Titolo del corso:

HCIP WLAN POEW & CEWA Fast Track Training


Al termine del corso, i partecipanti saranno in grado di: 

  • Become familiar with typical networking applications and features of large-sized WLANs.
  • Understand the CAPWAP tunnel establishment process.
  • Master the configuration methods of large-sized WLANs.
  • Understand the maintenance methods of basic WLAN services.
  • Master WLAN radio frequency management.
  • Become familiar with the WIDS/WIPS technology.
  • Master the access control technology of Agile Controller.
  • Master WLAN inter-AC roaming and intelligent roaming technologies.
  • Plan and configure an hot standby (HSB) WLAN network.
  • Describe outdoor WLAN antennas.
  • Master the WDS and MESH networking.
  • Describe methods of WLAN planning and optimization.
  • Understand customers’ requirements on WLAN planning.
  • Understand WLAN network specifications.
  • Perform WLAN project planning.
  • Use WLAN planning and site survey tools.
  • Describe the precautions for WLAN planning and site survey in different application scenarios.
  • Plan WLAN architectures in various scenarios.
  • Design an indoor settled WLAN.
  • Use the WLAN Planner to perform outdoor network planning.
  • Master planning methods of small- and medium-sized enterprise WLANs.


Certificazione HCIA WLAN o conoscenze equivalenti.

Chi è atteso:

Chi intende diventare un senior WLAN engineer.

Chi intende diventare un esperto di WLAN planning e optimization.

Chi intende ottenere la certificazione HCIP WLAN.


Il corso è propedeutico per il conseguimento della certificazione HCIP WLAN.


