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Ciena 6500. PACKET-OPTICAL PLATFORM (OTN) OAM&P. OTN. Эксплуатация.

Course Description:

This Blended-Learning Kit (BLK) is designed for personnel responsible for the Operation, Administration, Maintenance, and Provisioning (OAM&P) of a 6500 Optical Transport Network (OTN) nodes and networks. This OAM&P kit is comprised of Instructor-Led Training (ILT) plus prerequisite Web-Based Training (WBT). Students are required to complete the WBTs prior to the ILT portion of the kit. This kit includes:

  • WBT O505 – 6500 Product Overview
  • WBT CN06 – ESD, Laser Safety, and Fiber Cleaning
  • WBT O507 – 6500 Control Plane Overview
  • ILT O-282 – 6500 OTN Operation and Maintenance
    OR
  • VILT X282 – 6500 OTN Operation and Maintenance

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-upAnd Testing (SLAT) process, as well as the Data Communication features of the 6500
  • Introduction to OTN Technology
  • Identify the OTN hardware
  • Discuss OTN Facility Terminology
  • Describe signal flow in a 6500 OTN shelf
  • Identify Equipment and Facility Provisioning parameters
  • Explain cross-connect provisioning and perform cross connections
  • Describe the Protection Switching features available on the 6500 and perform various Protection Switching activities
  • Describe the 6500 OTN Performance Monitoring (PM) features
  • Retrieve PM data from a node
  • Clear alarms using Fault Management procedures

Conditions for Instructor-Led Training:

  • The maximum number of students for this course is 10.
  • Lectures take place in a classroom using projector presentations
  • Demonstrations and exercises will be conducted in the classroom and training lab.
  • Students receive course presentation material and product documentation on a USB drive.
  • If the ILT portion of this course is delivered outside a Ciena facility where captive lab equipment is not available, the lab equipment in a Ciena facility can be accessed remotely using a WebEx connection. Remote lab equipment access does have limitations with respect to the amount of tests and procedures that can be performed.

Prerequisites:

To be successful in this blended-learning kit, students should have a basic
knowledge of:

  • Fiber optics and digital communications technology
  • Telecommunications systems
  • Experience with telecommunications systems
  • Recommended: Ciena's Optical Communications − Associate (OC-A) Certification

Additionally, prior to attending the Instructor-led portion of this kit, students
should have completed:

  • CN06 – ESD, Laser Safety, and Fiber Cleaning [duration: 30 minutes]
  • O505 – 6500 Product Overview [duration: 2 hours 30 minutes]
  • O507 – 6500 Control Plane Overview [duration: 1 hour 30 minutes]

Conditions for Prerequisite Web-based Training:

Interactive Web-based presentations are conducted on:

  • Personal Computer (PC) Windows XP or later
  • MAC OSX 10.6.x or later
  • Sound card with external speakers or headphones
  • Browser support:
    • PC: Microsoft Internal Explorer 8.x or later; Firefox 3.6.x or later; Google Chrome 10.x or later
    • MAC: Apple Safari 4.0.x or later
  • Students need to ensure that any pop-up blocker is disabled.
  • Macromedia Flash Player and/or Windows Media Player web browser plugins are required.
  • Reference documents are available on the Ciena portal.

Duration:

The average time to complete the training courses in this kit is approximately 4 hours and 30 minutes for the Web-based components and 4 days for the instructor-led course.


