HCIP-Datacom-Enterprise Network Solution Design

COURSE OUTLINE

1. Enterprise Network and Solution Overview

• Enterprise Network and Solution Overview

  • Definition of Enterprise Networks
  • Typical Enterprise Network Scenarios
  • Development Trends and Challenges of Enterprise Networks
  • Huawei Enterprise Network Solution

2. Campus Network Planning and Design

• Campus Network Architecture and Key Technology Applications

  • Campus Network Overview
  • Campus Network Ethernet Technologies and IP Routing Technologies and their Applications
  • Campus Network Wireless Access Technologies and Campus Egress Technologies and Applications
  • Campus Network Reliability and Network Security Technologies and Applications
  • Campus Network Service and Management Technology and Application
  • Typical Applications of Campus Network Technologies

• Large- and Medium-Sized Virtualized Campus Network Design

  • Requirements and Challenges of Large- and Medium-Sized Campus Networks
  • Huawei CloudCampus Solution Overview, Deployment Mode, Key Components, and Network Architecture
  • Application of Huawei CloudCampus Solution on Medium- and Large-Sized Virtualized Campus Networks
  • Underlay Network Design for Medium- and Large-Sized Virtualized Campus Networks
  • Fabric and Overlay Network Design for Medium- and Large-Sized Virtualized Campus Networks
  • Network Admission Control and Free Mobility Design for Large- and Medium-Sized Virtualized Campus Networks
  • WLAN Design, Network Security Design, and O&M design for Large- and Medium-Sized Virtualized Campus Networks

• Small- and Medium-Sized Cloud-Managed Campus Network Design

  • Trends and Challenges of Small- and Medium-Sized Campus Networks
  • Huawei CloudCampus Solution Overview, Deployment Mode, Solution Components, and Key Technologies
  • Application of Huawei CloudCampus Solution on Small- and Medium-Sized Cloud Managed Campus Networks
  • Network Management Mode, Network O&M Mode, and License Scheme Design for Small- and Medium-Sized Cloud Management Campus Networks
  • Network Architecture, Networking Solution, and Reliability Design for Small- and Medium-Sized Cloud Management Campus Networks
  • Small- and Medium-Sized Cloud Management Campus Networks Basic Services, Network Deployment, WLAN, and NAC Design
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3. WAN Interconnection Planning and Design

• Key Technologies for Enterprise WAN Interconnection and Their Applications

  • Basic Architecture of a Typical WAN Interconnection Solution
  • WAN Interconnection Network Technologies and their Applications, including WAN Interconnection Networking Solution, Private Line Technologies, and VPN Technologies
  • WAN Interconnection Reliability Technologies and their Applications, including Link Detection and Network and Service Reliability Technologies
  • WAN Interconnection Optimization Technologies and their Applications, including QoS and FEC Technologies
  • WAN Interconnection Security Technologies and their Applications, including WAN Transmission Security and Service Security Technologies

• Enterprise WAN Interconnection Design

  • Development Trends and Challenges of Enterprise WAN Interconnection
  • Huawei SD-WAN Solution Overview, Main Functions, and Application Scenarios
  • Huawei SD-WAN Networking Design: Site Design, Tunnel Design, and VPN Design
  • Huawei SD-WAN Service Design: Application Service Design, Network Service Design
  • Huawei SD-WAN Reliability and Security Design: Site Reliability Design, Controller Reliability Design, and Security Design

4. Data Center Network Planning and Design

• Data Center Network Architecture and Key Technology Application Overview

  • Data Center(DC) and Data Center Network(DCN) Overview
  • Typical DCN Architecture
  • Common Terms of DCs
  • Key Services of DCs
  • Key services of DCNs
  • Huawei CloudFabric Solution

• Data Center Network Design

  • DCN Requirements and Challenges
  • Huawei CloudFabric Solution Overview, Solution Components, Network Architecture, Typical Scenarios, and Key Technologies
  • DCN Planning and Design Methods
  • Typical DCN Overall Architecture Design and Network Zone Design
  • Typical DCN Key Attribute Design, Network Security Design, and O&M Design

5. Bearer WAN Planning and Design

• Bearer WAN Architecture and Key Technologies

  • Bearer WAN Architecture
  • Bearer WAN Basics: Overview and Application of MPLS, SR-MPLS, and SRv6
  • VPN Service: WAN VPN Overview and Tunnel Management Overview
  • Network Traffic Optimization: Network Information Collection, Path Computation for Network Traffic Optimization, and Optimization Result Delivery
  • Service Level Agreements (SLAs): QoS, Channelized Sub-interface, and FlexE
  • Network Reliability: TE Tunnel Protection Technologies
  • Network Management and O&M

• Enterprise Bearer WAN Design

  • Current Situation and Challenges of the Enterprise Bearer WAN
  • Huawei CloudWAN Solution Overview
  • Basic Design for the Enterprise Bearer WAN: Physical Network Design, IP Address Planning, and Routing Design
  • Tunnel and VPN Design for the Enterprise Bearer WAN: Tunnel Design and VPN Design
  • SLA and Reliability Design for the Enterprise Bearer WAN: SLA Design and Reliability Design
  • Optimization and O&M Design for the Enterprise Bearer WAN: Network Optimization Design and O&M Design