommTrapEntry Command 6-30

6.9 Restore Commands 6-31

6.9.1 backup system Command 6-31

6.9.2 restore system Command 6-31

6.10 Manufacturer Mode 6-32

6.10.1 manufacturer restore defaults passwords Command 6-32

6.10.2 manufacturer restore defaults all Command 6-32

Contents

CHAPTER

7 FTP Command Line 7-1

7.1 FTP Command Line 7-1

7.1.1 Example of FTP from a Remote Server 7-1

7.1.2 Example of FTP to a Remote Server 7-2

7.2 FTP Commands 7-3

8 Provisioning Using TL1 8-1

8.1 Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal 8-1

8.2 Set IP Address 8-3

8.3 Log In via LAN Port Using Telnet (Optional) 8-3

8.4 Set Date and Time 8-4

8.5 Set Power Bus Mode (Simplex or Duplex) 8-4

8.6 Verify Amplifier Operational Status 8-4

8.7 Set Gain 8-5

8.8 Set Alarm Thresholds 8-5

8.9 Set Password 8-10

8.10 Add Users 8-11

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8.12 Back Up System Configuration 8-11

8.13 Restore System Configuration 8-12

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CHAPTER

9 TL1 Commands 9-1

9.1 Introduction 9-1

9.2 Connection to the ONS 15216 EDFA2 9-1

9.3 Explanation of Command Parameters 9-1

9.3.1 Source Identifier (sid) and Target Identifier (tid) 9-1

9.3.2 Command Code Modifier (ccm) 9-2

9.3.3 Access Identifier (aid) 9-2

9.3.4 Correlation Tag (ctag) 9-2

9.4 Notation 9-2

9.5 Summary of Autonomous Alarms and Messages 9-3

9.6 Summary of Security Permissions for TL1 Commands 9-6

9.7 TL1 Commands and Autonomous Messages 9-9

9.7.1 ACT-USER 9-9

9.7.2 ALW-MSG-ALL 9-9

9.7.3 APPLY 9-11

9.7.4 CANC-USER 9-12

9.7.5 COPY-RFILE 9-12

9.7.6 CPY-MEM 9-14

9.7.7 DLT-RFILE 9-15

9.7.8 DLT-USER-SECU 9-16

9.7.9 ED-DAT 9-16

9.7.10 ED-DWDM 9-17

9.7.11 ED-ENV 9-18

9.7.12 ED-NE-GEN 9-19

9.7.13 ED-PID 9-20

9.7.14 ED-USER-SECU 9-21

9.7.15 ENT-USER-SECU 9-21

9.7.16 INH-MSG-ALL 9-22

9.7.17 INIT-SYS 9-25

9.7.18 REPT ALM DWDM 9-25

9.7.19 REPT ALM ENV 9-27

9.7.20 REPT ALM EQPT 9-28

9.7.21 REPT EVT DWDM / REPT EVT ENV / REPT EVT EQPT 9-30

9.7.22 REPT EVT FXFR 9-32

9.7.23 RTRV-ALM-ALL 9-33

9.7.24 RTRV-ALM-DWDM 9-35

9.7.25 RTRV-ALM-ENV 9-37

9.7.26 RTRV-ALM-EQPT 9-38

9.7.27 RTRV-AO 9-40

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9.7.28 RTRV-COND-ALL 9-41

9.7.29 RTRV-COND-DWDM 9-43

9.7.30 RTRV-COND-ENV 9-44

9.7.31 RTRV-COND-EQPT 9-46

9.7.32 RTRV-DFLT-SECU 9-47

9.7.33 RTRV-DWDM 9-48

9.7.34 RTRV-ENV 9-50

9.7.35 RTRV-HDR 9-51

9.7.36 RTRV-INV 9-51

9.7.37 RTRV-NE-GEN 9-52

9.7.38 RTRV-RFILE 9-54

9.7.39 RTRV-TH-DWDM 9-55

9.7.40 RTRV-TH-ENV 9-56

9.7.41 RTRV-TH-EQPT 9-57

9.7.42 RTRV-TOD 9-59

9.7.43 RTRV-USER-SECU 9-60

9.7.44 SET-ATTR-SECUDFLT 9-60

9.7.45 SET-TH-DWDM 9-61

9.7.46 SET-TH-ENV 9-62

9.7.47 SET-TH-EQPT 9-63

9.7.48 STA-LOCL-RST 9-64

Contents

CHAPTER

10 Troubleshooting 1

10.1 Alarm Indicators 2

10.1.1 LEDs and Office Alarms 2

10.1.2 Optical Alarms 4

10.1.3 Equipment Alarms 6

10.1.4 Environmental Alarms 7

10.2 Troubleshooting Typical Scenarios 7

10.2.1 No Output Power after Adjusting Gain Settings 7

10.2.2 2.0.1 to 2.2.1 Upgrade Attempt 8

10.2.3 Image File Download Incomplete 8

10.2.4 Boot Up Failure 8

10.2.5 No Response from RS-232 Port 9

10.2.6 No Response from LAN Port 9

10.2.7 LAN Port Activity LED Stays On 9

10.2.8 Lost Password 10

10.3 Status Information Needed by Cisco TAC 11

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APPENDIX

A Regulatory Compliance and Safety Information A-1

Regulatory Compliance A-1 Translated Safety Warnings A-2

Warning Definition A-4 DC Power Supply Warning A-6 Installation Warning A-7 Power Cord Warning A-7 No On/Off Switch Warning A-8 SELV Circuit Warning A-9 Laser Radiation Warning A-10 Laser Beam Warning A-11 Power Cabling Warning A-11 Grounded Equipment Warning A-12 Ground Connection Warning A-13 Jewelry Removal Warning A-14 Qualified Personnel Warning A-15 Supply Circuit Warning A-15 Power Supply Wiring Warning A-16 Invisible Laser Radiation Warning A-17 Incorrect Connection Warning A-18 Ground Conductor Warning A-19 Voltages on DC-input Power Supply Terminals A-20 More Than One Power Supply A-21 Cisco ONS 15216 EDFA2 Rack Installation A-21 Exposed DC Power Wire Warning A-22 48 VDC Power System A-23 Chassis Power Connection A-24 Cisco ONS 15216 EDFA2 Temperature Requirement A-25 VCCI Compliance for Class B Equipment A-26 SELV-IEC 60950 DC Power Supply Warning A-26 Cisco ONS 15216 EDFA2 Power Circuit Overload Warning A-27 Product Disposal Warning A-28 Energy Hazard A-29 Unit Grounding Protection Warning A-30 DC Power Disconnection Warning A-31 Ground Wire Warning A-32 Declaration of Conformity with Regard to the Directives 73/23/EEC and 89/336/EEC as amended by

Directive 93/68/EEC

A-33

Declaration of Conformity to R&TTE Directive 1999/5/EEC for the European Community, Switzerland, Norway, Iceland and Liechtenstein

A-34

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Class B EMC Warning A-35 Safety Requirements Warning A-35 Laser Radiation Warning A-36 Fiber Disconnect Sequence Warning A-37 Optical Connector Warning A-38 Optical Connector Disconnect Warning A-38 Eye Damage Warning A-39 Static Electricity Warning A-40 Connector Cleaning Warning A-41 Cable Connection Sequence Warning A-42 Module Removal Warning A-43 DC Power SELV Requirement Warning A-44 Reinforced Insulation Warning A-45 Power Supply Voltage Warning A-46 DC Power Supply Connection Warning A-46

Contents

NDEX

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Figure 1-1 Wavelength Protection Switching 1-2 Figure 1-2 ONS 15216 EDFA2 Block Diagram 1-2 Figure 1-3 Gain Flattening Filter 1-3 Figure 2-1 ONS 15216 EDFA2 Dimensions 2-5 Figure 2-2 ONS 15216 EDFA2 Front Panel 2-5 Figure 3-1 ONS 15216 EDFA2 Optical Connections 3-4 Figure 3-2 HyperTerminal Connect To Dialog Box 3-8 Figure 3-3 HyperTerminal COM1 Properties Dialog Box 3-9 Figure 3-4 Optical Amplifier Properties Dialog Box (Connect To Tab) 3-9 Figure 3-5 Optical Amplifier Properties Dialog Box (Settings Tab) 3-10 Figure 3-6 HyperTerminal ASCII Setup Dialog Box 3-10

FIGURES

Figure 3-7 Remote Communication 3-11 Figure 3-8 DB-9 Pinout for RS-232 (EIA/TIA-232) Port 3-14 Figure 4-1 ONS 15216 EDFA2 Front Panel 4-6 Figure 5-1 SNMP Elements 5-2 Figure 5-2 SNMP Agent and MIB 5-3 Figure 8-1 ONS 15216 EDFA2 Front Panel 8-6

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Figures

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Table 2-1 ONS 15216 EDFA2 Optical Specifications 2-1 Table 2-2 Maximum Channel Power 2-2 Table 2-3 ONS 15216 EDFA2 Electrical Specifications 2-3 Table 2-4 ONS 15216 EDFA2 Mechanical Specifications 2-4 Table 2-5 ONS 15216 EDFA2 Front Panel Features 2-6 Table 3-1 Gain Range 3-4 Table 3-2 Alarm Pinout and Definitions (RJ-45) 3-5 Table 3-3 Equipment Checklist 3-7 Table 3-4 Communication Component List 3-11 Table 3-5 Modem DIP Switch Setting 3-12 Table 3-6 Modem Settings 3-13

TABLES

Table 4-1 Alarm Threshold Attribute Definitions 4-7 Table 5-1 SNMP Operation Types 5-4 Table 5-2 Default Community Strings 5-5 Table 5-3 Creating a View 5-7 Table 5-4 Creating a Community Entry 5-8 Table 5-5 SNMP Operation Decimal Values 5-9 Table 5-6 cerent15216EdfaCfgGroup Variable Descriptions 5-12 Table 5-7 cerent15216EdfaPumpCfgEntry Variable Descriptions 5-14 Table 5-8 cerent15216EdfaOverallStatusGroup Variable Descriptions 5-17 Table 5-9 cerent15216EdfaOverallControl Variable Descriptions 5-18 Table 5-1 0 cerent15216EdfaPumpStatusEntry Variable Descriptions 5-18 Table 5-1 1 cerent15216EdfaAlarmEntry Variable Descriptions 5-19 Table 5-1 2 cerent15216EdfaOpGroup Variable Descriptions 5-20 Table 5-1 3 cerent15216EdfaVersionGroup Variable Descriptions 5-21 Table 5-1 4 Notification Types that Initiate a Trap 5-22 Table 5-1 5 cerent15216EdfaSromIpMgmtGroup Command Attributes 5-25 Table 5-1 6 cerent15216EdfaRtcDateAndTime Command Attributes 5-26 Table 5-1 7 SNMP Alarms 5-37 Table 6-1 ASH Commands Security Permissions (Access Levels) 6-1 Table 8-1 Alarm Threshold Attribute Definitions 8-7

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Table 9-1 Command Code Modifiers 9-2 Table 9-2 Access Identifiers 9-2 Table 9-3 TL1 Notation Symbols 9-3 Table 9-4 TL1 Autonomous Alarms 9-3 Table 9-5 TL1 Autonomous Events 9-4 Table 9-6 TL1 Autonomous File Transfer Events 9-5 Table 9-7 TL1 Autonomous Clear Alarms 9-5 Table 9-8 TL1 Commands and Messages Security Permissions (Access Levels) 9-6 Table 9-9 ACT-USER Syntax Description 9-9 Table 9-1 0 ALW-MSG-ALL Syntax Description 9-10 Table 9-1 1 CANC-USER Syntax Description 9-12 Table 9-1 2 COPY-RFILE Syntax Description 9-13 Table 9-1 3 CPY-MEM Syntax Description 9-14 Table 9-1 4 DLT-RFILE Syntax Description 9-15 Table 9-1 5 DLT-USER-SECU Syntax Description 9-16 Table 9-1 6 ED-DAT Syntax Description 9-16 Table 9-1 7 ED-DWDM Syntax Description 9-17 Table 9-1 8 ED-ENV Syntax Description 9-18 Table 9-1 9 ED-NE-GEN Syntax Description 9-19 Table 9-2 0 ED-PID Syntax Description 9-20 Table 9-2 1 ED-USER-SECU Syntax Description 9-21 Table 9-2 2 ENT-USER-SECU Syntax Description 9-22 Table 9-2 3 INH-MSG-ALL Syntax Description 9-22 Table 9-2 4 INIT-SYS Syntax Description 9-25 Table 9-2 5 REPT ALM DWDM Syntax Description 9-26 Table 9-2 6 REPT ALM ENV Syntax Description 9-27 Table 9-2 7 REPT ALM EQPT Syntax Description 9-29 Table 9-2 8 REPT EVT DWDM / REPT EVT ENV / REPT EVT EQPT Syntax Description 9-31 Table 9-2 9 REPT EVT FXFR Syntax Description 9-33 Table 9-3 0 RTRV-ALM-ALL Syntax Description 9-34 Table 9-3 1 RTRV-ALM-DWDM Syntax Description 9-36 Table 9-3 2 RTRV-ALM-ENV Syntax Description 9-37 Table 9-3 3 RTRV-ALM-EQPT Syntax Description 9-38 Table 9-3 4 RTRV-AO Syntax Description 9-40 Table 9-3 5 RTRV-COND-ALL Syntax Description 9-41

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Table 9-3 6 RTRV-COND-DWDM Syntax Description 9-43 Table 9-3 7 RTRV-COND-ENV Syntax Description 9-45 Table 9-3 8 RTRV-COND-EQPT Syntax Description 9-46 Table 9-3 9 RTRV-DFLT-SECU Syntax Description 9-48 Table 9-4 0 RTRV-DWDM Syntax Description 9-49 Table 9-4 1 RTRV-ENV Syntax Description 9-50 Table 9-4 2 RTRV-HDR Syntax Description 9-51 Table 9-4 3 RTRV-INV Syntax Description 9-52 Table 9-4 4 RTRV-NE-GEN Syntax Description 9-53 Table 9-4 5 RTRV-RFILE Syntax Description 9-54 Table 9-4 6 RTRV-TH-DWDM Syntax Description 9-55 Table 9-4 7 RTRV-TH-ENV Syntax Description 9-57 Table 9-4 8 RTRV-TH-EQPT Syntax Description 9-58

Tables

Table 9-4 9 RTRV-TOD Syntax Description 9-59 Table 9-5 0 RTRV-USER-SECU Syntax Description 9-60 Table 9-5 1 SET-ATTR-SECUDFLT Syntax Description 9-61 Table 9-5 2 SET-TH-DWDM Syntax Description 9-61 Table 9-5 3 SET-TH-ENV Syntax Description 9-62 Table 9-5 4 SET-TH-EQPT Syntax Description 9-63 Table A-1 Regulatory Standards Compliance A-1

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Preface

Obtaining Documentation

Cisco provides several ways to obtain documentation, technical assistance, and other technical resources. These sections explain how to obtain technical information from Cisco Systems.

Cisco.com

You can access the most current Cisco documentation on the World Wide Web at this URL:

http://www.cisco.com/univercd/home/home.htm

You can access the Cisco website at this URL:

http://www.cisco.com

International Cisco web sites can be accessed from this URL:

http://www.cisco.com/public/countries_languages.shtml

Optical Networking Product Documentation CD-ROM

Optical networking-related documentation, including the Cisco ONS 15216 EDFA2 Operations Guide, is available in a CD-ROM package that ships with your product. The Optical Networking Product Documentation CD-ROM, a member of the Cisco Connection Family, is updated as required. Therefore, it might be more current than printed documentation. To order additional copies of the Optical Networking Product Documentation CD-ROM, contact your local sales representative or customer service. The CD-ROM package is available as a single unit or through an annual subscription.

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Preface

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Technical Assistance Center

The Cisco TAC is available to all customers who need technical assistance with a Cisco product, technology, or solution. Two levels of support are available: the Cisco TAC website and the Cisco TAC Escalation Center. The avenue of support that you choose depends on the priority of the problem and the conditions stated in service contracts, when applicable.

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Cisco TAC Website

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Obtaining Additional Publications and Information

Information about Cisco products, technologies, and network solutions is available from various online and printed sources.

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Preface

• Internet Protocol Journal is a quarterly journal published by Cisco Systems for engineering

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Applications

This manual describes how to install and operate the Cisco Optical Network System (ONS) 15216 Erbium-Doped Fiber Amplifier 2 (EDFA2). The ONS 15216 EDFA2 is an optical amplifier that enables the migration to next-generation all-optical networks. It features bandwidth-on-demand and wavelength protection switching that extend dense wavelength division multiplexing (DWDM) links by hundreds of kilometers.

With the ONS 15216 EDFA2, optical signals from a span in a DWDM network can be added or dropped without negatively affecting (degrading) other optical signals on the same span.

1.1 Bandwidth On Demand

The ONS 15216 EDFA2 is a technology for bandwidth-on-demand wavelength services. Depending on the settings and the input power, every wavelength in a ONS 15216 EDFA2 is guaranteed to be amplified by 13 to 22 dB. With the ONS 15216 EDFA2’s gain control technology, amplification for each wavelength remains constant at all times as wavelengths are added or dropped from an optical fiber. As long as the total (composite) input power of all wavelengths is between 4 dBm and –27 dBm, any number of wavelengths can be amplified.

CHAPTER

1.2 Wavelength Protection Switching

The ONS 15216 EDFA2 uses wavelength protection switching to restore wavelengths that are lost in the event of a fiber cut or other loss of signal. Figure 1-1 on page 1-2 shows an example of wavelength protection switching. In this example, two wavelengths are routed clockwise around a metro ring, and two wavelengths are routed counter-clockwise around the same ring. Of the two counter-clockwise wavelengths, only one transits the span linking locations D and C. If a fiber cut occurred on this span, the affected wavelength could be restored by rerouting it (clockwise) around the ring to location D. Wavelength protection switching minimizes the amount of bandwidth allocated for restoration because only the affected wavelength is restored, not the entire fiber.

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Figure 1-1 Wavelength Protection Switching

Wavelength is rerouted

Before

After a protection switch occurs, the number of wavelengths on each fiber changes. In the example, the number of clockwise wavelengths increases to three, while the number of counter-clockwise wavelengths decreases to one.

1.3 Key Features

Figure 1-2 shows a block diagram of the ONS 15216 EDFA2.

Figure 1-2 ONS 15216 EDFA2 Block Diagram

After

Fiber Cut

61990

VOA

Gain

Isolator Isolator

Pump Laser

Flattening

Filter

Pump Laser

Control Circuit

Microcontroller

5VDC

External AlarmsRx Tx

RS232

Output Input

Output Monitor

71172

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The ONS 15216 EDFA2 has the following key features:

• Adjustable constant gain of 13 to 22 dB

• Gain flattening < 2 dB (peak to valley)

• Transient suppression

• Low noise figure of < 7 dB at –5 dBm input

• Simple Network Management Protocol (SNMP) MIBs

• Transaction Language 1 (TL1)

1.3.1 Constant Gain

Constant amplification (gain) per wavelength is important for ensuring that variations in power between channels at the receivers is minimized. As wavelengths are added/dropped from an optical fiber, small variations in gain between channels in a span can cause large variations in the power difference between channels at the receivers. The ONS 15216 EDFA2 enables bandwidth-on-demand services by guaranteeing that every wavelength is amplified by a value that can be set between 13 and 22 dB, no matter how many wavelengths are being amplified.

