Metropolitan WiFi Network Design and Deployment Training

Metropolitan WiFi Network Design and Deployment Training

Course Delivery

This Course is available in the following format:

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GSA Schedule 70 Saving for Government Customers

Course Overview:

Metropolitan WiFi Network Design and Deployment Training Course – Hands-on

In this Metropolitan WiFi Network Design and Deployment Training course, you will learn the techniques required to design wireless wide-area networks for optimal coverage, capacity, and quality of service for the subscribers’ applications. We will begin by discussing how the determination of coverage and capacity requirements begins with understanding when, where, how, and why your subscribers will use the network. This will be followed by a comprehensive discussion of the network design methodologies. We will conclude with a discussion of the tools and techniques for managing the network and maintaining a high-quality subscriber experience.

WiFi networks, from small hotspots to large metropolitan systems, are becoming increasingly common in technically advanced and developing countries alike. The technology is extremely adaptable in terms of capacity and application and is often lowest cost solution to providing broadband services. For anyone involved with telecommunication and information technology, understanding this technology is a fundamental requirement.

Objectives:

Upon completing this Metropolitan WiFi Network Design and Deployment Training course, learners will be able to meet these objectives:

● Understand the key application factors that impact capacity requirements
● Use engineering techniques to design for optimum RF coverage
● Use engineering techniques for system capacity planning
● Perform WiFi channel planning and interference mitigation
● Understand mesh technology and mesh network performance
● Design point-to-point links
● Conduct site surveys for best engineering practices

Metropolitan WiFi Network Design and Deployment Training – Course Syllabus:

Introduction

Key RF Spectrum Basics: Licensed and License-Free
Review of Important RF Concepts
Bandwidth, Data Rate, and Traffic Load
LOS and N-LOS
TDD and FDD
Wireless Network Topology Review

Subscriber Applications

Real-time Applications
Internet Access
VoIP
Gaming (Interactive)
Video Surveillance Systems
Video Conferencing Systems
Best Effort Applications
Email, Data and FTP service
Music and Video Download Service
QoS/SLA Requirements Impact

Network Capacity Planning
Calculating Application Traffic Loads

Spread Sheets Workshop
Back haul Design/Sizing
WiMAX
Service Performance Measurements
Throughput
Latency and Jitter
Packet Loss

Channel Planning

Licensed Systems
License-free Systems
Cellular Network Model

Interference Mitigation

Licensed System Advantages
Spread Spectrum Basics
Antenna Pattern and Alignment
Self-interference (Co-channel)
Foreign Interferer
Frequency Coordination

RF Coverage Planning

What Is the Required Service Area
Point-to-Multipoint
Terrain Databases
Point-to-Point
Terrain Survey
On-line Tool
Link Budget Analysis
Spread Sheets Workshop

Indoor System Design

Unique Issues
Design Tools

Site Survey Techniques and Tools

GPS, etc.
Spectrum Analysis
Documentation

Mesh Technology

Why Mesh Is Important
Self-forming
Self-healing
How Mesh Works
Bridging
Repeating
Routing
Algorithms
Single Radio/Multiple Radio
The Technical Differences
Which Mesh Do You Need
Integrated and Non-integrated Solutions
Pros and Cons
Mesh Vendor Comparisons
Ecosystem
A Real Network Deployment Example

Course Recaps
Questions and Review

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