Nokia Optical Diagnostics
and Troubleshooting

Course number: TOP00007
Course duration: 4 days
Price: €3,200

Course overview

This course provides students with the knowledge and hands-on skills required to troubleshoot and resolve Nokia photonic nodes' issues using direct web and command line interfaces. Participants will learn optical signal flow through a node using the Nokia 1830 Engineering and Planning Tool (EPT) reports for consistency analysis, retrieving optical power data and current alarms/conditions, troubleshooting and repairing a transmission, and system/optical transponder faults. The course includes extensive hands-on lab exercises to ensure students acquire practical skills on the topics presented.

Recommended prerequisites

Exam

Certification

Self-paced learning

Videos

Course objectives

After completing the course, students should be able to:

Leverage Nokia resources (e.g. Product Support Portal) for product documentation and information
Describe the optical signal flow through an 1830 PSS node
Explain different amplifier configurations, including unidirectional/bidirectional amplifiers; ingress amplification only; ingress and egress amplification; CDC-F v.1; CDC-F v.2
Describe how Raman amplification works with Erbium Doped Fiber Amplification
Locate configured span information between nodes
Locate commissioning data in EPT reports and compare with the actual nodal configuration
Locate the nodal schematic view in EPT and compare with the actual nodal configuration
Describe active alarms and conditions
Retrieve active alarms and conditions in WebUI and CLI
Generate and export alarms, conditions and logs to Excel
Recognize important types of Performance Monitoring measurements (PMs)
Retrieve PMs in WebUI and CLI
Configure loopbacks to isolate a fault
Understand 1830 PSS-32 power management settings
Configure power management settings for troubleshooting

Describe and troubleshoot important power-related alarms and messages
Perform manual power adjustments
Troubleshoot power adjustment failures
Trace a service along an optical path, through several interfaces within and beyond a node
Perform in-depth channel power monitoring
Recognize Wavelength Tracker (WT) detection points on a block diagram
Detect wave key sources within a node
Detect unexpected or missing channels
Determine which alarms are raised in a fiber cut situation
Detect unidirectional and bidirectional fiber cuts
Describe the OTDR card
Calculate span loss between two nodes and compare to designed span loss
Identify Optical Supervisory Channel (OSC) information and alarms
Troubleshoot common OSC issues
Identify and resolve transponder configuration issues
Identify and resolve Forward Error Correction (FEC) configuration issues
Identify and resolve payload type and encapsulation mode issues
Identify and resolve fiber connection issues through the Trail Trace Identifier (TTI)

Course modules

Module 1 – Documentation and Support Information
Module 2 – Optical Signal Flow
Module 3 – EPT report parameters
Module 4 – Alarms, conditions and logs
Module 5 – Performance monitoring and loopbacks for troubleshooting

Module 6 – Transmission and power adjustment troubleshooting techniques
Module 7 – Wavelength Tracker
Module 8 – Line issues troubleshooting and alarm correlation
Module 9 – Optical Transponder configuration troubleshooting

Schedule and registration