Constant gain is achieved using an automatic control circuit that adjusts pump power when changes in input power are detected. The ONS 15216 EDFA2 operates in Constant Gain Temperature Compensated mode by default, but since there may be applications where other operating modes may be required, the ONS 15216 EDFA2 can be set to operate in any one the following pump control modes:

Key Features

• Constant Gain Temperature Compensated mode

• Constant Output Power mode

• Constant Pump Current mode

• Constant Pump Power mode

1.3.2 Gain Flattening

Figure 1-3 illustrates the effect of the gain flattening filter in the ONS 15216 EDFA2. Fiber (a) in the

figure shows a set of channels with equal powers being input to a cascaded network of amplifiers that produce vastly different power levels and optical signal-to-noise ratios (OSNR) at the output. In contrast, fiber (b) shows how the EDFAs effectively reduce this effect by introducing a gain flattening filter within each amplifier.

Figure 1-3 Gain Flattening Filter

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Flattening

Filter

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1.3.3 Transient Suppression

Transients in the performance of optical amplifiers are inevitable whenever the number of signals, or the relative power of signals, changes. The ONS 15216 EDFA2 uses transient suppression to reduce the amount of time required by an amplifier to recover from a change. This indicates the suitability of the amplifier for add/drop applications like those described earlier.

1.3.4 Low Noise

Whenever there is gain in an optical system, noise also occurs. The predominant source of noise in EDFAs is amplified spontaneous emission (ASE). The ONS 15216 EDFA2 has a low noise figure of less than 7 dB at –5 dBm input.

1.3.5 SNMP MIBs

The ONS 15216 EDFA2 SNMP MIBs contain definitions of management information that allows network systems to be remotely monitored, configured, and controlled.

Chapter 1 Applications

1.3.6 TL1

The ONS 15216 EDFA2 has a TL1 interface available to the network operator and craftsperson.

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Technical Specifications

This chapter discusses the technical specifications for the Cisco ONS 15216 EDFA2.

2.1 Optical Specifications

ONS 15216 EDFA2 optical specifications are listed and described in Tabl e 2-1.

Table 2-1 ONS 15216 EDFA2 Optical Specifications

Requirement Specification

Input signal wavelength 1530 nm to 1563 nm Input power (channel total) –27 dBm to 4 dBm (total all channels)

CHAPTER

See the “Maximum Input Power” section on page 2-2 and

“Channel Loading” section on page 2-2 for more information.

Note In the event of a fiber cut or loss of connection, and

there is no input power, the ONS 15216 EDFA2 has –3.5 dBm of output power. For additional safety information, see the “Safety Requirements” section on

page 3-3.

Mode of operation Unidirectional (two common fibers: one transmit, one receive) Maximum output power 17 ± 0.6 dBm Signal gain per channel 13 dB to 22 dB Channel gain deviation from setpoint ± 1.25 dB Gain flattened < 2 dB (peak to valley) Maximum noise figure < 7 dB at –5 dBm input power Polarization mode dispersion (PMD) < 0.6 ps Input/output optical return loss > 27 dB Backward ASE power –30 dBm maximum Polarization sensitivity < 0.5 dB Automatic gain control (AGC) The ONS 15216 EDFA2 contains an active gain block with an

automatic gain control loop to minimize the effects of output power variations per wavelength upon adding or deleting wavelengths on the same DWDM ring.

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2.1.1 Maximum Input Power

The ONS 15216 EDFA2 operates at a gain setting between 13 and 22 dB. Each gain setting has a maximum input power. The maximum input power is defined as 17 dBm (the maximum output power) minus the gain setting. For example, at a gain setting of 22 dB, the maximum input power is –5 dBm. At a gain setting of 13 dB, the maximum input power is 4 dBm. Prolonged operation beyond the maximum input power can shorten the life of the ONS 15216 EDFA2.

External optical attenuators are required to reduce the total input power to less than or equal to 4 dBm.

2.1.2 Channel Loading

You can ensure a smooth upgrade path from a single channel to the maximum numbers of channels with a minimum disruption of service if the per-channel power of the single channel is properly set from the start. The per-channel power should be set so that at full channel loading, the total input power is less than the maximum power indicated in Table 2- 2. For example, if the maximum number of channels at full loading is 18 and the gain is set to 22 dB, the maximum per channel power is –17.6 dBm.

Use Tabl e 2-2 to calculate per-channel power as a function of the maximum total number of channels at full loading. Contact Cisco TAC with any questions or concerns regarding maximum input power or setting the upgrade path.

Chapter 2 Technical Specifications

Table 2-2 Maximum Channel Power

Composite Input Power (dBm) 4 3 2 1 0 –1 –2 –3 –4 –5

Corresponding Max. Gain (dB) 13 14 15 16 17 18 19 20 21 22

Number of Channels at Full Loading Maximum per Channel Input Power at Maximum Gain Setting (dBm)

1 4.0 3.0 2.0 1.0 0.0 –1.0 –2.0 –3.0 –4.0 –5.0

21.00.0–1.0 –2.0 –3.0 –4.0 –5.0 –6.0 –7.0 –8.0 3 –0.8 –1.8 –2.8 –3.8 –4.8 –5.8 –6.8 –7.8 –8.8 –9.8 4 –2.0 –3.0 –4.0 –5.0 –6.0 –7.0 –8.0 –9.0 –10.0 –11.0 5 –3.0 –4.0 –5.0 –6.0 –7.0 –8.0 –9.0 –10.0 –11.0 –12.0 6 –3.8 –4.8 –5.8 –6.8 –7.8 –8.8 –9.8 –10.8 –11.8 –12.8 7 –4.5 –5.5 –6.5 –7.5 –8.5 –9.5 –10.5 –11.5 –12.5 –13.5 8 –5.0 –6.0 –7.0 –8.0 –9.0 –10.0 –11.0 –12.0 –13.0 –14.0 9 –5.5 –6.5 –7.5 –8.5 –9.5 –10.5 –11.5 –12.5 –13.5 –14.5 10 –6.0 –7.0 –8.0 –9.0 –10.0 –11.0 –12.0 –13.0 –14.0 –15.0 11 –6.4 –7.4 –8.4 –9.4 –10.4 –11.4 –12.4 –13.4 –14.4 –15.4 12 –6.8 –7.8 –8.8 –9.8 –10.8 –11.8 –12.8 –13.8 –14.8 –15.8 13 –7.1 –8.1 –9.1 –10.1 –11.1 –12.1 –13.1 –14.1 –15.1 –16.1 14 –7.5 –8.5 –9.5 –10.5 –11.5 –12.5 –13.5 –14.5 –15.5 –16.5 15 –7.8 –8.8 –9.8 –10.8 –11.8 –12.8 –13.8 –14.8 –15.8 –16.8

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Table 2-2 Maximum Channel Power (continued)

Composite Input Power (dBm) 4 3 2 1 0 –1 –2 –3 –4 –5

Corresponding Max. Gain (dB) 13 14 15 16 17 18 19 20 21 22

Number of Channels at Full Loading Maximum per Channel Input Power at Maximum Gain Setting (dBm)

16 –8.0 –9.0 –10.0 –11.0 –12.0 –13.0 –14.0 –15.0 –16.0 –17.0 17 –8.3 –9.3 –10.3 –11.3 –12.3 –13.3 –14.3 –15.3 –16.3 –17.3 18– –8.6 –9.6 –10.6 –11.6 –12.6 –13.6 –14.6 –15.6 –16.6 –17.6 19 –8.8 –9.8 –10.8 –11.8 –12.8 –13.8 –14.8 –15.8 –16.8 –17.8 20 –9.0 –10.0 –11.0 –12.0 –13.0 –14.0 –15.0 –16.0 –17.0 –18.0 21 –9.2 –10.2 –11.2 –12.2 –13.2 –14.2 –15.2 –16.2 –17.2 –18.2 22 –9.4 –10.4 –11.4 –12.4 –13.4 –14.4 –15.4 –16.4 –17.4 –18.4 23 –9.6 –10.6 –11.6 –12.6 –13.6 –14.6 –15.6 –16.6 –17.6 –18.6 24 –9.8 –10.8 –11.8 –12.8 –13.8 –14.8 –15.8 –16.8 –17.8 –18.8 25 –10.0 –11.0 –12.0 –13.0 –14.0 –15.0 –16.0 –17.0 –18.0 –19.0 26 –10.1 –11.1 –12.1 –13.1 –14.1 –15.1 –16.1 –17.1 –18.1 –19.1 27 –10.3 –11.3 –12.3 –13.3 –14.3 –15.3 –16.3 –17.3 –18.3 –19.3 28 –10.5 –11.5 –12.5 –13.5 –14.5 –15.5 –16.5 –17.5 –18.5 –19.5 29 –10.6 –11.6 –12.6 –13.6 –14.6 –15.6 –16.6 –17.6 –18.6 –19.6 30 –10.8 –11.8 –12.8 –13.8 –14.8 –15.8 –16.8 –17.8 –18.8 –19.8 31 –10.9 –11.9 –12.9 –13.9 –14.9 –15.9 –16.9 –17.9 –18.9 –19.9 32 –11.1 –12.1 –13.1 –14.1 –15.1 –16.1 –17.1 –18.1 –19.1 –20.1

Electrical Specifications

2.2 Electrical Specifications

The ONS 15216 EDFA2 uses a power supply that meets the electrical specifications listed in Tab le 2-3.

Table 2-3 ONS 15216 EDFA2 Electrical Specifications

Requirement Specification

Input voltage –48 VDC Maximum power consumption < 25 W at 65 Minimum supply voltage –40 VDC Minimum turn-on supply voltage –43 VDC Maximum supply voltage –57 VDC or under Maximum current 0.52 A

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2.3 Mechanical Specifications

Table 2-4 lists the ONS 15216 EDFA2 mechanical specifications.

Table 2-4 ONS 15216 EDFA2 Mechanical Specifications

Requirement Specification

Dimensions (H x W x D) 1 3/4 in. x 17 3/16 in. x 11 in. (4.4 cm x 43.7 cm x 27.9 cm) Weight 5.45 lb (2.47 kg) Ambient operating temperature 32 Storage temperature –40 to 185 Humidity operation Relative humidities of 5 to 95%, non-condensing. With ambient

Humidity storage Relative humidities of 5 to 95%, non-condensing. With ambient

Connector types SC/UPC Bulkhead connectors Mean time between failures

(MTBF)

Chapter 2 Technical Specifications

to 122°F (0 to 50°C)

°F (–40 to 85°C)

temperatures above 84 limited to that corresponding to a specific humidity of 0.024 pounds of water per pound of dry air.

12.7 years as per calculation procedure outlined in TR-NWT-000332, Issue 4, Method 1

° F (29°C), the relative humidity may be

2.4 External Features

The ONS 15216 EDFA2 has the following external features:

• Front panel LEDs, graphics, and warning displays

• Brackets for rack mounting (including reversible ears that permit front, mid,

and rear mounting)

• Rear and side cooling vents

• Access door for fiber cleaning

• Fiber routing and retaining feature

• Two threaded grounding studs on rear and a pair of threaded grounding holes on each side

• Screw lug terminal block for power connection

• RJ-45 connector for external alarm connection

• RJ-45 connector for LAN connection

• SC/UPC connectors for optical interface

• DB-9 female connector for craft EIA/TIA-232 serial interface connection

Figure 2-1 on page 2-5 displays a mechanical outline of the external features and dimensions of the

ONS 15216 EDFA2.

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Figure 2-1 ONS 15216 EDFA2 Dimensions

Front Panel

17 3/16 in. Width

1 3/4 in. Height

11 in. Dimension

2.5 Front Panel

Figure 2-2 shows the ONS 15216 EDFA2 front panel in detail. The front panel provides an all-front

access (fibers, power, alarm contact, and management interface) that complies with international standards.

Figure 2-2 ONS 15216 EDFA2 Front Panel

-48V A

R A

-48V A RET A

Fiber input

port

Fiber

output

port

Fiber

output

monitor

port

Status

LEDs

POWER FAIL LOS

Power

level

warning

CISCO ONS 15216

(EIA/TIA-232)

RS-232

Alarm

out

ALARM OUT

LAN port

LAN LEDs

71177

LAN

-48V B

R B

71176

-48V B RET B

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Table 2-5 ONS 15216 EDFA2 Front Panel Features

Feature Description

Terminal strip Terminal strip for supplying power to the ONS 15216 EDFA2. Attach

AWG 18 stranded power wires to appropriate terminals. Threaded grounding holes Threaded grounding holes (#10-32) to ground the ONS 15216 EDFA2. Alarm Out RJ-45 connector used for alarm system connection. (See the “Alarm

Out Relay Interface (RJ-45)” section on page 3-5 for additional

information.) Serial port connection

(EIA/TIA-232) Label Laser warnings, designation labels, and power level warning. Status LEDs LEDs indicating status of power, fail, loss of signal, Ethernet link

Fiber input SC/UPC fiber input port. Fiber output SC/UPC fiber output port. Monitor output SC/UPC port for fiber that taps off 1% of output signal for monitoring

Chassis ground lugs Rear panel grounding post to attach chassis ground wire using #8-32

LAN RJ-45 connector used for 10BASE-T Ethernet connection. For more

Serial port for local or remote (modem) data communication

connection. (See Chapter 3, “Installation” for additional information.)

availability and Ethernet link traffic. (See the “Alarm LEDs” section

on page 3-6.)

purposes.

nut.

information, see the “LAN Interface (Ethernet)” section on page 3-14.

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Installation

3.1 Introduction

This chapter contains the installation procedures for the Cisco ONS 15216 EDFA2. The chapter is divided into the following sections:

• Power (–48V A, RET A, –48V B, RET B, and chassis ground)

• Optical (fiber input and output ports)

• Communications (Alarm Out, LEDs, RS-232 (EIA/TIA-232), and LAN)

3.2 Standard Precautions

The following standard precautions should be taken when installing the ONS 15216 EDFA2:

CHAPTER

• Basic electrical precautions should be taken before powering up the ONS 15216 EDFA2.

• Using standard fiber handling and cleaning procedures is critical when installing optical networking

equipment.

• Eye safety precautions should be employed when handling fiber optic patchcords.

3.3 Placement and Power Connection

3.3.1 General Rack Considerations

The following potential hazards should be considered when installing the ONS 15216 EDFA2 within a rack:

• Elevated Operating Ambient Temperature—If installed in a closed or multi-module rack assembly,

the operating ambient temperature of the rack environment may be greater than room ambient temperature. Consideration should be given to installing the equipment in an environment compatible with the manufacturer’s maximum rated ambient temperature.

• Reduced Air Flow—Installation of the equipment in a rack should be such that the amount of air

flow required for safe operation of the equipment is not compromised. Do not block ventilation holes beyond what is allowed with supplied mounting brackets.

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• Mechanical Loading—Mounting of the equipment in the rack should be such that it avoids uneven

mechanical loading.

• Circuit Overloading—Consideration should be given to the connection of the equipment to the

supply circuit and the effect that overloading of circuits might have on overcurrent protection and supply wiring. Appropriate consideration of equipment nameplate ratings should be used.

• Reliable Earthing—Reliable grounding of rack mounted equipment should be maintained. Particular

attention should be given to supply connections other than direct connections to the branch circuit (i.e., use of power strip, etc.).

Chapter 3 Installation

Warning

The ONS 15216 EDFA2 is intended for installation in a restricted access area. A restricted access area is where access can only be gained by service personnel through the use of a special tool, lock, key, or other means of security. A restricted access area is controlled by the authority responsible for the location.

3.3.2 Rack Installation and Power Supply Connection Procedures

Warning

Step 1 Mount the ONS 15216 EDFA2 in the rack (19 inches or 23 inches reversible ears). Empty rack space is

Step 2 Connect the –48 VDC power cable to the office fuse panel (user-provided).

Step 3 Connect power cable from the office fuse panel to the power bus A terminals on the ONS 15216 EDFA2.

Step 4 Repeat Step 3 for power bus B.

Before performing any of the following procedures, ensure that the power is removed from the DC circuit. To ensure that all power is OFF, locate the circuit breaker on the panel board that services the DC circuit, switch the circuit breaker to the OFF position, and tape the switch handle of the circuit breaker in the OFF position.

Follow these steps to install the ONS 15216 EDFA2 into the rack and correctly set up the power supply:

not required above or below the ONS 15216 EDFA2.

a. 1.0A fusing is required (user-provided). b. Use 18 AWG stranded wire (and wire lugs as appropriate).

See Figure 2-2 on page 2-5.

3-2

Step 5 Connect the facility ground to the ONS 15216 EDFA2 side panel ground using #10-32 x 3/8-inch

fasteners with lock washers and ground lugs, or connect to the rear panel ground using ring lugs for #8 studs.

Step 6 Insert 1.0A fuses into the fuse panel (user-provided).

The Power LED on the front panel of the ONS 15216 EDFA2 should illuminate when the power is supplied.

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3.4 SC/UPC Optical Ports

SC/UCP optical ports are as follows:

• Optical input signal to be amplified (INPUT)

–

Input must be between –27 dBm and +4 dBm

• Optically amplified output (OUTPUT)

• Optical monitored output signal (MONITOR OUT)

–

1% tap of output or 20 dB below output signal

3.4.1 Safety Requirements

SC/UPC Optical Ports

Warning

Procedures that require the fiber connections to be open must only be performed by service personnel trained in laser safety requirements. Use of controls or performing adjustments or procedures other than those specified herein may result in hazardous radiation exposure.

Class 1M laser radiation when open. Anyone working with the ONS 15216 EDFA2 must not allow their eyes or body to be exposed to the laser beam or to a reflection from a mirror-like surface. Additionally, viewing the laser output with certain optical instruments (eye loupes, microscopes) within a distance of 100 mm may pose an eye hazard.

In the event of a fiber cut or loss of connection and there is no input power, the ONS 15216 EDFA2 still has –3.5 dBm of optical output power.

The TL1, SNMP, and command-line interface (CLI) commands can be used to increase the level of laser energy. Necessary precautions must be taken to avoid exposure to laser energy when using these commands.

3.4.2 Optical Connection Procedure

Warning

Follow all directions and warning labels when working with optical fibers. To prevent eye damage, never look directly into a fiber or connector.

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Connect the customer-supplied fiber optic patchcords to the SC/UPC optical ports of the ONS 15216 EDFA2 using the following procedure. Refer to Figure 3-1 on page 3-4 while performing this procedure:

Step 1 Clean both ends of the two fiber optic patchcords. Refer to the Cisco document “Cleaning Procedure for

Fiber Optic Connectors” for more information.