  • Large-sized WLANs Introduction
    1. Typical WLAN Application of Large-sized Campus Network
    2. Configuring APs to Go Online
    3. VLAN Pool Introduction
    4. Large-sized WLAN Introduction
    5. Maintain WLAN Basic
  • WLAN Radio Resource Management
    1. WLAN Radio Resource Management Introduction
    2. Radio Calibration
    3. AP-based Load Balancing
    4. Band Steering
    5. User CAC
    6. Smooth Channel Switching
    7. Per Packet Power Adjustment
  • WLAN WIDS Introduction (Optional)
    1. WLAN WIDS Introduction
    2. Wireless Intrusion Detection and Prevention
    3. Attack Detection
    4. WIDS Configuration
    5. Typical Application Scenarios
  • Deploy WLAN Secure Connectivity Services
    1. WLAN Access Authentication
    2. Agile Controller Introduction
    3. Agile Controller Typical Configuration
  • Connecting Agile Controller with Severs
    1. Deploy Agile Controller in Large-sized network
    2. Directory server
    3. Agile Controllers connects with external authentication source
    4. Application in Wireless Authentication
  • WLAN Roaming-Inter AC Roaming
    1. Introduction to WLAN Roaming
    2. Distinguish between Different Roaming
    3. Inter AC Roaming
    4. Applicable Scenarios of WLAN Roaming
    5. Configure Layer 3 Roaming
  • WLAN Roaming – Smart Roaming
    1. Smart Roaming Overview
    2. Applicable Scenarios of Smart Roaming
    3. Process of Smart Roaming
    4. Configure Smart Roaming
  • WLAN Reliability Introduction – Dual-Link Backup
    1. WLAN Reliability Overview
    2. WLAN Dual-Link Backup Introduction
    3. N+1 Backup Introduction
  • WLAN Reliability Introduction – Hot-Standby Backup
    1. Hot-Standby Backup Introduction
    2. Hot-Standby Backup Principle
    3. Applicable Scenarios of Hot-Standby Backup
    4. Configure Hot-Standby Backup
  • Deploy Huawei Outdoor AP
    1. Applicable Scenarios of Deploying Outdoor AP
    2. WLAN Outdoor Coverage
    3. Fresnel zone
  • Huawei Outdoor AP and Antenna (Optional)
    1. Huawei Outdoor AP Introduction
    2. Huawei Antenna
    3. Antenna Selection
  • Mesh Principle and Configuration
    1. Mesh Overview
    2. Mesh Concept
    3. Mesh Architecture
    4. Establish Mesh Network
    5. Applicable Scenarios of Mesh
    6. Configure Mesh Network
  • WLAN Overview
    1. WLAN Basics
    2. WLAN Application on Enterprise Networks: BYOD
    3. Huawei WLAN Devices and Models
    4. Usage Scenarios and Characteristics of WLAN on Industry Networks
    5. Carrier WLAN Situation
  • WLAN Planning and Optimization Overview
    1. WLAN Project Lifecycle
    2. WLAN Planning Importance
    3. WLAN Planning Methods
    4. WLAN Optimization Methods
  • WLAN Pre-sales Network Planning
    1. Necessity of pre-sales network planning in the WLAN project
    2. Procedure of pre-sales network planning in the WLAN project
    3. Precautions of pre-sales network planning in the WLAN project
  • Clarifying Customer Requirements
    1. Basic Requirements
    2. High-level Requirements
  • Standards
    1. Standard Organizations
    2. Frequency Band Standards
    3. EIRP
  • WLAN HLD at the Early Stage
    1. Planning Scenarios
    2. WLAN Interference Sources
    3. AP Calculation
    4. Product Selection and Placement
    5. WLAN Planning Software
  • Brief WLAN Planning Scenario
    1. Background
    2. Other Requirements
    3. Planning Discussion
    4. Detailed Planning
  • Site Survey
    1. Site Survey Overview
    2. Survey Preparations
    3. Site Survey
    4. Typical Scenarios
  • WLAN Data Planning
    1. Hierarchical Network Design
    2. IP Address Planning
    3. VLAN and DHCP Planning
    4. Route Planning
  • WLAN Architecture Design
    1. Basic WLAN Architectures and Components
    2. AC Forwarding and Deployment Modes
    3. AC Networking Modes and Layers
    4. Planning Typical WLAN Architectures
    5. Other WLAN Architectures
  • PoE Planning
    1. PoE Components
    2. PoE Power Budget
    3. PoE Configuration
  • WLAN HA Planning
    1. WLAN HA Overview
    2. AC Dual-Link Cold Standby
    3. AC Dual-Link Hot-Standby
    4. VRRP Dual-Node Hot-Standby
    5. N+1 Cold Standby
  • Indoor Settled WLAN Design Guide
    1. Project Preparation
    2. Coverage Design
    3. Deployment Design
    4. Bandwidth Design
    5. Power Supply and Cable Route Design
    6. Project Cases
  • Indoor Distributed WLAN Planning
    1. Indoor Distributed WLAN Planning
    2. Indoor Distributed Planning Overview
    3. Indoor Distributed Components
    4. Indoor Distributed Network Planning
    5. Indoor Distributed Solutions
    6. WOC Solution
  • WLAN Outdoor Coverage
    1. Project Preparation
    2. Product Selection
    3. Capacity Design
    4. Deployment Design
    5. Typical Application Scenarios
  • WLAN Roaming Planning
    1. Basic Principles of Roaming
    2. Basic Concepts of Roaming
    3. Roaming Planning
  • WLAN WDS&Mesh Planning
    1. Project Preparation
    2. Product Selection
    3. Backhaul Link Design
    4. Bandwidth Design
    5. Deployment Design
    6. Typical Application Scenarios
  • WLAN Network Planning in Typical Scenarios
    1. Introduction to Typical WLAN Scenarios
    2. WLAN Network Planning in Typical Scenarios
  • WLAN Network Design Overview
    1. Huawei Enterprise Service Lifecycle Model
    2. Basic Principles for WLAN Network Planning
    3. Huawei WLAN Networking Modes
  • WLAN Design for Small – and Medium-scale Enterprises
    1. Application of WLAN in Small- and Medium-scale Enterprises
    2. Networking Modes of Small- and Medium-scale Enterprise WLANs
    3. Basic Planning of Small- and Medium-scale Enterprise WLANs
    4. Detailed Design of Small- and Medium-scale Enterprise WLANs
  • WLAN Campus Network Solution
    1. The Trend and Challenge of WLAN Campus Network
    2. Huawei WLAN Campus Network Solution
    3. Application Scenarios of WLAN Campus Network
  • WLAN Optimization Overview
    1. WLAN Optimization Overview
    2. WLAN Optimization Process
    3. WLAN Data Optimization
    4. Basic WLAN Parameter Calibration
    5. WLAN Optimization Benefits
  • WLAN Interference Optimization
    1. WLAN Interference Test
    2. WLAN Interference Sources
    3. Analysis of WLAN Interference Types
    4. WLAN Interference Optimization Examples
  • WLAN Coverage Optimization
    1. AP Quantity Adjustment
    2. AP Location Adjustment
    3. AP Power Adjustment
    4. Antenna Location Adjustment
    5. Coverage in High Density Scenarios
  • Introduction to WLAN Tester
    1. WLAN Tester Introduction
    2. WLAN Tester Usage Procedure
  • Huawei WLAN High-density Venue Solution Introduction
    1. The Trend and Challenge of WLAN High-density Venue
    2. Huawei WLAN High-density Venue Solution
    3. Successful stories of WLAN High-density Venue


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Durata: 5 giorni


Prossime date:

Modalità di Erogazione:

Instructor Led (ILT)
Live Virtual Training (LVT)
Blended (BLD)


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