Kit Outline:

CN06 – ESD, Laser Safety, and Fiber Cleaning

Lesson 1. Introduction
Lesson 2. Electrostatic Discharge
Lesson 3. Laser Safety
Lesson 4. Fiber Cleaning

O505 – 6500 Product Overview

Course Introduction

The 6500 Platform Overview

  • Shelf assemblies
  • Applications scenarios

Common Hardware

  • Access panel
  • Access panel variants
  • Shelf cooling units
  • Power input cards
  • Maintenance interface card
  • Shelf processors
  • Filler Card

Features and Functions

  • Client interfaces
  • OTN interfaces and optical mux/demux for regional networks
  • Switching functionality
  • Amplifier components

Protection Schemes

  • Equipment and traffic
  • Data services
  • OTN

6500 Management Interfaces

  • User interfaces
  • Data Communication Network (DCN) functionality
  • Site Manager GUI
  • OneControl software solution
  • Control Plane application software

Product Documentation

O507 – 6500 Control Plane Overview

Module 1, Lesson 1: Course Introduction

Module 2, Lesson 1: Product Documentation

Module 3, Lesson 1: Control Plane Overview

Module 4, Lesson 1: OSRP Overview

  • Optical Signal Routing Protocol (OSRP)
  • OSRP in a 6500 network
  • Control Plane architecture
  • OSRP Node provisioning

Module 4, Lesson 2: Overview of OSRP lines and links concept

  • OSRP Facilities
  • OSRP Node provisioning steps and facilities

Module 4, Lesson 3: Provisioning OSRP Communication

  • Data Communication requirements for Control Plane
  • Data Communication Channel (DCC) and General Communication Channel (GCC) Facilities that require provisioning

Module 5, Lesson 1: Overview of Routes and Routing Lists

  • Control Plane Routing concept
  • Manual and Dynamic routing
  • Concept of Designated Transit Lists (DTLs)
  • Preferred and Exclusive routes option
  • Creating routes

Module 6, Lesson 1: Control Plane connection types

  • SubNetwork Connection (SNC) connection types
  • SNC provisioning modes
  • Add/Drop end points
O2CB - 6500 Common Book

Introduction

Lesson 1. Common Hardware Overview

  • Common hardware components including
  • Shelf variants available
  • Power options
  • Shelf Processor
  • Fan units
  • Safety and ESD precautions

Lesson 2. Ciena Documentation

Lesson 3. User Interface and Administration Overview

  • Launching Site Manager
  • Network Element Login
  • Navigating through different windows on Site Manager while perform administration tasks

Lesson 4. Nodal SLAT and DCN Overview

  • Data Communication Network (DCN) design options
  • Communication paths that can be used
  • General DCN terms
  • Navigating through different DCN windows on Site Manager
O-282 - 6500 Packet-Optical Platform OTN O&M

Lesson 1. Introduction to OTN Technology

  • Advantages
  • Frame structure

Lesson 2. Hardware Overview

  • PKT/OTN shelves and circuit packs

Lesson 3. OTN Facility Terminology

  • Facility models
  • Facilities on OTN switched circuit packs
  • OTN hierarchy

Lesson 4. Signal Flow

Lesson 5. Provisioning Overview

  • Equipment and facility states
  • Provisioning steps
  • Provisioning procedures
  • Connection management
  • Network configurations
  • Provisioning connections

Lesson 6. Protection Switching Overview

  • Protection types
  • Switching hierarchy
  • Site Manager windows

Lesson 7. OTN Control Plane Overview

Lesson 8. Control Plane Provisioning

  • Optical Signal Routing Protocol (OSRP) facilities
  • OSRP in a network
  • OSRP node provisioning
  • OSRP enabling on OTN facilities

Lesson 9. Control Plane Provisioning – OSRP Communication

  • Data communication requirements
  • Provisioning General Communication Channel (GCC) facilities

Lesson 10. Routes and Routing Lists

  • Designated Transit Lists (DTLs)
  • Manual switching to protection DTL
  • Creating routes and routing lists

Lesson 11. Control Plane Connection Types

  • Subnetwork Connections (SNCs)
  • Provisioning modes

Lesson 12. Control Plane Connection Options

  • Advertised bandwidth limit
  • Link level constraint
  • Protection class

Lesson 13. Performance Monitoring (PM) OTN

  • PM features and procedures

Lesson 14. Fault Management

  • Relating 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
  • Troubleshooting methodology
  • Locating and clearing alarms
  • Using technical documentation and appropriate tools and procedures to clear alarms