Step 2 Connect the first patchcord between the ONS 15216 EDFA2 OUTPUT connector and the FACILITY

LINE connection. The measured optical output power should be approximately –3.5 dBm.

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SC/UPC Optical Ports

Step 3 Connect the second patchcord to TERMINAL OUTPUT. Measure and record the total optical power:

Step 4 If optical power at the end of the TERMINAL OUTPUT patchcord is less than or equal to +4 dBm,

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a. DWDM/OADM output b. Terminal transmitter output

connect the end to the ONS 15216 EDFA2 input. If the optical power is greater than + 4 dBm, additional optical attenuation is required to bring optical power below + 4 dBm.

Figure 3-1 ONS 15216 EDFA2 Optical Connections

Fiber input

-48V A

R A

Fiber

output

POWER FAIL LOS

71175

Fiber output

monitor

3.4.3 Optical Amplification Operation Verification Procedure

To verify ONS 15216 EDFA2 optical amplification, use the following procedure:

Step 1 Connect an optical power meter to the MONITOR OUT port. Step 2 Measure and record the output power. The MONITOR OUT port level is –20 dB less than the signal. Step 3 Verify that the ONS 15216 EDFA2 input and output power are within the range shown in Table 3-1.

For example, if the total input power is between –27 dBm and –5 dBm, expect an output power between –5 dBm and 17 dBm.

3-4

Table 3-1 Gain Range

Gain Total Input Power (dBm) Total Output Power (dBm)

(dB) Min Max Min Max

22 –27 –5 –517

Note Unless overridden by the user, the gain per channel is by default set to 22 dB by the ONS 15216 EDFA2.

Gain is fixed at 22 dB as long as total input power is less than or equal to –5 dBm. If your input power is higher than –5 dBm, see the “Set Gain” section on page 4-5.

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3.5 Communications

The ONS 15216 EDFA2 can communicate in the following ways:

• Alarm Out relay contacts (RJ-45)

• Alarm LEDs

• Serial interface (EIA/TIA-232)

• Serial interface connected to a modem

• LAN interface (RJ-45)

3.5.1 Alarm Out Relay Interface (RJ-45)

The ONS 15216 EDFA2 Alarm Out (RJ-45) port reports alarm status for the following:

• Loss or degradation of electrical power

• Laser pump overheating or excessive pump current, output power, gain, and case temperature

• Loss or degradation of optical network

Communications

These alarms can be connected to a network operations center (NOC) network management system (NMS) using the following methods:

• Cisco ONS 15454 miscellaneous discrete input

• Central Office alarm panel/system

Table 3-2 provides the ONS 15216 EDFA2 RJ-45 alarm out pinout and alarm definitions.

Table 3-2 Alarm Pinout and Definitions (RJ-45)

Relay Pinout Description

0 1 (0+) Loss of electrical power

2 (0–)

1 3 (1+) Laser pump temperature or bias is out of range; input power is out of

4 (1–)

2 5 (2+) Loss of optical input signal or input signal is below threshold (Minor)

6 (2–)

3 7 (3+) Loss of electrical power or out of range for Bus A or Bus B while in duplex

8 (3–)

tolerance for gain settings (Major)

mode

3.5.1.1 Alarm Relay Connection Procedure

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To set up alarm contacts, follow these steps:

Step 1 Connect the RJ-45 to the stub-end cable using a #22 AWG solid wire.

Note Cable and connector are not provided.

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Step 2 Connect the alarm cable to the alarm system contacts:

a. Cisco ONS 15454 medium-dependent interface (MDI) wire wrap pins b. Central office (CO) alarm panel

Refer to Table 3-2 on page 3-5 for information concerning alarm contacts. Refer to Alarm LEDs, page

3-6 for information on the ONS 15216 EDFA2 alarm LEDs.

3.5.2 Alarm LEDs

The ONS 15216 EDFA2 has five LEDs:

• POWER

• FAI L

• LOS

• Ethernet socket (2)

Three of these LEDs, POWER, FAIL, and LOS, are located at the left side of the front panel of the ONS 15216 EDFA2. The two Ethernet LEDs are located at the top left and right sides of the Ethernet socket. When the module is powered on, an LED test is performed.

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3.5.2.1 POWER LED (Green)

The POWER LED is green. This LED functions as follows:

• On: –48 VDC power is within tolerance. (Power Bus A and B are powered normally.)

• Off: No –48 VDC power or power is out of tolerance from the internal power supply. (Power Bus A

and B are not powered.)

• Flashing: Power Bus A or B (in duplex mode) has failed or is out of tolerance, or Power Bus A (in

simplex mode) is out of tolerance.

In the off condition, the first pair of alarm relay contacts in the RJ-45 connector changes from a normally open condition to a closed condition. The LED and alarm automatically reset when the condition clears. (For additional alarm contact closure information, see the “Alarm Out Relay Interface (RJ-45)” section

on page 3-5.)

3.5.2.2 FAIL LED (Red)

The FAIL LED is red. This LED functions as follows:

• On: The laser pump bias, laser pump temperature, output power, gain, or case temperature is out of

tolerance. (A major internal failure has occurred.)

• Off: The laser pump bias or laser pump temperature is in the specified range (or no –48 VDC power

is present).

In the on condition, the second pair of alarm relay contacts in the RJ-45 connector changes from a normally open to a closed condition. If an invalid input optical signal is applied to the ONS 15216 EDFA2, the Fail LED is illuminated. The LED and alarm automatically reset when the condition clears.

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3.5.2.3 LOS LED (Yellow)

The loss of signal (LOS) LED is yellow. This LED functions as follows:

• On: The optical input power to the ONS 15216 EDFA2 is below the loss of input threshold. (A LOS

threshold decision occurs.)

• Off: The optical input power is within the input threshold (or no –48 VDC power is present).

In the on condition, the third pair of alarm relay contacts in the RJ-45 connector changes from a normally open condition to a closed condition. The LED and alarm automatically reset when the condition clears.

3.5.2.4 Ethernet Socket LEDs

Two LEDs are located at the top left and right sides of the Ethernet socket. These LEDs are both green. These LEDs function as follows:

• If left Ethernet socket LED is on, the link is up.

• If right Ethernet socket LED is on or flashing, there is Ethernet traffic.

Communications

3.5.3 Serial Interface (EIA/TIA-232) Communication

This section describes communication with the ONS 15216 EDFA2 using a serial connection.

3.5.3.1 Required Equipment

Establishing a serial communications link with a ONS 15216 EDFA2 requires the equipment listed in

Table 3-3.

Table 3-3 Equipment Checklist

Hardware Comments

Laptop or computer running a Terminal application.

EIA/TIA-232 cable with DB-9F/DB-9M connectors wired as shown in Figure 3-8 on

page 3-14.

3.5.3.2 Serial Connection Procedure

To set up an EIA/TIA-232 link to the ONS 15216 EDFA2, use the following procedure. (The procedure uses HyperTerminal and a connection via the COM1 port.)

User-provided. HyperTerminal can be found in the Microsoft Windows Accessories menu.

Provides EIA/TIA-232 link to ONS 15216 EDFA2.

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Step 1 Connect the DB-9F end of the EIA/TIA-232 data cable (straight cable, user provided) to the laptop COM

port.

Step 2 Connect the DB-9M end of the EIA/TIA-232 data cable to the RS-232 (EIA/TIA-232) serial port

connection on the front panel of the ONS 15216 EDFA2.

Step 3 Open HyperTerminal. (HyperTerminal can be found in the Microsoft Windows Accessories menu.) Step 4 Type Optical Amplifier, select an icon, and click OK.

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Step 5 In the Connect To dialog box (Figure 3-2), click Direct to Com1 in the Connect using field. Click OK.

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Figure 3-2 HyperTerminal Connect To Dialog Box

Step 6

Configure the Port Settings in the COM1 Properties dialog box as shown in Figure 3-3 on page 3-9. The Port Settings must be configured as follows:

• Bits per second—19200

• Data bits—8

• Parity—None

• Stop bits—1

• Flow control—None

Click OK when done.

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Figure 3-3 HyperTerminal COM1 Properties Dialog Box

Step 7 Step 8 Click Connect To tab in the Optical Amplifier Properties dialog box as shown in Figure 3-4.

In the HyperTerminal main window, click File > Properties.

Figure 3-4 Optical Amplifier Properties Dialog Box (Connect To Tab)

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Step 9 Step 10 Click Settings (Figure 3-5 on page 3-10) and click ASCII Setup.

Ensure that Direct to Com1 is selected in the Connect using field.

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Figure 3-5 Optical Amplifier Properties Dialog Box (Settings Tab)

Step 11

Step 12

Configure the ASCII Setup window as shown in Figure 3-6. Click OK when done.

Figure 3-6 HyperTerminal ASCII Setup Dialog Box

Click OK to return to the main HyperTerminal window. The ONS 15216 EDFA2 login screen appears. The appearance depends on the shell the

ONS 15216 EDFA2 is set to (TL1 is the default shell). See “Log In via RS-232 (EIA/TIA-232) Port

Using HyperTerminal” section on page 4-1 for the login procedure in ASH shell and “Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal” section on page 8-1 for the login procedure in TL1 shell.

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3.5.4 Serial Interface Remote Communication via Modem

This section describes the procedure for establishing a remote dial-up connection to the ONS 15216 EDFA2. ONS 15216 EDFA2 remote communication requires two US Robotics 56K Fax modems set up to send data over a two-wire dial-up telephone line. (See Figure 3-7.)

This section assumes the use of the US Robotics 56K Fax modem V.90. Other modem types may require different settings to establish a remote dial-up connection. The user should review their modem documentation to ensure compatibility between US Robotics and other vendor modem types.

Figure 3-7 Remote Communication

Network

Modem

Workstation

PSTN Dial up

Phone line

3.5.4.1 Remote Communication Component Requirements

Modem

Cisco ONS 15216

EDFA2

Communications

71458

Table 3-4 lists the components required to communicate remotely with a ONS 15216 EDFA2. Table 3- 4

is divided into two sections: Remote Site and Local Site. The Remote Site section lists components needed at the site that contains the ONS 15216 EDFA2 and the Local Site section lists components needed at the site where the user is located.

Table 3-4 Communication Component List

Component Notes

Remote Site

1 ONS 15216 EDFA2 1 US Robotics 56K Fax modem V.90 The modem to ONS 15216 EDFA2

connection must be set for 19200 baud. The modem to modem connection must be set for 14400 baud.

1 10-ft DB-25M to DB-9F cable For connection between

ONS 15216 EDFA2 and modem.

1 RJ-11 to RJ-11 telephone cable For connection between the modem and

PSTN dial-up telephone line

1 public switched telephone network (PSTN) dial-up telephone line

Local Site

1 PC running HyperTerminal US Robotics 56K Fax modem V.90 The modem to ONS 15216 EDFA2

connection must be set for 19200 baud. The modem to modem connection must be set for 14400 baud.

1 10-ft DB-25M to DB-9F For connection between PC COM port

and modem.

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Table 3-4 Communication Component List

Component Notes

1 RJ-11 to RJ-11 telephone cable For connection between the modem and

1 PSTN dial-up telephone line

3.5.4.2 Modem Signals

The only signals required for communication are TXD (transmit), RXD (receive), and SIGNAL GROUND. By adjusting the modem manufacturer settings, the other signals can be ignored.

3.5.4.3 Modem Power Up

The modem has a DIP switch that overrides certain NVRAM settings during a power up. For consistent operation throughout the power cycles, the DIP switches must be set as displayed in Table 3-5.

Table 3-5 Modem DIP Switch Setting

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PSTN dial-up telephone line.

DIP Switch Setting Up (U) or Down (D) Description

1 D Data terminal ready override 2U Verbal result codes 3 U Suppress result codes 4 D No echo, offline commands 5 U Auto-answer on first ring, or higher if

6 U Carrier detect normal 7 U Load NVRAM defaults 8 D Smart mode

3.5.4.4 Modem Configuration Settings

After configuring the DIP switch settings, each modem configuration must then be set using a terminal program such as Microsoft Windows HyperTerminal.

Connect the modem to the PC serial port using a DB-25M to DB-9F modem cable as per the manufacturer recommendations.

Set the terminal communication parameters as follows:

• 19,200 baud

• No parity

specified in NVRAM

3-12

• 8 bits per character

• 1 stop bit, and no flow control

Table 3-6 on page 3-13 gives a brief description of the modem settings that are stored in NVRAM. These

settings survive power supply interruptions. Use these settings to configure each modem.

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Table 3-6 Modem Settings

Modem Setting Description

b0 ITU-T answer sequence e0 Echo off f1 Local echo off m1 Speaker on until CONNECT q1 Quiet mode; no results code v1 Verbal codes x1 Select result codes displayed y0 Use profile 0 setting in NVRAM &a3 Enable extra result codes &b1 Fixed DTE speed &c1 Normal CD operation &d0 DTR override &g0 No guard tone, U.S. and Canada &h0 Flow control disabled &i0 Software flow control disabled &k0 Data compression disabled &m5 ARQ mode &n8 Fix highest connect speed to 14,400 bps &p1 Pulse dialing option &r1 Ignore Request to Send (RTS) &s1 Modem controls Data Set Ready (DSR) &t5 Prohibits remote digital loopback &u8 Fix lowest connect speed to 14,400 bps &y1 Break handling; destructive/expedited &w0 Store configuration 0 s0=1 Auto-answer on first ring s2=128 Disable escape to command mode

3.5.4.5 Setting and Saving Modem Settings

To set and save modem settings, enter the following command to the terminal program and to each modem:

atb0e0f1m1q1v1x1y0 at&a3&b1&c1&d0&g0&h0&i0&k0s0=1 at&m5&n8&7p1&r1&s1&t5&u8&y1s2=128 at&w0

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Note Modem communication is not necessary unless dial-up remote communication is desired.

3.5.4.6 PC Connection via Modem

The ONS 15216 EDFA2 and modem are connected through the RS-232 (EIA/TIA-232) port using a DB-9 connector. The modem, PC, and ONS 15216 EDFA2 should be physically set up as displayed in

Figure 3-8. Use Figure 3-8 to properly connect the ONS 15216 EDFA2 to the modem.

Figure 3-8 DB-9 Pinout for RS-232 (EIA/TIA-232) Port

GND RXD TXD

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CTSRTS

Using the terminal program from the PC, enter the ATD T command with the appropriate telephone number to call the remote ONS 15216 EDFA2 modem. After the modems synchronize, log into the ONS 15216 EDFA2 using the correct user name and password. Refer to Chapter 5, “SNMP MIB

Installation and Configuration,” Chapter 6, “ASH Commands,” and Chapter 9, “TL1 Commands,” for

additional information on commands.

3.5.5 LAN Interface (Ethernet)

You can connect to the ONS 15216 EDFA2 to an Ethernet LAN for remote access.

Note Before communicating and managing the ONS 15216 EDFA2 via the Ethernet port, the user must first

enter an IP address. To set an IP address, see Chapter 4, “Provisioning Using ASH and SNMP” or

Chapter 8, “Provisioning Using TL1.”

Telnet is an application that allows remote management using IP over the Ethernet LAN. The following types of commands can be issued through a Telnet session:

• SNMP MIB commands (Chapter 5, “SNMP MIB Installation and Configuration”)

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3-14

• ASH CLI commands (Chapter 6, “ASH Commands”)

• TL1 commands (Chapter 9, “TL1 Commands”)

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3.5.5.1 LAN Connection Procedure

Use the following procedure to configure the module to accept SNMP, CLI, and TL1 commands via its RJ-45 LAN port:

Step 1 The ONS 15216 EDFA2 IP address is factory set at 0.0.0.0. The IP address must be set before the

ONS 15216 EDFA2 can be accessed via the Ethernet port. See “Set IP Address” section on page 4-3.

Step 2 Connect ONS 15216 EDFA2 to the network via the module LAN port.

Use a straight-through Cat5 Ethernet cable with RJ-45 connectors to connect to a LAN, or use a cross-over cable if connecting directly to a PC.

Step 3 At a terminal or workstation, open the Telnet application.

Note To send CLI and TL1 commands over IP, a Telnet client is required. For SNMP management over

IP, a generic SNMP manager is required.

Step 4 Connect to the ONS 15216 EDFA2 using the module’s IP address.

If you do not specify a port number, the ONS 15216 EDFA2 responds in the shell that the ONS 15216 EDFA2 is set to (TL1 is the default shell). Specify port number 8023 to access through the ASH shell or port number 3083 to access through the TL1 shell.

The ONS 15216 EDFA2 login screen appears. See “Log In via RS-232 (EIA/TIA-232) Port Using

HyperTerminal” section on page 4-1 for the login procedure in ASH shell and “Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal” section on page 8-1 for the login procedure in TL1 shell.

Communications

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CHAPTER

Provisioning Using ASH and SNMP

This chapter discusses the provisioning procedures for the Cisco ONS 15216 EDFA2 using SNMP and a proprietary command line interface named the ASH shell. See Chapter 8, “Provisioning Using TL1” for provisioning information using TL1 commands in the TL1 shell.

The provisioning procedure for the ONS 15216 EDFA2 in the ASH shell is as follows:

1. Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal, page 4-1

2. Set IP Address, page 4-3

3. Log In via LAN Port Using Telnet (Optional), page 4-3

4. Set Date and Time, page 4-4

5. Set Power Bus Mode (Simplex or Duplex), page 4-4

6. Verify Amplifier Operational Status, page 4-4

7. Set Gain, page 4-5

8. Set Alarm Thresholds, page 4-5

9. Set Password, page 4-10

10. Add Users, page 4-11

11. Save Changes, page 4-11

12. Log Off, page 4-12

13. Back Up System Configuration, page 4-12

14. Restore System Configuration, page 4-13

15. Recover Default Password, page 4-14

The following sections describe these steps in detail.

4.1 Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal

Logging in through the RS-232 (EIA/TIA-232) port is required to set the ONS 15216 EDFA2 IP address before there can be access via the LAN port. (See “Log In via LAN Port Using Telnet (Optional)” section

on page 4-3.)

Step 1 Connect to the RS-232 (EIA/TIA-232) port on the front panel. See “Serial Connection Procedure”

section on page 3-7 for line connection and HyperTerminal setup instructions.

Step 2 Open HyperTerminal. (HyperTerminal can be found in the Microsoft Windows Accessories menu.)

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Step 3 If you see the login window shown in Example 4-1 on page 4-2, skip to Step 4.

By default the ONS 15216 EDFA2 is in TL1 shell, so this step may be required to proceed in ASH shell. When in TL1 shell, the screen opens to a simple prompt ( ASH shell, log in using the procedure in “Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal”

section on page 8-1, and then enter the following command at the sid/tid name prompt:

Welcome to ONS15216 EDFA2 Console (v2.3.0)

sidtidname:ONS15216 EDFA2> ED-NE-GEN:::123:::CLI=ASH;

Then enter the following command at the hostname prompt:

sidtidname:ONS15216 EDFA2> INIT-SYS::ALL:1234::1;

The ONS 15216 EDFA2 should log you off and then bring up the ASH shell login window.

