HCIP Transmission

HCIP Transmission
Duración
5 días
Resultados
Capacitación y certificación de ingenieros que son capaces de implementar y operar redes de transmisión de forma independiente con equipos Huawei MSTP Tiene los conocimientos básicos de la red de transmisión y la capacidad de entregar y mantener equipos Huawei MSTP de forma independiente. Principios SDH, Descripción general del sistema MSTP, Esquemas de protección MSTP, Configuración del servicio de MSTP, Principios Ethernet, Descripción general del servicio Ethernet, Principios WDM y Protocolos OTN.
Requisitos del curso
HCIA Transmission
Pblico objetivo
Ingenieros de Redes y Técnicos en Redes que desea implementar y dar soporte a Redes Corporativas y Clientes WISP e ISP. Ingenieros de Redes involucrados en actividades de pre-venta y post-venta en soporte e instalación de redes corporativa y PYMES. Ingenieros de Redes, Administradores de Red, Técnicos en Soporte de Redes, y Técnicos de Soporte a Usuario (Help Desk).

Contenido del curso:

1NG WDM System Introduction

1.1 Product Overview

1.2 Product Functions and Features

1.3 Hardware Architecture

2NG WDM Equipment Networking and Application

2.1 Network Layers and System Architecture

2.2 Site Type

2.3 Site Application Scenarios

2.4 Key Factors in NG WDM Networking

3NG WDM Optical and Electrical Layer Grooming

3.1 NG WDM Optical-Layer Grooming

3.2 NG WDM Optical-Layer Grooming

4NG WDM Common Data Configuration

4.1 Preparations for the Configuration

4.2 Creating and Configuring NEs and Networks

4.3 Backing Up the NE Database

5NG WDM Optical Layer Service Configuration

5.1 Basic Concepts

5.2 Configuration Example

5.3 Create an OCh Trail by Station

5.4 Create an OCh Trail by Board Method

5.5 Create an OCh Trail by Trail

6NG WDM Electrical Layer Service Configuration

6.1 Basic Concepts of the Electrical Layer Grooming

6.2 Configuring Example and Application Scenario

6.3 Configuring WDM Services by Station

6.4 Configuring WDM Services by Trail

6.5 Configuring WDM Services by Service Packages

7NG WDM System Commissioning

7.1 Preparations for Commissioning

7.2 Optical Power Commissioning of Non-coherent System

7.3 Optical Power Commissioning of Coherent System

7.4 Optical Power Commissioning of Mixed Transmission System

8NG WDM System Common Indicator Test

8.1 Overview of Testing

8.2 Main Channel Feature Test

8.3 OSC Channel Feature Test

8.4 System Test

9NG WDM Protection Topic

9.1 NG WDM Protection Topic

9.2 Optical Layer Protection

9.3 Electrical Layer Protection

10NG WDM Equipment Routine Maintenance

10.1 Maintenance Operation on Equipment Side

10.2 Maintenance Operation on Network Management Side

11NG WDM Alarm Signal Flow

11.1 Overview

11.2 Electrical-layer Alarm Analysis

11.3 Optical-layer Alarm Analysis

12NG WDM System Troubleshooting

12.1 Troubleshooting Preparation

12.2 Basic Rules and Methods of Fault Locating

12.3 Fault Classification and Handling

12.4 Case Analysis

13Optical Doctor (OD) System Special Topic

13.1 Introduction to the OD System

13.2 Principles of the OD System

13.3 Configuration and Usage of the OD System

14Fiber Doctor (FD) System Special Topic

14.1 Introduction to the Fiber Doctor System

14.2 Principles of Line Fiber Quality Monitoring

14.3 Configuration and Usages of the Fiber Quality Detection Function

15NG WDM Packet Technology Introduction

15.1 IP Overview

15.2 MPLS Technology

15.3 PWE3 Technology

15.4 MPLS-TP Technology

16MS-OTN Networking and Service Introduction

16.1 Network Application

16.2 Service Introduction

16.3 Network Protection

17OptiX OSN 1800V Packet Service Configuration

17.1 ETH PWE3 Service Introduction

17.2 Basic Parameters Configuration

17.3 ETH PWE3 Service Configuration

17.4 Protection Configuration

18New Transmission Technologies

18.1 Super 100G Technology

18.2 New Technologies of Intelligent Network

18.3 New Technologies of Network O&M

19MSTP Technology Topic - Clock Protection

19.1 Basic Concepts of Clock Protection

19.2 Standard SSM Clock Protection Analysis

19.3 Extended SSM Clock Protection Analysis

20MSTP Technology Topic - ECC Maintenance and Pointer Adjustment

20.1 HWECC Topic

20.2 Pointer Justification Topic

21MSTP Technology Topic - PCM Technology

21.1 PCM Technology Introduction

21.2 PCM Principles and Application

21.3 PCM Boards

22MSTP Board Replacement

22.1 Board Replacement Overview

22.2 Faulty Board Replacement

22.3 Board Version Replacement

22.4 Board Capacity Upgrade

23Discrete Service Analysis and Handling

23.1 Basic Concepts of Discrete Services

23.2 Causes and Handling Methods of Discrete Services

23.3 Procedure for Clearing Discrete Services

23.4 How to Avoid Discrete Services

24Ethernet Service Common Indicator Test

24.1 Basic Concepts of Ethernet

24.2 Introduction to the Ethernet Performance Test

24.3 Common Test Indicators for Ethernet Services

24.4 Methods for Testing Common Ethernet Service Indicators

25MSTP Equipment Troubleshooting

25.1 Preparing for Fault Locating

25.2 Fault Locating Methods

25.3 Case Analysis

26ASON Intelligent Optical Network

26.1 ASON Introduction

26.2 Basic Concepts of ASON

26.3 ASON Feature

26. 42M ASON Service Management

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