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:
- 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.
- 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