Step 4 Check that the ONS 15216 EDFA2 login window appears as shown in Example 4-1.

Example 4-1 ASH Shell Login Window

-- LOGIN ---------------------------------------------------- sysname

ONS15216 EDFA2 Optical Amplifier

Chapter 4 Provisioning Using ASH and SNMP

sidtidname:ONS15216 EDFA2>). To change to

--------------------------------

Software Version 2.3.0

Username: { } Password: { }

[Login]

Step 5 Enter both a user name and password.

The default user name and password is CISCO15 with no password (press Enter).

Note For security reasons, it is recommended to change the password from its default value. See Set Password,

page 4-10 or Set Password, page 8-10.

Step 6 Press Enter when [Login] becomes highlighted. Example 4-2 displays the login response.

Example 4-2 ASH Shell Login Response

Welcome to ONS15216 EDFA2 Console (v2.3.0)

4-2

ash:hostname:ONS15216 EDFA2>

An EIA/TIA-232 link to the ONS 15216 EDFA2 is established. The user can now provision the ONS 15216 EDFA2.

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4.2 Set IP Address

Before connecting the ONS 15216 EDFA2 to a LAN, it is mandatory to set the ONS 15216 EDFA2 IP address through a local serial communication interface using the RS-232 (EIA/TIA-232) port on the front of the module.

Step 1 If you do not know the ONS 15216 EDFA2’s IP address, subnet mask, gateway address, or host name,

contact your network administrator.

Step 2 At the command prompt, enter the snmp row set local cerent15216EdfaSromIpMgmtGroup

command (displayed in Example 4-3) and press Enter.

Example 4-3 Setting IP Address, Subnet Mask, Gateway Address, and Host Name

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaSromIpMgmtGroup

cerent15216EdfaSromIpMgmtEnetAddress 0.0.0.0 cerent15216EdfaSromIpMgmtEnetSubNetMask 0.0.0.0 cerent15216EdfaSromIpMgmtDefaultRouterAddress 0.0.0.0 cerent15216EdfaSromIpMgmtHostName ""

Set IP Address

Because row set is being used in this command, the user is prompted row by row to enter the IP address, the subnet mask, the gateway address, and the host name (community ID).

Step 3 The changes must be saved prior to terminating the session. See “Save Changes” section on page 4-11. Step 4 The system must be rebooted to make the IP address active. Use the processor reset command. (See

“processor reset Command” section on page 6-12.)

4.3 Log In via LAN Port Using Telnet (Optional)

Provisioning of the ONS 15216 EDFA2 can be accomplished entirely through the RS-232 (EIA/TIA-232) port using CLI commands. After an IP address is assigned, it may be easier to provision the ONS 15216 EDFA2 using Telnet or an SNMP manager. A Telnet client is needed for CLI commands over IP. A generic SNMP manager is required for SNMP management over IP. After connecting the ONS 15216 EDFA2 to the network through its RJ-45 LAN port (see “LAN Interface (Ethernet)” section

on page 3-14), the user can configure the module to accept SNMP and CLI commands via Telnet using

the following procedure:

Step 1 Connect to the LAN port on the front panel. See “LAN Connection Procedure” section on page 3-15. Step 2 Click the Microsoft Windows Start menu and select Run. Step 3 In the text field, type the following:

telnet <ONS 15216 EDFA2 IP address> 8023

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Specifying port 8023 ensures login through the ASH shell. If no port is specified, the ONS 15216 EDFA2 responds in the shell that the ONS 15216 EDFA2 is set to. (TL1 is the default shell.)

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Step 4 Log in again using Step 4 through Step 6 in “Log In via RS-232 (EIA/TIA-232) Port Using

HyperTerminal” section on page 4-1.

You are now connected to the ONS 15216 EDFA2 via Telnet.

4.4 Set Date and Time

Use the snmp attribute set local cerent15216EdfaRtcDateAndTimeLocalString command to set the date, time, and time zone. Entries must follow this format: “yyyy-m-d,h:m:s.s +h:m”. Following the space, the time zone is set as +/– hours from Greenwich Mean Time (GMT) (also designated as universal coordinated time (UTC)) followed by a colon and minutes ahead for daylight savings. For example, Pacific Daylight Time would be –8:60 and Greenwich Mean Time would be +0:0. See Example 4-4.

Example 4-4 Setting the Date and Time

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaRtcDateAndTimeLocalString

"2002-6-30,14:8:30.0 -8:60"

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4.5 Set Power Bus Mode (Simplex or Duplex)

The ONS 15216 EDFA2 allows users to set a simplex (one power source–Bus A) or duplex (redundant power source–Bus A and Bus B) Power Bus mode. Use the snmp attribute set local cerent15216EdfaPowerBusMode command to set the desired Power Bus mode. The default mode is duplex. See Example 4-5.

Example 4-5 Setting the Power Bus Mode

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPowerBusMode simplex

4.6 Verify Amplifier Operational Status

To ensure that the amplifier is working correctly on the optical level, you must verify the amplifier operational status. Use the snmp table display local cerent15216EdfaOverallStatusGroup command to verify amplifier operational status. Example 4-6 displays the output of this command.

Example 4-6 Verifying the Amplifier Operations Status

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaOverallStatusGroup

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaOverallStatusGroup ::= { cerent15216EdfaInPoweruW = 279; cerent15216EdfaInPowerdBm = -1555; cerent15216EdfaOutPowermW = 476; cerent15216EdfaOutPowerdBm = 678; cerent15216EdfaConstGainOverallGainMeasured = 219; cerent15216EdfaVariableGainPreAttenuationMeasured = 10; };

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The input power (signal) should be consistent with the input power measured during the optical connection procedure. See the “Optical Connection Procedure” section on page 3-3 for more information. The output power value should be 22 dB greater than the input, assuming that the default gain setting is 22 dB.

Note An input power higher than –5 dBm will return a Gain Out of Range alarm that can be cleared by

correctly setting the gain value. For more information, refer to Table 2-2 on page 2-2.

4.7 Set Gain

To ensure that the ONS 15216 EDFA2 output signal is received by the transceiver in the network element, it is important that the gain is set correctly.

The desired output power per channel is dependent on the number of channels traversed in the amplifier. The user sets the gain of the amplifier depending on the input power (signal) level, the network application, and the required receiver specifications necessary for error-free operation. Gain range is provided in Table 3-1 on page 3-4.

Set Gain

To set the amplifier gain, enter the snmp attribute set local cerent15216EdfaConstGainOverallGain gainvalue command, where gainvalue is the desired gain multiplied by ten. For example, if the desired gain is 20 dB, the gainvalue would be set to 200. Example 4-7 shows the command used to set the gain.

Example 4-7 Setting the Gain

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaConstGainOverallGain 200

Note Prior to changing or implementing gain changes, consult with the Cisco TAC to ensure proper network

operation.

4.8 Set Alarm Thresholds

Alarm thresholds are set so that the network operator can be notified when valid alarms occur via the RJ-45 ALARM OUT and RJ-45 LAN ports on the front panel of the ONS 15216 EDFA2. (See Figure 4-1

on page 4-6.)

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Figure 4-1 ONS 15216 EDFA2 Front Panel

Fiber

Fiber input

port

output

port

Status

LEDs

Alarm

out

-48V B RET B

-48V B

R B

71176

-48V A

R A

-48V A RET A

Fiber

output

monitor

POWER

FAIL LOS

Power

level

warning

CISCO ONS 15216

(EIA/TIA-232)

RS-232

ALARM OUT

LAN

LAN port

LAN LEDs

port

Alarms are reported for the following conditions:

• Loss or degradation of electrical power

• Laser pump overheating, excessive pump current

• Loss or degradation of optical input

Alarms can be connected to a network operations center (NOC) network management system (NMS) via a network element miscellaneous discrete input and/or office alarm panel/system.

For a full description of alarm threshold command attributes, refer to Chapter 5, “SNMP MIB

Installation and Configuration” or Chapter 6, “ASH Commands.”

To display the alarm thresholds, use the snmp table display local cerent15216EdfaCfgGroup command (Example 4-8). This command returns the current alarm threshold default values.

Example 4-8 Displaying the Alarm Thresholds

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaCfgGroup

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaCfgGroup ::= { cerent15216EdfaCfgSaved = false; cerent15216EdfaLpoutSetpoint = 0; cerent15216EdfaLpoutDeviation = 200; cerent15216EdfaLpoutHysteresis = 100; cerent15216EdfaLOSThreshold = -2600; cerent15216EdfaLOSHysteresis = 100; cerent15216EdfaCtmpMin = -5; cerent15216EdfaCtmpMinHysteresis = 1; cerent15216EdfaCtmpMax = 65; cerent15216EdfaCtmpMaxHysteresis = 1; cerent15216EdfaCLEI = ""; cerent15216EdfaPowerBusMode = duplex; cerent15216EdfaPowerBusDCVoltageMin = 410; cerent15216EdfaPowerBusDCVoltageMax = 560; };

To set the alarm thresholds, use the snmp row set local cerent15216EdfaCfgGroup command. After this command is entered, the user is prompted to modify each attribute, row by row, until all attributes are set. Alarm threshold attributes are described in Table 4-1 on page 4-7.

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Table 4-1 Alarm Threshold Attribute Definitions

Set Alarm Thresholds

Attribute

cerent15216Edfa CfgSaved

cerent15216Edfa LpoutSetpoint

cerent15216Edfa LpoutDeviation

cerent15216Edfa LpoutHysteresis

cerent15216Edfa LOSThreshold

Variable Definition Syntax

Configurati

True Value Read-only Indicates whether the current on saved status

Loss of output power

Integer

(0 to 1000,

0 default) setpoint

Loss of output power deviation

Loss of output power hysteresis

Loss of signal (input power) threshold

Integer

(0 to 1000,

200

default)

Integer

(0 to 1000,

100

default)

Integer

(–3100 to

–1500,

–3000

default)

Maximum Access Description

configuration has been saved. The value can be true or false. If false, the configuration is not saved.

Read-only Can be disregarded when operating

amplifier in Constant Gain Temperature Compensated mode (manufacturer default) and Constant Pump Current mode. Setpoint object is only valid when amplifier is used in Constant Output Power and Idle modes.

Read-write Can be disregarded when operating

amplifier in manufacturer default Constant Gain Temperature Compensated mode. Deviation object is only valid when amplifier is used in Constant Output Power and Idle modes.

Read-write Can be disregarded when operating

amplifier in manufacturer default Constant Gain Temperature Compensated mode. Hysteresis object is only valid when amplifier is used in Constant Output Power and Idle modes.

Read-write Alarm notifies operations personnel if

the optical input signal of the ONS 15216 EDFA2 drops below a level that impacts proper operation of optical network. Set this attribute at a value that is appropriate for the intended application so that the alarm condition is meaningful. Consult with the Cisco TAC to determine the threshold value for your application. As a guideline, Cisco recommends setting the threshold value at 3 dBm below the current input power level of the amplifier. Valid entries are between –3100 and –1500 in dBm times

100. For example, if the total input power of the amplifier is –24 dBm and the loss of input power threshold required is –27 dBm, the loss of input power alarm threshold is –2700.

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Table 4-1 Alarm Threshold Attribute Definitions (continued)

Attribute

cerent15216Edfa LOSHysteresis

cerent15216Edfa CtmpMin

cerent15216Edfa CtmpMinHystere sis

Variable Definition Syntax

Loss of signal (input power) hysteresis

Minimum case temperature

Minimum case temperature hysteresis

Integer (0 to 1000, 100 default)

Integer (–10 to 10, –5 default)

Integer (0 to 10, 1 default)

Maximum Access Description

Read-write Used to set the amount the input signal

must increase above the LOS Threshold level before the alarm is cleared. This attribute, in conjunction with the loss of input signal alarm threshold, enables efficient clearing of alarms. Set this attribute at a value that is appropriate for the application so that the alarm condition will clear when input is stable. Consult with the Cisco TAC to determine the correct value for your application. As a guideline, Cisco recommends setting the value 1 dB above the LOS Threshold value. With this setting, the module will clear the alarm if it detects a signal level of 1 dB above the current LOS Threshold value. Valid entries are between 0 and 1000 and are in dB times 100. For example, if the hysteresis required is 1 dB, the power alarm hysteresis is 100.

Read-write Alarm notifies operations personnel if

the case temperature of the ONS 15216 EDFA2 drops below a level that impacts proper operation of the optical network. The minimum case temperature should be set at a value that is appropriate for the intended application and within product specifications. Consult with the Cisco TAC to determine the correct value for your application. As a guideline, Cisco recommends that minimum case temperature be set at 1 are between –10 and 10

Read-write Used to set the amount that the case

temperature of the module must rise above the minimum case temperature alarm level before the alarm is cleared. Set the hysteresis at a value that is appropriate for the application so that the alarm condition clears when the input is stable. Consult with the Cisco TAC to determine the correct value for your application. As a guideline, Cisco recommends that the hysteresis value be set at 1

°C. Valid entries are between 0

and 10

°C. Setting this value to 0 disables

this option.

°C. Valid entries

°C.

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Table 4-1 Alarm Threshold Attribute Definitions (continued)

Set Alarm Thresholds

Attribute

cerent15216Edfa CtmpMax

cerent15216Edfa CtmpMaxHystere sis

Variable Definition Syntax

Maximum case temperature

Maximum case temperature hysteresis

Integer

(20 to 70,

65 default)

Integer

(0 to 10,

1 default)

Maximum Access Description

Read-write Alarm notifies operations personnel if

the case temperature of the ONS 15216 EDFA2 is at a level that may impact proper operation of the optical network. Set the maximum case temperature at a value that is appropriate for intended application and within product specifications. Consult with the Cisco TAC to determine the correct value for your application. As a guideline, Cisco recommends that maximum case temperature value be set at 50 entries are between 20 and 70

Read-write Used to set the amount that the case

temperature of module must drop below the maximum case temperature alarm level before the alarm is cleared. Set the hysteresis at a value that is appropriate for the application so that the alarm condition clears when the input is stable. Consult with the Cisco TAC to determine the correct value for your application. As a guideline, Cisco recommends setting the value at 1 between 0 and 10 0 disables this option.

°C. Valid entries are

°C. Setting this value to

°C. Valid °C.

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Table 4-1 Alarm Threshold Attribute Definitions (continued)

Attribute

cerent15216Edfa PowerBusDCVolt ageMin

cerent15216Edfa PowerBusDCVolt ageMax

Variable Definition Syntax

Power bus minimum voltage

Power bus maximum voltage

Integer (350 to 700, 400 default)

Integer (350 to 700, 570 default)

Maximum Access Description

Read-write Minimum allowable power bus DC

voltage. The default minimum power bus voltage is set at –40 VDC. Valid entries are between 350 and 700 and are in negative volts times 10. For example, if the voltage required is –40 VDC, the power bus setting is 400.

The power bus threshold has a 1.0V tolerance and a 1.0V hysteresis. There is a potential ±1.5V inaccuracy in the ONS 15216 EDFA2 voltage measurement. If the minimum threshold is configured at 400 (-40 VDC), the alarm will not raise until the voltage measures below -39 VDC and will not clear until the voltage measures above

-41 VDC.

Read-write Maximum allowable power bus DC

4.9 Set Password

To restrict access to the ONS 15216 EDFA2, use the user passwd set command to change the default user password. The password must be a string of up to 10 characters, where at least 2 are non-alphabetic characters and at least 1 is a special character. With the exception of the administrator access level (read_write_admin), users can only modify their own passwords. For additional information on user levels, refer to Table 6-1 on page 6-1. Example 4-9 displays the command.

Example 4-9 Changing Current User’s Password

ash:hostname:ONS15216 EDFA2> user passwd set

The power bus threshold has a 1.0V tolerance and a 1.0V hysteresis. There is a potential ±1.5V inaccuracy in the ONS 15216 EDFA2 voltage measurement. If the maximum threshold is configured at 570 (-57 VDC), the alarm will not raise until the voltage measures above -58 VDC and will not clear until the voltage measures below

-56 VDC.

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Password = **** New Password = ****** Confirm New Password = ******

Note The default user name for the administrator level is CISCO15 with no default password. To start a

session for this user name, press Enter.

4.10 Add Users

Use the user entry create command to add new users to the ONS 15216 EDFA2. The syntax is to enter the command followed by the user name and then the access level (read, read_write, read_write_admin) as shown in Example 4-10. The ONS 15216 EDFA2 responds with a request for the password.

Passwords must be an ASCII string of up to 10 characters, where at least 2 are non-alphabetic characters with at least one special character. Special characters are +, #, and % (defined in Telcordia GR-831-CORE).

Add Users

Example 4-10 Adding a New User

ash:hostname:ONS15216 EDFA2> user entry create janedoe read_write New Password = ********* Confirm New Password = *********

4.11 Save Changes

To ensure that the provisioning changes are set, you must save your changes prior to terminating the session. To save changes, use the snmp attribute set local cerent15216EdfaOpSaveConfig perform command (Example 4-11).

Example 4-11 Saving Changes

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaOpSaveConfig perform

Most SNMP configuration attributes require the above save command before terminating the session (does not apply to TL1 shell). The exceptions to this save requirement (the attributes that are automatically saved) are shown below:

• cerent15216EdfaPowerBusMode

• cerent15216EdfaPowerBusDCVoltageMin

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• cerent15216EdfaPowerBusDCVoltageMax

• cerent15216EdfaPumpCfgControlMode and the corresponding pump control value

• cerent15216EdfaConstGainOverallGain

• cerent15216EdfaVariableGainPreAttenuation

• SromIpMgmtGroup attributes:

–

cerent15216EdfaSromIpMgmtEnetAddress

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–

cerent15216EdfaSromIpMgmtEnetSubNetMask

–

cerent15216EdfaSromIpMgmtDefaultRouterAddress

–

cerent15216EdfaSromIpMgmtHostName

• BootTable attributes:

–

cerent15216EdfaBootModuleIndex

–

cerent15216EdfaBootEntryIndex

–

cerent15216EdfaBootType

–

cerent15216EdfaBootIpAddress

–

cerent15216EdfaBootFileName

At the end of a session, the user must log off of the ONS 15216 EDFA2. To log off, use the logoff command. This is shown in Example 4-12.

Example 4-12 Logging Off

ash:hostname:ONS15216 EDFA2> logoff

4.13 Back Up System Configuration

The configuration information for the ONS 15216 EDFA2 can be saved in a file for later use or to configure other ONS 15216 EDFA2 units. This file contains manufacturing information about the unit that is being backed up (such as part number and serial number), setup information for the unit (such as IP address and host name), all configuration information (such as alarm thresholds and pump mode), and the user database.

The backup file is saved with cyclic redundancy code (CRC) to ensure data integrity, and the user names, passwords, and other system settings are encrypted for security. The file header, which identifies the node name, IP address, and software version, is text readable. Only the configuration information and user database are copied back to the ONS 15216 EDFA2 during a restore.

