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-CEWA Constructing Enterprise WLAN Architecture

1. WLAN WIDS Introduction (Optional)

• WLAN WIDS Introduction
• Wireless Intrusion Detection and Prevention
• Attack Detection
• WIDS Configuration
• Typical Application Scenarios

2. Connecting Agile Controller with Severs

• Deploy Agile Controller in Large-sized network
• Directory server
• Agile Controllers connects with external authentication source
• Application in Wireless Authentication

3. Mesh Principle and Configuration

• Mesh Overview
• Mesh Concept
• Mesh Architecture
• Establish Mesh Network
• Applicable Scenarios of Mesh
• Configure Mesh Network

4. Large-sized WLANs Introduction

• Typical WLAN Application of Large-sized Campus Network
• Configuring APs to Go Online
• VLAN Pool Introduction
• Large-sized WLAN Introduction
• Maintain WLAN Basic

5. WLAN Radio Resource Management

• WLAN Radio Resource Management Introduction
• Radio Calibration
• AP-based Load Balancing
• Band Steering
• User CAC
• Smooth Channel Switching
• Per Packet Power Adjustment

6. WLAN Roaming-Inter AC Roaming

• Introduction to WLAN Roaming
• Distinguish between Different Roaming
• Inter AC Roaming
• Applicable Scenarios of WLAN Roaming
• Configure Layer 3 Roaming

7. WLAN Reliability Introduction—Dual-Link Backup

• WLAN Reliability Overview
• WLAN Dual-Link Backup Introduction
• N+1 Backup Introduction

8. Deploy Huawei Outdoor AP

• Applicable Scenarios of Deploying Outdoor AP
• WLAN Outdoor Coverage
• Fresnel zone

9. Huawei Outdoor AP and Antenna(Optional)

• Huawei Outdoor AP Introduction
• Huawei Antenna
• Antenna Selection

10. Deploy WLAN Secure Connectivity Services

• WLAN Access Authentication
• Agile Controller Introduction
• Agile Controller Typical Configuration

11. WLAN Reliability Introduction—Hot-Standby Backup

• Hot-Standby Backup Introduction
• Hot-Standby Backup Principle
• Applicable Scenarios of Hot-Standby Backup
• Configure Hot-Standby Backup

12. WLAN Roaming- Smart Roaming

• Smart Roaming Overview
• Applicable Scenarios of Smart Roaming
• Process of Smart Roaming
• Configure Smart Roaming