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Huawei Certificate Training Catalog

COMMERCIAL IN CONFIDENCE 1

Huawei Certificate Training Catalog

HUAWEI Learning Service

2018

Huawei Certification Training Catalog


CONTENTS

CONTENTS ..................................................................................................................................................................... 2

Training Project List ..................................................................................................................................................... 4

1. Fixed Network ..................................................................................................................................................... 6

1.1. Datacom.............................................................................................................................................. 6

1.1.1. HCNA - Carrier IP Training ........................................................................................................... 6

1.1.2. HCNP - Carrier IP Training .......................................................................................................... 11

1.1.3. HCIE - R&S Carrier IP Training....................................................................................................21

1.2. Access ...............................................................................................................................................28

1.2.1. HCNA - Access Network Training ................................................................................................28

1.2.2. HCNP - Access Network Training ................................................................................................31

1.3. Transmission ......................................................................................................................................32

1.3.1. HCNA - Transmission Training .....................................................................................................32

1.3.2. HCNP - Transmission Training ....................................................................................................36

2. Core Network .....................................................................................................................................................41

2.1. Mobile Soft Switch ..............................................................................................................................41

2.1.1. HCNA - Mobile Soft Switch Training .............................................................................................41

2.1.2. HCNP - Mobile Soft Switch Training.............................................................................................44

3. Wireless .............................................................................................................................................................47

3.1. LTE ....................................................................................................................................................47

3.1.1. HCNA - LTE Training ...................................................................................................................47

3.1.2. HCNP - LTE Training...................................................................................................................51

3.1.3. HCNP - EPC Training..................................................................................................................54

4. RNP&RNO .........................................................................................................................................................56

4.1. LTE RNP&RNO ..................................................................................................................................56

4.1.1. HCNA - LTE RNP&RNO Training .................................................................................................56

4.1.2. HCNP - LTE RNP&RNO Training.................................................................................................59

5. SDN ...................................................................................................................................................................65

5.1. SDN ...................................................................................................................................................65

5.1.1. HCNA - SDN Training..................................................................................................................65

5.1.2. HCNP - SDN Training .................................................................................................................68

6. Cloud .................................................................................................................................................................71

6.1. Cloud DataCenter Operations .............................................................................................................71

6.1.1. HCNA - Cloud DataCenter Operations Training ............................................................................71

6.1.2. HCNP - Cloud DataCenter Operations Training ............................................................................75

6.2. Planning and Building Cloud DC .........................................................................................................81

6.2.1. HCNA - Cloud DataCenter Architect Training ...............................................................................81

6.2.2. HCNP - Cloud DataCenter Architect Training ...............................................................................84

6.3. Cloud Solutions Architect ....................................................................................................................89

6.3.1. HCNA - Cloud Solutions Architect Training ...................................................................................89

6.4. Cloud Services Application ..................................................................................................................95



6.4.1. HCNA - Cloud SysOps Administrator Training ..............................................................................95

7. IoT .....................................................................................................................................................................99

7.1. IoT .....................................................................................................................................................99

7.1.1. HCNA - IoT Training ....................................................................................................................99

7.1.2. HCNP - IoT Wireless Training .................................................................................................... 101

7.1.3. HCNP - IoT Platform Training .................................................................................................... 104

8. Hardware Installation ........................................................................................................................................ 106

8.1. Wireless Hardware ........................................................................................................................... 106

8.1.1. HCS - Wireless Hardware Installation Training ........................................................................... 106

8.2. Microwave Hardware Installation ....................................................................................................... 111

8.2.1. HCS - Microwave Hardware Installation ..................................................................................... 111

8.3. FTTX OSP........................................................................................................................................ 115

8.3.1. HCS - FTTX Outside Plant Training ........................................................................................... 115

8.4. Data Center and Network Equipment Installation ............................................................................... 118

8.4.1. HCS - Data Center and Network Equipment Hardware Installation Training ................................ 118

9. Big Data ........................................................................................................................................................... 122

9.1. Big Data ........................................................................................................................................... 122

9.1.1. HCNA-Big Data Training ........................................................................................................... 122

10. Automatic O&M ................................................................................................................................................ 125

10.1. OWS ................................................................................................................................................ 125

10.1.1. HCDA - OWS Developer Training .............................................................................................. 125



Training Project List

Huawei Certificate Training List

Training Name Level Duration

(working days) Class Size

Fixed Network

HCNA - Carrier IP Training Ⅱ 8 6 ~ 12

HCNP - Carrier IP Training Ⅲ 20 6 ~ 12

HCIE - R&S Carrier IP Training Ⅳ 25 2 ~ 6

HCNA - Access Network Training Ⅱ 5 6 ~ 12

HCNP - Access Network Training Ⅲ 13 6 ~ 12

HCNA - Transmission Training Ⅱ 10 6 ~ 12

HCNP - Transmission Training Ⅲ 15 6 ~ 12

Core Network

HCNA - Mobile Soft Switch Training Ⅱ 20 6 ~ 12

HCNP - Mobile Soft Switch Training Ⅲ 19 6 ~ 12

Wireless Network

HCNA - LTE Training Ⅱ 10 6 ~ 12

HCNP - LTE Training Ⅲ 10 6 ~ 12

HCNP - EPC Training Ⅲ 12 6 ~ 12

RNP&RNO

HCNA - LTE RNP&RNO Training Ⅱ 8 6 ~ 12

HCNP - LTE RNP&RNO Training Ⅲ 15 6 ~ 12

SDN

HCNA - SDN Training Ⅱ 5 6 ~ 12

HCNP - SDN Training Ⅲ 10 6 ~ 12

Cloud

HCNA - Cloud DataCenter Operations Training Ⅱ 10 6 ~ 12

HCNP - Cloud DataCenter Operations Training Ⅲ 15 6 ~ 12



HCNA - Cloud DataCenter Architect Training Ⅱ 5 6 ~ 12

HCNP - Cloud DataCenter Architect Training Ⅲ 10 6 ~ 12

HCNA - Cloud Solutions Architect Training Ⅱ 8 6 ~ 12

HCNA - Cloud SysOps Administrator Training Ⅱ 5 6 ~ 12

IoT

HCNA - IoT Training Ⅱ 5 6 ~ 12

HCNP - IoT wireless Training Ⅲ 5 6 ~ 12

HCNP - IoT Platform Training Ⅲ 5 6 ~ 12

Hardware Installation

HCS - Wireless Hardware Installation Training Ⅱ 5 8 ~ 12

HCS - Microwave Hardware Installation Training Ⅱ 4 8 ~ 12

HCS - FTTX Outside Plant Training Ⅱ 3 8 ~ 12

HCS - Data Center and Network Equipment Hardware Installation

Training Ⅱ 4 8 ~ 12

Big Data

HCNA-Big Data Training Ⅱ 5 6~12

Automatic O&M

HCDA - OWS Developer Training II 4 6~12



1. Fixed Network

1.1. Datacom

1.1.1. HCNA - Carrier IP Training

Training Path

Lecture Hands-on exercise 1D

Route Principle and Static Route

Configuration


OSPF, IS-IS Principle and Configuration


Ethernet Principle and Related Protocols

Configuration


WAN Related Principle and Configuration


Firewall Principle and Configuration

Lecture 1D

NE Router ,CE switch introduction and networking


TCP/IP Stack and IPV6 Basics

Target Audience

This program is intended for those who are to be certified by HCNA exam



Prerequisites

Be familiar with Windows operating system

Know the basic function and conception of computer network

Objectives

On completion of this program, the participants will be able to:

Describe the hierarchical structure of IP network and the function of each layer

Describe IPV6 address basic structure

Describe Ethernet evolution and relative technology

Outline network security and firewall concepts

Describe TCP/IP model, the function of each layer, the function and the working principle of some common

protocols

Describe ICMP working principle

Describe Router and Switch working principle

Describe the basic principle and configuration of VLAN, STP, VRRP, Static Route, OSPF, IS-IS,PPP,

Design IP addresses with IP address sub netting technology

Apply ping, tracert in network maintenance and basic troubleshooting

Configure IP address, VLAN, VRRP, Static Route, OSPF,IS-IS in VRP platform

Locate and handle the simple fault

Choose Huawei routers for each layer of IP network

Centralized Training Content

ODC01 HCDA-HNTD (Huawei Certified Datacom Associate-Huawei Networking Technologies and Device)

IP Network Fundamental

Data traffic basis

Brief introduction of network and internet

Protocol and standard

enterprise applications in reality

TCP/IP Basis

TCP/IP protocol stack

Data encapsulation of TCP/IP protocol stack

Case analysis

Protocols of Transport Layer

TCP

UDP

Introduction to Common Application

Common application

IP Addressing and Routing

IP address

Protocols of network layer

Working principle of router

VRP Basis and Operation



VRP overview

Building configuration environment

VRP configuration basis

System manager

Routing Protocol Basis

Concept of route

Classification of routing protocol

The routing process of data packet in the network

The structure of routing table

Static Route

Static route configuration

Default route configuration

Route load balance and route backup

Dynamic Routing Protocol Basis

Dynamic routing protocol

The classification of dynamic routing protocol

Distance-vector Routing Protocol

Distance-vector routing protocol

Routing loop and the method of loop avoidance

OSPF Routing Protocol Basis

Basic concepts of OSPF

The route calculation process of link state algorithm

OSPF basic configuration

IS-IS Routing Protocol Basis

Basic concepts of IS-IS


IS-IS basic configuration

Ethernet Overview

The history of Ethernet

The standard of Ethernet

Principle of Ethernet Device

Shared ethernet

Working principle of L2 switch

Working principle of L3 switch

Ethernet Port Technology

Auto-negotiation technology

Flow control

Port aggregation

Port mirroring

VLAN Technology Principle and Configuration

VLAN overview

Application rule of VLAN tag



VLAN Routing

What is VLAN routing

VLAN routing configuration

STP Principle and Configuration

The problem of looping

The calculation process of STP

Configuration of STP

The problem of STP

VRRP Principle and Configuration

VRRP principle

VRRP configuration

HDLC Principle and Configuration

Protocol overview and data encapsulation

Configuration of HDLC

PPP Principle and Configuration


Link control protocol

PPP authentication protocol

Network control protocol

Firewall Product Basis

Development of firewall technology

Eudemon series product

Eudemon Basic Function and Configuration

Work mode

Security zone

ACL

NAT

NE Series Routers Overview

Overview

ARX9 Series Hardware Features

ARX9 Series Key Functions and Application

CE Series Switches Overview

CE Series Switches Overview

CE Series Switches Hardware Features

CE Series Switches Typical Applications

Case study of Enterprise Applications

Duration

8 working days

Maximum Class Size

Min 6，max 12



Related Certificate Exam

Notes: The examination is NOT belong to the scope of training, and it needs to be purchased separately.

Exam Code Exam Name

H31-211 HCNA - Carrier IP



1.1.2. HCNP - Carrier IP Training

Training Path

ODC02 Lecture 0.5d

Switch, ME60, NE Router, Eudemon Firewall Introduction

ODC02 Lecture,Lab 2d

VLAN, QinQ and MSTP

ODC03 Lecture, Lab 0.5d

IPv4 Planning, IPv6 Basic


OSPF, ISIS, BGP Route protocol and Route Select and Control

ODC04 Lecture, Lab 4d

MPLS VPN, MPLS TE


Qos


HA


Multicast


Access and Authentication


Firewall Basic Principles

Target Audience

This program is intended for those who are to be certified by HCDP exam



Prerequisites

Have got the HCDA certification or have equivalent technical level

Objectives


Describe the working principle of VLAN, QinQ, STP, RSTP, MSTP

Configure VLAN, QinQ, STP, RSTP, MSTP in VRP platform

Apply VLAN, QinQ to access network to implement user isolation and service transportation

Apply STP, RSTP, MSTP in access network to avoid loop

Flexibly apply the VLSM technique to design IP addresses

Flexibly apply the CIDR technique to aggregate the routes

Describe the IPv6 basic packets and the IPv6 address structure

Describe the basic protocol of IPv6 (ICMPv6, ND, IPv6 address allocation protocol)

Describe the working principle of OSPFv2/v3 routing protocol

Describe several OSPF special areas

Troubleshoot OSPF neighbor relationship failures and routing failures

Describe the working principle of ISIS routing protocol in IPv4 and IPv6

Troubleshoot ISIS common neighbor relations failure and routing failures

Configure OSPF and ISIS in VRP platform to realize the IP connectivity of the large network

Describe the working principle of BGP and MP-BGP for IPv6

Configure BGP/MP-BGP for IPv6 in VRP platform and use BGP route attributes and route policy to select and

filter routing in large network based on demand

Describe the working principle and function of BGP route reflector and confederation

Describe the BGP multi-homed basic concepts and application scenarios

Troubleshoot the BGP peer establishing failures, routing learning failures and path selection failures

Flexibly apply the common route selection tools(Access control list, ip-prefix, as-path-filter, community-filter,

route-policy)

Describe the basic principle of MPLS

Describe the basic process of MPLS data forwarding

Describe the basic concepts and principles of the MPLS LDP

Description the MPLS LDP label management mechanism and the loop protection mechanism

Configure MPLS LDP in VRP platform

Describe the basic concepts and basic principles of the MPLS BGP VPN

Configure the MPLS BGP VPN

Describe the basic concepts and basic principles of the MPLS L2 VPN、VPLS

Configure the MPLS L2 VPN、Martini VPLS

Master the troubleshooting methods of the MPLS BGP VPN in control plane and data plane

Describe the working principle and the four components of MPLS TE

Configure MPLS TE in VRP platform

Describe the basic concepts of QoS and the different QoS models

Describe the IP QoS technologies, such as classification and marking, traffic policy and shaping, congestion

management and avoidance, link efficiency mechanisms, etc



Describe the basic principle of the common HA technologies, such as Eth-Trunk, Smart Link, NSR, BFD and

VRRP

Describe the working principle of multicast protocol(IGMP,PIM-SM,PIM-DM)

Configure IGMP/PIM-SM/PIM-DM in VRP platform

Describe the working principle of PPP, PPPoE, IPoE, IPoEoVLAN

Deploy PPPoE, IPoE, IPoEoVLAN in access network

Perform the troubleshooting about VLAN, QinQ, STP, RSTP, MSTP, PPPoE, IPoE, IPoEoVLAN in access

network

Describe Eudemon Firewall basic function features

Describe Eudemon Firewall NAT service feature

Configure Eudemon Firewall basic function ASPF and NAT

Select the appropriate Huawei middle and high end routers based on the device performance and service

requirement to build the large network and deploy the service

Select the appropriate Huawei Switch and Bras to build the carrier’s access network


Introduction to Huawei Quidway LAN Switches

Huawei LAN switch series overview

S9300 overview

Low-and-Middle end LAN switch overview

Typical network applications

ME60 Product Introduction and Service Function

ME60 serials product hardware system introduction

ME60-X serials product hardware system introduction

Service function and correlative application

Quidway NE Series Routers

NE5000E hardware features

NE40E-X Series hardware features

Eudemon8000E Series Firewall Product Introduction

Eudemon8000E product network orientation

Eudemon8000E product shape and hardware

Eudemon8000E product function features

Eudemon8000E product networkings

VLAN Basic Principle and Configuration

VLAN overview

Application rule of VLAN tag

VLAN Routing

What is VLAN routing

VLAN routing configuration

Super-VLAN Principle

Super-VLAN overview



Super-VLAN operation process

Super-VLAN configuration

QinQ Principle

QinQ/Selective QinQ basic principle

QinQ configuration

Selective QinQ configuration

MSTP Principles and Configuration

STP/RSTP principle

MSTP principle and path selection among MST regions

MSTP configuration

Advanced IP Address Planning

IP Address Planning

VLSM

Routing Aggregation and CIDR

IPv6 Basis

Development of IPv6

IPv6 Packets

IPv6 Address

IPv6 Basic Protocol

The ICMPv6 protocol introduction

ND protocol introduction

IPv6 address allocation protocol introduction

OSPF Routing Protocol Basis

Basic concepts of OSPF


OSPF basic configuration

OSPF Neighbor and Adjacency

OSPF neighbor and adjacency concepts

OSPF DR and BDR concepts

The election of DR and BDR

OSPF Protocol Packet and LSA

OSPF packet header and packet types

LSA types

Establishing OSPF Neighbor and Adjacency

OSPF neighbor state transition

The process of establishing neighbor and adjacency relationships

LSDB synchronization

Calculating OSPF Intra-area Routes

Router-LSA

Network-LSA

Calculation of the shortest- path tree

OSPF Inter-area Routing



Inter-area routing principle

Network-Summary-LSA

Virtual Link

Inter-area route aggregation

OSPF External Routing

AS-external-LSA

External route types

Forwarding Address attribute

Configuration of importing external routes

Configuration of OSPF multiple process

OSPF Special Areas

The concept and configuration of Stub Area

The concept and configuration of Totally Stub Area

The concept and configuration of NSSA Area

OSPF Troubleshooting

How to use common tools for OSPF troubleshooting

Common ways of OSPF troubleshooting

OSPF Extension

LSDB overflow

OSPF over Demand Circuits

Stub Router

OSPFv3 Principle

The similarities and differences between OSPFv3 and OSPFv2

OSPFv3 configuration and implementation

IS-IS Protocol Overview

The basic overview of IS-IS protocol

The basic characteristic of IS-IS protocol

The basic working mechanism of IS-IS protocol

Adjacency Relationship of IS-IS Protocol

The concept of area, router type and adjacency relationship

The adjacency formation process on point to point link

The adjacency formation process on broadcast network

Database Synchronization of IS-IS Protocol

Link state database and link state packet

Link state database synchronization

IS-IS areas and routing hierarchies

Route Calculation of IS-IS Protocol

The basic concept of the SPF algorithm

The concept of PRC

The concept of i-SPF

Comparison Between IS-IS Protocol and OSPF Protocol

The similarities and differences between IS-IS and OSPF



Troubleshooting the IS-IS Routing Protocol

Common procedure of troubleshooting the IS-IS protocol

The common method of troubleshooting the problem of IS-IS adjacencies relationship formation