Step 1 Back up the system configuration to a file on the FFS.

ash:hostname:ONS15216 EDFA2> backup system filename

The system responds with progress information:

Trying to Backup the system configuration to file filename... Backup SNMP Data... DONE!... Backup NON-SNMP Config... DONE!... Backup USER/PASSWD Accts... DONE!... CRC = 6cce1bd9 Backup DONE!

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Step 2 If desired, use FTP to copy the file to a remote server. See “Example of FTP to a Remote Server” section

on page 7-2.

4.14 Restore System Configuration

The configuration information for the ONS 15216 EDFA2 can be restored form a file. During this process, all configuration information (such as alarm thresholds and pump mode) and the user database from the file are replaced in the ONS 15216 EDFA2 memory and FFS.

Before the restore begins, a cyclic redundancy code (CRC) check is performed to ensure data integrity.

Step 1 If desired, use FTP to copy a system configuration file from a remote server to the ONS 15216 EDFA2

FFS. See “Example of FTP from a Remote Server” section on page 7-1.

Step 2 Restore the system configuration from the file on the FFS.

ash:hostname:ONS15216 EDFA2> restore system filename

Restore System Configuration

The system responds with progress information:

Restoring the system configuration from file filename... CRC Check OK Restore SNMP Configuration...

...............

DONE!... Restore NON SNMP Configuration... user inactivity modify read_write_admin 15 user inactivity modify read_write 30 user inactivity modify read 60 shell type modify ash tl1 sid modify foo manufacturer keep_alive modify -idle 1 -interval 75 -retries 9 snmp attribute set local cerent15216EdfaSromIpMgmtHostName "newhostname" DONE!...

Restore USER INFO... DONE!... Restore DONE!

Step 3 Save the changes.

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaOpSaveConfig perform

Step 4 Reboot the ONS 15216 EDFA2.

ash:hostname:ONS15216 EDFA2> processor reset

After the processor reboots, user names and passwords from the new user database must be used for access.

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4.15 Recover Default Password

If the root password for CISCO15 is lost, there is a procedure to reset it to regain full administrative control of the ONS 15216 EDFA2. The user must be connected to the ONS 15216 EDFA2 by serial communication, perform a hard power reset, and then performs a series of commands within 60 seconds of rebooting, according to the following procedure. This procedure resets the default user password only; no other settings are affected.

Chapter 4 Provisioning Using ASH and SNMP

Warning

Note If the ONS 15216 EDFA2 firmware is not version 2.3.14 or greater, the CISCO15 user resets to

The ONS 15216 EDFA2 ceases its optical amplification function when power is off during this process. Traffic should be rerouted before this procedure begins.

read_write access level, not read_write_admin, which has full administrative control. Contact Cisco TAC for assistance.

Step 1 Connect to the RS-232 (EIA/TIA-232) port. Step 2 Open HyperTerminal. (HyperTerminal can be found in the Microsoft Windows Accessories menu.) Step 3 Perform hard power reset of the ONS 15216 EDFA2 (disconnect and reconnect power). Step 4 While the dots are present in the HyperTerminal window during the reboot process, enter Ctrl C on the

keyboard.

The ONS 15216 EDFA2 should boot from the firmware image. The prompt is %.

Step 5 At the hostname prompt, enter the following command (must be done within 60 seconds of rebooting):

hostname:edfaboot% user passwd set CISCO15 default

Step 6 At the hostname prompt, enter the following command:

hostname:edfaboot% login CISCO15 Password =

<enter>

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Step 7 At the hostname prompt, enter the following command:

hostname:edfaboot% processor reset

After the processor reset, the default CISCO15 login password will be the default (the Enter key).

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SNMP MIB Installation and Configuration

This chapter explains how to read and understand SNMP MIB as it relates to the Cisco ONS 15216 EDFA2. This chapter is a reference of all ONS 15216 EDFA2 SNMP commands that are used in a network management system (NMS). For provisioning the ONS 15216 EDFA2, see Chapter 4,

“Provisioning Using ASH and SNMP”.

5.1 SNMP Overview

Simple Network Management Protocol (SNMP) is an application-layer communication protocol that allows network devices to retrieve and modify the value of management information, as well as provide event notification to a NMS.

The ONS 15216 EDFA2 SNMP implementation uses proprietary and standard Internet Engineering Task Force (IETF) MIBs to convey inventory, fault, and performance management information.

SNMP allows limited management of the ONS 15216 EDFA2 by a generic, third-party SNMP manager (for example, HP OpenView Network Node manager [NNM] or Open Systems Interconnection [OSI] NetExpert).

CHAPTER

The ONS 15216 EDFA2 supports SNMP Version 1 (SNMPv1) and SNMP Version 2c (SNMPv2c) protocols.

5.1.1 SNMP Components

An SNMP-managed network consists of three primary components:

• Managed devices

• Agents

• Management systems

A managed device is a network node that contains an SNMP agent and resides on an SNMP-managed network. Managed devices collect and store management information and use SNMP to make this information available to management systems that use SNMP. Managed devices include routers, access servers, switches, bridges, hubs, computer hosts, and network elements such as the ONS 15216 EDFA2.

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5.1.2 ONS 15216 EDFA2 SNMP Elements

The following three SNMP elements are used with the ONS 15216 EDFA2:

• SNMP agent

• SNMP MIB

• SNMP manager

The SNMP elements are shown in Figure 5-1.

Figure 5-1 SNMP Elements

Management

Entity

Chapter 5 SNMP MIB Installation and Configuration

5.1.2.1 SNMP Agent

An agent is an entity that assumes an operation role to receive, process, and respond to requests, as well as generated event reports. The SNMP agent gathers data from the MIB, which is the repository for device parameter and network data. To respond to requests, the agent must have network management information access. To generate reports, an agent must be notified of internal events.

Agent

Management

Database

NMS

Agent

Management

Database

Managed Devices

Agent

Management

Database

33930

5-2

Cisco provides both an SNMP agent (installed on the ONS 15216 EDFA2) and SNMP MIB to monitor the ONS 15216 EDFA2. The SNMP agent software and MIB are pre-installed on each module.

Figure 5-2 on page 5-3 shows the relationship between the SNMP agent and the MIB.

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Figure 5-2 SNMP Agent and MIB

SNMP Overview

NMS

SNMP Manager

5.1.2.2 SNMP MIB

The SNMP MIBs (CERENT-15216-EDFA-MIB.mib and CERENT-GLOBAL-REGISTRY.mib) are files written in ASN.1 syntax. The CERENT-15216-EDFA-MIB.mib specifies what ONS 15216 EDFA2 information needs to be controlled and monitored. This MIB is pre-installed on the SNMP agent and is accessible via the CLI.

The CERENT-15216-EDFA-MIB.mib and other MIBs can also be installed on a third-party SNMP manager located at a network management center. The SNMP manager at the network management center or the SNMP manager, accessible via the CLI, (see SNMP Manager) uses the SNMP MIBs to communicate with the SNMP agent.

5.1.2.3 SNMP Manager

The ONS 15216 EDFA2 comes with a pre-installed SNMP manager accessible via the CLI. This SNMP manager can be accessed and used to communicate with the SNMP agent that is also pre-installed on each ONS 15216 EDFA2. This manual displays examples of issuing SNMP commands to the amplifier using the built-in SNMP manager.

get, get-next, get-bulk

get-response, traps

Network device

MIB

SNMP Agent

32632

5.1.2.3.1 Third-party, Vendor-Specific SNMP Managers

SNMP managers from third-party vendors running on a separate computer located at a network management center are often used to manage network elements. If a third-party SNMP manager is used, it must be able to communicate with the SNMP agent pre-installed on the ONS 15216 EDFA2.

If a third-party SNMP manager is used, it is assumed that the SNMP manager is pre-installed prior to the SNMP MIB installation. Each vendor-specific SNMP manager has an unique set of instructions for SNMP MIB installation. For directions on loading the SNMP MIBs, refer to SNMP manager documentation.

Cisco does not provide or recommend a standard third-party SNMP manager.

5.1.3 SNMP MIBs and Message Types

SNMP operations can be quite powerful. A manager can retrieve or modify the value of management information accessible by an agent, an agent can report an event to a manager, and the manager can inform another manager of the value of management information on an agent. Using retrieval and modification operations, a manager can cause an agent to perform an action or execute a command. The manager can also create new and delete existing instances of management information.

A MIB is a hierarchically-organized collection of information. Network management protocols, such as SNMP, gain access to these MIBs. MIBs consist of managed objects and are identified by object identifiers (OID).

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The ONS 15216 EDFA2 SNMP agent communicates with an SNMP management application (a third-party application or the built-in SNMP manager) using SNMP messages. Table 5- 1 describes SNMP operation types.

Table 5-1 SNMP Operation Types

Operation Description

get-request Retrieves a value from a specific variable. get-next-request Retrieves the value following the named variable; this operation is often used

to retrieve variables in a table. With this operation, an SNMP agent does not need to know the exact variable name. The SNMP manager searches sequentially to find the needed variable in the MIB.

get-response The reply to a get-request, get-next-request, get-bulk-request, or set-request

sent by an NMS.

get-bulk-request Similar to a get-next-request, but this operation fills the get-response with up

to the max-repetition number of get-next interactions.

trap An unsolicited message sent by an SNMP agent to an SNMP manager

indicating that an event has occurred.

set-request Sets a value of a specific variable.

5.1.4 Command Syntax Using the SNMP Agent

Although Cisco has its own separate SNMP manager (Cisco Transport Manager [CTM]), management of the ONS 15216 EDFA2 is also possible using the built-in SNMP manager via the command line in the ASH shell, as described in SNMP Commands, page 6-15. The example commands and command syntax described in this manual are based on using the built-in ONS 15216 EDFA2 SNMP manager through the ASH shell CLI.

Commands can be issued via Telnet over a LAN or directly through the RS-232 (EIA/TIA-232) port on the module. (See .) After setting up a connection to the module and entering a password and user name, the following prompt appears:

ash:hostname:ONS15216 EDFA2>

To communicate with the module using SNMP, the command must begin with “snmp”.

Note To view a list of possible SNMP operations, enter “snmp” followed by a space and press the Tab key.

(See Example 5-1.)

Example 5-1 snmp Command Followed by the Tab Key

ash:hostname:ONS15216 EDFA2> snmp agent attribute host mib pdu row session subtree table trap

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tree

Continue to enter operations from the list until the complete command is created. (See Example 5-2.)

Example 5-2 snmp table display Command

ash:hostname:ONS15216 EDFA2> snmp table display local cerent cerent15216EdfaCommunityEntry cerent15216EdfaCommTrapEntry cerent15216EdfaViewEntry cerent15216EdfaAgentControlGroup cerent15216EdfaActionOpGroup cerent15216EdfaLogEventControl cerent15216EdfaLogEventEntry cerent15216EdfaBootEntry cerent15216EdfaBootImageEntry cerent15216EdfaRtcDateAndTime cerent15216EdfaSromIpMgmtGroup cerent15216EdfaSromRingGroup cerent15216EdfaCfgGroup cerent15216EdfaOverallControl cerent15216EdfaPumpCfgEntry cerent15216EdfaOverallStatusGroup cerent15216EdfaPumpStatusEntry cerent15216EdfaAlarmEntry cerent15216EdfaVersionGroup cerent15216EdfaOpGroup ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216Edfa

Enabling SNMP Remote Management Community Strings

Use these commands to set up community strings (Enabling SNMP Remote Management Community

Strings, page 5-5) and traps (Setting Up Traps, page 5-21).

5.2 Enabling SNMP Remote Management Community Strings

SNMP communities are groupings of workstations and servers (or gateways) that can manage the ONS 15216 EDFA2. NMSs use SNMP communities to enforce security. SNMP enforces security through password-like community strings. Access to the SNMP agent and the ONS 15216 EDFA2 can be limited by both IP address and community string.

The CLI SNMP manager (local SNMP manager) must be used to setup remote management (via a Telnet connection or terminal server). A third-party, vendor-specific SNMP manager cannot be used to setup remote management.

The process for setting up community entries consists of:

• Creating a View, page 5-6

• Creating a Community Entry, page 5-7

The ONS 15216 EDFA2 has the two default community strings listed in Tab le 5 -2 .

Table 5-2 Default Community Strings

Community String Default Privileges

public read operations for all MIBs private read and write operations for all MIBs

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The privileges assigned to the default strings can be modified or new communities with custom privileges can be created.

5.2.1 Creating a View

The following command describes how to set a view entry. A view defines and restricts the MIB attributes that a particular community can access. The view entry and the community entry are set to factory defaults. Users should consult with the Cisco TAC before modifying these settings.

5.2.1.1 Set View Entry

Command snmp row set local cerent15216EdfaViewEntry

Syntax Description snmp row set local cerent15216EdfaViewEntry view_index_# subtree

To create a community entry, a view must first be created. A MIB view can restrict the MIBs that a particular community can access. To create a view, type the command. view_index_# is an integer (1 to

2048) assigned to this view entry and subtree is the MIB subtree to which this view applies. Multiple view entries can be used for each view index.

This

command creates a new row in the ViewEntry table. The SNMP manager prompts the user for each

attribute. To display a list of possible values, press the Spacebar followed by the Tab key. (See Example 5-3.)

Example 5-3 cerent15216EdfaViewEntry Set Command

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaViewEntry 1 cerent

cerent15216EdfaViewMask '0'H cerent15216EdfaViewType included cerent15216EdfaViewStatus active notInService notReady createAndGo createAndWait destroy cerent15216EdfaViewStatus createAndGo ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaViewEntry 1 sample CLASS cerent15216Edfa-AGENT-MIB.cerent15216EdfaViewEntry ::= { cerent15216EdfaViewIndex = 1; cerent15216EdfaViewSubtree = { sample }; cerent15216EdfaViewMask = '00'H; cerent15216EdfaViewType = included; cerent15216EdfaViewStatus = active;

Access to the ONS 15216 EDFA2 can be restricted by IP address or community string using this command.

Table 5-3 on page 5-7 describes the command and MIB view prompts.

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Table 5-3 Creating a View

Data Prompt Command Description

cerent15216EdfaViewIndex snmp row set local

cerent15216EdfaViewSubTree Sub-Tree Object Identifier Sub-Tree Object Identifier: An

cerent15216EdfaViewMask ‘0’H A bit mask that identifies objects in

cerent15216EdfaViewType included A flag that specifies the status of the

cerent15216EdfaViewStatus createAndGo If the entry currently exists, use

Enabling SNMP Remote Management Community Strings

cerent15216EdfaViewEntry 1 zeroDotZero

View Index: A unique value for each MIB view.

This value is the number entered with the command.

object identifier that designates a sub-tree element in the MIB hierarchy. zeroDotZero specifies the entire CLI MIB hierarchy.

the subtree.

view. Valid entries are included and excluded.

active. (CreateAndGo cannot be used if any entry exists.)

5.2.2 Creating a Community Entry

SNMP communities are groupings of workstations and servers (or gateways) that can manage the ONS 15216 EDFA2. NMSs use SNMP communities to enforce security. Because access to the SNMP agent is controlled by a community entry, every SNMP agent must be configured to recognize one or more community names, and to provide the appropriate level of access to managers according to the community name. The following commands describe the commands for displaying or setting community entries. Users should consult with the Cisco TAC before modifying these settings.

5.2.2.1 Set CommunityEntry

Command snmp row set local cerent15216EdfaCommunityEntry

Syntax Description snmp row set local cerent15216EdfaCommunityEntry community_index_#

After creating a view, use the snmp row set local cerent15216EdfaCommunityEntry command to create a community entry for that view.

The SNMP manager prompts the user for each attribute. Press the Spacebar and then the Tab key after a prompt to view possible data inputs (Example 5-4). Refer to Table 5-4 on page 5-8 for information concerning data for each prompt.

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Example 5-4 cerent15216EdfaCommunityEntry Set Command

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommunityEntry 3

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cerent15216EdfaCommName "" cerent15216EdfaCommViewIndex 0 cerent15216EdfaCommPrivileges 35 cerent15216EdfaCommSrcIPAddr 0.0.0.0 cerent15216EdfaCommNetMask 0.0.0.0 cerent15216EdfaCommStatus 0 cerent15216EdfaCommStatus OBJECT-TYPE SYNTAX INTEGER { active(1), notInService(2), notReady(3), createAndGo(4), createAndWait(5), destroy(6) } MAX-ACCESS read-create DESCRIPTION ::= { cerent15216EdfaCommunityEntry 7 }

Table 5-4 displays the definitions for the community entry values.

Table 5-4 Creating a Community Entry

Chapter 5 SNMP MIB Installation and Configuration

Data Prompt Description

cerent15216EdfaCommIndex Community Index: An index that uniquely identifies a

particular SNMP community. This community index is part of

the command. In Example 5-4 on page 5-7, it is “3”. cerent15216EdfaCommName Community Name: The community string. cerent15216EdfaCommViewIndex View Index: The view index specifies which MIBs this

particular community string can access. cerent15216EdfaCommPrivileges Privileges: A bitmap of access privileges that govern what

management operations a particular community can perform.

These privileges are expressed as a sum of values, where each

value represents a particular operation. Refer to Table 5-5 on

page 5-9 for the SNMP Operation Decimal Values.

cerent15216EdfaCommSrcIPAddr Source IP Address: The IP address from which network

management traffic for this community originates. cerent15216EdfaCommNetMask NetMask: The subnet mask for the source IP address. cerent15216EdfaCommStatus Status: The status of this conceptual row in the community

table.Use createAndGo to create a new row. Use active to

modify an existing row.

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5.2.2.2 Display CommunityEntry

Command snmp row display local cerent15216EdfaCommunityEntry

Syntax Description snmp row display local cerent15216EdfaCommunityEntry community_index_#

After creating a community string, use this command to view its parameters. The number in the command refers to the community index number created in the previous section.

Example 5-5 cerent15216EdfaCommunityEntry Display Command

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaCommunityEntry 1

CLASS cerent15216Edfa-AGENT-MIB.cerent15216EdfaCommunityEntry ::= { cerent15216EdfaCommIndex = 1; cerent15216EdfaCommName = "private"; cerent15216EdfaCommViewIndex = 1; cerent15216EdfaCommPrivileges = 255; cerent15216EdfaCommSrcIPAddr = 0.0.0.0; cerent15216EdfaCommNetMask = 255.255.255.255; cerent15216EdfaCommStatus = active; };

Table 5-5 displays the decimal values for the following SNMP operations.

Table 5-5 SNMP Operation Decimal Values

SNMP Operation Decimal Values

Get 1 GetNext 2 Response (enable for all community strings) 4 Set 8 SNMPv1-Trap 16 GetBulk 32 Inform (enable for all community strings) 64 SNMPv2-Trap (enable for all community strings) 128

For example, 255 is the sum of all decimal values and specifies access to all SNMP operations. This sum is the default private community. 247 is the sum for all SNMP operations with the exception of the Set operation. This sum is the default public community.

