HCIP-Datacom-Campus Network Planning and Deployment

RM5,000.00 RM5,300.00 (after 6% SST)

Course duration: 5 days


Course Objective:

Passing the HCIP-Datacom-Campus Network Planning and Deployment certification will indicate that you: 1) understand and master traditional campus network technologies, Huawei CloudCampus solution, network admission control, free mobility, VXLAN, BGP EVPN, campus network virtualization, and Campus WLAN planning and design and CampusInsight intelligent O&M. 2) are qualified for the positions of enterprise campus network scenarios (account manager, project manager, pre-sales engineer, post-sales engineer, and O&M engineer) and be able to use Huawei datacom devices to independently plan, design, deploy, and maintain enterprise campus networks.


Suggest to acquire HCIP-Datacom-Core Technology abilities.


  • Those who wants to be datacom campus network senior engineer
  • Those who wants to achieve HCIP-Datacom-Campus Network Planning and Deployment certification.



1. Huawei Campus Network Solution Overview

  •  Huawei CloudCampus Solution
    • CloudCampus Solution Architecture, Key Components, and Functions
    • Ultra-Broadband and Simplified Network Defined by the CloudCampus Solution
    • VXLAN-based Virtual Campus and Application Scenarios
    • Common Campus Network Admission Authentication Solutions
    • CloudCampus Intelligent Policy and Intelligent O&M Implementation

2. Campus Network Design and Deployment

  • Large- and Medium-sized VXLAN Virtual Campus Network Design Guide
    • Requirements and Challenges for Large- and Medium-sized Campus Networks
    • Network Layers and Architecture of the CloudCampus Large- and Medium-Sized Campus Network
    • Concepts and Relationships of Underlay, Fabric, and Overlay on Campus Networks
    • Underlay Network Design for VXLAN-based Virtual Campus Networks
    • Fabric and Overlay Network Design for VXLAN-based Virtual Campus Networks
    • WLAN Service Design, Authentication Design, and O&M Management Design
    • VXLAN-based Virtualized Campus Network Deployment Guide
    • Deployment Process of the VXLAN-based Virtual Campus Network Using iMaster NCE-Campus
    • Deploying a Typical VXLAN-based Virtual Campus Network
    • Configuring iMaster NCE-Campus to Manage and Maintain the VXLAN Virtual Campus Network 
  • Small- and Medium-Sized Campus Network Design Guide
    • Service Requirements, Development Trends, and Challenges of Small- and Medium-sized Campus Networks
    • Huawei CloudCampus Solution Architecture for Small- and Medium-Sized Campus Networks
    • Typical Small- and Medium-Sized Campus Network Solution 
  • Small- and Medium-Sized Campus Network Deployment Guide
    • AR Routers PnP through DHCP
    • AR Routers PnP through Command Lines
    • Configure AR Routers Using iMaster NCE-Campus
    • Configure Wireless Services on iMaster NCE-Campus 
  • Campus Wireless Network Planning and Design
    • WLAN Network Planning and Delivery Process
    • WLAN Requirement Collection and Site Survey
    • Signal Coverage Analysis, Service Analysis, Capacity Design, and AP Selection
    • Wireless Channel Planning, AP Deployment Design, Power Supply and Cabling Design, and AP Installation Design
    • WLAN Acceptance


3. Campus Network and Common Technologies

  • Campus Network and Solution Overview
    • Campus Network Concept
    • Different Types of Campus Networks and their Main Features
    • Common Campus Networks and their Characteristics
    • Logical and Physical Architecture of a Typical Campus Network
    • Development Trends and Challenges of Campus Networks
    • Huawei Campus Network Solution 
  • Campus Network Architecture and Typical Technology Applications
    • Typical Campus Network Architecture
    • Common Ethernet Switching Technologies
    • Common WLAN Network Architecture
    • Campus Network Reliability Technologies
    • Common Network Services and Management Technologies for Campus Networks
    • Common Network Security Technologies on Campus Networks
    • Common VPN Technologies on Campus Networks

4. Campus Network Technology Details

  • Network Admission Control
    • Basic Concepts of Network Admission Control
    • Common Authentication Technologies, Working Principles, and Application Scenarios
    • Basic User Access Authentication Configuration
    • Function and Principle of Policy Association 
  • Free Mobility
    • Policy Control Requirements of Large-Scale Campus Networks
    • Differences Between Free Mobility and Traditional Technologies or Solutions
    • Basic Functions and Working Mechanism of Free Mobility
    • Relationship between Free Mobility and Campus Network Admission Authentication
    • Typical Application Solution of Free Mobility 
  • VXLAN and Campus Network Virtualization
    • New Network Requirements in Data Center Scenarios and How VXLAN Can Meet These Requirements
    • Basic Concepts of VXLAN
    • Basic Principles of VXLAN
    • VXLAN Application in Campus Network Virtualization
    • Application of BGP EVPN in Campus Virtualization Scenarios and Cooperation with VXLAN 
  • Campus Multi-branch Interconnection Technology
    • Enterprise WAN Development Trend
    • Common Campus Network Interconnection Solutions
    • Basic Concepts, Application Scenarios, and Working Principles of IPsec VPN
    • Basic Concepts of SD-WAN
    • Technical Architecture of Huawei SD-WAN Solution
    • SD-WAN Interconnection Solution Implementation


5. Intelligent Campus Network O&M

  • CampusInsight Intelligent O&M
    • Pain Points and Requirements of Intelligent Campus Network O&M
    • Application Scenarios and Deployment Modes of CampusInsight
    • Typical CampusInsight Network Scenarios
    • Logical Architecture and External Interfaces of CampusInsight
    • Main Functions and Features of CampusInsight
    • Technical Principles and Applications of CampusInsight
    • Main Operations of CampusInsight