6500 PACKET-OPTICAL PLATFORM OAM&P (BROADBAND AND PHOTONIC LAYER)

Transcription

1 6500 PACKET-OPTICAL PLATFORM OAM&P (BROADBAND AND PHOTONIC LAYER) O-224 COURSE OUTLINE TRN-O Release 9.2 July 2013

2 A. INTRODUCTION This Instructor-Led Training (ILT) course is designed for personnel responsible for the Operation, Administration, Maintenance, and Provisioning (OAM&P) of a 6500 Broadband (BB) and Photonic Layer (PL) node and network. B. OBJECTIVES Upon successful completion of this course, students should be able to: Describe the Common Hardware for the 6500 Describe Safety and Electrostatic Discharge (ESD) guidelines that must be applied when working on optical products Identify key features of Ciena documentation Describe the 6500 User Interface and Administration features and perform various activities with Site Manager Describe the key parameters required in the initial nodal System Line-up And Testing (SLAT) process, as well as the Data Communication features of the 6500 Describe the Broadband equipment Explain equipment and facility states Identify Synchronization and Protection schemes available for BB services Identify the Performance Monitoring features Perform the Performance Monitoring procedures according to the Technical Publication Clear alarms using Fault Management procedures Identify the 6500 Photonic Layer hardware List the 6500 Photonic Layer configurations Visualize the 6500 Photonic Layer Signal flow through the different site types Perform Equipment and Facility Provisioning Perform Photonic Layer level Provisioning (Optical Transport Section (OTS) and adjacencies) Add and Delete a wavelength from a system Describe the 6500 Photonic Layer Performance Monitoring (PM) features Retrieve PM data from a node Clear alarms using Fault Management procedure

3 C. CONDITIONS There is a maximum of 10 students. Lectures will take place in a classroom using projector displays. Demonstrations and exercises will be conducted in the classroom and training lab. D. PREREQUISITES To be successful in this course, students should have the following skills and knowledge: Working knowledge of fiber optics and digital communications technology Recommended: Ciena s Optical Communications Associate (OC-A) Certification Additionally, students should have completed the Web-Based Training (WBT) as required by the K224 blended-learning kit: E. TIME WBT CN06 ESD, Laser Safety, and Fiber Cleaning (duration: 30 minutes) WBT O Product Overview (duration: 2 hours 30 minutes) The average time for this instructor-led training course is 4 days plus 3 hours for the prerequisite WBTs. F. COURSE OUTLINE O BB and PL OAM&P (combination of O-221 and O-261) O2CB 6500 Common Book Introduction Common Hardware Overview Ciena Documentation User Interface and Administration Overview Nodal SLAT and Data Communication Network (DCN) Overview O Packet-Optical Platform (BB) Operation and Maintenance Lesson 1. Hardware Overview (BB) 6500 Shelf Assembly Types

4 Pluggable options Broadband interfaces Lesson 2. Provisioning Overview Equipment and facility states Provisioning steps Broadband provisioning parameters 100G OCI Integrated Test Set (ITS) Feature 100G OCLD Provisioning Information Perform various Provisioning activities Lesson 3. Synchronization Overview Shelf timing sources Synchronization quality levels Network synchronization Site Manager navigation Lesson 4. Protection Switching Overview Protection types available Conditions that will initiate protection switching Protection switching hierarchy Site Manager navigation Lesson 5. Performance Monitoring Overview Performance Monitoring features Perform Performance Monitoring procedures according to the Product Documentation Lesson 6. Fault Management Relate Shelf and Circuit Pack Light Emitting Diode (LED) indications to equipment operational and fault status Site Manager s Alarm and Event windows Circuit pack replacement Steps of the troubleshooting methodology Steps to locate and clear alarms Use of the Technical Documentations and appropriate tools and procedures to clear alarms

5 O Packet-Optical Platform (PL) OAM&P Lesson 1. Hardware Overview (PL) PL Circuit packs Channel Mux/Demux Colorless applications Passive optics Lesson 2. Photonic Layer Configurations PL Site types Differences with colorless site Passive optics configuration Lesson 3. Signal flow Lesson 4. Equipment and Facility Provisioning Equipment and facility states PL Modules Perform photonic provisioning Lesson 5. Optical Transport Section (OTS) Management/Adjacencies PL Optical Transport Section (OTS) application Adjacencies Lesson 6. Photonic Layer Wavelength Add/Delete and DOC/Photonic Connections Photonic advanced optical control Photonic connections Adding wavelengths Lesson 7. Performance Monitoring Photonic Layer (PL) monitoring and access points PL monitored parameters PM data recovery Lesson 8. Fault Management Relate Shelf and Circuit Pack LED indications to equipment operational and fault status Site Manager Alarm and Event windows Circuit pack replacement Steps of the troubleshooting methodology

6 Steps to locate and clear alarms Perform alarm clearing procedures