The common method of troubleshooting the problem of IS-IS routing information

Principle and Configuration of IS-ISv6

IS-IS extensions for IPV6

IS-IS extensions for Multi-Topology

IS-ISv6 configuration

BGP Overview

What is BGP

Basic working mechanism of BGP

BGP message types

BGP routing information database

Working Principle of BGP

BGP neighbor relationship

BGP route advertisement principles

BGP route advertisement

BGP Route Selection

Introduction to BGP path attributes

BGP route selection

BGP Route Aggregation

What is route aggregation

AS_SET

Change the attributes of the aggregate

BGP Routing Policies

Review of BGP route selection process

BGP route selection applications

BGP Route Reflection and Confederation

Introduction to BGP route reflection and confederation

BGP route reflection

BGP confederation

BGP Multi-homed

What is BGP multi-homed

Load balancing for multi-homed

BGP Troubleshooting

BGP troubleshooting procedures

Troubleshooting BGP peer connection

Troubleshooting the learning of BGP routing information

Troubleshooting BGP path selection

Principle of MP-BGP for IPv6

MP-BGP

MP-BGP for IPv6



Route Selection Tools

Various route selection tools and their functions

Routing Policy

Routing policy to control the receiving process of route

Routing policy to control the distributing process of route

Routing protocol preference to select route

Policy-based Route Selection

The difference between policy-based routing and routing policy

The application of policy-based routing

MPLS Overview

Traditional IP forwarding

MPLS forwarding feature

MPLS applications

MPLS Basic Principle

MPLS basic structure

MPLS label format

MPLS forwarding process

LDP Neighbor Discovery and Session Establishment

LDP basic concept

LDP neighbor discovery mechanism

The process of LDP session establishment

LDP Label Management

LDP label space

LDP label distribution

LDP label control

LDP label retention

PHP

MPLS Loop Detection

MPLS TTL loop detection

LDP loop detection

MPLS BGP VPN Basic Principle

MPLS BGP VPN model

MPLS BGP VPN basic concepts

The mechanisms of the route and label distribution in MPLS BGP VPN

The process of data forwarding in MPLS BGP VPN

MPLS BGP VPN Configuration and Implementation

VPN-instance configure

PE-CE BGP configure

MP-BGP configure

Configure of the routing protocols used by PE-CE

MPLS L2 VPN Configuration and Implementation

Implementation of MPLS L2 VPN



MPLS L2 VPN Configuration

VPLS Configuration and Implementation

VPLS Implementation

VPLS Configuration

MPLS BGP VPN Troubleshooting

Basic principle review

Troubleshooting on control plane

Troubleshooting on data plane

MPLS TE Basic Principle and Implementation

MPLS TE information distribution

MPLS TE path calculation and setup

Forwarding traffic down tunnels

IP QoS Overview

Basic concept of QoS

The method of improving the QoS

Difference between different QoS models

Differentiated Service Model Overview

Basic concept of the differentiated service model

Denotation of the marking fields

Characteristics of various PHBs

IP QoS Technologies

Traffic classification and marking

Traffic policing and shaping

Congestion management

Congestion avoidance

Link efficiency mechanism

Class-based QoS

Concept of class-based QoS

How to configure class-based QoS

Ethernet HA Features and Configuration

Link aggregation

Smart link and monitor link

HA Technology

HA Overview

NSF

Fast Detection

FRR

VRRP Principle and Configuration

VRRP principle

VRRP configuration

IP Multicast Basis

Introduction of multicast



Multicast address structure

Multicast basic principle

Multicast data forwarding

IGMP Protocol Principle

Overview of IGMP protocol

IGMP protocol mechanism

IGMP snooping

PIM-DM Protocol Principle

PIM-DM overview and configuration

PIM-DM protocol mechanism

PIM-DM configuration verification

PIM-SM Protocol Principle

PIM-SM overview and basic configuration

PIM-SM protocol mechanism

PIM-SM advanced configuration

PPP Principle and Configuration


Link control protocol

PPP authentication protocol

Network control protocol

PPPoE Principle and Configuration

PPPoE Overview

Working Mechanism of Each Phase

RADIUS Principle and Configuration

RADIUS overview

RADIUS authentication principle

RADIUS accounting principle

ME60 IP Service Features and Realization

Function of BRAS service related components

ME60 IP service principle

ME60 IP service configuration

ME60 PPP Service Features and Realization


ME60 PPP service implementation

ME60 PPP service configuration

Eudemon8000E Firewall Basic Function Features and Configurations

Principle of security zone

Principle of priority

Principle of ASPF

Principle of blacklist

Principle of port-mapping

Principle of virtual firewall



Eudemon8000E Firewall NAT Function Features and Configurations

Principle of Basic NAT

Principle of Port NAT

Principle of NAT Server

Principle of Policy NAT

Principle of Bi-directional NAT

Principle of Intra zone NAT

Principle of NAT multi-instance

Principle of Destination NAT

Duration

20 working days

Maximum Class Size

Min 6，max 12



Exam Code Exam Name

H31-124 HCNP – Carrier IP



1.1.3. HCIE - R&S Carrier IP Training

Training Path

ODC05 Lecture Hands-on exercise 2D

Advanced Routing Features Principle and

Configuration


Advanced MPLS VPN Features Principle

and Configuration


Multicast Features Principle and

Configuration


QoS Features Principle and Configuration


HA Features and Configuration


IP Bearer Network Design and Service

Deployment


IP MAN Design and Service Deployment

ODS09 Lecture Hands-on exercise 1D

Eudemon8000E Firewall VPN Feature

Operation and Troubleshooting


HCIE Simulation Lab Examination


BRAS Access Service Features and

Realization



Target Audience

This program is intended for those who are to be certified by the HCIE exam

Prerequisites

Have got the HCDP certification or have the equivalent technical knowledge level

Objectives


Describe NE5000E/80E/40E advanced routing features

Configure NE5000E/80E/40E advanced routing features

Troubleshoot NE5000E/80E/40E advanced routing features

Describe MAN typical network structure and routing design features

Deploy routing protocol in MAN

Optimize routing protocol deployment in MAN

Troubleshoot the typical Failure of routing protocol in MAN

Describe NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features

Configure NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features

Troubleshoot NE5000E/80E/40E advanced MPLS L3VPN and L2VPN features

Describe IGMP principle and configuration

Describe PIM-SM principle and configuration

Describe PIM-SSM principle and configuration

Analyses MSDP basic working principle

Describe MSDP RPF detection

Describe MSDP application

Describe Multicast VPN function and technical solution

Describe MD VPN concepts and working principle

Configure and troubleshoot MD VPN

Describe the QoS technology

Configure QoS in the NE series routers

Analyses and troubleshoot the common faults of QoS configuration in the NE series routes

Describe the HQoS working principle in NE5000E80E40E

Describe the HQoS scheduling process in NE5000E80E40E

Describe the HQoS realization and application

Describe HA basic concepts and HA classification

Describe BFD principles and typical applications

Describe NSR principle

Describe the various protection switching technology and in NE5000E80E40E product

Describe end-to-end HA features realization in IP bearer network

Describe ME60&ME60-X series products hardware

Describe ME60&ME60-X series products Features

Describe the function of BRAS related components

Analyses the ME60 PPP service working process



Analyses the ME60 IP service working process

Analyses the ME60 Leased line service working process

Describe the ME60 Multicast Feature and Realization

Describe IGP deployment in MAN

Describe IGP fast convergence deployment in MAN

Configure and adjust OSPF/ISIS in MAN

Describe BGP deployment in MAN

Describe BGP RR deployment in MAN

Describe route control and route selection in IP MAN

Configure and adjust BGP in MAN

Describe the devices and interfaces of core network

Describe the solutions of IP bearer network access part

Configure HA features of IP bearer core network

Describe the fast convergence of routing protocols

Describe the MPLS TE FRR and VPN FRR technologies of IP bearer network backbone

Describe the GR technologies of IP bearer network

Configure IGP/BGP and VPN of IP bearer core network

Configure fast detection technologies of IP bearer network

Configure fast convergence of routing protocols

Configure MPLS TE FRR and VPN FRR technologies of IP bearer network backbone

Configure GR technologies of IP bearer network

Describe different QoS requirement of different services in IP bearer network

Describe end to end QoS realization in IP bearer network

Configure end to end QoS in IP bearer network

Help candidates to be familiar with examination mode, examination rules, and examination environment

Training Content

ODC05 Advanced Routing Features Principle and Configuration

NE Series Routers OSPF Advanced Routing Features Manual

OSPF Fast Convergence

OSPF GR

OSPF LSDB Analysis

OSPF VPN

NE Series Routers IS-IS Advanced Routing Features Manual

IS-IS Reliability

Dynamic Hostname Exchange Mechanism

IS-IS LSDB

NE Series Routers BGP Advanced Routing Features Manual

BGP Fast Convergence

BGP GR

BGP RR

NE Series Routers Routing Protocols Configuration and Troubleshooting Manual



Typical networking features of the MAN

Comprehensive route configuration of the MAN

NE5000E80E40E Routing Protocol Advanced Features Troubleshooting

OSPF troubleshooting

IS-IS troubleshooting

BGP troubleshooting

Service failure troubleshooting

Traffic load balance troubleshooting

HA troubleshooting

ODC06 Advanced MPLS VPN Features Principle and Configuration

NE Series Routers MPLS VPN Advanced Feature Configuration and Troubleshooting Manual

Inter-AS BGP/MPLS IP VPN and implementation on NE Series Routers

Interconnection between VPN and Internet on NE Series Routers

NE Series Routers HoVPN

MPLS VPN Configuration on NE Series Routers

NE Series Routers MPLS TE Feature Configuration and Troubleshooting Manual

Overview of MPLS TE

MPLS TE implementation: information advertisement, path calculation, path setup, and traffic

forwarding

MPLS TE configuration

NE Series Routers MPLS L2 VPN Advanced Features Manual

NE5000E/80E/40E Inter AS MPLS VLL features

NE5000E/80E/40E Inter AS MPLS VPLS features

NE5000E/80E/40E HVPLS features

NE5000E/80E/40E MPLS VLL features configuration and troubleshooting

NE5000E/80E/40E MPLS VPLS features configuration and troubleshooting

NE5000E/80E/40E HVPLS features configuration and troubleshooting

NE5000E80E40E BGP MPLS VPN Advanced Features Troubleshooting Manual

BGP MPLS VPN service troubleshooting

BGP MPLS VPN traffic load balance troubleshooting

BGP MPLS VPN HA troubleshooting

NE5000E80E40E MPLS L2 VPN Advanced Features Troubleshooting Manual

MPLS Inter-AS VLL troubleshooting

MPLS Inter-AS VPLS troubleshooting

NE5000E80E40E MPLS TE Features Troubleshooting Manual

MPLS TE tunnel state troubleshooting practice

LDP over TE troubleshooting practice

TE FRR protection troubleshooting practice

ODC07 Multicast Features Principle and Configuration

Configure Multicast on NE Series Routers Manual

IGMPv1/v2/v3 principle

PIM SM principle



IGMP configuration on NE series routers

PIM SM configuration on NE series routers

NE Series Routers Multicast Advanced Features Configuration Manual

NE5000E/80E/40E multicast MSDP features

NE5000E/80E/40E multicast MBGP features

NE5000E/80E/40E multicast HA features

NE5000E/80E/40E multicast fast convergence features

NE5000E/80E/40E multicast features configuration and troubleshooting

ODC08 QoS Features Principle and Configuration

NE Series Routers QoS Configuration Manual

QoS overview

QoS implementation

Class-based QoS

Configuration of QoS on NE series routers

NE Series Routers HQoS Feature Configuration and Troubleshooting Manual

Overview of the HQoS feature

HQoS scheduling process

HQoS applications and configuration

ODC09 HA Features and Configuration

NE Series Routers HA Feature Configuration and Troubleshooting Manual

Basic concepts and classification of HA

BFD principles and typical applications

NSR principles, advantages, and disadvantages

Principles of various protection switchover techniques and implementation of the protection

switchover techniques on the NE Series Routers

End-to-end HA implementation on the IP bearer network

HA configuration on the NE Series Routers

ODC10 BRAS Access Service Features and Realization

ME60 PPP Service Features and Realization Manual


ME60 PPP service implementation

ME60 PPP service configuration

ME60 IP Service Features and Realization Manual


ME60 IP service principle

ME60 IP service configuration

ME60 Leased Line Service Feature and Realization Manual

Introduction to leased line service

Leased line service configuration on ME60

Layer 2 leased line Service configuration

Layer 3 leased line Service configuration

ME60 Multicast Feature and Realization Manual



IGMP principle and implementation

PIM SM principle and implementation

PIM SSM principle and implementation

PIM-SM basic configuration

RPT-to-SPT switchover configuration

ODS09 Eudemon8000E Firewall Product VPN Feature Operation and Troubleshooting

Eudemon8000E Firewall L2TP Feature and Configuration

Principle of L2TP

Configuration of L2TP on firewall

Eudemon8000E Firewall IP-Sec Feature and Configuration

Principle of IP-Sec

Configuration of IP-Sec on firewall

Eudemon8000E Firewall IP-VPN Service Practice Guide

Exercise of L2TP

Exercise of IP-Sec

ODC11 IP MAN Design and Service Deployment

Metro Network Overview Manual

Metro Network Introduction

Metro Network Device Selection

Metro Network Routes and IP Address Planning

Design and Development of IGP on MAN Manual

IGP Cost

Planning of MAN IGP Protocol

Fast Convergence of IGP

Default Route of MAN

Design and Development of BGP on MAN Manual

BGP Route Selection Principle

BGP Deployment on the MAN

BGP Fast Convergence Features

Difference BGP Deployment on Different MANs

ODC12 IP Bearer Network Design and Service Deployment

Overview of Service and Networking

Network Overview and Service Requirements

NGN and 3G Network Characteristics and Service Overview

Detailed Requirement Analysis and Networking Selection for 3G Bearer Network

Connectivity Design and Deployment

Bandwidth Calculation and Device Model Selection on the Backbone of the IP Bearer Network

Address Planning on the IP Bearer

IGP Planning on the IP Bearer Network

BGP Planning on the IP Bearer Network

MPLS VPN Planning on the IP Bearer Network

Reliability Design and Deployment



Fast detection technologies of IP bearer network

Fast convergence of routing protocols

MPLS TE FRR and VPN FRR technologies of IP bearer network backbone

GR technologies of IP bearer network

Central Office Planning

Devices and interfaces of core network

Solutions of IP bearer network access part

HA technologies of IP bearer network access part

Qos Design and Deployment on the IP Bearer Network

Configuring E2E QoS in IP bearer network.

