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HCIP-WLAN POEW (Planning and Optimizing Enterprise WLAN)

RM5,000.00 RM5,300.00 (after 6% SST)

Course Duration: 5 Days

Description

AUDIENCE

  • Those who hope to become senior WLAN engineers
  • Those who hope to become WLAN planning and optimization experts
  • Those who hope to obtain an HCIP-WLAN V1.0 certificate

PREREQUISITES

  • HCIA-WLAN certificate or similar knowledge

COURSE OBJECTIVE

  • On completion of this program, the participants will be able to:
  • 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.

MORE INFO

Learning

Duration:5.0 Day

Training Method: Theoretic teaching+Hands-on practice

Course Level: HCIP

Objectives

On completion of this program, the participants will be able to:

  1. Become familiar with typical networking applications and features of large-sized WLANs.
  2. Understand the CAPWAP tunnel establishment process.
  3. Master the configuration methods of large-sized WLANs.
  4. Understand the maintenance methods of basic WLAN services.
  5. Master WLAN radio frequency management.
  6. Become familiar with the WIDS/WIPS technology.
  7. Master the access control technology of Agile Controller.
  8. Master WLAN inter-AC roaming and intelligent roaming technologies.
  9. Plan and configure an hot standby (HSB) WLAN network.
  10. Describe outdoor WLAN antennas. Master the WDS and MESH networking.
  11. Describe methods of WLAN planning and optimization.
  12. Understand customers’ requirements on WLAN planning.
  13. Understand WLAN network specifications.
  14. Perform WLAN project planning.
  15. Use WLAN planning and site survey tools.
  16. Describe the precautions for WLAN planning and site survey in different application scenarios.
  17. Plan WLAN architectures in various scenarios.
  18. Design an indoor settled WLAN.
  19. Use the WLAN Planner to perform outdoor network planning.
  20. Master planning methods of small- and medium-sized enterprise WLANs.
  21. Plan WLAN architectures in various scenarios. Design an indoor settled WLAN.

Target Audience

  • Those who hope to become senior WLAN engineers.
  • Those who hope to become WLAN planning and optimization experts.
  • Those who hope to obtain an HCIP-WLAN certificate.

Prerequisites

  • HCIA-WLAN certificate or similar knowledge.

Training Content

HCIP-WLAN-POEW Planning and Optimizing Enterprise WLAN

1. WLAN Optimization Overview

  • WLAN Optimization Overview
  • WLAN Optimization Process
  • WLAN Data Optimization
  • Basic WLAN Parameter Calibration
  • WLAN Optimization Benefits

2. WLAN Pre-sales Network Planning

  • Necessity of pre-sales network planning in the WLAN project
  • Procedure of pre-sales network planning in the WLAN project
  • Precautions of pre-sales network planning in the WLAN project

3. WLAN WDS & Mesh Planning

  • Project Preparation
  • Product Selection
  • Backhaul Link Design
  • Bandwidth Design
  • Deployment Design
  • Typical Application Scenarios

4. Site Survey

  • Site Survey Overview
  • Survey Preparations
  • Site Survey
  • Typical Scenarios

5. Brief WLAN Planning Scenario

  • Background
  • Other Requirements
  • Planning Discussion
  • Detailed Planning

6. Introduction to WLAN Tester

  • WLAN Tester Introduction
  • WLAN Tester Usage Procedure

7. Clarifying Customer Requirements

  • Basic Requirements
  • High-level Requirements

8. PoE Planning

  • PoE Components
  • PoE Power Budget
  • PoE Configuration

9. WLAN Campus Network Solution

  • The Trend and Challenge of WLAN Campus Network
  • Huawei WLAN Campus Network Solution
  • Application Scenarios of WLAN Campus Network

10. WLAN HA Planning

  • WLAN HA Overview
  • AC Dual-Link Cold Standby
  • AC Dual-Link Hot-Standby
  • VRRP Dual-Node Hot-Standby
  • N+1 Cold Standby

11. WLAN Coverage Optimization

  • AP Quantity Adjustment
  • AP Location Adjustment
  • AP Power Adjustment
  • Antenna Location Adjustment
  • Coverage in High Density Scenarios

12. WLAN Planning and Optimization Overview

  • WLAN Project Lifecycle WLAN Planning Importance
  • WLAN Planning Methods
  • WLAN Optimization Methods

13. WLAN Network Planning in Typical Scenarios

  • Introduction to Typical WLAN Scenarios
  • WLAN Network Planning in Typical Scenarios

14. Standards

  • Standard Organizations
  • Frequency Band Standards
  • EIRP

15. WLAN Overview

  • WLAN Basics
  • WLAN Application on Enterprise Networks: BYOD
  • Huawei WLAN Devices and Models
  • Usage Scenarios and Characteristics of WLAN on Industry Networks
  • Carrier WLAN Situation

16. WLAN Outdoor Coverage

  • Project Preparation
  • Product Selection
  • Capacity Design
  • Deployment Design
  • Typical Application Scenarios

17. WLAN Roaming Planning

  • Basic Principles of Roaming
  • Basic Concepts of Roaming
  • Roaming Planning

18. WLAN Data Planning

  • Hierarchical Network Design
  • IP Address Planning
  • VLAN and DHCP Planning
  • Route Planning

19. WLAN Interference Optimization

  • WLAN Interference Test
  • WLAN Interference Sources
  • Analysis of WLAN Interference Types
  • WLAN Interference Optimization Examples

20. WLAN Design for Small- and Medium-scale Enterprises

  • Application of WLAN in Small- and Medium-scale Enterprises
  • Networking Modes of Small- and Medium-scale Enterprise WLANs
  • Basic Planning of Small- and Medium-scale Enterprise WLANs
  • Detailed Design of Small- and Medium-scale Enterprise WLANs

21. WLAN Architecture Design

  • Basic WLAN Architectures and Components
  • AC Forwarding and Deployment Modes
  • AC Networking Modes and Layers
  • Planning Typical WLAN Architectures
  • Other WLAN Architectures

22. Indoor Distributed WLAN Planning

  • Indoor Distributed WLAN Planning
  • Indoor Distributed Planning Overview
  • Indoor Distributed Components
  • Indoor Distributed Network Planning
  • Indoor Distributed Solutions
  • WOC Solution

23. Huawei WLAN High-density Venue Solution Introduction

  • The Trend and Challenge of WLAN High-density Venue
  • Huawei WLAN High-density Venue Solution
  • Successful stories of WLAN High-density Venue

24. WLAN Network Design Overview

  • Huawei Enterprise Service Lifecycle Model
  • Basic Principles for WLAN Network Planning
  • Huawei WLAN Networking Modes

25. WLAN HLD at the Early Stage

  • Planning Scenarios
  • WLAN Interference Sources
  • AP Calculation
  • Product Selection and Placement
  • WLAN Planning Software

26. Indoor Settled WLAN Design Guide

  • Project Preparation
  • Coverage Design
  • Deployment Design
  • Bandwidth Design
  • Power Supply and Cable Route Design
  • Project Cases

 

Exam

You need to pass the following exam(s) to obtain the certificate.

HCIP-WLAN POEW

Exam Code: H12-322
Exam Type: Written examination
Exam Format: Single Answer, Multiple Answer, True-false Question
Time: 90min
Passing Score/Total Score: 600/1000
Language: Chinese, English, Russian