HCIE-Transmission (Training Only)

COURSE OUTLINE

COURSE OUTLINE

Transmission Network Products

• Overview and Application Scenarios of Huawei Transmission Network Products
• Cabinets and Subracks
• Common Boards

Introduction to iMaster NCE-T

• NCE-T System Overview
• NCE-T Functions and Features
• NCE-T Routine Operations and O&M Management

Deploying and Commissioning OTN Devices

• Initiation Configuration
• OSC Commissioning
• Optical Power Commissioning
• NE Commissioning
• Data Backup

Transmission Network QoS

• QoS Overview
• QoS Key Technologies
• QoS Application on a Transmission Network
• HQoS

MS-OTN Service Configuration

• OTN Service Configuration
• SDH Service Configuration
• EoO Service Configuration
• EoS Service Configuration
• MPLS-TP Service Configuration
• OSU Service Configuration

NHP Technology

• Introduction to NHP
• OSU Application Scenarios
• OSU Principles
• OSU Features

ASON Principles and Applications

• ASON Overview
• ASON Composition and Protocols
• ASON Functions and Features
• ASON Application Scenarios

NG WDM Optical Layer ASON Service Configuration

• Enabling Optical-Layer ASON
• Managing Optical-Layer Control Planes
• Creating Optical-Layer Diamond ASON Services
• Creating Optical-Layer Silver ASON Services
• Creating Optical-Layer Copper ASON Services
• Managing Optical-Layer ASON Services

NG WDM Electrical-Layer ASON Service Configuration

• Enabling Electrical-Layer ASON
• Managing Electrical-Layer Control Planes
• Creating Electrical-Layer Diamond ASON Services
• Creating Electrical-Layer Silver ASON Services
• Creating Electrical-Layer Copper ASON Services
• Managing Electrical-Layer ASON Services

Optical Doctor System

• Composition and Principles of the OD System
• Networking Design and Configuration Rules of the OD System
• OD System Configuration
• Network O&M Using the OD System

Fiber Doctor System

• Introduction to the FD System
• FD System Networking Scenarios
• Functions and Features of the FD System
• Line Fiber Quality Detection Configuration

NG WDM Network Planning and Design

• Network Design Elements
• Network Design Process
• DCN Planning

SDH-to-OTN Upgrade Solution

• SDH-to-OTN Upgrade Solution Overview
• SDH-to-OTN Upgrade Networking Schemes
• SDH-to-OTN Upgrade Solution Hardware Support
• SDH-to-OTN Upgrade Solution Implementation Process
• SDH-to-OTN Upgrade Cases

OTN Network Reconstruction

• Network Reconstruction Procedure
• Adding a Direction
• Adding an OLA Site
• Reconstructing an OLA Site into an OADM Site
• Reconstructing a Traditional OADM Node into a Colorless Node
• Reconstructing a Traditional OADM Node into a Directionless Node
• Adding a Single Wavelength for Capacity Expansion
• Expanding the Wavelength Capacity

OTN Network Protection Reconstruction

• Optical-Layer Protection Reconstruction
• Electrical-Layer Protection Reconstruction
• Nested Protection

Ultra-High Rate and Ultra-High Bandwidth Technologies for WDM Networks

• Coherent Transmission Technologies
• Extended C-Band and Super C-Band Technologies

ULH Transmission Network Solution

• ULH Transmission Technologies
• ULH Solutions
• Deployment and Maintenance for the ULH Transmission System

All-Optical Switching Technology

• OXC Enables Transmission Networks to Evolve to All-Optical Networks
• Huawei OXC Solution
• Application Scenarios of Huawei OXC

Turbo WDM Technology

• Turbo WDM Technology
• Turbo WDM Hardware
• Networking and Application

Clock Synchronization

• Introduction to the Clock Synchronization Network
• Clock Synchronization Network Technologies

DCI Solution

• DCI Driving Forces and Challenges
• Huawei DCI Solution
• DCI Cases

Fiber Optic Sensing Solution

• Overview of Fiber Optic Sensing
• Basic Principles of Distributed Fiber Optic Sensing
• Typical Application Scenarios of Distributed Fiber Optic Sensing
• Products

Comprehensive Troubleshooting Methods for Transmission Networks

• Electrical-Layer Alarms
• Optical-Layer Alarms
• Fault Locating Principles and Methods
• Troubleshooting Methods for Different Faults
• Typical Cases

Comprehensive Troubleshooting Methods for Transmission Networks – Lab Practice

• Optical Power Faults
• Service Interruptions
• Protection Faults
• Communication Faults
• Bit Error Faults
• Interconnection Faults