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5.3 Setup for CTM Access

Use the following procedure to configure a new ONS 15216 EDFA2 for Cisco Transport Manager (CTM) access:

Step 1 Log into the serial port. Use 19,000 bps, 8 bits, no parity, 1 stop, and no flow control over a

male-to-female straight 9-pin cable.

Amp01:ONS15216 EDFA2> ACT-USER::CISCO15:123::;

Step 2 Set the default user password to admin15##:

Amp01:ONS15216 EDFA2> ED-PID::CISCO15:124::,admin15##;

Step 3 Enter the IP address and node name configuration information:

Amp01:ONS15216 EDFA2> ED-NE-GEN:::125:::NAME= , IPADDR= , IPMASK= , DEFRTR= ;

Step 4 Set the date and time:

Amp01:ONS15216 EDFA2> ED-DAT:::126::2003-06-18,08-49-00;

Chapter 5 SNMP MIB Installation and Configuration

Step 5 Activate the new IP address by rebooting:

Amp01:ONS15216 EDFA2> INIT-SYS::ALL:127::1;

Step 6 Telnet to the ASH shell by typing the following:

telnet <ONS 15216 EDFA2 IP address> 8023

Step 7 Login using the user name CISCO15 and the password admin15##. Step 8 Enter the community information:

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommunityEntry 2 (Do not use Entry 1 which is the RO public community) cerent15216EdfaCommIndex = 2 (if the CommunityEntry is 2) cerent15216EdfaCommName = "private" (must match the CTM community string entry) cerent15216EdfaCommViewIndex = 1 cerent15216EdfaCommPrivileges = 255 cerent15216EdfaCommSrcIPAddr = 0.0.0.0 (for more security, enter CTM A's IP address) cerent15216EdfaCommNetMask = 255.255.255.255 cerent15216EdfaCommStatus = 4 (active(1),notInService(2),notReady(3),createAndGo(4),createAndWait(5),destroy(6))

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommunityEntry 3

cerent15216EdfaCommIndex = 3 (if the CommunityEntry is 3) cerent15216EdfaCommName = "private" (must match the CTM community string entry) cerent15216EdfaCommViewIndex = 1 cerent15216EdfaCommPrivileges = 255 cerent15216EdfaCommSrcIPAddr = 0.0.0.0 (for more security, enter CTM B's IP address) cerent15216EdfaCommNetMask = 255.255.255.255 cerent15216EdfaCommStatus = 4 (active(1),notInService(2),notReady(3),createAndGo(4),createAndWait(5),destroy(6))

5-10

Step 9 Verify the community information:

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaCommunityEntry

Step 10 Enter the trap destination information:

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommTrapEntry 1

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cerent15216EdfaCommTrapCommunity "private" cerent15216EdfaCommTrapDestIPAddress <CTM A's IP address> cerent15216EdfaCommTrapDestUDPPort 162 cerent15216EdfaCommTrapViewIndex 1 cerent15216EdfaCommTrapVersion v2 cerent15216EdfaCommTrapStatus 4

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommTrapEntry 2

cerent15216EdfaCommTrapCommunity "private" cerent15216EdfaCommTrapDestIPAddress <CTM B's IP address> cerent15216EdfaCommTrapDestUDPPort 162 cerent15216EdfaCommTrapViewIndex 1 cerent15216EdfaCommTrapVersion v2 cerent15216EdfaCommTrapStatus 4

Step 11 Verify the trap destination information:

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaCommTrapEntry

Step 12 Enable traps:

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaAgentTrapEnable 1

Tables and Groups

Step 13 Verify that traps are enabled:

ash:hostname:ONS15216 EDFA2> snmp attribute get local cerent15216EdfaAgentTrapEnable

Step 14 Set network element (NE) ID:

ash:hostname:ONS15216 EDFA2> snmp attribute set local sysName <NE ID>

Step 15 Save the new settings:

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaActionOpSaveConfig perform

Step 16 Log off:

ash:hostname:ONS15216 EDFA2> logoff

5.4 Tables and Groups

The cerent15216Edfa.mib contains several key tables that are used to review and provision the ONS 15216 EDFA2. The following tables are listed and described in the following sections:

• CfgGroup Table, page 5-12

• PumpCfgEntry Table, page 5-14

• OverallStatusGroup Table, page 5-16

• OverallControl Table, page 5-18

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• PumpStatusEntry Table, page 5-18

• AlarmEntry Table, page 5-19

• OpGroup Table, page 5-20

• VersionGroup Table, page 5-21

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5.4.1 CfgGroup Table

The cerent15216EdfaCfgGroup table is used to set or get alarm threshold configuration. The associated table command provides a summary of all alarm thresholds. See Table 5- 6 for variable definitions. For more information on alarm thresholds, see the “Set Alarm Thresholds” section on page 4-5.

Table 5-6 cerent15216EdfaCfgGroup Variable Descriptions

Variable Syntax

cerent15216EdfaCfgSaved True Value Read-only Indicates whether the current

cerent15216EdfaLpoutSetp oint

cerent15216EdfaLpoutDevi ation

cerent15216EdfaLpoutHyst eresis

cerent15216EdfaLOSThres hold

cerent15216EdfaLOSHyster esis

cerent15216EdfaCtmpMin Integer

cerent15216EdfaCtmpMinH ysteresis

cerent15216EdfaCtmpMax Integer

cerent15216EdfaCtmpMax Hysteresis

Integer (0 to 1000)

Integer (–3100 to –1500)

Integer (0 to 1000)

(–10 to 10) Integer

(0 to 10)

(20 to 70) Integer

(0 to 10)

Chapter 5 SNMP MIB Installation and Configuration

Maximum Access Description

configuration has been saved.

Read-only Loss of pump output power set point

for the Lpout alarm (*10 mW). This is set when the

cerent15216EdfaPumpCfgConstOutP ower attribute is set for pump 2.

Read-write Amount that the output power must

deviate from the set point to set the Lpout alarm (*100 dB).

Read-write Amount that the output power must

move towards the set point before the Lpout alarm is cleared (*100 dB).

Read-write Loss of signal threshold (*100 dBm).

Read-write Amount above

cerent15216EdfaLOSThreshold that the input signal must rise before the Lpin alarm is cleared (*100 dB).

Read-write Minimum allowable case temperature

in degrees Celsius.

Read-write Amount above

cerent15216EdfaCtmpMin that the case temperature must rise before the Ctmp alarm is cleared in degrees Celsius.

Read-write Maximum allowable case temperature

in degrees Celsius.

Read-write Amount below

cerent15216EdfaCtmpMax that the case temperature must drop before the Ctmp alarm is cleared in degrees Celsius.

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Table 5-6 cerent15216EdfaCfgGroup Variable Descriptions (continued)

Variable Syntax

cerent15216EdfaCLEI Display String

cerent15216EdfaPowerBus Mode

cerent15216EdfaPowerBus DCVoltageMin

cerent15216EdfaPowerBus DCVoltageMax

(0 to 10 characters)

cerent15216Edfa PowerBusMode

Integer (350 to 700)

Tables and Groups

Maximum Access Description

Read-only Indicates the factory setting of the

Common Language Equipment Identifier (CLEI) code (established by Telcordia) of the Cisco ONS 15216 EDFA2. This attribute can be accessed but not changed by the user.

Read-write Simplex for one power source (Bus

A) or duplex for redundant power source (Bus A and Bus B) Power Bus mode.

Read-write Minimum allowable power bus DC

voltage. The default maximum power bus voltage is set at –40 VDC. Valid entries are between 350 and 700 and are in negative volts times 10. For example, if the voltage required is –40 VDC, the power bus setting is 400. The power bus threshold has a 1.0V tolerance and a 1.0V hysteresis. If the minimum threshold is configured at 400 (-40 VDC), the alarm will not raise until the voltage goes below -39 VDC and will not clear until the voltage goes above -41 VDC.

Read-write Maximum allowable power bus DC

voltage. The default maximum power bus voltage is set at –57 VDC. Valid entries are between 350 and 700 and are in negative volts times 10. For example, if the voltage required is –57 VDC, the power bus setting is 570. The power bus threshold has a 1.0V tolerance and a 1.0V hysteresis. If the maximum threshold is configured at 570 (-57 VDC), the alarm will not raise until the voltage goes above -58 VDC and will not clear until the voltage goes below -56 VDC.

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Use the snmp attribute set local cerent15216EdfaOpSaveConfig perform command to save changes.

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5.4.2 PumpCfgEntry Table

The cerent15216EdfaPumpCfgEntry table is used to set or get laser pump control mode configuration. The associated table command displays a settings summary or allows you to set pumps. See Tabl e 5-7 for variable definitions. The factory default pump control mode for the ONS 15216 EDFA2 is Constant Gain Temperature Compensated. Cisco recommends that users contact the Cisco TAC prior to changing this mode of operation.

Table 5-7 cerent15216EdfaPumpCfgEntry Variable Descriptions

Variable Syntax

cerent15216EdfaPumpCfgP umpNum

cerent15216EdfaPumpCfgC ontrolMode

cerent15216EdfaPumpCfgC onstPumpCurrent

cerent15216EdfaPumpCfgC onstPumpPower

cerent15216EdfaPumpCfgC onstOutPower

Chapter 5 SNMP MIB Installation and Configuration

Maximum Access Description

cerent15216Edfa PumpNumber

cerent15216Edfa ControlMode

Integer (0 to 300) Read-write Constant pump current (mA).

Integer (0 to 100) Read-write Constant pump power (mW). The

Integer (0 to 650) Read-write Constant output power (*10 mW). The

Not Accessible

Read-write Laser pump control mode. When the

Laser pump number (1 or 2).

mode is set directly to constCurrent, constPower, or constOutputPower, the current value of ConstPumpCurrent, ConstPumpPower, or ConstOutPower is used as the constant parameter for the new mode.

The current that is used when the pump control mode is changed to constCurrent.

power that is used when the control mode is changed to constPumpPower.

power that is used when the control mode is changed to constOutputPower.

5.4.2.1 Changing the Pump Control Mode

For Constant Gain Temperature Compensated mode, the system automatically sets the second pump to this mode when either pump is set.

Constant Output Power mode is only valid for pump 2. If pump 2 is set to Constant Output Power Mode, pump 1 is automatically set to Constant Pump Power mode with a value of 75 mW.

For Constant Pump Current or Constant Pump Power mode, the user should set both pump modes to be the same.

Warning

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The pump control modes Constant Pump Current, Constant Pump Power, and Constant Output Power are to be used with very high precautions. They are service affecting and can reduce the life cycle of the lasers if used in extreme conditions. The factory default setting and recommended mode of operation is Constant Gain Temperature Compensated mode. Cisco recommends that users contact the Cisco TAC before changing from this mode of operation.

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To set the ONS 15216 EDFA2 to Constant Pump Current mode, use the following steps:

Step 1 Set the pump value using cerent15216EdfaPumpCfgConstPumpCurrent attribute.

a. Select pump 1. b. Set the value.

Step 2 Repeat Step 1 for pump 2. Step 3 Set the pump mode of operation using cerent15216EdfaPumpCfgControlMode attribute.

a. Select pump 1. b. Set the mode.

Step 4 Repeat Step 3 for pump 2.

Example 5-6 shows how to set the ONS 15216 EDFA2 to Constant Pump Current mode and then set it

back to Constant Gain Temperature Compensated mode. (Setting pump 1 or 2 to Constant Gain Temperature Compensated mode sets both pumps to that mode.)

Example 5-6 Setting Mode to Constant Pump Current and then Back to Constant Gain Temperature

Compensated

Tables and Groups

ash:

hostname:

200

ash:

hostname:

200

ash:

hostname: constGainTempComp constOutputPower constCurrent constPower idle

hostname:

ash:

constCurrent

hostname:

ash:

constCurrent

ash:

hostname:

constGainTempComp

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgConstPumpCurrent 1

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgConstPumpCurrent 2

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgControlMode 1

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgControlMode 2

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgControlMode 1

5.4.2.2 Changing the Pump Control Value

To change the control value for Constant Gain Temperature Compensated mode, the user must set a new value of cerent15216EdfaConstGainOverallGain.

Constant Output Power Mode is only valid for pump 2. To change the control value for pump 2, the user must set the new value of cerent15216EdfaPumpCfgConstOutPower for pump 2 and then set the pump to Constant Output Power mode for the setting to take effect. Pump 1 is automatically set to Constant Pump Power mode with a value of 75 mW.

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To change the control value for Constant Pump Current mode, the user must set new values of cerent15216EdfaPumpCfgConstPumpCurrent for both pumps and then set the pump control mode for both pumps for the setting to take effect.

To change the control value for Constant Pump Power mode, the user must set new values of cerent15216EdfaPumpCfgConstPumpPower for both pumps and then set the pump control mode for both pumps for the setting to take effect.

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Tables and Groups

Step 1 Set the pump value using cerent15216EdfaPumpCfgConstPumpCurrent attribute.

Step 2 Repeat Step 1 for pump 2. Step 3 Set the pump mode of operation using cerent15216EdfaPumpCfgControlMode attribute.

Step 4 Repeat Step 3 for pump 2.

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For example, to change the value for Constant Pump Current mode, use the following steps:

a. Select pump 1. b. Set the value.

a. Select pump 1. b. Set the mode.

Example 5-7 shows how to set the value for Constant Pump Current mode to be 200 mA and then set the

mode to Constant Pump Current mode again for the settings to take effect.

Example 5-7 Changing Value for Constant Pump Current Mode

ash:

hostname:

200

hostname:

ash:

200

ash:

hostname:

constCurrent

ash:

hostname:

constCurrent

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgConstPumpCurrent 1

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgConstPumpCurrent 2

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgControlMode 1

ONS15216 EDFA2> snmp attribute set local cerent15216EdfaPumpCfgControlMode 2

5.4.3 OverallStatusGroup Table

The cerent15216EdfaOverallStatusGroup table allows users to display the input and output of the ONS 15216 EDFA2 amplifier. Table 5-8 on page 5-17 describes cerent15216EdfaOverallStatusGroup table variables.

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Table 5-8 cerent15216EdfaOverallStatusGroup Variable Descriptions

Variable Syntax

cerent15216EdfaInPoweruW Integer (0 to 99999) Read-only EDFA input power (*10

cerent15216EdfaInPowerdBm Integer (–999999 to

cerent15216EdfaOutPowermW Integer (0 to 999999) Read-only EDFA output power (*100

cerent15216EdfaOutPowerdBm Integer (–99999 to

cerent15216EdfaConstGainOver allGainMeasured

cerent15216EdfaVariableGainPr eAttenuationMeasured

Tables and Groups

Maximum Access Description

microW)

Read-only EDFA input power (*100

999999)

dBm)

mW)

Read-only EDFA output power (*100

99999)

dBm)

Integer (0 to 230) Read-only The measured overall gain

(*10 dB) that is used when the control mode in the PumpCfg table is set to constGainTempComp

Integer (0 to 110) Read-only The measured

pre-attenuation (*10 dB) that is used when the control mode in the PumpCfg table is not set to constGainTempComp

Note The values in mW and microW units are measured values. The dBm units are converted from mW or

microW to dBm, so theses values could be slightly different. If you take the cerent15216EdfaInPoweruW, convert it to dBm (10log(cerent15216EdfaInPoweruW)) and compare the value to the attribute cerent15216EdfaInPowerdBm, you will see a small difference. The difference is because of rounding error. The value cerent15216EdfaInPoweruW that is displayed on the screen has been rounded, but the value used in the calculation has more significant digits.

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5.4.4 OverallControl Table

The cerent15216EdfaOverallControl table allows the user to display and configure overall gain and pre-attenuation. Table 5- 9 describes cerent15216EdfaOverallControl variables.

Table 5-9 cerent15216EdfaOverallControl Variable Descriptions

Variable Syntax

cerent15216EdfaConst GainOverallGain

cerent15216EdfaVariab leGainPreAttenuation

Integer (130 to

220)

Integer (10 to

100)

Chapter 5 SNMP MIB Installation and Configuration

Maximum Access Description

Read-write The overall gain (*10 dB) that is used when

the control mode in the PumpCfgEntry table is set to constGainTempComp.

This variable is irrelevant in constOutputPower, constCurrent, and constPower modes.

Read-write The pre-attenuation (*10 dB) that is used

when the control mode in the PumpCfgEntry table is set to constOutputPower, constCurrent, or constPower.

This variable is irrelevant in constGainTempComp mode.

5.4.5 PumpStatusEntry Table

The cerent15216EdfaPumpStatusEntry table is used to display optical amplification module data.

Table 5-10 displays information regarding the cerent15216EdfaPumpStatusEntry table variables.

Table 5-10 cerent15216EdfaPumpStatusEntry Variable Descriptions

Variable Syntax

cerent15216EdfaPumpStatusPumpNum cerent15216Ed

cerent15216EdfaPumpStatusLaserChipTemp Integer (–9999

cerent15216EdfaPumpStatusLaserChipTemp Setpoint

cerent15216EdfaPumpStatusLaserTECCurrentInteger (0 to

cerent15216EdfaPumpStatusLaserPower Integer (0 to

cerent15216EdfaPumpStatusLaserCurrent Integer (0 to

cerent15216EdfaPumpStatusAmbientTemp Integer (–9999

faPumpNumber

to 9999) Integer (0 to

999)

99999)

999999)

to 9999)

Maximum Access Description

Read-only Laser pump number

Read-only Laser chip

temperature (*10

Read-only Laser chip

temperature setpoint (*10°C)

Read-only Laser TEC current

(mA)

Read-only Laser power (*100

mW)

Read-only Laser current (*100

mA)

Read-only Ambient temperature

°C)

(*100

°C)

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Table 5-10 cerent15216EdfaPumpStatusEntry Variable Descriptions (continued)

Variable Syntax

cerent15216EdfaPumpStatusDCVoltage Integer (0 to

cerent15216EdfaPumpStatusInPoweruW Integer (0 to

cerent15216EdfaPumpStatusInPowerdBm Integer

cerent15216EdfaPumpStatusOutPowermW Integer (0 to

cerent15216EdfaPumpStatusOutPowerdBm Integer

cerent15216EdfaPumpStatusGain

1. The value of the cerent15216EdfaPumpStatusGain variable should always be around 23 dB. This variable is the internal amplifier module gain. The cerent15216EdfaPumpStatusGain variable should not be confused with the cerent15216EdfaConstGainOverallGain variable that is used to set the gain of the ONS 15216 EDFA2. The cerent15216EdfaPumpStatusGain is the value of the gain of the amplification module only, it does not take into account the VOA (variable optical attenuator) attenuation. If you try to calculate the gain using the values of the PumpStatusOutPowerdBm – PumpStatusInPowerdBm you will not get the exact PumpStatusGain value. A more complex calculation is required to get the gain value. It needs to take ASE (amplified spontaneous emission) into account. This is often called the amplifier noise. This variable will be more dominant when the input power to the amplifier is low.

