Huawei Certified ICT Professional-Datacom- Campus Network Planning and Deployment (HCIP-DATACOM-CNPD) – Программа курса
Программа курса
- 1.Campus Network and Common Technologies
- 1.2Campus 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
- 1.3 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
- 2. Campus Network Technology Details
- 2.1 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
- 2.2 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
- 2.3 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
- 2.4 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
- 3. Huawei Campus Network Solution Overview
- 3.1 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
- 4. Campus Network Planning, Design, and Deployment
- 4.1 VXLAN-based Virtualized 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
- 4.2 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
- 4.3 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
- 4.4 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
- 4.5Campus 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
- 5. Intelligent Campus Network O&M
- 5.1 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