Description
COURSE OBJECTIVES
On completion of this program, the participants will be able to:
- Describe Huawei WLAN technical architecture
- Describe Huawei HCIE-WLAN Certification architecture
- Master WLAN networking technologies
- Master WLAN roaming technologies
- Master WLAN radio resource management
- Master WLAN multicast technologies and mDNS principles
- Master WLAN security and defense
- Implement WLAN admission control
- Describe Huawei WLAN and IoT convergence solution
- Describe the principles and solutions of the wireless positioning technology
- Master how to construct an IPv6 WLAN
- Describe the CloudCampus solution
- Master the design and deployment of CloudCampus large-scale campus networks
- Master the design and deployment of CloudCampus small- and medium-sized campus networks
- Master WLAN troubleshooting methods
PREREQUISITES
- You are advised to pass the HCIP-WLAN certification or pass the HCIE-WLAN written exam.
- It is recommended to have at least five years of ICT experience, have experience in designing, planning, implementing, and O&M of medium- and large-sized WLAN networks, take the lead in at least three projects, and take charge of major technical work in the projects.
AUDIENCE
- Technical personnel who want to obtain HCIE-WLAN knowledge
COURSE OUTLINE
COURSE OUTLINE
1. Build a Reliable WLAN Network
Huawei WLAN Certification Overview
- Introduction to Huawei WLAN Career Certification
- Introduction to WLAN Reliability
- Improving Wireless User Experience
- Building a Secure, Trustworthy WLAN Campus Network
- Building an Open, Converged WLAN Campus Network
- WLAN O&M and Optimization
- WLAN Network Planning and Deployment
WLAN Networking Technology
- WLAN Networking Architecture
- Principles and Configurations of Navi AC
- Principles and Configurations of Leader AP
- Principles and Configurations of Mesh
- Principles and Configurations of GRE and IPSec VPN
WLAN Reliability
- WLAN Reliability Overview
- HSB Technologies
- Dual-Link Cold Backup
- N+1 Backup
- CAPWAP Link Failover
WLAN Roaming
- WLAN Roaming Overview
- WLAN Roaming Technologies
- WLAN Roaming Optimization
- Typical Roaming Scenarios of Huawei WLAN Solution
- WLAN Roaming Fault Rectification
2. Improve Wireless User Experience
WLAN Radio Resource Management
- WLAN Radio Calibration
- WLAN Load Balancing
- WLAN Anti-Interference
- WLAN QoS
- VIP User Experience Guarantee
WLAN Multicast and mDNS
- IP Multicast Fundamentals
- WLAN Multicast Network Optimization
- mDNS and mDNS Gateway
3. Constructing a Secure and Trusted WLAN Network
WLAN Security and Defense
- Overview of WLAN Security Threats and Security Solutions
- WLAN Management Plane Security
- WLAN Control Plane Security
- WLAN Forwarding Plane Security
- WLAN Network Security Configuration Example
WLAN Network Admission Control (NAC)
- Overview of NAC
- Commonly Used NAC Methods and Their Working Mechanism
- Huawei NAC Solution
- Typical NAC Configuration
4. Constructing an Open and Converged WLAN Network
WLAN and IoT Convergence
- Overview and Development Trends of IoT Networks
- Overview of Short-Range Wireless IoT Technologies
- Huawei’s CloudCampus IoT Solutions
WLAN Wireless Positioning Technologies
- Overview of Wireless Positioning
- Implementation of Wireless Positioning Technologies
- Huawei’s Wireless Positioning Solutions
Constructing an IPv6 WLAN
- IPv6 Overview
- IPv6-based WLAN Networking and Applications
- IPv6-based WLAN Access Control
- IPv6-based WLAN Security
- WLAN Evolution to IPv6
5. Constructing a New WLAN Network
Huawei CloudCampus Solution
- CloudCampus Overview
- Ultra-Broadband Connectivity
- Simplified Network
- Multi-Purpose Network
- Access Authentication
- Intelligent Policy
- Intelligent O&M
CloudCampus Solution for Large and Medium-Sized Campus Networks
- VXLAN-based Virtualized Campus Network and Solution
- Underlay Design
- Fabric Design
- Overlay Design
- Admission Control and Free Mobility Design
- WLAN Design
- O&M Design
CloudCampus Solution for Small and Medium-Sized Campus Networks
- Service Requirements and Challenges Facing Small and Medium-Sized Campus Networks
- Introduction to Huawei CloudCampus Solution
- Huawei CloudCampus Solution Design for Small and Medium-Sized Campus Networks
- Typical Industry Application Scenarios
CloudCampus Solution Deployment for Large Campus Networks
- Basic Concepts
- Deployment Planning and Process
- Deployment Guide
CloudCampus Solution Deployment for Small and Medium-Sized Campus
- Deployment Process Overview
- Deployment Design
- Software and Hardware Installation
- Deployment
- Service Deployment
- O&M Management
- Acceptance Test
6. WLAN Network O&M and Troubleshooting
WLAN Troubleshooting
- WLAN Troubleshooting Roadmap
- Auxiliary Methods for Troubleshooting WLAN Faults
- WLAN Fault Cases
Intelligent O&M
- CampusInsight Overview
- CampusInsight Functions and Demonstration
7. WLAN Network Planning and Optimization
Enterprise WLAN Optimization Design
- Introduction to Enterprise WLAN Optimization
- Enterprise WLAN Evaluation
- Enterprise WLAN Optimization Solution Design
- Solution Implementation and Acceptance
Large WLAN Networking Practice
- WLAN Project Lifecycle
- WLAN Project Deliverables
- WLAN Project Cases