ODC13 HCIE Simulation Lab Examination

HCIE Lab Examination(C21)-Simulation Lab Exam Topology

Simulation Lab Exam Topology

HCIE Lab Examination(C21)-Simulation Lab Exam for Candidates

Simulation Lab Exam Test Paper

Duration

25 working days

Class Size

Min 6，max 12



Exam Code Exam Name

H31-161 HCIE – R&S Carrier IP (Written)

H31-162 HCIE – R&S Carrier IP (Lab)



1.2. Access

1.2.1. HCNA - Access Network Training

Training Mode

Access Network Fundamentals

Lecture 1D

Access Network Equipment Overview

Lecture 0.5D

FTTx Network Basic Operation and Maintenance

Lecture Hands-On 1D

ODN Network Maintenance and NMS Overview

Lecture Hands-On 0.5D

FTTx HSI/VoIP Service Provisioning

Lecture Hands-On 2D

Target Audience

Those who wish to become an access network associate.

Those who hope to obtain HCNA certification.

Prerequisites

Those who have obtained the same level technical certificate in the industry, and hope to obtain Huawei

certificate.

Objectives

After the completion of this program, participants will be able to:

Outline the functions of TCP/IP, routing and VLAN forwarding process, can apply TCPIP working principles to

data forwarding

Outline GPON typical application scenarios, key GPON components, upstream and downstream technology

Outline the key performance parameters on distance, bandwidth, optical launched power, received sensitive

power, attenuation, etc.

Outline the function and structure of cabinet, frames, boards and cables



Implement GPON FTTH/B/C HSI and VoIP service configuration, maintenance and verification.

Apply the PPP/PPPoE, DHCP, SIP protocols.

Illustrate the basics of NMS.

Training Content

Access Network Overview

Concepts of the Access Network

Typical Scenarios and Technologies of Traditional Access

Advantages and Typical Application Scenarios of PON

IP Network Technologies Fundamental

Function of TCP/IP each layer

VLAN Technology Principles

Route Basics

GPON and xDSL principles

GPON networking, GPON component, GPON upstream and downstream implementation, GPON

key technologies, GPON protection.

xDSL Technology Fundamental

Broadband service

PPP and PPPoE protocol

DHCP protocol

VoIP service

VoIP introduction

SIP protocol

FTTx System Overview

FTTx network devices introduction

Typical OLT devices

Typical MxU devices

Typical ONT devices

Access Network Basic Operation and Maintenance

OLT basic operation

GPON/xDSL Broadband Service Provisioning and Configurations

GPON Voice Service Provisioning and Configurations

ODN Link Detection Guide

ODN and ODN Product Description

Introduction to the ODN Link Detection Tool and Parameters

ODN Engineering Construction Detection

ODN Service Provisioning and O&M Detection

NMS basics

SNMP protocol introduction

U2000 introduction

eSight introduction



Duration

5 workdays

Class Size

Min 6，max 12



Exam Code Exam Name

H35-210 HCNA - Access Network



1.2.2. HCNP - Access Network Training

Training Mode

Lecture Hands-on 13D

HCNP-Access Network Training

Target Audience

This training program is intended for those who expect to learn more about the Access network commissioning,

maintenance and troubleshooting

Prerequisites

Function well on maintenance and commissioning of Huawei equipments

Be familiar with access network communication theory

Objectives


Be familiar with HSI、IPTV、VOIP test item and test function.

Be familiar with problem locating on xDSL/ATM/GPON/EPON

Be familiar with problem maintenance of access network products.

Perform data plan and network design for FTTx.

Be familiar with the typical solutions for Access Network migration and the usage of the migration tools

Be familiar with NMS installation, basic NMS service configuration, NMS operating system and basic database

commands for troubleshooting of access products.

Duration

13 workdays

Class Size

Min 6，max 12



Exam Code Exam Name

H35-211 HCNP - Access Network



1.3. Transmission

1.3.1. HCNA - Transmission Training

Training Mode

SDH Principle

OTH01 Lecture 1D

WDM Principle

OTH02 Lecture 0.5D

OTN Principle

OTH03 Lecture 0.5D

Ethernet Basics

OTH04 Lecture 0.5D

MSTP System Description

OTH05 Lecture 0.5D

MSTP Protection and Configuration

OTH06 Lecture Hands-on 3D

U2000 System Introduction

OTH07 Lecture 0.5D

MSTP Ethernet Service and Configuration

OTH08 Lecture Hands-on 3.5D

Target Audience

Personnel who are going to take the HCNA- Transmission exam.

Personnel who expect to learn about basic optical transmission principles and Huawei SDH equipment operation.

Prerequisites

Having a general knowledge of data telecommunications.

Objectives




Describe SDH working principle.

Describe WDM working principle.

Describe OTN working principle.

Describe Ethernet working principle.

Describe the basic concept of MPLS.

Describe the basic concept of PWE3.

Describe the common SDH network topologies and their features.

Explain the protection mechanism of MSP/SNCP.

Explain the system structure and features of the OptiX OSN 3500 equipment.

State the main functions of the boards in the OptiX OSN 3500 equipment.

Accomplish the SDH network configuration and monitoring through NMS.

Accomplish the PDH service configuration through NMS.

Accomplish the Ethernet service (EPL/EVPL/EPLAN) configuration through NMS.

List the common analysis methods of fault locating.

Training Content

Basic Optical Communications Technology

Preparatory Knowledge

Optical Fiber

Passive components

SDH Principle

SDH Overview

SDH Frame Structure and Multiplexing

SDH Overhead and Pointers

Logical Function Modules

Networking and Protection WDM Principles

WDM Principles

Overview of WDM

Key WDM Technologies

ITU-T Compliance

OTN Principles

Overview of OTN

OTN Interface Structure

Mapping and Multiplexing of OTN

OTN Overhead

OTN Trail Layers and Maintenance Signals

Common OTN Alarms

Ethernet Technologies

Overview of LAN

Ethernet Principles

About Ethernet QoS

Overview of EoS



Overview of VLAN

Packet Switch Principles

Telecommunications Network Overview

IP Addressing

QinQ Technologies

MPLS Technologies

PWE3 Technologies

OptiX SDH Equipment Hardware

System Overview

Cabinets and Subracks

Boards

Hardware Configurations

Functions and Features

SDH Networking and Protection

Linear MSP

Two-Fiber MSP Rings

Four-Fiber MSP Rings

SNCP

iManager U2000 system

System Structure and Major Features of U2000

Directory Structure of U2000

Major Functions of U2000

PDH Service Configuration

Linear MSP Configurations

Two-Fiber MSP Rings Configurations

Four-Fiber MSP Rings

SNCP Configurations

Per-NE Service Configurations

Path-Specific Service Configurations

Ethernet Services and Networking Applications

Ethernet Terms

Ethernet Service Types: EPL,EVPL, EPLAN, EVPLAN

Ethernet Service Configurations

Duration

10 workdays

Class Size

Min 6，max 12



Exam Code Exam Name



H31-311 HCNA - Transmission



1.3.2. HCNP - Transmission Training

Training Mode

OptiX NG WDM Hardware Description &

Application

OTH09 Lecture 1D

OptiX NG WDM Operation and Maintenance


OptiX NG WDM System Commissioning


OptiX NG WDM System Troubleshooting


NG WDM Packet Service and Configuration


SOM Special Topic


FD Special Topic


New Technology

OTH16 Lecture 0.5D

MSTP Special Topic


Target Audience

Personnel who are going to take the HCNP - OTN Transmission exam.

Personnel who expect to learn WDM network configuration, commissioning, maintenance and troubleshooting.

Prerequisites

Pass HCNA- Transmission exam or having equivalent knowledge.



Objectives


Describes the cabinets, subracks, boards, and features of NG WDM equipment.

Describe the networking application of NG WDM equipment.

Configure optical-layer and electrical-layer services and configure protection for NG WDM equipment.

Perform single-site commissioning and system commissioning for NG WDM equipment.

Perform the test for common indicators of the NG WDM system.

Perform routine maintenance for NG WDM equipment.

Locate and Handling Common Faults of the NG WDM System

Use the NMS to configure and operate the SOM/FD system.

Use the NMS to configure packet services for MS-OTN devices.

Describe the principles of clock protection, pointer justification, and ECC maintenance.

Describe the PCM technical principles and be able to configure PCM services on the NMS.

Replace the board of the MSTP equipment.

Use the NMS to analyze discrete services.

Perform the test of common Ethernet indicators.

Locate common MSTP equipment faults.

Describe ASON features.

Training Content

OptiX WDM Hardware Description

Huawei NG WDM product overview

OptiX OSN 6800/8800 networking application and product features

OptiX OSN 6800/8800 cabinet, subrack and frame

OptiX OSN 6800/8800 boards description

NG WDM System Hardware

Product Overview

Product Functions and Features

Hardware Architecture

NG WDM Equipment Networking and Application

Network layers and system architecture

Site Type

Site Application Scenarios

Basic Networking Elements

NG WDM Optical-Layer Grooming Solution

NG WDM Optical-Layer Grooming Solution

NG WDM Electrical-Layer Grooming Solution

NG WDM General Data Configuration

Prepare for the configuration.

Create and configure NEs and networks.

Back up the NE database.

NG WDM Optical-Layer Service Configuration



Basic Concepts

Configuration Example

Configure OCh trails on a per-NE basis.

Configure OCh trails on boards.

Configure OCh trails by trail.

NG WDM Electrical-Layer Service Configuration

Basic Concepts

Configuration Example

Configure WDM services on a per-NE basis.

Configure WDM services in trail mode.

Configure WDM services by using the service package method.

NG WDM System Commissioning

Preparations Before Commissioning

Commission the optical power of the non-coherent system.

Commission the optical power of the coherent system.

Commission the optical power of the hybrid transmission system.

NG WDM System Index Test.

Test Overview

Main channel feature test

Supervisory channel feature test

System test

NG WDM Protection

Equipment-level protection

Optical-layer protection

Electrical-layer protection

NG WDM Equipment Routine Maintenance

Routine maintenance on the equipment side

Routine maintenance on the NMS side

NG WDM Alarm Signal Flow

Overview

Electrical-layer alarm analysis

Optical-layer alarm analysis

NG WDM System Troubleshooting

Prepare for troubleshooting.

Fault locating methods and methods

Classification Troubleshooting

Case Analysis

Optical Doctor System Special Topic

Introduction to OD System

OD System Principles

OD System Configuration and Operations



Fiber Doctor System Special Topic

Introduction to Fiber Doctor System

Principles of Line Fiber Quality Monitoring

Use of the fiber quality detection function

NG WDM Packet Technologies

IP Overview

MPLS technology

PWE3 technology

MPLS-TP technology

NG WDM Networking and Services

Network application

Service Introduction

Network protection

OSN 1800V Packet Service Configuration

Introduction to ETH PWE3 Service

Basic parameter settings

ETH PWE3 Service Configuration

Protection Configuration

New Technology Introduction

New technologies beyond 100G

New intelligent network technologies

New network O&M technologies

MSTP Technical Specifications-Clock Protection

Basic Concepts of Clock Protection

Standard SSM clock protection analysis

Extended SSM clock protection analysis

MSTP Technical Topic -ECC Maintenance and Pointer Adjustment

HWECC

Pointer justification

MSTP Technology -PCM Technology

Introduction to the PCM Technology

PCM Principles and Applications

PCM board

MSTP board replacement

Overview of Board Replacement

Replace the faulty board.

Board compatibility and substitution

Upgrade the board capacity.

Discrete service analysis and processing

Basic Concepts of Discrete Services

Causes and handling methods of discrete services

Procedure for clearing discrete services



How to avoid discrete services

Ethernet Index Test

Basic Concepts of Ethernet

Introduction to the Ethernet Performance Test

Common Test Indicators for Ethernet Services

Methods for testing common Ethernet service indicators

MSTP Equipment Troubleshooting

Prepare for fault locating.

Fault Locating Method

Fault case analysis

ASON Principle

Introduction to ASON

Basic components of ASON

Functions and features of ASON

Introduction to 2M ASON

Duration

15 workdays

Class Size

Min 6，max 12



Exam Code Exam Name

H31-341 HCNP - Transmission



2. Core Network

2.1. Mobile Soft Switch

2.1.1. HCNA - Mobile Soft Switch Training

Training Mode

O W A02 Lecture 1D

GSM/UMTS Softswitch Fundamental

OWG10 Lecture 1D

MSOFTX3000 Hardware System

OWG24 Lecture Hands-on exercise 4D

MSOFTX3000 Basic Data Configuration


MSOFTX3000 Routine Operation and

Maintenance

OWG44 Lecture 2D

MSOFTX3000 Delta Training (ATCA)

OWH22 Lecture Hands-on exercise 2D

UMG8900 Routine Operation and

Maintenance

OWH10 Lecture 1D

UMG8900 Hardware System

OWH30 Lecture Hands-on exercise 2D

UMG8900 Data Configuration

OWG3012 Lecture 2D

GSM/UMTS CS Communication Flow



Target Audience

MSOFTX3000 Field Maintenance Technicians, First Line Maintenance Technicians or Routine Maintenance

Technicians/Engineers

Prerequisites

None

Objectives


Outline the development of GSM and UMTS.

Describe the architecture of GSM and UMTS system.

Describe the Networking and Interfaces of GSM NSS and UMTS R4.

Describe the fundamental of mobile softswitch technology.

Describe basic call control flows in UMTS R4 network.

Describe various types of bearer establishment in UMTS R4 network.

Describe basic calling flow in UMTS R4 network.

Describe the hierarchical structure of an IP network and the functions of each layer.

Describe the MSOFTX3000 system structure, functions, and key characteristics (CPCI).

Describe the function, indicators, ports and working mode of each board (CPCI).

Explain the types and applications of different fibers and cables (CPCI).

Describe the toggle switch in MSOFTX3000(CPCI).

Perform operation through LMT(CPCI).

Describe MSOFTX3000 data configuration method and procedure (CPCI).

Edit the data configuration scripts of MSOFTX3000(CPCI).

Perform hardware data configuration (CPCI).

Perform local office data configuration.

Perform the data configuration to MGW, RNC, HLR and PSTN.

Understand the usage of common commands.

Perform system data backup and restoration.

Perform daily alarm and statistic management task.

Understand the operation flow of parts replacement and implementing technical protection measures.

Perform MSOFTX3000 parts replacement and check the components running status.

Manage tracing tasks.

Perform the routine operation and maintenance tasks (daily, weekly and monthly).

Understand troubleshooting procedure and common troubleshooting methods.

Perform common hardware, interfaces, service troubleshooting.

Describe the MSOFTX3000 system structure, functions, and key characteristics (ATCA).

Describe the function, indicators, ports and working mode of each board (ATCA).

Explain the types and applications of different fibers and cables (ATCA).

Describe the toggle switch in MSOFTX3000 (ATCA).

Perform operation through LMT (ATCA).

Describe MSOFTX3000 data configuration method and procedure (ATCA).



Edit the data configuration scripts of MSOFTX3000 (ATCA).

Perform hardware data configuration (ATCA).

Describe the UMG8900 system functions, structures and key characteristics.

Describe the function, indicators, ports and working mode of each board.

Explain the types and applications of different fibers and cables.

Describe the toggle switch in UMG8900.

Perform operation through LMT.

Describe the UMG8900 data configuration method and procedure.

Edit the data configuration scripts for UMG8900.

Execute the data configuration script.

Perform the dynamic data configuration and modification.

Perform UMG8900 system data, interfaces data and resource data configuration.

Perform system data backup and restoration, execute MML commands, etc.

Understand the operation flow of parts replacement and implementing technical protection measures.

Perform UMG8900 parts replacement and check the components running status.

Manage tracing tasks.

Monitor alarms of UMG8900.

Perform the routine operation and maintenance tasks (daily, weekly and monthly).

Understand troubleshooting procedure and common troubleshooting methods.

Perform common hardware, interfaces, service troubleshooting.

Perform UMG8900 software&Patch reloading and path upgrading

Duration

20 work days

Maximum Class Size

Min 6，max 12



Exam Code Exam Name

H35-310 HCNA - Mobile Soft Switch



2.1.2. HCNP - Mobile Soft Switch Training

Training Mode


MSS Common Emergency Operation

OWG41 Lecture, Hands-on exercise 2D

Number Translation Training Configuration


MSS Troubleshooting Training

OWA04 Lecture, Hand-on practice 5D

MSS Signaling Analysis

OWG62 Lecture Case-study 5D

MSC POOL Training

Target Audience

Core network commissioning engineers, operation and maintenance engineers, optimization engineers

Prerequisites

At least two years’ experience of operation and maintenance of GSM NSS/UMTS CS or other

telecommunication equipment

A basic knowledge of mobile communication and soft switch principle

Objectives


Edit the data configuration scripts of MSOFTX3000.