Tables and Groups

Maximum Access Description

Read-only DC voltage (*10V)

9999) Read-only Input power (*10

99999)

microW)

Read-only Input power (*100

(–999999 to

dBm)

999999) Read-only Output power (*100

999999)

mW)

Read-only Output power (*100

(–99999 to

dBm)

99999)

Integer (–9999

Read-only Gain (*10 dB)

to 9999)

5.4.6 AlarmEntry Table

The cerent15216EdfaAlarmEntry table is used to display alarm status. The associated table command provides a summary of all alarms. Ta bl e 5 -11 describes the cerent15216EdfaAlarmEntry table variables.

Table 5-11 cerent15216EdfaAlarmEntry Variable Descriptions

Variable Syntax

cerent15216EdfaAlarmIndex cerent15216EdfaIndex Not

cerent15216EdfaAlarmID AutonomousType Read-only The alarm this entry

cerent15216EdfaAlarmPriority cerent15216EdfaAlarmPriority Read-only The priority of this

cerent15216EdfaAlarmState cerent15216EdfaAlarmState Read-only The reporting state of

Maximum Access Description

A unique value to

Accessible

identify this entry.

refers to.

alarm.

this alarm.

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Table 5-11 cerent15216EdfaAlarmEntry Variable Descriptions (continued)

Variable Syntax

cerent15216EdfaAlarmEnable Status

cerent15216EdfaAlarmDateAn dTime

5.4.7 OpGroup Table

The cerent15216EdfaOpGroup table is used to display or set operation actions, such as saving configuration or loading new software. The individual variables in Table 5 -12 are generally used instead of the table command. That is, when performing a cutover command, the user would use the snmp attribute set local cerent15216EdfaOpCutover perform command.

Table 5-12 cerent15216EdfaOpGroup Variable Descriptions

Chapter 5 SNMP MIB Installation and Configuration

Maximum Access Description

cerent15216EdfaControl Read-write If the alarm is

enabled/disabled.

cerent15216EdfaDateAndTime String

Read-only The local date and time

when the alarm entered its current state.

Maximum

Variable Syntax

cerent15216EdfaOpStatus cerent15216EdfaActio

nStatus

Access Description

Read-only The status of the current

operation.

cerent15216EdfaOpResult Integer Read-only This value is used to save the error

result (if any) of the last operation. Success is indicated by a value of 0.

cerent15216EdfaOpRequestIdInteger Read-write The request identifier for this

operation. This is provided to allow managers to match actions and results.

cerent15216EdfaOpSaveCo nfig

cerent15216EdfaActionRead-write To save the configuration of the

optical module, write “perform” to this object.

cerent15216EdfaOpCutover cerent15216EdfaActionRead-write When “perform” is written to this

object, firmware is executed from the current plane and the alternate plane status is changed to the default active plane.

cerent15216EdfaOpLoad cerent15216EdfaActionRead-write When “perform” is written to this

object, new firmware is downloaded. Before setting this attribute, the source of the new firmware should be specified by setting cerent15216EdfaOpSrcFileName and cerent15216EdfaOpTftpSrvAddr.

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Table 5-12 cerent15216EdfaOpGroup Variable Descriptions (continued)

Variable Syntax

cerent15216EdfaOpSrcFile Name

cerent15216EdfaOpTftpSrv Addr

cerent15216EdfaOpReset cerent15216EdfaActionRead-write When “perform” is written to this

5.4.8 VersionGroup Table

The cerent15216EdfaVersionGroup table allows users to display the currently loaded image and the image to be loaded after cutover. Ta bl e 5 -13 describes cerent15216EdfaVersionGroup table variables.

Table 5-13 cerent15216EdfaVersionGroup Variable Descriptions

Setting Up Traps

Maximum Access Description

DisplayString (0 to 127 characters)

IpAddress Read-write TFTP file server address for the

Read-write Source file name for the Load

operation.

Load operation.

object, a software reset is performed.

Variable Syntax

cerent15216EdfaCurrentVersion DisplayString (0 to 255

cerent15216EdfaAlternateVersion DisplayString (0 to 255

5.5 Setting Up Traps

Traps are asynchronous notifications sent from the ONS 15216 EDFA2 to a predetermined location (IP address, subnet mask, etc.). A community entry must be created prior to remotely setting up traps using either Telnet or a terminal server. Table 5-14 on page 5-22 displays the alarm notification types in the cerent15216Edfa.mib that initiate a trap.

characters)

Maximum Access Description

Read-only The version of the

currently loaded image.

Read-only The version of the

image to be loaded after a cutover is performed.

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Table 5-14 Notification Types that Initiate a Trap

Notification MIB Items Description

cerent15216EdfaOpFinished cerent15216EdfaOpSaveConfig

cerent15216EdfaOpCutover cerent15216EdfaOpLoad cerent15216EdfaOpReset

cerent15216EdfaAlarmActivated cerent15216EdfaAlarmID

cerent15216EdfaAlarmPrioriy cerent15216EdfaAlarmDateAndTime

cerent15216EdfaAlarmCleared cerent15216EdfaAlarmID

cerent15216EdfaAlarmPrioriy cerent15216EdfaAlarmDateAndTime

“Op Finished” indicates that an operation has completed or, in the case of cerent15216EdfaOpReset, the operation is about to be performed.

“Alarm Activate” is a notification indicating an alarm has changed to an active state.

“Alarm Cleared” is a notification indicating an alarm has changed to a cleared state.

5.5.1 Display Trap Command

Command snmp table display local cerent15216EdfaCommTrapEntry

Syntax Description snmp table display local cerent15216EdfaCommTrapEntry #

Displays the communities for traps. See Example 5-8

Example 5-8 cerent15216EdfaCommTrapEntry Display Command

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaCommTrapEntry

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaCommTrapEntry ::= { cerent15216EdfaCommTrapIndex = 1; cerent15216EdfaCommTrapCommunity = "private"; cerent15216EdfaCommTrapDestIPAddress = 172.22.87.50; cerent15216EdfaCommTrapDestUDPPort = 162; cerent15216EdfaCommTrapViewIndex = 1; cerent15216EdfaCommTrapVersion = v2; cerent15216EdfaCommTrapStatus = active; };

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5.5.2 Set Trap Command

Command snmp row set local cerent15216EdfaCommTrapEntry

Syntax Description snmp row set local cerent15216EdfaCommTrapEntry #

The command followed by a community number permits the user to set the parameters for the SNMP trap. Example 5-9 on page 5-23 displays the prompts that appear after entering the command.

Prompts appear for the following settings:

• cerent15216EdfaCommTrapCommunity: The trap destination community name.

• cerent15216EdfaCommTrapDestIPAddress: The trap destination IP address.

• cerent15216EdfaCommTrapDestUDPPort: The trap destination UDP port.

• cerent15216EdfaCommTrapViewIndex: The trap destination MIB view index. A trap may be sent to

this destination if it is contained in this MIB view. A 0 implies no MIB view.

• cerent15216EdfaCommTrapVersion: The trap version number.

Setting Up Traps

• cerent15216EdfaCommTrapStatus: The status of this conceptual row in the

cerent15216EdfaCommunityTrapTable.

If the data needs to be changed, enter new data after the prompt.

Example 5-9 cerent15216EdfaCommTrapEntry Set Command

ash:hostname:ONS15216 EDFA2> snmp row set local cerent15216EdfaCommTrapEntry 1

cerent15216EdfaCommTrapCommunity "private" cerent15216EdfaCommTrapDestIPAddress 172.22.87.50 cerent15216EdfaCommTrapDestUDPPort 162 cerent15216EdfaCommTrapViewIndex 1 cerent15216EdfaCommTrapVersion v2 cerent15216EdfaCommTrapStatus 4

ash:hostname:ONS15216 EDFA2>

5.5.3 Set Agent Trap Enable

Command snmp attribute set local cerent15216EdfaAgentTrapEnable

Syntax Description snmp attribute set local cerent15216EdfaAgentTrapEnable control

Enables or disables SNMP traps depending on whether the parameter control is “enabled” or “disabled”.

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5.5.4 Get Agent Trap Enable

Command snmp attribute get local cerent15216EdfaAgentTrapEnable

Syntax Description snmp attribute get local cerent15216EdfaAgentTrapEnable

Gets the SNMP enable trap status. The system responds with either “enabled” or “disabled”.

5.6 Retrieving Information

The following SNMP commands access ONS 15216 EDFA2 information.

5.6.1 IP Address

Command snmp table display local cerent15216EdfaSromIpMgmtGroup

Syntax Description snmp table display local cerent15216EdfaSromIpMgmtGroup

Displays the ONS 15216 EDFA2 IP address. The following SNMP command displays the ONS 15216 EDFA2’s IP address and other networking

information:

• snmp row display local cerent15216EdfaSromIpMgmtGroup command (Example 5-10)

Example 5-10 cerent15216EdfaSromIpMgmtGroup Display Command

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaSromIpMgmtGroup

CLASS cerent15216Edfa-SROM-IP-ADDRESS-MIB.cerent15216EdfaSromIpMgmtGroup ::= { cerent15216EdfaSromIpMgmtEnetAddress = 172.22.82.19; cerent15216EdfaSromIpMgmtEnetSubNetMask = 255.255.0.0; cerent15216EdfaSromIpMgmtDefaultRouterAddress = 172.22.82.1; cerent15216EdfaSromIpMgmtHostName = "hostname"; };

Table 5-15 describes the other attributes displayed by these commands.

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Table 5-15 cerent15216EdfaSromIpMgmtGroup Command Attributes

Attribute Description

cerent15216EdfaSromIpMgmtEnetAddress The IP address used by the system Ethernet

management port. If set to 0.0.0.0, IP traffic is not supported over the Ethernet interface.

cerent15216EdfaSromIpMgmtDefaultRouterAd dress

The default router (gateway) address for the network.

cerent15216EdfaSromIpMgmtEnetSubNetMask The IP subnet mask for the Ethernet management

port.

cerent15216EdfaSromIpMgmtHostName The host name of the system.

5.6.2 Date and Time

Command snmp attribute get local cerent15216EdfaRtcDateAndTime

Retrieving Information

Syntax Description snmp attribute get local cerent15216EdfaRtcDateAndTime

Displays the date and time for the ONS 15216 EDFA2. The following SNMP command displays the date and time for the ONS 15216 EDFA2 and other time

data:

• snmp row display local cerent15216EdfaRtcDateAndTime command

The following SNMP command sets the date and time for the ONS 15216 EDFA2 and other time data:

• snmp attribute set local cerent15216EdfaRtcDateAndTimeLocalString command

When setting the local time of day, set the time zone first, set the DST offset second, and set the local time last. Entries must follow this format: “yyyy-m-d,h:m:s.s +h:m”. Following the space, the time zone is set as +/– hours from Greenwich Mean Time (GMT) (also designated as universal coordinated time (UTC)) followed by a colon and minutes ahead for daylight savings. For example, Pacific Daylight Time would be –8:60 and Greenwich Mean Time would be +0:0.

Example 5-11 displays the ONS 15216 EDFA2 command for displaying the date and time.

Example 5-11 cerent15216EdfaRtcDateAndTime Display Command

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaRtcDateAndTime

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaRtcDateAndTime ::= { cerent15216EdfaRtcDateAndTimeLocal = '07d20716070a2a042d083c'H; cerent15216EdfaRtcDateAndTimeGMT = '07d207160e0a2a042b0000'H; cerent15216EdfaRtcDateAndTimeLocalString = "2002-7-22,7:10:42.4 -8:60"; cerent15216EdfaRtcDateAndTimeGMTString = "2002-7-22,14:10:42.4 +0:0"; cerent15216EdfaRtcDateAndTimeTimezone = -8; cerent15216EdfaRtcDateAndTimeSaving = 60; cerent15216EdfaRtcDateAndTimeFormsString = "07/22/2002 07:10:42"; };

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Table 5-16 cerent15216EdfaRtcDateAndTime Command Attributes

Attribute Description

cerent15216EdfaRtcDateAndTimeLocal The current local time. cerent15216EdfaRtcDateAndTimeGMT The current GMT time. cerent15216EdfaRtcDateAndTimeLocalString The current local time. cerent15216EdfaRtcDateAndTimeGMTString The current GMT time. cerent15216EdfaRtcDateAndTimeTimezone The time zone in hours from GMT. cerent15216EdfaRtcDateAndTimeSaving The current daylight saving offset in minutes. cerent15216EdfaRtcDateAndTimeFormsString The current local time.

5.6.3 Power Gain

Command snmp attribute get local cerentEdfa15216EdfaConstGainOverallGain

Syntax Description snmp attribute get local cerentEdfa15216EdfaConstGainOverallGain #

Displays the overall power gain when the ONS 15216 EDFA2 is in Constant Gain Temperature Compensated mode.

The following commands access overall power gain when in the Constant Gain Temperature Compensated mode:

• snmp row display local cerent15216EdfaOverallControl command

• snmp row get local cerent15216EdfaOverallControl command

The cerent15216EdfaConstGainOverallGain attribute in cerent15216EdfaOverallControl display command shows the ONS 15216 EDFA2 power gain (Example 5-12 on page 5-26).

Example 5-12 cerent15216EdfaOverallControl Display Command

ash:hostname:ONS15216 EDFA2>snmp row display local cerent15216EdfaOverallControl

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaOverallControl ::= { cerent15216EdfaConstGainOverallGain = 220; cerent15216EdfaVariableGainPreAttenuation = 10; };

For information about all of the parameters in the cerent15216EdfaOverallStatusGroup, refer to

Table 5-8 on page 5-17.

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5.6.4 Case Temperature

5.6.4.1 Case Temperature Value

Command snmp attribute get local cerent15216EdfaPumpStatusAmbientTemp

Syntax Description snmp attribute get local cerent15216EdfaPumpStatusAmbientTemp pump#

Displays case temperature value (where pump# is the pump number). The following command displays the temperature value (where pump# is the pump number) and other

pump status data:

• snmp row display local cerent15216EdfaPumpStatusAmbientTemp pump# command

The cerent15216EdfaPumpStatusAmbientTemp attribute of the cerent15216EdfaPumpStatusEntry display command shows the case temperature (Example 5-13).

Retrieving Information

Example 5-13 cerent15216EdfaPumpStatusEntry Display Command

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaPumpStatusEntry 1

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaPumpStatusEntry ::= { cerent15216EdfaPumpStatusPumpNum = 1; cerent15216EdfaPumpStatusLaserChipTemp = 260; cerent15216EdfaPumpStatusLaserChipTempSetpoint = 260; cerent15216EdfaPumpStatusLaserTECCurrent = 20; cerent15216EdfaPumpStatusLaserPower = 8503; cerent15216EdfaPumpStatusLaserCurrent = 17010; cerent15216EdfaPumpStatusAmbientTemp = 2272; cerent15216EdfaPumpStatusDCVoltage = 52; cerent15216EdfaPumpStatusInPoweruW = 250; cerent15216EdfaPumpStatusInPowerdBm = -600; cerent15216EdfaPumpStatusOutPowermW = 5000; cerent15216EdfaPumpStatusOutPowerdBm = 1700; cerent15216EdfaPumpStatusGain = 220; };

Refer to Table 5-10 on page 5-18 for information about all of the parameters in the cerent15216EdfaPumpStatusEntry table.

5.6.4.2 Case Temperature Alarm Threshold

5.6.4.2.1 CtmpMin

Command snmp attribute get local cerent15216EdfaCtmpMin

Syntax Description snmp attribute get local cerent15216EdfaCtmpMin

This command displays minimum case temperature alarm threshold.

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5.6.4.2.2 CtmpMax

snmp attribute get local cerent15216EdfaCtmpMax

Syntax Description snmp attribute get local cerent15216EdfaCtmpMax

This command displays maximum case temperature alarm threshold. The following command displays case temperature alarm threshold and other temperature data:

• snmp row display local cerent15216EdfaCfgGroup command

This command is shown in Example 5-14.

Example 5-14 cerent15216EdfaCfgGroup Display Command

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaCfgGroup

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaCfgGroup ::= { cerent15216EdfaCfgSaved = true; cerent15216EdfaLpoutSetpoint = 0; cerent15216EdfaLpoutDeviation = 200; cerent15216EdfaLpoutHysteresis = 100; cerent15216EdfaLOSThreshold = -3102; cerent15216EdfaLOSHysteresis = 100; cerent15216EdfaCtmpMin = -5; cerent15216EdfaCtmpMinHysteresis = 1; cerent15216EdfaCtmpMax = 65; cerent15216EdfaCtmpMaxHysteresis = 1; cerent15216EdfaCLEI = "WMM4180BRA"; cerent15216EdfaPowerBusMode = duplex; cerent15216EdfaPowerBusDCVoltageMin = 420; cerent15216EdfaPowerBusDCVoltageMax = 700; };

Chapter 5 SNMP MIB Installation and Configuration

Refer to Table 5-8 on page 5-17 for information about all of the parameters in cerent15216EdfaOverallStatusGroup.

5.6.4.3 Case Temperature Alarm Hysteresis

5.6.4.3.1 CtmpMaxHysteresis

Command snmp attribute get local cerent15216EdfaCtmpMaxHysteresis

Syntax Description snmp attribute get local cerent15216EdfaCtmpMaxHysteresis

Displays maximum case temperature alarm hysteresis. The cerent15216EdfaCtmpMaxHysteresis attribute in the cerent15216EdfaCfgGroup display command

shows the maximum case hysteresis temperature alarm threshold (Example 5-14 on page 5-28). Refer to

Table 5-6 on page 5-12 for information about all of the parameters in cerent15216EdfaCfgGroup.

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5.6.4.3.2 CtmpMinHysteresis

Command snmp attribute get local cerent15216EdfaCtmpMinHysteresis

Syntax Description snmp attribute get local cerent15216EdfaCtmpMinHysteresis

Displays the minimum case hysteresis temperature alarm threshold. The following command displays case temperature alarm hysteresis and other data:

• snmp row display local cerent15216EdfaCfgGroup command

The cerent15216EdfaCfgGroup command is shown in Example 5-14 on page 5-28. For information about all of the parameters in the cerent15216EdfaCfgGroup table, see Table 5-6 on page 5-12.

5.6.5 Power Bus

Retrieving Information

5.6.5.1 Power Bus Mode

Command snmp attribute get local cerent15216EdfaPowerBusMode

Syntax Description snmp attribute get local cerent15216EdfaPowerBusMode

Displays the power bus mode (simplex or duplex). The following command displays power bus voltage and other data:

• snmp row display local cerent15216EdfaCfgGroup command

5.6.5.2 Power Bus Alarm Threshold

5.6.5.2.1 PowerBusDCVoltageMax

Command snmp attribute get local cerent15216EdfaPowerBusDCVoltageMax

Syntax Description snmp attribute get local cerent15216EdfaPowerBusDCVoltageMax

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Displays the maximum allowable power bus DC voltage (multiplied by –10V). The following command displays power bus voltage and other data:

• snmp row display local cerent15216EdfaCfgGroup command

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5.6.5.2.2 PowerBusDCVoltageMin

Command snmp attribute get local cerent15216EdfaPowerBusDCVoltageMin

Syntax Description snmp attribute get local cerent15216EdfaPowerBusDCVoltageMin

Displays the minimum allowable power bus DC voltage (multiplied by –10V). The following command displays power bus voltage and other data:

• snmp row display local cerent15216EdfaCfgGroup command

5.6.6 Input Power (Signal)

5.6.6.1 Input Power (Signal) Value

5.6.6.1.1 InPowerduW

Command snmp attribute get local cerent15216EdfaInPoweruW

Syntax Description snmp attribute get local cerent15216EdfaInPoweruW

Displays input power value in microwatts. The following command displays the ONS 15216 EDFA2 input power value and other status

information:

• snmp row display local cerent15216EdfaOverallStatusGroup command

For information about all of the parameters in the cerent15216EdfaOverallStatusGroup table, see

Table 5-8 on page 5-17.

