HCIEW — HCIE-WLAN
HCIEW - HCIE-WLAN
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
Describe CampusInsight intelligent O&M
Master WLAN optimization design and implementation
Describe the WLAN project lifecycle
Target Audience
Technical personnel who want to obtain HCIE-WLAN knowledge
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
Training Content
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