Understand deeply number analysis concepts and working principle in MSOFTX3000.

Perform number analysis configuration and testing task, including call barring analysis, failure processing data,

equal access data, etc.

Understand deeply IN service concepts and processing flow in MSOFTX3000.

Perform IN service configuration and testing task, including DP data, SCP data, IN service data, IN

announcement data, etc.

Understand deeply IN service concepts and processing flow in MSOFTX3000.



Perform IN service configuration and testing task, including DP data, SCP data, IN service data, IN

announcement data, etc.

Understand deeply Dual-homing concepts, networking modes and switchover modes in MSOFTX3000.

Use the emergency maintenance tools and platform, and understand device and service emergency

maintenance procedure.

Perform complex hardware, interfaces, service troubleshooting.

Describe BSSAP protocol stack and function.

Analysis main procedures of BSSAP (Paging, Initial MS Message, Cipher Mode Control, Assignment, Handover,

Release, DTAP Message).

Describe Iu interface protocol stack and function.

Describe classification of RANAP messages.

Analysis Iu connection Management, RAB assignment, SRNS Relocation

CS Domain MM, CC procedures in Iu Interfaces.

Perform protocol stack and main functions of SIGTRAN.

Analysis SCTP association establishment and close flows.

Describe UA concepts introduction (AS, SG, IPSP, Entity, Routing key).

Perform messages analysis of SCTP, M2UA, and M3UA.

Describe H.248 Protocol stack and functions.

Perform message analysis of H.248 based on scenario.

Describe BICC protocol stack and functions.

Analysis key parameters of BICC.

Analysis BICC message.

Describe MSC Pool networking.

Describe principles related to the MSC Pool features. (The load balancing of MSC Pool, Handover in MSC Pool,

Disaster tolerance in MSC Pool, Subscriber migration in MSC Pool, A-Flex by the MGW, Managing A-Interface

Circuits on the MGW, Charging based on Virtual MSC IDs or Location Areas).

Describe MSC Pool configuration flow overview.

Perform MSC Pool feature configuration in MSC Server and MGW.

Perform MSC Pool configuration based on different scenarios (NNSF implemented by RNC, NNSF implemented

by MGW, Restructure MSC Pool based on current network).

Monitor MSC Pool Load in real time.

Operate performance report of the MSC Pool.

Perform migration of subscribers.

Perform MSC Pool configuration synchronization between NE and M2000.

Perform end-to-end tracing of calls on the MSC Pool.


Check the data configuration correctness and validity.

Use the emergency maintenance tools and platform, and understand emergency maintenance procedure.

Handle UMG8900 device and service fault and perform emergency recovering.

Perform complex hardware, interfaces, signaling, and service networking troubleshooting.

Duration

19 workdays



Maximum Class Size

Min 6，max 12



Exam Code Exam Name

H35-311 HCNP - Mobile Soft Switch



3. Wireless

3.1. LTE

3.1.1. HCNA - LTE Training

Training Mode


HCNA - LTE Training

Target Audience

This training program is intended for those who are to take the HCNA- LTE Certificate Exam and those who hope to

learn about basic LTE/SAE principles and Huawei LTE equipment.

Prerequisites

A general knowledge in cellular systems and radio technology

Objectives

After the completion of this program, participants will be able to understand:

Outline principle of LTE

Describe the procedure of eNodeB Field Maintenance

Use M2000/U2000 to do the commissioning and operation

Operate eNodeB initial configuration

Describe and analys the trouble of site, familiar with eNodeB site solution Duration

Training Content

OEA02 LTE System Overview

LTE System Overview

Network Architecture

Evolution of Cellular Networks

3GPP Releases

E-UTRAN Architecture

E-UTRAN Interfaces and Protocols

EPC Architecture

EPC Interfaces and Protocols

LTE Air Interface Principles

Radio Interface Techniques

Principles of OFDM

LTE Channel Structures

LTE Frame Structure

Downlink OFDMA

Uplink SC-FDMA



Multiple Input Multiple Output

Multimedia Broadcast Multicast Service

eNodeB Product Overview

The Huawei eNodeB family

Products and application scenarios

Operation and Maintenance

OEB80 eNodeB Product Description

eNodeB LTE Product Description

eNodeB System Overview

eNodeB System Structure

eNodeB Auxiliary Devices

eNodeB Typical Networking

OEB82 eNodeB Field Maintenance

eNodeB LTE Field Maintenance

Local Operation and Maintenance Introduction

check the status of board by LEDs

Routine Operation and Maintenance

Replacing boards and optical module of eNodeB

Routine Maintenance items for eNodeB

Practice

OEB83 eNodeB Equipment Commissioning

eNodeB LTE Equipment Commissioning

eNodeB Commissioning Overview

eNodeB Remote Commissioning on the M2000

LTE eRAN Automatic OMCH Establishment

Automatic OMCH establishment phase during base station deployment by PnP

DHCP introduction

Schemes for Obtaining VLAN Information

Procedure for Obtaining Configuration Information in different Scenarios

OEB74 eNodeB Operation

eNodeB LTE Operation

Structure of operation and maintenance system

Login eNodeB O&M system

eNodeB equipment management

eNodeB transport management

eNodeB Radio Management

eNodeB clock management

eNodeB inventory and report management

Software Management

OEB851 eNodeB Data Introduction for Initial Configuration

eNodeB LTE Data Introduction for Initial Configuration

eNodeB Data Configuration Introduction



Common Data Parameters Introduction

Data Preparation in Specific Scenarios

eNodeB LTE Initial Configuration by MML Practice Guide

Practice on

a).eNodeB data configuration preparation

b).MML for common data

c).MML for device data

d).MML for transmission data

e).MML for radio data

f).MML for specific scenario

OEB852 eNodeB Initial Configuration by CME

eNodeB Data Configuration by CME Introduction

Preparing eNodeB Data

Creating eNodeB Data

Adjusting eNodeB Data

Checking eNodeB Data

Exporting eNodeB Data

OEB86 eNodeB Troubleshooting

Troubleshooting Overview

Troubleshooting Cell Unavailable Faults

Troubleshooting IP Transmission Faults

Troubleshooting Application Layer Faults

Troubleshooting Synchronization Faults

Troubleshooting Transmission Security Faults

Troubleshooting RF Unit Faults

Troubleshooting License Faults

eNodeB LTE TOP Alarm Handling

Alarm Overview

Top Aalrm

OEB00 eNodeB Site Solution

eNodeB LTE Site Solution

Huawei LTE Product Introduction

Typical Out Door Site Coverage Solution

Typical In Door Site Coverage Solution

High-Speed Railway and Road Coverage Solution

FDD+TDD Site Solution

Easy Marco Site Solution

Tower Solution

Related Cable Solution

Duration

10 workdays



Class Size

Min 6，max 1



Exam Code Exam Name

H31-411 HCNA - LTE



3.1.2. HCNP - LTE Training

Training Mode


HCNP - LTE Training

Target Audience

This training program is intended for those who are to take the HCNP - LTE Certificate Exam and those who hope

to learn about detailed LTE principles and Huawei LTE equipment.

Prerequisites

Be familiar with basic LTE principles

Objectives


Understand structure of LTE /EPC

Understand detailed principle of LTE air interface

Understand functions of different layers in LTE air interface

Understand functions and procedures of X1/S2 interface

Understand typical procedures in LTE such as handovers

Perform Operations for HUAWEI LTE eNodeB such as managing eNodeB alarms, tracing signaling, manage

eNodeB software, managing real-time monitoring and etc.

Perform initial configuration and reconfiguration of HUAWEI LTE eNodeB

Perform eNodeB Advance troubleshooting

Training Content

LTE Air Interface

LTE Air Interface

The evolution of cellular networks and 3Gpp release

Radio interface techniques

OFDMA/SC-FDMA principle, signal generation and processing

Radio interface protocols

Time-domain and frequency-domain structure in the radio interface in UL and DL for both FDD and

TDD mode

Channel structure of the radio interface

Uplink/downlink transmission technique

The paging procedure

The cell search procedure

The random access procedure

Uplink/downlink power controls

HARQ

Concepts of layers, channel rank, spatial multiplexing, open and closed loop spatial multiplexing, TX



diversity, beamforming, SU-MIMO and MU-MIMO

LTE Protocols and E2E Signaling


The detail signaling procedure of UE access network

The detail signaling procedure of paging

The detail signaling procedure of TAU

The detail signaling procedure of Handover

The detail signaling procedure of detach

eNodeB Reconfiguration

eNodeB LTE Reconfiguration

Reconfiguration Working Flow

Reconfiguration Tools and Operation

Radio/Device/Transmission Data Reconfiguration

Data Reconfiguration in Typical Scenarios

LTE Advance Troubleshooting

eNodeB LTE Antenna & Feeder System Fault Analysis and Troubleshooting

Faults related to antenna & feeder system

PIM principle and fault analysis

VSWR principle and fault analysis

TMA working principle and power supply

Location by section method in PIM and VSWR troubleshooting

Troubleshooting with help of Huawei U2000 and Web LMT

EPS End to End IP Protocol Analysis

End to end IP protocol architecture

Method/ tools on collecting IP layer message

Trace analysis:

O&M trace

Control Plane trace

User Plane trace

LTE Throughput Analysis

Factors affecting LTE throughput

Analysis on throughput problem

Low throughput

Fluctuating Throughput

Duration

10 workdays

Class Size

Min 6，max 12





Exam Code Exam Name

H31-421 HCNP - LTE



3.1.3. HCNP - EPC Training

Training Mode


HCNP - EPC Training

Target Audience

This training program is intended for those who are to take the HCNP - EPC Certificate Exam and those who hope

to learn about detailed EPC principles and Huawei EPC equipments.

Prerequisites

Be familiar with basic EPC principles

Objectives


Describe system structure and hardware structure of USN9810

Perform software related installation and upgrade procedure

Perform hardware operation and maintenance

Perform the routing operation and maintenance including security management, system information

management, alarm management, trace management , data management, license management ,performance

management

Describe the functions of protocol stacks of different interfaces

Perform configuration of USN hardware, System Information, interworking with eNodeB, HSS, MME, S-GW,

DNS, NTP

Perform configuration of mobility management and session management

Describe system structure and hardware structure of UGW9811

Perform software related installation and upgrade procedure

Perform hardware operation and maintenance.

Perform the routing operation and maintenance including authorization management, system information

management, alarm management, trace management ,log management, license management ,patch

management ,data backup and restore

Perform data configuration of S1-U&S11,S5S8 and SGi interfaces .Describe basic concept of VPN,APN and

charging

Perform configuration of VPN ,APN and charging

Describe the DPI principles ,content based charging principles and PCC concepts

Perform configuration of the DPI function, service control function and PCC

Describe HSS9820 product function and application

Perform HSS9820 configuration of subscription data.

Describe the steps of HSS9820 data configuration.

Perform HSS9820 hardware and system data configuration.

Perform HSS9820 interface data configuration.



Duration

12 workdays

Class Size

Min 6，max 12



Exam Code Exam Name

H31-431 HCNP - EPC



4. RNP&RNO

4.1. LTE RNP&RNO

4.1.1. HCNA - LTE RNP&RNO Training

Training Path

Lecture 1D

LTE System Overview

Lecture 1D

LTE Air interface basic and Signaling flow

Lecture 1D

LTE Radio Network Planning Basic

Lecture 2D

LTE Radio Network Feature basic

Lecture Practice 2D

Probe and Assistant Application

Lecture 2D

LTE Radio Network RF Optimization

Lecture Practice 1D

LTE Single Site Verification

Target Audience

This training program is intended for those who are to take the HCNA- LTE RNP&RNO Certificate Exam



Prerequisites

A general knowledge in cellular systems and radio technology

Objectives


Describe LTE Principles

Describe air interface basic and signaling flow of LTE

Perform site survey and basic LTE planning

Perform LTE RF test and basic analysis with Probe and Assistant tool

Perform basic RF optimization

Training Content

LTE System Overview

Evolution of Cellular Networks and 3Gpp releases

LTE Network Architecture

E-UTRAN Interfaces and Protocols

LTE Air Interface Principles

Radio Interface Techniques

eNodeB Product Overview

Products and application scenarios

Operation and Maintenance

LTE Air Interface basic and signaling flow

LTE Air Interface Overview


RRC Layer Introduction

PDCP Layer Introduction

RLC Layer Introduction

MAC Layer Introduction



Uplink/downlink physical signals

UE Power ON Procedure

Default bearer establish and attach procedure

Paging Procedure

TAU Procedure

Handover Procedure

LTE Radio Network Planning Basic

LTE Radio Network Planning Process

Differences between 2G/3G and LTE Dimensioning

LTE coverage and capacity planning overview

LTE site survey

LTE Radio Network Feature basic

LTE eRAN Idle Mode Behavior



LTE eRAN Handover Feature

LTE eRAN Power Control Feature

LTE eRAN Scheduling Feature

Probe and Assistant Application

GENEX Probe Introduction

GENEX Probe Operation Process

GENEX Assistant Introduction

GENEX Assistant Operation Process for LTE Network

Practice

LTE Single Site Verification

SSV preparation

SSV test and report

LTE Radio Network RF Optimization

Overview of RF Optimization

Basic Process of RF Optimization

Test Preparations

Data Collection

Coverage Problem Analysis

Handover Problem Analysis

RF Adjustment

LTE Interference Diagnosis

Training Duration

10 working day

Class Size

Min 6, Max 12

Related Certificate exam


Exam Code Exam Name

H35-560 HCNA - LTE RNP&RNO



4.1.2. HCNP - LTE RNP&RNO Training

Training Path

Lecture 2D

LTE Air Interface

Lecture Practice 2D


Lecture Practice 2D

LTE Radio Network Planning and Design

Lecture 3D

LTE Radio Network Features

Lecture Practice 2D

LTE Radio Network Optimize problem

analysis

Lecture Case study 1D

LTE Interoperability

Lecture Practice Cases 1D

LTE Radio Network Performance

management

Lecture 1D

VoLTE Principle

Lecture 1D

LTE-A Key Technologies



Target Audience

This training program is intended for those who are to take the HCNP- LTE RNP&RNO Certificate Exam.