5.6.6.1.2 InPowerdBm

Command snmp attribute get local cerent15216EdfaInPowerdBm

Syntax Description snmp attribute get local cerent15216EdfaInPowerdBm

Displays the input power value in dBm. The dBm units are converted from µW to dBm, so theses values could be slightly different due to rounding error.

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The following command displays input power value and other status information:

• snmp row display local cerent15216EdfaOverallStatusGroup command

For information about all of the parameters in the cerent15216EdfaOverallStatusGroup table, refer to

Table 5-8 on page 5-17.

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5.6.6.2 Loss of Signal (Input Power) Alarm Threshold

Command snmp attribute get local cerent15216EdfaLOSThreshold

Syntax Description snmp attribute get local cerent15216EdfaLOSThreshold

Displays the loss of signal (input power) alarm threshold. The following command displays the loss of input power alarm threshold and other laser power and

temperature data:

• snmp row display local cerent15216EdfaCfgGroup command

The cerent15216EdfaLOSThreshold attribute in the cerent15216EdfaCfgGroup display command shows the loss of input power alarm threshold (Example 5-14 on page 5-28).

For information about all of the parameters in the cerent15216EdfaCfgGroup table, refer to Table 5-6 on

page 5-12.

Retrieving Information

5.6.6.3 Loss of Signal (Input Power) Alarm Hysteresis

Command snmp attribute get local cerent15216EdfaLOSHysteresis

Syntax Description snmp attribute get local cerent15216EdfaLOSHysteresis

Displays the loss of signal (input power) alarm hysteresis value. The following command displays the loss of input power hysteresis value and other laser power and

temperature data:

• snmp row display local cerent15216EdfaCfgGroup command

The cerent15216EdfaLOSHysterisis attribute in the cerent15216EdfaCfgGroup display command shows the loss of input power alarm threshold (Example 5-14 on page 5-28). For information about all of the parameters in the cerent15216EdfaCfgGroup table, refer to Table 5-6 on page 5-12.

5.6.7 Output Power

5.6.7.1 Output Power Value

5.6.7.1.1 OutPowermW

Command snmp attribute get local cerent15216EdfaOutPowermW

Syntax Description snmp attribute get local cerent15216EdfaOutPowermW

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Displays output power value in milliwatts. The snmp row display local cerent15216EdfaOverallStatusGroup command displays the

ONS 15216 EDFA2 output power value and additional pump status. For information about all of the parameters in the cerent15216EdfaOverallStatusGroup table, refer to Table 5-8 on page 5-17.

5.6.7.1.2 OutPowerdBm

Command snmp attribute get local cerent15216EdfaOutPowerdBm

Syntax Description snmp attribute get local cerent15216EdfaOutPowerdBm

Displays output power value in dBm. This command displays loss of output power value and additional pump status data. The dBm units are converted from mW to dBm, so theses values could be slightly different due to rounding error.

For information about all of the parameters in the cerent15216EdfaOverallStatusGroup table, refer to

Table 5-8 on page 5-17.

Chapter 5 SNMP MIB Installation and Configuration

5.6.7.2 Loss of Output Power Alarm Setpoint

5.6.7.2.1 LpoutSetpoint

Command snmp attribute get local cerent15216EdfaLpoutSetpoint

Syntax Description snmp attribute get local cerent15216EdfaLpoutSetpoint

This attribute notifies network operations personnel notification if the output power of the ONS 15216 EDFA2 drops below a level that impacts proper operation of the optical network.

Typically, network operations personnel should set the loss of output power alarm threshold at a value that is appropriate for the intended network application so that the alarm condition is meaningful. Consult with the Cisco TAC to determine threshold value for your application. As a guideline, Cisco recommends that loss of output power alarm threshold value be set at 1 dB below the current output power level of the amplifier.

When the ONS 15216 EDFA2 is set to Constant Gain Temperature Compensated mode (factory default), the value for loss of output power alarm threshold cannot be changed. To display the loss of output power alarm threshold and other power and temperature alarm data, use the snmp table display local cerent15216EdfaCfgGroup command (shown in Example 5-14 on page 5-28). This command returns the current alarm threshold default values.

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5.6.7.2.2 LpoutDeviation

Command snmp attribute get local cerent15216EdfaLpoutDeviation

Syntax Description snmp attribute get local cerent15216EdfaLpoutDeviation

This attribute is not required when operating in factory default Constant Gain Temperature Compensated mode. Setting of the loss of output power alarm deviation is only necessary when the amplifier is used in Constant Output Power mode.

This attribute is used to set the amount by which the output power must vary from the threshold set point before the alarm is activated. This attribute, in conjunction with the loss of output power alarm threshold and hysteresis, enables notification of network operations personnel if the output power of the ONS 15216 EDFA2 drops below a level that would impact proper operation of the optical network.

Typically, network operations personnel should set the loss of output power alarm deviation at a value that is appropriate for the intended network application so that the alarm condition is meaningful. Consult with the Cisco TAC to determine the deviation value for your application. As a guideline, Cisco recommends that the loss of output power alarm deviation value be set at 2 dB. The module triggers an alarm if it detects a signal level of 2 dB below the current output power alarm level threshold value set for the amplifier.

When the ONS 15216 EDFA2 is set to Constant Gain Temperature Compensated mode (factory default), the value for the loss of output power alarm threshold cannot be changed. To display the loss of output power alarm deviation and other power and temperature alarm data, use the snmp table display local cerent15216EdfaCfgGroup command as shown in Example 5-14 on page 5-28. This command returns the current alarm threshold default values.

Retrieving Information

To set the loss of output power alarm deviation when the ONS 15216 EDFA2 is configured for operation in Constant Output Power or Constant Pump Power mode, type snmp attribute set local cerent15216EdfaLpoutDeviation at the command prompt followed by a number (as shown in

Example 5-15 on page 5-33). Valid entries are between 0 and 1000 and are in dB times 100. For example,

if the loss of output power deviation required were 0.2 dB, the number input as the loss of output power alarm deviation would be 20.

The user is prompted to modify the attribute. If no changes are required, press Enter to return to command prompt.

Example 5-15 cerent15216EdfaLpoutDeviation Set Command

ash:hostname:ONS15216 EDFA2> snmp attribute set local cerent15216EdfaLpoutDeviation 200

ash:hostname:ONS15216 EDFA2> snmp row display local cerent15216EdfaCfgGroup

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaCfgGroup ::= { cerent15216EdfaCfgSaved = false; cerent15216EdfaLpoutSetpoint = 0; cerent15216EdfaLpoutDeviation = 200; cerent15216EdfaLpoutHysteresis = 100; cerent15216EdfaLOSThreshold = -2694; cerent15216EdfaLOSHysteresis = 100; cerent15216EdfaCtmpMin = -5; cerent15216EdfaCtmpMinHysteresis = 1; cerent15216EdfaCtmpMax = 65; cerent15216EdfaCtmpMaxHysteresis = 1;

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Retrieving Information

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cerent15216EdfaCLEI = "WMAW27VLAA"; cerent15216EdfaPowerBusMode = duplex; cerent15216EdfaPowerBusDCVoltageMin = 420; cerent15216EdfaPowerBusDCVoltageMax = 700; };

Changes must be saved before terminating the session. See the “Save Changes” section on page 4-11.

5.6.7.3 Loss of Output Power Alarm Hysteresis

Command snmp attribute get local cerent15216EdfaLpoutHysteresis

Syntax Description snmp attribute get local cerent15216EdfaLpoutHysteresis

This attribute is used to set the amount by which the output power must increase from the threshold setpoint before the alarm is cleared. This attribute, in conjunction with the loss of output power alarm threshold and deviation, enables efficient processing and clearing of the alarm condition.

Typically, network operations personnel should set the loss of output power alarm hysteresis at a value that is appropriate for the intended network application so that the alarm condition is meaningful. Consult with the Cisco TAC to determine the hysteresis value for your application. As a guideline, Cisco recommends that loss of output power alarm hysteresis value be set at 0.2 dB. The module clears the alarm if it detects a signal level of 0.2 dB above the current output power alarm level threshold value set for the amplifier.

When ONS 15216 EDFA2 is set to Constant Gain Temperature Compensated mode (factory default), the value for loss of output power alarm threshold cannot be changed. To display the loss of output power alarm deviation and other power and temperature alarm data, use the snmp table display local cerent15216EdfaCfgGroup command as shown in Example 5-14 on page 5-28. This command returns the current alarm threshold default values.

To set the loss of output power alarm hysteresis when ONS 15216 EDFA2 is configured for operation in either Constant Output Power mode or Constant Pump Power mode, type snmp attribute set local cerent15216EdfaLpoutHysteresis at the command prompt followed by a number. Valid entries are between 0 and 1000 and are in dB times 100. For example, if the loss of output power hysteresis required were 0.2 dB, the number input as loss of output power alarm hysteresis would be 200.

The user is prompted to modify the attribute. If changes are not required, press Enter to return to command prompt.

Changes must be saved before terminating the session. See the “Save Changes” section on page 4-11.

5.6.8 Database Backup and Restore

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The backup file is saved with cyclic redundancy code (CRC) to ensure data integrity, and the user names, passwords, and other system settings are encrypted for security. Only the configuration information and user database are copied back to the ONS 15216 EDFA2 during a restore.

5.6.8.1 Database Backup Procedure

Step 1 Back up the system configuration to a file (in this case, dbbkup) on the FFS:

a. Set cerent15216EdfaOpDbFileName = "dbbkup". b. Set cerent15216EdfaOpRequestId = 1. c. Set cerent15216EdfaOpDbBackup = 2. d. Wait until cerent15216EdfaOpStatus goes from inprogress to idle.

e. Verify that cerent15216EdfaOpResult is 0. Step 2 Verify that the backup file is on the FFS by getting the table cerent15216EdfaFfsFileEntry. Step 3 Copy the backup file to your TFTP server:

a. Set cerent15216EdfaFfsOpRequestId = 2.

Retrieving Information

b. Set cerent15216EdfaFfsOpSrcName = "dbbkup".

c. Set cerent15216EdfaFfsOpDstName = "dbbkup".

d. Set cerent15216EdfaFfsOpTftpSrvAddr = a.b.c.d (your TFTP server address).

e. Set cerent15216EdfaFfsOpOperation = 3 (put).

f. Set cerent15216EdfaFfsOpAction = 2 (perform).

Step 4 Wait for the TFTP put to complete and check that cerent15216EdfaFfsOpResult = 0 and that

cerent15216EdfaFfsOpCopyProgress contains the number of bytes in the file “dbbkup”.

Step 5 Copy file from your TFTP server to the FFS:

a. Set cerent15216EdfaFfsOpRequestId = 2.

b. Set cerent15216EdfaFfsOpSrcName = "dbbkup".

c. Set cerent15216EdfaFfsOpDstName = "dbbkup".

d. Set cerent15216EdfaFfsOpTftpSrvAddr = a.b.c.d (your TFTP server address).

e. Set cerent15216EdfaFfsOpOperation = 2 (get).

f. Set cerent15216EdfaFfsOpAction = 2 (perform).

Step 6 Verify that the file “dbbkup” is on the FFS by getting the table cerent15216EdfaFfsFileEntry.

5.6.8.2 Database Restore Procedure

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Before the restore begins, a cyclic redundancy code (CRC) check is performed to ensure data integrity.

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Retrieving Information

Step 1 Restore from the backup database from a file (in this case, dbbkup) on the FFS:

a. Set cerent15216EdfaOpDbFileName = "dbbkup". b. Set cerent15216EdfaOpRequestId = 1. c. Set cerent15216EdfaOpDbRestore = 2. d. Wait until cerent15216EdfaOpStatus goes from inprogress to idle.

e. Verify that cerent15216EdfaOpResult is 0. Step 2 Save the changes by setting cerentEdfa15216OpSaveConfig = 2. Step 3 Reboot the ONS 15216 EDFA2 by setting cerentEdfa15216OpReset = 2.

After the processor reboots, user names and passwords from the new user database must be used for access.

5.6.9 Alarm Entry

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Command snmp table display local cerent15216EdfaAlarmEntry

Syntax Description snmp table display local cerent15216EdfaAlarmEntry

Accesses the alarm status. Example 5-16 shows the cerent15216EdfaAlarmEntry display command.

Example 5-16 cerent15216EdfaAlarmEntry Display Command

ash:hostname:ONS15216 EDFA2> snmp table display local cerent15216EdfaAlarmEntry

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaAlarmEntry ::= { anQuasarAlarmIndex = 1; anQuasarAlarmID = lcrnt1; anQuasarAlarmPriority = minor; anQuasarAlarmState = cleared; anQuasarAlarmEnable = enabled; anQuasarAlarmDateAndTime = "2002-10-16,13:49:42.8 -8:60"; };

CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaAlarmEntry ::= { anQuasarAlarmIndex = 2; anQuasarAlarmID = lcrnt2; anQuasarAlarmPriority = minor; anQuasarAlarmState = cleared; anQuasarAlarmEnable = enabled; anQuasarAlarmDateAndTime = "2002-10-16,13:31:55.4 -8:60"; };

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CLASS CERENT-15216-EDFA-MIB.cerent15216EdfaAlarmEntry ::= { anQuasarAlarmIndex = 3; anQuasarAlarmID = ltmp1; ...

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For information about all of the parameters in the cerent15216EdfaAlarmEntry table, refer to Ta ble 5 -11

on page 5-19.

5.7 Summary of SNMP Alarms

Table 5-17 summarizes the ONS 15216 EDFA2 SNMP alarms.

Table 5-17 SNMP Alarms

Alarm Index Alarm ID Description Priority

1 lcrnt1 Excessive pump current for pump 1. Drive current

greater than 95% of end of life value. Current must drop to 90% of end of life value for alarm to clear.

2 lcrnt2 Excessive pump current for pump 2. Drive current

greater than 95% of end of life value. Current must drop to 90% of end of life value for alarm to clear.

3 ltmp1 Pump 1 laser temperature out of range. Chip

temperature deviating more than 10 degrees C from the manufacturer-defined setpoint.

4 ltmp2 Pump 2 laser temp. out of range. Chip temperature

deviating more than 10 degrees C from the manufacturer-defined setpoint.

5 lpout Loss of output power. EDFA output power is deviating

more than the value of cerent15216EdfaLpoutDeviation from the value of cerent15216EdfaLpoutSetpoint. This alarm is only valid for constOutputPower and idle modes.

6 lpin Loss of input power (signal). EDFA input power is

below the value of cerent15216EdfaLOSThreshold.

7 gain Gain out of range. Gain has deviated more than 1.25 dB

from the setpoint in constGainTempComp mode. This alarm is also triggered if the input power goes outside

the manufacturer-defined range by more than 0.15 dB. 8 ctmp The case temperature out of the threshold range. 9 powerBusA The Power Bus A voltage is out of the threshold range.

The power bus threshold has a 1.0V tolerance and a

1.0V hysteresis. There is a ±1.5V inaccuracy in the

ONS 15216 EDFA2 voltage measurement. 10 powerBusB The Power Bus B voltage is out of the threshold range.

The power bus threshold has a 1.0V tolerance and a

1.0V hysteresis. There is a ±1.5V inaccuracy in the

ONS 15216 EDFA2 voltage measurement.

1. A single power bus alarm is Minor. If the power system is in duplex mode and an alarm is raised on both power buses, the

second alarm is Critical.

Summary of SNMP Alarms

Minor

Major

Minor Minor/Critical

Minor/Critical

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Cisco Systems EDFA2 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

CONTENTS

Preface

Obtaining Documentation

Cisco.com

Optical Networking Product Documentation CD-ROM

Ordering Documentation

Obtaining Technical Assistance

Documentation Feedback

Cisco.com

Technical Assistance Center

Cisco TAC Website

Cisco TAC Escalation Center

Obtaining Additional Publications and Information

Applications

1.1 Bandwidth On Demand

1.2 Wavelength Protection Switching

1.3 Key Features

1.3.1 Constant Gain

1.3.2 Gain Flattening

1.3.3 Transient Suppression

1.3.4 Low Noise

1.3.5 SNMP MIBs

1.3.6 TL1

Technical Specifications

2.1 Optical Specifications

2.1.1 Maximum Input Power

2.1.2 Channel Loading

2.2 Electrical Specifications

2.3 Mechanical Specifications

2.4 External Features

2.5 Front Panel

Installation

3.1 Introduction

3.2 Standard Precautions

3.3 Placement and Power Connection

3.3.1 General Rack Considerations

3.3.2 Rack Installation and Power Supply Connection Procedures

3.4 SC/UPC Optical Ports

3.4.1 Safety Requirements

3.4.2 Optical Connection Procedure

3.4.3 Optical Amplification Operation Verification Procedure

3.5 Communications

3.5.1 Alarm Out Relay Interface (RJ-45)

3.5.1.1 Alarm Relay Connection Procedure

3.5.2 Alarm LEDs

3.5.2.1 POWER LED (Green)

3.5.2.2 FAIL LED (Red)

3.5.2.3 LOS LED (Yellow)

3.5.2.4 Ethernet Socket LEDs

3.5.3 Serial Interface (EIA/TIA-232) Communication

3.5.3.1 Required Equipment

3.5.3.2 Serial Connection Procedure

3.5.4 Serial Interface Remote Communication via Modem

3.5.4.1 Remote Communication Component Requirements

3.5.4.2 Modem Signals

3.5.4.3 Modem Power Up

3.5.4.4 Modem Configuration Settings

3.5.4.5 Setting and Saving Modem Settings

3.5.4.6 PC Connection via Modem

3.5.5 LAN Interface (Ethernet)

3.5.5.1 LAN Connection Procedure

Provisioning Using ASH and SNMP

4.1 Log In via RS-232 (EIA/TIA-232) Port Using HyperTerminal

4.2 Set IP Address

4.3 Log In via LAN Port Using Telnet (Optional)

4.4 Set Date and Time

4.5 Set Power Bus Mode (Simplex or Duplex)

4.6 Verify Amplifier Operational Status

4.7 Set Gain

4.8 Set Alarm Thresholds

4.9 Set Password

4.10 Add Users

4.11 Save Changes

4.12 Log Off

4.13 Back Up System Configuration

4.14 Restore System Configuration