Prerequisites

LTE Basic Principles

LTE eNodeB Basic Operation

Objectives


Perform the detail LTE coverage and capacity planning

Design the LTE radio cell parameters

Design and optimize LTE interoperability strategy

Solve the LTE optimization and performance problems

Describe the principle and VoLTE and LTE-A

Training Content

LTE Air Interface

The evolution of cellular networks and 3Gpp release

LTE Radio interface techniques



Time-domain and frequency-domain structure in the radio interface in UL and DL for both FDD and

TDD mode


Uplink/downlink transmission technique

The paging procedure

The cell search procedure

The random access procedure

Uplink/downlink power controls

HARQ

Concepts of layers, channel rank, spatial multiplexing, open and closed loop spatial multiplexing, TX

diversity, beamforming, SU-MIMO and MU-MIMO


The detail signaling procedure of UE access network

The detail signaling procedure of paging

The detail signaling procedure of TAU

The detail signaling procedure of Handover

The detail signaling procedure of detach

LTE Radio Network Design and Planning

LTE Radio Network Coverage Dimensioning

LTE Radio Network Planning Introduction

LTE Radio Network Planning Process

LTE Radio Network Coverage Dimensioning



LTE Link Budget

Propagation Model

Site Number Dimensioning

LTE Radio Network Capacity Dimensioning

Capacity Dimensioning Procedure

Network Throughput

Introduction of Traffic Model

Traffic Model and Parameters

Network Throughput Calculation

Cell Throughput

DL Throughput Analysis

UL Throughput Analysis

Throughput per Cell(IP)

Capacity Dimensioning

LTE Cell Planning

LTE Radio Parameter Planning Overview

Frequency Planning

TA Planning

PCI Planning

PRACH Planning

LTE Radio Network Features

LTE eRAN Idle Mode Behavior

Idle Mode Overview

PLMN selection

Cell selection

Cell reselection

System information reception

Tracking area registration

Paging monitoring procedure

LTE eRAN Handover Feature

Mobility Management Overview

Intra-frequency Handover

Inter-frequency Handover

LTE eRAN Power Control Feature

Power control overview

Downlink power control

Uplink power control

LTE eRAN Scheduling Feature

Overview of Scheduling

Downlink Scheduling

Uplink Scheduling

Scheduling Deployment Strategy



LTE eRAN CS Fallback

LTE Voice Solution

CS Fallback Procedure

Network Architecture for CS Fallback to UTRAN/GERAN

Combined EPS/IMSI Attach Procedure

CS Fallback to UTRAN

CS Fallback to GERAN

Decisions and Configuration of eNodeB in CS Fallback

Selection of CS Fallback Mechanisms

LTE eRAN Physical Channel Resource Management

PDCCH resource management

PDCCH symbols adaptively adjusted

CCE aggregation adaptively adjusted

DL/UL CCE ratio adaptively adjusted

PUCCH resource management

Adaptive SR period adjustment

Adaptive PUCCH resource adjustment

LTE Interoperability

LTE eRAN Interoperability in Idle Mode(LTE->GU)

LTE Interoperability in Idle Mode Overview

IRAT PLMN Selection Procedure

IRAT Cell Selection Criteria

IRAT Cell Reselection Criteria

IRAT Signaling Procedure in Idle Mode

LTE eRAN Interoperability in Connection Mode (LTE->GU)

Technical Overview and Basic Concepts

Measurement Configuration

Measurement Triggering/Stopping Phase of an IRAT Handover

Redirection

Blind Handover

Measurement Phase of an IRAT Handover

Decision Phase of an IRAT Handover

Execution Phase of an IRAT Handover

IRAT Signaling Procedure in Connection Mode

LTE Radio Network Optimize problem analysis

LTE Access Fault Diagnosis(Drive Test)

Basic Principle of Access

Access Fault Diagnosis Process

Operations of Access Fault Diagnosis

LTE Handover Fault Diagnosis(Drive Test)

Handover Procedure Review

Handover Fault Analysis



Typical Case of Handover Fault

LTE Call Drop Diagnosis (Drive Test)

Call Drop Fault Diagnosis Process

Operations of Call Drop Fault Diagnosis

Handling of call drop problems

LTE Traffic Fault Diagnosis (Drive Test)

Traffic Fault Diagnosis Process

Operations of Traffic Fault Diagnosis

Handling of Traffic Fault Issue

Typical Cases for Traffic Fault

LTE Radio Network Performance management

LTE eRAN KPI Introduction and Improvement

LTE eRAN KPI Overview

Performance Measurement System

LTE eRAN KPI Details

Accessibility KPI and Analysis

Retainability KPIs and Analysis

Mobility KPIs and Analysis

Equipment Related and Analysis

Utilization KPIs / Traffic KPI and Analysis

Transport Performance Counter and Analysis

LTE eRAN KPI Improvement

LTE Performance Improvement

LTE Call Drop Diagnosis (KPI)

E-RAB Release Procedure

Call Drop Definition and KPI Statistics

Typical Call Drop Issue and Analysis Procedure

Typical Call Drop Issue Analysis

LTE Handover Fault Diagnosis(KPI)

Handover Failure Procedure

Handover Failure Definition and KPI Statistics

Typical Handover Failure Issue and Analysis Procedure

Typical Handover Failure Issue Analysis

LTE Wireless Parameter Audit and Key Parameter Optimization

LTE Global Parameter Introduction

LTE Parameter Classification

LTE Wireless Parameter Optimization Guidance

Parameter Audit Cases

LTE Voice Solution Overview

Voice Solution in LTE

CSFB and VoLTE Solution Comparison

VoLTE Network and IMS overview



Basic Flow of VoLTE

LTE-A Pro Key Technology Overview

MBB Industry Updates & Insights

4.5G Definition and System Level Evolution

4.5G Solution and Key Technologies

Training Duration

15 working day

Class Size

Min 6, Max 12



Exam Code Exam Name

H35-561 HCNP - LTE RNP&RNO



5. SDN

5.1. SDN

5.1.1. HCNA - SDN Training

Training Path

OPS001 Lecture 0.5D

SDN Solution Introduction

OPS002 Lecture Hands-on 0.5D

SDN Products Introduction

OPS003 Lecture Hands-on 0.5D

SDN Layer 2/3 Networking Principles

OPS003 Lecture Hands-on 1D

SDN Interface Protocols Principles

OPS003 Hands-on 1D

SDN Integrated Practice

Target Audience

Network operation and maintenance engineer

Prerequisites

Having basic knowledge in telecom network and service commissioning

At least three years of experience in the operation and maintenance of data communication equipment

Objectives


Describe Carrier Network Architecture ,Evolution and Challenges

Complete Carrier Core/Bearer/MAN/RAN Network Architecture

Describe Problems and Challenges in Carrier Network

Describe SDN Architecture and Ecosystem

Describe Key Technologies in Network Future

Describe SDN Concepts



Describe SDN ONF and IETF Standards

Describe Huawei SDN Products

Describe Huawei SDN Networking Application and Use Cases

Describe SDN Layer 2 Networking Principles

Describe SDN Layer 3 Networking Principles

Describe OpenFlow Protocol And Application

Describe Netconf Protocol And Application

Describe RestFul Protocol And Application

SDN controller integration and configuration

Training Content

OSDNC01 HCNA-SDN (Huawei Certified Network Associate- Software Defined Networking)

Carrier Network Architecture ,Evolution and Challenges(DC)

Network Past, Present and Future

Carrier Core/Bearer/MAN/RAN Network Architecture

Problems and Challenges in Carrier Network

SDN Architecture and Ecosystem(DC)

Key Technologies in Network Future

SDN Concepts

SDN Networking Layers

SDN ONF and IETF Standards

Open DayLight (ODL)

Open Network Operating System (ONOS)

Huawei SDN Products Overview(DC)

Huawei SDN Routers Introduction

Huawei SDN CloudEngine Switches Introduction

Huawei SDN Controller(AC) Introduction

SDN Layer 2 Networking Principles(DC)

Ethernet Networks in SDN

SDN Layer 3 Networking Principles(DC)

IGP Protocols Introduction And Application in SDN

BGP Protocols Introduction And Application in SDN

SDN Interface Protocols And Principles(DC)

Introduction of SDN OpenFlow Protocol And Application

Introduction of SDN Netconf Protocol And Application

Introduction of SDN RestFul Protocol And Application

Introduction of SNMP Protocol And Application

Introduction of NetStream Protocol And Application

SDN Integrated Practice(DC)

SDN Layer 2 Internetworking with AC controller Practice

SDN Layer 3 Internetworking with AC controller Practice



Duration

5 working day

Class Size

Min 6, Max 12



Exam Code Exam Name

H31-611 HCNA – SDN Exam



5.1.2. HCNP - SDN Training

Training Path

OPS003 Lecture 1D

SDN Architecture and Product Introduction

OPS011 Lecture 1D

SDN vDC Network Planning and

Deployment


Agile Controller Introduction


SDN vDC Solution Introduction

OPS231 Lecture 3D

SDN vDC Configuration Management

Training

Target Audience

Network operation and maintenance engineer

Prerequisites

Familiar with the IPv4 data communications network protocols and related technologies

At least three years of experience in the operation and maintenance of data communication equipment

Objectives


Understand related cloud computing technology of datacentre SDN network

Understand the SDN network architecture and CloudFabirc solution architecture

Describe the deployment process of DataCentre SDN network

Describe the maintenance operations of SDN network

Master the SDN controller configuration and integration

Master the deployment of Underlay network and Overlay network

Training Content

SDN01 Cloud computing foundations

Cloud computing foundations

The concept and features of cloud computing

Cloud computing technology -- virtualization

Cloud computing technology -- storage



Cloud computing technology -- networking

Cloud computing technology -- security

Cloud computing technology – disaster recovery &migration

SDN02 SDN System Architecture and Cloud Fabric Solution

SDN Architecture and Ecosystem

SDN Network Introduction

SDN Network Architecture

SDN Network Value

Network Past, Present and Future

DataCentre SDN Cloud Fabric solution

SDN Cloud Fabric solution overview

VXLAN Overlay network introduction

Interconnection with Openstack

SDN Architecture Evaluation and Planning

Basic network Evaluation

SDN Solution Evolution and planning

SDN Architecture Evaluation and Planning

SDN03 DataCentre SDN Network Deployment and Implementation

DataCentre Underlay Network Deployment and Implementation

Design and Deployment of Server access

Design and Deployment of Firewall access

Route Deployment of Underlay network

HA Deployment of Underlay network deployment Practice

DataCentre Underlay Network

DataCentre Overlay Network Deployment and Implementation

VxLAN Deployment of Overlay network

VxLAN Deployment practice of Overlay network

EVPN Deployment of Overlay network

EVPN over Vxlan Deployment practice of Overlay network

DataCentre AC-DCN Controller Deployment

AC-DCN Controller architecture introduction

AC-DCN Controller function components introduction

AC-DCN Controller installation process introduction

AC-DCN Controller system management view introduction

DataCentre Network Components Interconnection Deployment

Global resources definition

Deployment of Interconnection with Cloud platform

Deployment of Interconnection with eSight

Deployment of Interconnection with Servers

Practice of device management and interconncetion with platform

DataCentre Service introduction

Service provisioning process introduction



Basic configuration introduction

DataCentre DCN service provisioning introduction

DataCentre Performance and Alarm

AC-DCN controller performance monitoring overview

AC-DCN controller performance monitoring operation

AC-DCN controller alarm management overview

AC-DCN controller alarm management operation

DataCentre security and HA

Security maintenance overview

Account security and password security

Database security

DataCentre HA overview

HA technology introduction and deployment

Duration

10 working day

Class Size

Min 6, Max 12



Exam Code Exam Name

H31-612 HCNP – SDN Exam



6. Cloud

6.1. Cloud DataCenter Operations

6.1.1. HCNA - Cloud DataCenter Operations Training

Training path

Lecture Practice 4D

Cloud computing and virtualization

technologies

Lecture Practice 1D

Cloud infrastructure-hosts, storage devices,

DR technology

Lecture Practice 2D

Linux operating system

Lecture Practice 3D

Cloud computing network and security technology

Trainees

Cloud Data Center O&M engineers

Cloud Data Center Solution Engineer

Entrance Requirements

With IT and network knowledge

Objectives

After the training, you will be able to:

Describe the background of the emergence of cloud computing

Describe the development of cloud computing.

This section describes basic concepts and features of cloud computing

Understand the core cloud computing technology-virtualization technology principle

Have general knowledge of basic cloud computing architecture and monitoring

Understand the basic principles of the server and system structure.

Have general knowledge of basic server hardware architecture and composition

Understand the development in storage technology, current situation and trend

Understand the storage environments.

Know the routine maintenance operations of the Linux operating system principle and

Learn Linux common commands related to cloud computing



Have general knowledge of basic RAID concepts, data organization, common RAID level principle

and characters.

Application scenarios of different RAID levels

Understand the basic FC-SAN and IP-SAN knowledge and its application.

Basic NAS system structure and concept.

Cloud computing security technology

Cloud Data Center Network Technology and Product Overview

Learn about data center Layer 2 interconnection technologies

Understand the virtualization data center networking.

Understand the firewall technology.

Centralized training

Overview of Cloud Computing

Cloud computing mode evolution

The concept of cloud computing technology

Core cloud computing technology

Huawei Cloud Computing Technical Advantages and Application Scenarios

Overview of Huawei cloud computing solution

Computing Virtualization

Virtualization Technology Overview

The virtual machine technology principle

CPU, memory, I/O virtualization

VM management technology

Network virtualization

Network Virtualization Technologies

Large Layer 2 Network Technology

A virtual switching technology

VDC/VPC architecture

Storage virtualization

Storage virtualization Concepts and Principles

Storage virtualization architecture

Storage virtualization type

Specifies the cloud resource pool management system architecture

Positioning of the cloud resource pool management system

Specifies the cloud resource pool management system architecture

Features of the cloud resource pool management system

Cloud platform management system architecture

Cloud platform management system to locate the problem.

Cloud platform management system architecture

Features of the cloud platform management system

Specifies the cloud resource pool management, alarm monitoring, and routine maintenance

Cloud Resource Pool Management Alarm Monitoring Overview

Specifies the cloud resource pool management computing resource monitoring



Cloud Resource Pool Management Network Resource Monitoring

Cloud Resource Pool Management Storage Resource Monitoring

Cloud Resource Pool Management Routine Maintenance Process and Information

Collection

Cloud platform management system alarm monitoring, and routine maintenance

Overview of the cloud platform management system alarm monitoring

Cloud platform management system VDC Monitoring

VPC monitoring of the cloud platform management system

Cloud platform management system resource monitoring

Cloud platform management system routine maintenance process and information

collection

Server, storage, DR Overview

Server System Features and Overview

Storage System Features and Overview

Overview of the backup and restoration, disaster recovery system

Server, storage, DR Routine Maintenance

During the server startup.

IPMI protocol principles and common operations of the server

Backup and Restore Policies Configuration Basis

Backup Task and Resume Task check during the operation.

Remote DR network architecture

Server Troubleshooting

Server health check, and alarm management

Troubleshooting the storage system

Storage system health check, and alarm management

Linux operating system

Linux operating system architecture and Overview

Linux operating system file system management

Linux OS boot management

Linux operating system software management

Linux operating system LVM disk management

Linux operating system troubleshooting simple faults

Relationship between Linux and cloud computing

Cloud Computing Security Overview

Cloud Computing Security and Risk Analysis

Cloud computing compliance security.

Cloud computing security protection solution

Typical cloud computing security service catalog.

Huawei Cloud Computing Security Solution Feature

Basic principle of network switching network

Basic Ethernet

Basic principle of VLAN



Link Aggregation Control Protocol (LACP) LACP

Security Basic Principles

An attacker uses which attack

Offensive and Defensive Strategies \ different attack types and principle

DCHP Snooping technology, URPF technology

Principle of ARP Spoofing Attack and Defense

Technology of IPSG, DAI technology

Port security technology

Composition of the TSM system, management and admission control

Firewall Technologies

Firewall Definition and classification

The main function of the firewall, techniques and basic configuration

Firewall DDos Attack Defense Technologies

VPN concepts and close key technologies and VPN Classification and Applications

GRE VPN basic principles and configuration methods

Basic Principles of IPSec VPN technology and Configurations

Technical principle of the SSL VPN.

Basic functions and features of the SVN product and configuration methods.

IPS/IDS basics

IPS&Anti-Virus technical principle

IDS technology

Cloud computing security technology

Recycling full overview, cloud security architecture

Cloud computing security design principles and policies

Virtualization platform security

Data security and O&M security

Infrastructure security

Centralized training duration

10 working days. The hands-on duration 4 days.

Class Size

Min 6, Max 12


Notes: The examination is NOT belong to the scope of training, and it needs to be purchased

separately.

Exam Code Exam Name

H31-521 HCNA – Cloud DataCentre Operations Exam



6.1.2. HCNP - Cloud DataCenter Operations Training

Training path

Lecture Practice 2D

Cloud O&M) services and ITIL Service

Management

Lecture Practice 4D

Cloud operating system (OS) solution

deployment and management

Lecture Practice Case Study 3D

Cloud data center O&M management

Lecture 2D

Cloud data center infrastructure O&M

management


Cloud data center disaster recovery and

migration solution


Cloud data center security management

Trainees

Cloud Data Center O&M Senior Engineers

Cloud Data Center Technical Personnel


Cloud Data Center O&M

With a HCNA — cloud O&M engineer certification or have the same level of ability.

Objectives

Understand and use cloud-based IT system operation and management

This section describes cloud operating system (OS) solution

Describe the OpenStack-based cloud operating system principles

Describe the cloud operating system (OS) computing, storage, and network virtualization feature.

Describe the architecture and functions of the cloud operating system (OS)

Describe the cloud operating system (OS) Routine Maintenance

Describe the architecture of the FusionSphere OpenStack OM and function.



Describe the FusionSphere OpenStack OM routine O&M

Introduction to the cloud data center scenarios

Describe cloud service O&M management system architecture, and installation and deployment and basic

configuration

Describe cloud service O&M management system of the basic features, maintenance and operation features

Describe cloud data center infrastructure management

Describe cloud data center DR solution

Describe cloud data center migration and integration solution

Describe the cloud data center security management

Centralized training

Cloud Network Management and Maintenance

Cloud computing O&M processes and standards

The definitions of cloud computing

Some characteristics of cloud computing

Cloud computing architecture

Introduction to the ITIL

ITIL framework

ITIL implementation framework

Service Strategy SS

Introduction to Service Strategy (SS)

Service Strategy (SS) process

Service design SD

Introduction to the service design (SD)

The scope of service design (SD)

Service design (SD) process

Alternative Service ST

Introduction to Service Transition (ST)

Process of Service Transition (ST)

Service operation SO

Service Operation Overview (SO)

Service operation (SO) functions.

Service operation (SO) process

Service operation (SO) support functions

Continuously improve services CSI

Continuously improve services (CSI) of the concept, processes, roles, functions, and tools.

Configure the data used for interconnection between the cloud era

IT Service Strategy

IT service design

IT service execution — — Configuration Management

IT Service Operation — — reception.

Continuous service improvement

Cloud computing troubleshooting and maintenance tool



Cloud computing troubleshooting and maintenance tool

Service migration tool, information collection and health check tool, upgrade, and patch installation

tool

The troubleshooting describes, faults, and handling process

Introduction to FusionSphere OpenStack solution

The cloud operating system (OS) solution cloud data center

Introduction to Cloud OS Features

Introduction to the OpenStack

Introduction to the OpenStack community

OpenStack system architecture

Functions and features of the OpenStack

OpenStack practice in China

Introduction to the FusionSphere OpenStack installation and configuration

OpenStack Installation

OpenStack Configuration

Introduction to the OpenStack OM installation and configuration

Introduction to the Installation and Configuration

Introduction to the cloud operating system (OS)

Bring value to customers.

Concepts and Overview

Close button

Routine operation of the cloud operating system (OS)

Computing Resource Pool Management

Storage resource pool management

Network resource pool management

Virtual machine (VM) management

FusionSphere OpenStack OM daily management

OpenStack OM location in the solution

OpenStack OM architecture

OpenStack OM Functions and Features

Typical application scenario of the OpenStack OM

FusionSphere cloud DC Routine O&M and Troubleshooting

Routine Operation and Maintenance

Health Check and Log Collection

Troubleshooting the fault location

Upgrade and patching

Cloud operating system (OS) solution deployment and management experiments

OpenStack interconnection

FusionSphere OpenStack basic configurations.

FusionSphere OpenStack Capacity Management

VM template management

VM life cycle management



Cloud data center O&M management

Cloud data center O&M Management System Introduction

Overview of the cloud data center management system

Logical architecture of the cloud data center management system

Cloud data center management system network topology

Cloud data center management system to locate the problem.

The cloud data center management system service modules.

Cloud data center management system operation service Overview

The cloud data center management system O&M Service Overview

The cloud data center management system user roles and their application scenarios

Unified O&M management system in cloud data center installation management

The cloud data center management system installation media download

The cloud data center management system System Deployment Scheme

Installation process of the cloud data center management system

Preparations for Installing the cloud data center management system

The procedure for installing the cloud data center management system

The cloud data center management system initial configuration

Installation of the cloud data center management system

Unified O&M management system in cloud data center O&M

Resource Management

Topology Configuration

Report management

Real-time monitoring

Counter Settings, and threshold rules.

Capacity monitoring, tool management

Backup and Restoration

DR management

Unified O&M management system in cloud data center operation management

Resource Configuration

Service management

VDC Management

User management

Service application

Introduction to the console

Unified O&M management system routine maintenance and troubleshooting

Operation Center Routine Maintenance

Service Center Routine Maintenance

Unified O&M management system troubleshooting

O&M management platform O&M training

Introduction to the O&M management platform

O&M management platform to locate the problem.

Architecture of the O&M management platform.



O&M management platform installation and configuration

O&M management platform server configuration requirements

Preparations for Installing the O&M management platform and planning

Installing and commissioning the O&M management platform

Basic configuration of the O&M management platform

Introduction to the O&M management platform storage management

Introduction to Functions and Features

Configuration and operation

The following describes the typical applications.

Introduction to the O&M management platform server management

Introduction to Functions and Features

Configuration and operation

The following describes the typical applications.

O&M management platform Routine Maintenance and Troubleshooting

Routine Maintenance and Troubleshooting Process

Troubleshooting the storage and management component

Troubleshooting the server management component

Cloud data center DR and backup management

Data Center DR Solution Overview

Data and service development requirements of the IT system

Disaster tolerance technology and solution development trend

Bring customers DR service values.

Live network status and issue/risk analysis

Customers business requirements analysis

Customer's business objective and Scale

Service Grading Principles

The service recovery requirements.

The disaster recovery level Construction Specification

Data center disaster recovery (DR) solution design

Overall Objectives

Solution Design Principles

Solution Risk Assessment

Disaster Tolerance Scheme Selection and feasibility analysis.

Local two-node cluster reliability design and case

The intra-city DR solution design and case

Remote disaster recovery solution design and case

None of key technologies

Data center DR system O&M and management

Redundancy System Management

DR system is started and is running properly.

DR and drill

DR System Troubleshooting



Data center integration consulting

Data center integration risk consulting

Data center integration risk identification

Data center integration risk analysis

Data center integration risk mitigation

Data center service association analysis

Data center system migration solution

Data center system information collection

Data center system migration evaluation

Data center system migration plan

Data center system migration solution design

Data center system migration

Data center system migration

Data center migration acceptance

Cloud data center security management

Cloud Computing Overview

Cloud infrastructure security

Cloud computing security and risk management

Cloud data security

Cloud application security and identity management

Selection of cloud service

Centralized training duration

15 workdays, of which hands-on duration 6.5 days.

Class Size

Min 6, Max 12



Exam Code Exam Name

H31-522 HCNP – Cloud DataCentre Operations Exam



6.2. Planning and Building Cloud DC

6.2.1. HCNA - Cloud DataCenter Architect Training

Training path

Lecture Practice 5D

Cloud architecture planning and Core

Technologies

Trainees

Cloud data center planning and construction engineer

Cloud data center related personnel

Cloud solution personnel


Understanding of cloud computing has some.

With IT and network knowledge

Objectives


Understand the concept of cloud computing, architecture, functions of each component and

development trend.

Understand key technologies and application scenarios of cloud computing

Have general knowledge of the cloud computing solution deployment

Able to understand SDN/NFV Basic Principles

Able to understand SDN/NFV in carriers' cloud-based deployment cases.

Training content

Cloud Computing Concept and Value

The background of Cloud Computing

The concept of Cloud Computing

The model and applications of Cloud Computing

The value of Cloud Computing

The advantages of Cloud Computing

Virtualization Technology Foundation

Overview of Virtualization Technology

Computing Virtualization Technology

Storage Virtualization Technology

Network Virtualization Technology

Huawei Cloud Computing Solution Introduction

Huawei Cloud Computing Solution Overview

Huawei FusionSphere Solution Introduction

Huawei FusionCube Solution Introduction

Huawei FusionCloud Solution Introduction

Huawei Cloud Computing Hardware Introduction



Huawei Cloud Computing Hardware Overview

Huawei Server Introduction

Huawei Storage Introduction

Huawei Switch Introduction

Huawei TC Devices Introduction

Typical Deployment Mode of Huawei Cloud Computing Solution

FusionCompute structure

FusionCompute Introduction

FusionCompute Structure

FusionCompute Features and Functions

FusionManager structure

FusionManager Introduction

FusionManager Structure

FusionManager Features and Functions

FusionCloud structure

FusionCloud Introduction

FusionCloud Structure

FusionCloud Features and Functions

FusionInsight structure

FusionInsight Introduction

FusionInsight Structure

FusionInsight Features and Functions

Huawei Cloud Computing Solution Deployment

Huawei Cloud Computing Solution Deployment Overview

Design of Huawei Cloud Computing Solution

Huawei Cloud Computing Solution Deployment

SDN full-service Network Introduction

SDN standards, network structure and operation process

SDN case analysis of operators around the world.

Huawei SDN Solution

NFV Overview

NFV concepts and terms

NFV network architecture

NFV off key Technologies

Introduction to the ETSI&OPNFV NFV standard architecture

Huawei NFV Solution

Duration

5 workdays, of which Intensively Teaching and 5 working days

Class Size

Min 6, Max 12





separately.

Exam Code Exam Name

H13-511 HCNA-Cloud-BCCP

(HCNA –Cloud-Building Cloud Computing Platform)



6.2.2. HCNP - Cloud DataCenter Architect Training

Training path

Lecture Case Study 2D

Cloud data center design method

Lecture Practice 3D

Cloud OS

Lecture Practice 3D

Cloud desktop cloud system.

Lecture Practice 2D

FusionCloud data platform principle

Trainees

Cloud data center construction and deployment personnel

Cloud data center planning and design personnel

Cloud data center management personnel

Cloud data center solution personnel


Have a certain understanding of the cloud data center

HCNA- cloud planning construction engineer certification or have the same level of ability.

Objectives


Understand the basic design method of cloud data center

Understand cloud computing platform principles

Understand desktop cloud system principles

Understand Cloud Dig data system architecture and principles

Training content

Cloud Computing Solution Overview

Cloud Computing Technologies and Evolution

Datacenter Evolution

Virtualization Solution

Data Protection and Disaster Recovery Solution

Huawei Cloud Computing Solution Overview

Cloud Computing solution architecture



Huawei Cloud Computing solution

Huawei Cloud Datacenter solution architecture

Huawei virtualization technology

Huawei computing virtualization technology

FusionCompute architecture

FusionCompute VM lifestyle management

Computing enhancement

Distributed resource scheduling

VM snapshot

VM peripheral

Storage virtualization technology

Storage type introduction

Storage virtualization principles

Storage virtualization features

Huawei distributed storage system introduction

FusionStorage solution introduction

FusionStorage architecture

FusionStorage deployment and configuration

Network virtualization introduction

Network virtualization overview

Software defined network introduction

Cases

Cloud operating system overview

What’s cloud computing operating system

Architecture of cloud operating system

Huawei cloud computing operating system

Cloud datacenter resources architecture

Cloud datacenter architecture

Interconnections of cloud datacenter

Cloud datacenter resources architecture

FusionSphere Openstack system overview

FusionSphere OpenStack overview

FusionSphere OpenStack architecture

FusionSphere OpenStack componet introduction

FusionSphere OpenStack operation and configuration

FusionSphere Openstack CPS functions

FusionSphere Openstack CPS configuration

FusionSphere OpenStack OM functions

FusionSphere OpenStack OM operations

ManageOne ServiceCenter introduction

ServiceCenter overview

ServiceCenterfunctions and features



ServiceCenter installing and configuring

ManageOne ServiceCenter service provision and management

Organization management

VDC service provision and management

Cloud host provision and management

Cloud storage provision and management

Network services provision and management

ManageOne ServiceCenter introduction

OperationCenter overview

OperationCenter features

OperationCenter installing and management

Datacenter operation management

Datacenter operation overview

Datacenter operation methods

Datacenter operation tools

Huawei desktop cloud solution overview

Desktop cloud solution overview

Huawei desktop cloud solution

Huawei desktop cloud solution specs and features overview

Desktop provision and management

Desktop template

Desktop provision

Desktop access

Desktop management

Huawei desktop cloud solution working principles

Huawei desktop cloud solution architecture

Huawei desktop cloud solution working principles

Huawei desktop cloud solution planning

Planning the system architecture

Cluster and management component planning

Desktop cloud hardware and network planning

Storage system planning

Bandwidth calculating

IP planning

VLAN planning

IT infrastructure

Standard desktop planning case

Desktop cloud installation

Desktop installation

Linked clone technology and solution

Solution overview

Working principles



Deployment planning

Full memory desktop technology

Solution overview

Working principles

Deployment planning

GPU virtualization and pass through technology

Solution overview

Working principles

Deployment planning

SBC technology and solution

Solution overview

Working principles

Deployment planning

Application provision

Application management

Huawei desktop cloud solution maintenance

Desktop cloud maintenance overview

Management and maintenance tools

FusionSphere platform maintenance

FusionCloud management and maintenance

Huawei desktop cloud terminal management

Terminal management overview

Managing terminals

Huawei desktop cloud troubleshooting

FusionCloud faults overview

FusionCloud service provision problem

FusionCloud accessing problems

FusionCloud performance and experience problem

FusionCloud peripherals problem

FusionCloud backup and recovery

FusionCloud logs collection

Duration

10 working days. The hands-on duration 3.5 days.

Class Size

Min 6, Max 12



separately.



Exam Code Exam Name

H13-522 HCNP-Cloud-FCDC

(HCNP -Cloud- FusionCloud Datacenter Solution)

H13-523 HCNP-Cloud-FCDS

(HCNP-Cloud-FusionCloud Desktop Solution)



6.3. Cloud Solutions Architect

6.3.1. HCNA - Cloud Solutions Architect Training

Training Path

OITIR MOOC 2Weeks

MOOC Training for Cloud Service Pre-

Sales

OOS01 Lecture 5D

Cloud service Core Technologies Basis

OOS01 Lecture 1D

Cloud service Market Insight, Business

Planning & Business Model Design

OOS01 Lecture 2D

Industry Cloud Training

Target Audience

Cloud service pre-sales

Objectives


Be familiar with the development background of cloud computing, the current market background, the basic

concept and characteristics

Be familiar with the development trend of data center, architecture, disaster recovery, security solution.

Be familiar with the basic principle and system structure, hardware structure and basic composition, BIOS

function, configuration and diagnosis.

Know the classification of operating system, the development, characteristic, application of three common

operating system.

Be familiar with the development of storage technology, present status, trend and application environment.

Be familiar with the cloud computing solution, master the cloud computing solution architecture, components,

function and deployment.

Be familiar with the basic concepts of the database, the basic model of relational data, object, structure,

corresponding vendor data product features and system architecture.

The control of a relational database (NOSQL) basic concept and characteristics

Be familiar with basic network structure ,TCP/IP protocol stack ,WAN and LAN, IP subnet and IP addressing

Be familiar with Ethernet, VLAN basic, VRRP overview and basic concepts, IP route and routing table, OSPF

protocol, BGP protocol.

Understand Network Technology of Data Center



Understand Virtual Machine Interaction Technology

Understand Cross-Core Network Server Interconnection Technology

Understand Data Center Layer 2 Interconnection Technology

Understand Common Network Structure and Device of Data Center

Be able to insight to cloud service market & competition

Understand cloud service general solution

Know how carrier carry out cloud business

Make cloud service business planning

Design cloud service business model

Understand the government industry current challenges.

Understand the trends of government industry digitalization

Be familiar with the typical scenario of government industry digitalization

Be familiar with the typical government industry cloud service solutions.

Insight into the government industry cloud successful cases

Understand the financial industry current challenges.

Understand the trends of financial industry digitalization

Be familiar with the typical scenario of financial industry in digitalization

Be familiar with the typical financial industry cloud service solutions.

Insight into the financial industry cloud successful cases

Understand the healthcare industry current challenges.

Understand the trends of healthcare industry digitalization

Be familiar with the typical scenario of healthcare industry digitalization

Be familiar with the typical healthcare industry cloud service solutions.

Insight into the healthcare industry cloud successful cases

Understand the digitalization trends & challenges of retail industry

Understand the retail industry cloud requirements

Be familiar with the typical retail industry cloud solution

Know how to sell retail cloud service

Understand the education of the current challenges.

Understand the trend of education Digitalization.

Be familiar with typical scenario of education Digitalization.

Be familiar with typical education cloud solutions.

Understand the education cloud successful cases

Understand the Scientific Research of the current challenges

Understand the trend of Scientific Research Digitalization.

Be familiar with typical scenario of Scientific Research Digitalization

Be familiar with typical Scientific Research cloud solutions

Understand the Scientific Research cloud successful cases

Understand the Industrial Manufacturing of the current challenges.

Understand the trend of Industrial Manufacturing Digitalization.

Be familiar with typical scenario of Industrial Manufacturing Digitalization.

Be familiar with typical Industrial Manufacturing cloud solutions.



Understand the Industrial Manufacturing cloud successful cases

Understand the automotive industry current challenges.

Understand the trends of automotive industry Digitalization.

Be familiar with the typical automotive industry cloud service solutions.

Insight into the automotive industry cloud successful cases

Training Content

MOOC Training for cloud service sales & pre-sales team

IT Development Trend（MOOC）

What is IT

IT industry trend of development

The Development of IT Application

In Finance, Media and Telecom IT Development

Test

Cloud data center（MOOC）

Cloud Data Centers Replace Traditional Data Centers

Traditional Data Center Components

The Composition of the Cloud Data Center

The Different between Cloud Data Center and Traditional Data Center

Cloud Data Center Building and Evolution

Manage the Cloud Data Center

Test

Server and Storage（MOOC）

Server Definition and Development History

The Server Type

Server Technology and Architecture

Server Software Architecture

What Is a Storage?

Storage Development Process

Test

Cloud Computing（MOOC）

The Concept of Cloud Computing

The Value of Cloud Computing Cloud Computing value

Virtualization Technology

Test

Industry Cloud（MOOC）

Government Cloud

Education Cloud

Healthcare Cloud

Cloud service Core Technologies Basis

Cloud computing overview

The development of cloud computing.

The basic concept and characteristics of cloud computing



The value of cloud computing.

Key technology — virtualization technology of cloud computing

Data Center Overview & Security

The development situation and trend of data center.

Architecture of data center.

Key technology of data center

Security challenges brought by cloud computing

Server & Operating System Basis

Basic principle and system structure of sever.

Main type of server

Hardware structure and main technologies.

Configuration of BIOS

Mainstream server introduction

Overview of OS

Development and characteristic of the three mainstream OS.

Linux introduction.

Storage Technology Training

Basic conception and development trend of storage.

Application environment of storage.

RAID technology.

Network storage

Storage solution of mainstream venders.

Huawei Cloud Computing Solution

Challenges to the traditional IT infrastructure.

Overview of HUAWEI FusionSphere solution.

HUAWEI FusionSphere solution architecture

HUAWEI FusionSphere solution function

HUAWEI FusionSphere solution deployment.

Successful cases of HUAWEI FusionSphere solution.

FusionSphere solution deployment experiment.

Database basis

The basic knowledge of databases:

The mainstream database

The introduction to a non relational database.

Introduction to the memory database

IP network basis

Internet Basis

TCP/IP Protocol Stack

Function of Each Layer in Protocol Stack

Common Application Layer Protocol Introduction

Switching and Routing Technology

Ethernet Switching technology



IP routing technology

Network Technology and Structure of Data Center

Brief Introduction of Data Center

Network Technology of Data Center

Network Structure and Device of Data Center

Cloud service Market Insight, Business Planning & Business Model Design

Cloud service market insight

Cloud service general solution

Cloud service competition analysis

Cloud service business planning

Cloud service business model design

Carrier cloud business capacity sandbox

Industry cloud Training

Government industry cloud training

The trends in the government industry cloud market

Challenges to government industry and telecom opportunities

E-Government &Gov cloud solution introduction

Successful government cloud case sharing

Financial industry cloud training

Challenges and trends in financial industry

Global financial industry digitalization trends

Financial industry cloud solutions and typical scenario introduction

Financial industry cloud case analysis and sharing

Healthcare industry cloud training

The trends in the healthcare industry cloud market

Challenges to healthcare industry

Healthcare industry cloud solution introduction and typical scenario analysis

Healthcare industry successful cloud case sharing

Retail industry cloud training

Retail industry digitalization trends and challenges

Retail industry digitalization requirements analysis

Retail industry cloud solution

Retail industry successful cloud case sharing

Education cloud training

Challenges and Trends of Education Digitalization

Development Strategy of Education Digitalization

Scenarios and Requirements of Education Cloud

Typical Education Cloud Solutions and Case Sharing

Scientific Research industry cloud training

Challenges and Trends of Scientific Research

Cloud Scenarios Analysis on Scientific Research Industry

Cloud Solution on Scientific Research Industry



Cloud Scenarios Case Sharing of Scientific Research Industry

Industrial Manufacturing cloud training

Challenges and Trends of Industrial Manufacturing

Cloud Scenarios Analysis on Industrial Manufacturing

Cloud Solution on Industrial Manufacturing

Cloud Scenarios Case Sharing of Industrial Manufacturing

Automotive industry cloud training

Trends and challenges in the automotive industry

Automotive industry cloud solution

Rapid cloudification and cloud service selling

Carrier’s automotive cloud case sharing

Being a Trusted Advisor

Being a Trusted Advisor

Stakeholder Mapping

Making the Right Impact

Being Compatible

Adding Value to the Customer

Managing Expectations

Pushing Back & Dealing with Difficult Clients

Duration

MOOC: 2 weeks

Centralized Training: 8 working days

Class Size

Min 6, Max 12



Exam Code Exam Name

H31-511 HCNA – Cloud Solutions Architect Exam



6.4. Cloud Services Application

6.4.1. HCNA - Cloud SysOps Administrator Training

Training path

OOS23 Lecture Hands on 5D

HCNA - Cloud SysOps Administrator

Training

Target Audience

SysOps Engineer on Public Cloud

Objectives


Describes Huawei's public cloud common cloud service functions and application scenarios

Have a good command of Huawei public cloud service application scenarios and cloud service composition

Basic Huawei cloud service usage, and operation skills.

Training Content

Overview of cloud computing and virtualization

Overview of Cloud Computing

Basic Concepts and Models

Cloud Technical Key Keys

Virtualization Overview

Basic Concepts of virtualization

Virtualization advanced features

Introduction to Huawei public cloud and service

Public Cloud Solution

Public cloud product and services portfolio.

Computing-related services

Storage service

Network services

Security services

Management services

The data and analysis services

Huawei Public Cloud Service Roadmap

Huawei public cloud computing cloud service-image service

Overview of IMS

IMS Quick Start Guide

IMS management

Introduction to the IMS API

IMS FAQs.



Introduction to Huawei Cloud Solution and Its Application

Huawei public cloud computing service-Elastic Cloud Server (ECS)

Overview of the ECS

ECS Quick Start Guide

ECS Management

Introduction to the ECS API

ECS FAQs.


Huawei public cloud network cloud services-Virtual Private Cloud (VPC)

VPC Overview

VPC Quick Start Guide

VPC management

Introduction to the VPC API

VPC FAQs.


Huawei public cloud computing cloud service-scaling

Scaling Overview

Elastic scaling Quick Start Guide

Elastic Scaling Management

Introduction to the scaling API

Elastic scaling FAQs.


Huawei Public Cloud Storage Service-Cloud Drive and Cloud hard disk backup

Overview of Cloud Drive and Cloud hard disk backup

Cloud Drive and Cloud hard disk backup Quick Start Guide

Cloud Drive and Cloud hard disk backup management

Cloud Drive and Cloud hard disk backup API Overview

Cloud Drive and Cloud hard disk backup FAQs.


Huawei Public Cloud Storage Service-object-based storage

Overview of the object-based storage

Object-based Storage Quick Start Guide

Object storage management

Introduction to the object-based storage API

Object-based Storage FAQs.


Huawei public cloud computing cloud service-bare-metal servers

Huawei Bare Metal Service Overview

Bare Metal Server Quick Start Guide

Huawei Bare Metal Service Management

Huawei Bare Metal Service FAQs.




Huawei public cloud network cloud services-elastic load balancing.

ELB Overview

ELB Quick Start Guide

ELB management

Introduction to the ELB API

ELB FAQs.


Huawei public cloud network cloud services-virtual private network

VPN Overview

VPN Quick Start Guide

VPN management

Introduction to the VPN API

VPN FAQs.


Huawei public cloud security all types of cloud services-traffic cleaning

Anti-DDoS traffic cleaning Overview

Anti-DDoS traffic cleaning Quick Start Guide

Anti-DDoS traffic cleaning management

Anti-DDoS traffic cleaning API Overview

Anti-DDoS traffic cleaning FAQs.


Huawei public cloud management and cloud service-cloud monitoring.

Cloud Monitoring Overview

The cloud watch Quick Start Guide

Cloud Monitoring Management

Introduction to the cloud monitoring API

Cloud Monitoring FAQs.


Huawei public cloud database cloud services-relational database

Overview of relational database

Relational Database Service (RDS) Quick Start Guide

Relational database management

Relational database API

Relational Database Service (RDS) FAQs.


Huawei public cloud computing cloud service -CCE

Overview of Cloud container engine

Cloud container engine Quick Start Guide

Cloud container engine management

Introduction to cloud container engine API

Cloud container engine FAQs.




Huawei Cloud Service Implementation

Quick understanding Huawei public cloud: obtain the account-selected service-buy-pay-use

services.

Introduction to the practice solution

Subscribe to a product.

Set up the site.

Configuration

Website access

Duration

5 working days

Class Size

Min 6, Max 12



Exam Code Exam Name

H31-531 HCNA-Cloud SysOps Administrator



7. IoT

7.1. IoT

7.1.1. HCNA - IoT Training

Training Path

HCIoT Lecture practice 5D

HCNA-IoT Citification Training

Trainees

Personnel who are ready to participate in the HCNA-IoT certification exam

Objectives

After completing the training, you will be able to:

Be able to understand basic IoT knowledge and related solutions.

Be able to understand the IoT connection management platform.

Have a good command of the knowledge and development of IoT operating systems.

Be able to independently configure IoT gateways.

Content

IoT Overview and Solution Introduction

IoT Overview

Common IoT Communication Technologies

Internet of Things (IoT)

IoV

Energy Industry IoT

Smart home IoT

IoT security

IoT Connection Management Platform

IoT Connection Management Platform

OceanConnect service process

IoT Operating System Introduction and Development

IoT Operating System

Huawei LiteOS Infrastructure

Introduction to Huawei LiteOS Development

IoT Gateway Introduction and Configuration

Introduction to IoT Industrial Gateway

IoT Home Gateway

NB-IoT and eLTE-IoT



NB-IoT Standards and Solutions

Introduction to Huawei eLTE-IoT Solution

Duration


Class Size

Min 6, Max 12



Exam Code Exam Name

H12-111 HCNA-IoT Exam



7.1.2. HCNP - IoT Wireless Training

Training Path

Lecture 0.5D

NB-IoT Overview

Lecture Hands-on 1D

NB-IoT Network Deployment

Lecture 1D

NB-IoT Air Interfaces

Lecture 1.5D

NB-IoT Signaling and Protocols

Lecture 0.5D

Key NB-IoT Features

Lecture Hands-on 0.5D

NB-IoT Network Planning

Lecture 0.5D

Introduction to NB-IoT Performance

Management and Key Parameters

Trainees

Personnel who are ready to participate in the HCNP-IoT RF exam

Objectives

Upon completion of this course, the trainees will be able to:

Learn about IoT product performance and master the data configuration method.

Master key NB-IoT technologies (such as air interface and channel technologies).

Obtain a full understanding of NB-IoT service signaling processes.

Obtain a full understanding of key NB-IoT features.

Master NB-IoT network planning skills (coverage, capacity, and cell parameters).



Obtain a full understanding of NB-IoT KPIs and key wireless parameters.

Content

NB-IoT overview

IoT concepts

Introduction to common wireless technologies adopted in IoT

NB-IoT network architecture

Main NB-IoT features

Main NB-IoT applications in vertical industries

NB-IoT network deployment

NB-IoT product introduction

NB-IoT baseband units

NB-IoT RF units

NB-IoT site solutions

NB-IoT network deployment and activation

NB-IoT air interfaces

NB-IoT system architecture

Introduction to NB-IoT protocol stacks and functions

NB-IoT frame structure

Introduction to NB-IoT uplink physical channels and signals

Introduction to NB-IoT downlink physical channels and signals

NB-IoT signaling and protocols

NB-IoT system message introduction

Analysis of signaling messages and major IEs in an Attach/Detach procedure

Analysis of signaling messages and major IEs in a Service Request procedure

Analysis of signaling messages and major IEs in a TAU procedure

Analysis of an MO data transmission procedure

Analysis of an MT data transmission procedure

Key NB-IoT features

Introduction to PSM principles

Introduction to eDRX principles

Introduction to congestion control principles

Introduction to NB-IoT coverage extension principles

Introduction to NB-IoT paging extension principles

NB-IoT network planning

Uplink and downlink budgets

Wireless network coverage estimation

Network traffic model

System capacity estimation

Basic cell parameter planning

Introduction to NB-IoT performance management and key parameters

General architecture of NB-IoT KPIs



Definitions, measurement points, and calculation formulas of NB-IoT KPIs of the accessibility type

Definitions, measurement points, and calculation formulas of NB-IoT KPIs of the retainability type

Definitions, measurement points, and calculation formulas of NB-IoT KPIs of the service integrity type

Definitions, measurement points, and calculation formulas of NB-IoT KPIs of the availability type

Definitions, measurement points, and calculation formulas of other common KPIs

Introduction to common NB-IoT parameters and timers as well as the corresponding setting principles

Duration


Class Size

Min 6, Max 12



Exam Code Exam Name

H35-631 HCNP - IoT Wireless Exam



7.1.3. HCNP - IoT Platform Training

Training Path

Lecture 0.5D

IoT Platform Overview

Lecture Hands-on 1D

IoT Platform Planning and Virtual layer

Deployment

Lecture Hands-on 1D

IoT Platform Deployment

Lecture Hands-on 1D

IoT Platform Key Features

Lecture Hands-on 0.5D

IoT Platform Operation and Maintenace

Lecture Hands-on 1D

Platform fault analysis and handling

Trainees

Personnel who are ready to participate in the HCNP-IoT Platform engineer certification exam

Objectives

Upon completion of this course, the trainees will be able to:

Understand IoT platform products and main functions in the industry.

Obtain IoT platform planning and deployment solutions and specific operations.

Master the main features and applications of the IoT platform.

Master the routine operation and maintenance methods of the IoT platform.

Obtain the methods for analyzing and handling common faults on the IoT platform.

Content

IoT Platform Overview

Introduction to the IoT connection management platform



Platform Services and Functions

Platform for Software and Hardware

Platform Interfaces and Protocols

IoT Platform Planning and Virtual layer deployment

VLAN planning for IoT platform

Data plan for IoT platform

Virtual layer deployment IoT platform

IoT Platform Deployment

Platform Data Planning

Platform Software and Hardware Installation

Basic Data Configuration

Platform Interfaces

IoT Platform Key Features

Device connection management

Business Enablement

Management Portal

Basic Management

IoT Agent

IoT Platform operation and maintenance

IoT Platform Performance Monitoring

Common functions and operation methods of the maintenance portal

Routine maintenance and methods of the platform

IoT Platform fault analysis and handling

Common Fault Locating and handling Methods of IoT Platform

Operation of Common Data Collection and Analysis Tool

Platform Fault Case Analysis

Duration


Class Size

Min 6, Max 12



Exam Code Exam Name

H35-632 HCNP - IoT Platform Exam



8. Hardware Installation

8.1. Wireless Hardware

8.1.1. HCS - Wireless Hardware Installation Training

Training Path

Pre-learning 2 Weeks

Wireless HI Pre-learning

Lecture 1Day

Wireless HI Lecture

Hands-on 4 Days

Wireless HI Hands-on

Target Audience

Hardware Installation Engineer

Prerequisites

A basic understanding of communication network

Objectives


Describe the specifications of HUAWEI wireless products

Describe the installation steps and SOP for HUAWEI wireless products

List the key points of installation quality of HUAWEI wireless products

List on-site EHS management requirements

Apply the IT tools involved in HUAWEI wireless site installation

Make all kinds of cables involved in HUAWEI wireless sites

Describe the process for HUAWEI wireless site installation

Implement HUAWEI wireless hardware installation

Training Content

Pre-learning Content

Wireless product hardware installation (video)

The wireless product introduction

The installation of DBS3900

The installation of BTS3900



The key process

The antenna and feeder system installation and cable terminal production (video)

The pre-installation of antenna

The installation of TMA

The installation of a jumper with AISG cable

The GPS antenna assembly and connection

The grounding OT terminal assembly and connection

Manufacture and installation of the BBU cable (including power cable)

The production of OT terminals

The Cold-pressed terminal production

The production of SMB terminal

The production of Ethernet cable terminal

The jumper terminal production

Overview of wireless equipment (e-courseware)

The introduction of wireless network

The wireless base station equipment introduction

The wireless antenna products introduction

Wireless equipment hardware installation (e-courseware)

The introduction of equipment installation scene

The introduction of wireless product installation steps

The preparatory work for key quality points

The installation of cabinet key quality points

The BBU installation quality of key points

The RRU installation quality of key points

The RFU installation quality of key points

The antenna installation quality of key points

The GPS installation quality of key points

The label installation quality of key points

The power on inspection and closeout work key point

Wireless site delivery and tool documentation application (e-courseware)

The wireless delivery engineering business flow introduction

The project starting and plans introduction

The implementation of the project introduction

The introduction of the project closeout

The site drawings introduction

The cable connection drawing introduction

The introduction of construction drawing

The introduction of BOQ

The bill of material introduction

The introduction of MR

The introduction of DN

The introduction of SOP (including iSOP)



The QC Engineering Plan introduction (including Smart QC)

The introduction of Checklist quality inspection

The approval document introduction

Survey and design process and site survey key points (e-courseware)

An overview of the survey and design

The survey and design steps

The key point of the survey

Survey tools and IT system applications (e-courseware)

The survey tool introduction

The introduction of IT survey system

ISDP tool application(video)

The ISDP Mobile APP tool application (focus site sign and completion acceptance)

Engineering practice EHS Management (e-courseware)

The concept and scope of EHS

The introduction of PPE

The climbing EHS

The electrified operation EHS

The on-site operation EHS

Pre-learning Duration：2 Weeks (Typical)

ILT Training Content

Overview of wireless equipment

The introduction of wireless network

The wireless base station equipment introduction

The wireless antenna products introduction

Wireless equipment hardware installation

The introduction of equipment installation scene

The introduction of wireless product installation steps

The preparatory work for key quality points

The installation of cabinet key quality points

The BBU installation quality of key points

The RRU installation quality of key points

The RFU installation quality of key points

The antenna installation quality of key points

The GPS installation quality of key points

The label installation quality of key points

The power on inspection and closeout work key point

Wireless site delivery and tool documentation application

The wireless delivery engineering business flow introduction

The project starting and plans introduction

The implementation of the project introduction

The introduction of the project closeout



The site drawings introduction

The cable connection drawing introduction

The introduction of construction drawing

The introduction of BOQ

The bill of material introduction

The introduction of MR

The introduction of DN

The introduction of SOP (including iSOP)

The QC Engineering Plan introduction (including Smart QC)

The introduction of Checklist quality inspection

The approval document introduction

Survey and design process and site survey key points




Survey tools and IT system applications



ISDP tool application

The ISDP Mobile APP tool application (focus site sign and completion acceptance)

Engineering practice EHS Management



The climbing EHS


The site operation EHS

ILT Training Duration：1 Working Day

Hands-on Content

EHS operation Hands-on 1H

Cable terminal production 2H

Power connector production

Jumper connector production

Ethernet cable connector production

GPS cable connector production

Outdoor connector waterproof

Wireless (DBS + pole site) Hardware Installation Hands-on - Demo part (9H)



installation

-test

Wireless (DBS + pole site) Hardware Installation Hands-on - Job Shadowing part (student Hands-on practice,

mentor guide)

The content is same with Demo part

Wireless (DBS + pole site) Hardware Installation Hands-on - Solo part (student solo Hands-on)

The content is same with Demo part

Hands-on Duration：4 Working Days

Class Size

Min 8, Max 12



Exam Code Exam Name

H35-910 HCS-wireless Hardware Installation Exam



8.2. Microwave Hardware Installation

8.2.1. HCS - Microwave Hardware Installation

Training Path

Pre-learning 2 Weeks

Microwave HI Pre-learning

Lecture 1Day

Microwave HI Lecture

Hands-on 3 Days

Microwave HI Hands-on

Target Audience


Prerequisites


Objectives


Describe the specifications and basic working principle of HUAWEI Microwave products( Access, Backhaul

Series)

Describe the installation steps and SOP for HUAWEI Microwave products( Access, Backhaul Series)

List the key points of installation quality of HUAWEI Microwave products( Access, Backhaul Series)

List on-site EHS management requirements

Apply the IT tools involved in HUAWEI microwave site installation

Make all kinds of cables involved in HUAWEI microwave sites

Describe the process for HUAWEI microwave site installation

Implement HUAWEI microwave hardware installation

Training Content

Microwave Hardware Installation Pre-learning

Network Products Hardware Installation

The main microwave products introduction

The microwave hardware introduction

The project preparation and unpacking inspection



The antenna installation

The ODU and intermediate frequency cable installation

The IDU installation

The microwave antenna alignment

The Microwave Products Overview

The microwave working principle introduction

The microwave product classification

The antenna products installation

The ODU products installation

The IDU products installation

Microwave 950 product installation process introduction

The installation steps introduction

The installation key points introduction

Microwave 310 product installation process introduction



Survey and design process and site survey key points (e-courseware)







ISDP tool application(video)

The ISDP Mobile APP tool application (focus on site sign, completion acceptance)

Engineering practice EHS Management (electronic courseware)



The climbing EHS

The band operation EHS

The site operation of other EHS

Pre-learning Duration：2 Weeks (Typical)

ILT training content

The Microwave Products Overview

The microwave working principle introduction

The microwave product classification

The antenna products installation

The ODU products installation

The IDU products installation

Microwave engineering &LOS survey introductions



The survey overview

The survey procedure introduction

The microwave network topology introduction

The microwave field LOS judgment

Microwave 950/310 product installation process introduction



Antenna alignment knowledge




ISDP tool application

The ISDP Mobile APP tool application (focus on site sign, completion acceptance)

Engineering practice EHS Management (electronic courseware)



The climbing EHS

The band operation EHS

The site operation of other EHS


Hands-on Content

EHS operation Hands-on

Cable terminal production Hands-on

Power connector production

intermediate frequency cable connector production

Ethernet cable connector production

Outdoor connector waterproof

Site Survey Hands-on

Preparation before survey

Engineering survey

LOS survey

Supply logistics Hands-on

MR(Materials Request) bill interpretation

The use of IT tools for site sign

The use of IT tools for completion acceptance

Microwave equipment installation

The 950 series access side microwave hardware installation

The 310 series access side microwave hardware installation

Hands-on Duration：3 Working Days Duration



Class Size

Min 8, Max 12



Exam Code Exam Name

H35-911 HCS-Microwave Hardware Installation Exam



8.3. FTTX OSP

8.3.1. HCS - FTTX Outside Plant Training

Training Path

Pre-learning 1 Week

FTTX OSP Pre-learning

Lecture 1Day

FTTX OSP Lecture

Hands-on 2 Days

FTTX OSP Hands-on

Target Audience


Prerequisites


Objectives


Describe the specifications and procedures for artificial pipe excavation

Describe the specifications and procedures for the laying of the cable and perform the cable laying project

Describe ADSS (overhead) cable laying specifications and procedures, and the implementation of cable laying

Describe the fiber splicing step and perform fiber splicing

Describe the fiber test procedure and perform fiber test

Describe the FAT-ATB Quick Connector specifications and procedures and perform quick connections

Training Content


Optical cable product knowledge (video)

Optical fiber Introduction

Optical Cable characteristics and structure

Optical Cable classification and typical cable introduction

ODN construction Overview (video)

ODN typical networking structure

Introduction to Home Pass-traditional pipe scene construction

Home Pass-micro tube micro-cable scene construction introduction



Home Pass-overhead scene construction introduction

Home Connection-building scene home construction introduction

ODN products and fiber optic cable overview (e courseware)

ODN construction plan and standard (e courseware)

ISDP Mobile APP tool use (focus site collection, finished test) (e courseware)

Engineering Practice EHS Management (e Courseware)

Pre-learning Duration：1 Week (Typical)


ODN products and fiber optic cable overview

ODN network introduction

Node product introduction

ODN construction plan and standard

Construction plan and standard for overhead cable

Construction plan and standard for pipeline cable

Construction plan and standard for buried cable

Construction plan and standard for air blown cable

ISDP Mobile APP tool use

On-site EHS management



The climbing EHS


The site operation EHS


Hands-on Content

EHS operating specifications

Pipeline optical cable laying

Pipeline optical cable detection

Optical cable test

Optical cable laying

Overhead optical cable laying

Joint box installation and fiber splicing

FAT-ATB quick connector production

OTDR test

Hands-on Duration：2 Working Days



Class Size

Min 8, Max 12



Exam Code Exam Name

H35-915 HCS - FTTx Outside Plant (Written)



8.4. Data Center and Network Equipment Installation

8.4.1. HCS - Data Center and Network Equipment Hardware Installation

Training

Training Path

Pre-learning 5 Days

IT Equipment HI Pre-learning

Pre-learning 2 Days

Access Network Equipment Installation Pre-

learning

Lecture 1Day

IT Equipment HI Lecture

Hands-on 1Day

IT Equipment HI Hands-on

Lecture 0.5 Day

Access Network Equipment Installation

Lecture

Hands-on 1.5 Day

Access Network Equipment Installation

Hands-on

Target Audience


Prerequisites

A basic understanding of network

Objectives


Describe the model and specifications of Huawei's own production servers and storage devices

Describe and execute the installation steps for Huawei's typical IT equipment hardware

Describe and implement the installation quality key points of Huawei's typical IT equipment hardware

Describe and implement the main points and contents of Huawei server and high-end storage engineering

survey



Describe and perform on-site EHS management requirements

Describe the access network typical Local and remote product specifications

Describe the installation steps and SOP of the access network product

Describe and implement the access network product installation quality key points

Application access network equipment installation involved IT tools

Implementation of Huawei access network equipment involved in a variety of cable production

Describe the process of the Huawei access network equipment installation

Training Content


IT equipment hardware installation

FusionCube V100R002C70 hardware installation (E9000_Chassis)

FusionCube V100R002C70 Hardware Installation (RH2288H_V3_Chassis)

OceanStor 5300 V3 & 5500 V3 & 5600 V3 & 5800 V3 & 6800 V3 & 6900 V3 Storage System Hardware

Installation

OceanStor 5300 V3 & 5500 V3 & 5600 V3 & 5800 V3 & 6800 V3 & 6900 V3 Storage System Parts

Replacement

Huawei server engineering survey introduction

OceanStor 18000 V3 high-end storage engineering survey

Huawei server hardware installation and connection

Huawei E9000 blade server installation introduction

Huawei server and storage device panorama

Huawei FusionServer server panorama

Huawei stores the panorama

On-site EHS Management



The climbing EHS



Access network equipment hardware Introduction

3 minutes to understand the access network

Access network equipment MA5680T and MA5800 introduction

MA5600T installation and maintenance

Access network remote MxU introduction

3 minutes to understand the access network outdoor cabinets

Access network principles and product overview

What is the access network - access network concept, development and mainstream access technology

Copper wire access (copper wire) (twisted pair) - cable knowledge, broadband evolution, application

scenarios and Huawei copper products

Fiber Access (FTTX) (Optical Cable) - Optical Access Introduction, FTTx Cabinet, Product Overview

Cable access (coaxial cable) - MSO, D-CCAP and Huawei product introduction



Access network equipment installation overview

Connection diagram

Installation SOP Introduction

Introduction to hardware quality standards

Pre-learning Duration：1 Week


Huawei RH rack server product introduction

RH rack server product overview

RH series server product introduction

Huawei E9000 blade server product introduction

E9000 product introduction

E9000 product hardware architecture

Introduction to E9000 parts

Huawei storage product introduction

Huawei storage product positioning

Huawei hardware description of storage products

Huawei server engineering survey introduction

Brief Introduction to Engineering Survey Process

Introduction to Engineering Survey

Details of the various parts of the survey

OceanStor 18000 V3 high - end storage engineering survey

Delivery mode

Equipment introduction

Survey content

Huawei server hardware installation and connection

Hardware installation

Cable connection

Power on the equipment

Huawei E9000 blade server installation introduction

E9000 equipment installation

E9000 parts installed

Oceanstor V3 fusion storage hardware installation

Hardware installation

Equipment connection

Power-up method

On-site EHS Management



The climbing EHS





Access network principle and product overview

What is the access network

Copper wire access (copper wire) (twisted pair)

Fiber access (FTTX) (fiber optic cable)

Cable access (coaxial cable)

Access network equipment installation overview

Connection diagram key points interpretation

Hardware installation SOP key point interpretation

Introduction to key points in hardware quality standards

ILT Training Duration：1.5 Working Day

Hands-on Content

IT equipment installation

EHS operation

Rack server installation

Enterprise storage installation

Digital switch installation

Server, storage, digital switch cable distribution and connection

Label making and pasting

Equipment disassembly

Access network active equipment installation training

OLT service Sub-rack installation

OLT protection ground and power cord installation

Remove and reinstall the OLT board

OLT uplink fiber and downlink fiber installation

OLT label production and paste

OLT hardware installation quality self-test

MA5616 and cable installation



MA5616 and other ONU label production and paste

MA5616 and other ONU hardware installation quality self-test

ONT HG8145C installation

Hands-on Duration：2.5 Working Day

Class Size

Min 8, Max 12



Exam Code Exam Name

H35-912 HCS - Data Center and Network Equipment Hardware Installation



9. Big Data

9.1. Big Data

9.1.1. HCNA-Big Data Training

Training Path

Lecture 0.5D

Front Trends of Big Data

Lecture Practice 0.5D

FusionInsight HD Product Training

Lecture Practice 0.5D

FusionInsight HD Technical principles and

Applications of Common Big Data components

Target Audience

Who wants to be a Big Data engineer

Who wants the HCNA-Big Data certification

Primary Big Data Engineer

Prerequisites

Foundation of network technology

Basic Knowledge of Linux

Objectives

After completing the training, you will be able to:

Be able to know the technical principle and architecture of Common Big Data components

Content

Front trend of Big Data

Time of Big Data

Application fields of Big Data

Opportunity and challenge for enterprises in the era of big data

Huawei Big Data solution

FusionInsight HD Product Training

FusionInsight HD Summary for enterprise edition

FusionInsight HD Features Introduction

FusionInsight HD Successful Cases

FusionInsight HD Technical Principle and Application of Common Big Data Components



HDFS Distributed File System

HDFS Overview and Application Scenarios

The Position of HDFS in FusionInsight HD

HDFS system architecture

Introduction to Key features

FusionInsight HD Client Installation

HDFS Hands-on Lab

MapReduce The Distributed Offline Batch Computing Framework and Yarn The Resource Negotiator

Introduction to MapReduce and Yarn

Functions and Architectures of MapReduce and Yarn

Resource Management and Task Scheduling of Yarn

Enhanced Features

Spark2x The distributed processing engine based on memory

Spark Overview

Technical principle and Architecture of Spark

Integration of Spark in FusionInsight

HBase Distributed storage system (NoSQL)

Introduction to Hbase

Functions and Architecture of HBase

Key Processes of HBase

Huawei Enhanced Features of HBase

HBase Database Practice Lab

Hive Distributed Data Warehouse

Introduction to Hive

Functions and Architecture of Hive

Basic Hive Operations

Hive Data Warehouse Hands-on Lab

Streaming Distributed Stream Computing Engines

Introduction to Streaming

System Architecture

Key Features

Introduction to StreamCQL

Flink Stream and Batch Processing

Introduction to Flink

Technical Principle and Architecture of Flink

Integration of Flink in FusionInsight HD

Loader Data Exchange

Introduction to Loader

Loader Job Management

Loader Data Import and Export Lab

Flume Multiple Logs Collection

Flume Overview and Architecture



Key Characteristics of Flume

Examples of Flume Applications

Flume Data Collection Lab

Kafka Distributed Message Subscription system

Introduction to Kafka

Architecture and Functions of Kafka

Key Kafka Processes

Kafka Message Subscription Lab

ZooKeeper Cluster Distributed Coordination Service

Introduction to ZooKeeper

The Position of ZooKeeper in FusionInsight HD

System Architecture

Key Features

Relationship with Other Components

Hadoop Cluster Comprehensive Experiment

Loader+Hive+HBase Big Data Import and Query practice

Flume+HDFS+Loader+Mysql+Hive+Hue Stock Exchange Data Collection and Incremental Search

practice

Duration

5 working days

Class Size

Min 6, Max 12



Exam Code Exam Name

H13-711 HCNA-Big Data

(Huawei Certified Network Associate-Big Data)



10. Automatic O&M

10.1. OWS

10.1.1. HCDA - OWS Developer Training

Training Path

Lecture Hands-on 4D

HCDA - OWS Developer

Target Audience

Application Programmer, System O&M personal

Prerequisites

Database basic knowledge

HTTP basic knowledge

JavaScript basic knowledge

Objectives


Understand OWS platform concepts;

Grasp App Basic Configuration Skill;

Grasp App Interface Basic Configuration Skill;

Grasp App basis workflow orchestration skill.


OWS Development Fundamentals

Huawei's Practice in Digital O&M Transformation

App Development Challenges

Platform Architecture and Principles

Platform Functions in Runtime

Studio Basic Functions

APP Basic Configuration

App Configuration

Model Configuration

Service Configuration

Data Rule Configuration

Page Configuration

Interface Basic Configuration

Basic Operation Configuration of the Interface Package

Soap interface Configuration

Rest interface Configuration



Oauth2.0 interface Configuration

Workflow Basic Configuration

Introduction to Workflow

Create a Process

Configure Workflow Chart

Configure Workflow Form

Configure Workflow Rule

Duration

4 working days

Maximum Class Size

Min 6，max 12



Exam Code Exam Name

H35-920 HCDA - OWS Developer

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