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Software Defined Radio: Opportunities and Challenges of the Next Generation Platform for Mobile Communications
Pioneer Consulting, April 2002, Pages: 82

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  Table of Contents  
    
    
    
   
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Chapter 1: Executive Summary
1.1 Introduction
1.2 SDR Technology
1.3 SDR Market Analysis
1.4 Forecast Summary

1.4.1 Key Findings
1.4.2 Major Conclusions

Chapter 2: Introduction
2.1 Definition of Software Defined Radio
2.2 Overview of Study
2.3 Methodology
2.4 Sources of Information

Chapter 3: Software Defined Radio Technology
3.1 Overview of SDR Technology

3.1.1 Fundamentals of RF Engineering
3.1.2 Traditional Wireless Systems Design
3.1.3 SDR-based Wireless Systems Design
3.2 Implementation of SDR Technology

3.2.1 SDR in Smart Antenna Systems
3.2.2 SDR in Base Transceiver Stations
3.2.3 SDR in Customer Premise Equipment
3.3 Interoperability and Standards

Chapter 4: Software Defined Radio Market Analysis
4.1 Overview of the Market for SDR
4.2 Opportunities for SDR Technology

4.2.1 What are the Key Drivers of Demand for SDR?
4.2.2 What is the Potential Impact of SDR Technology?

4.2.2.1 Benefits to Consumers/Users
4.2.2.2 Benefits to Network Operators
4.3 Challenges for SDR Technology

4.3.1 Impact of Alternative Technologies
4.3.2 Economic Trends and Factors
4.3.3 Regulatory Obstacles

Chapter 5: Forecasts of Software Defined Radio Equipment (Base Stations and CPE)
5.1 Methodology

5.1.1 Forecast Model Techniques
5.1.2 Key Assumption
5.1.3 Business Cycle Impacts
5.2 Worldwide Forecast Summary
5.3 Regional Forecast Results

5.3.1 Base Transceiver Station Forecast Results
5.3.2 Handset Forecast Result
5.4 Forecast Summary

5.4.1 Key Findings
5.4.2 Major Conclusions

List of Exhibits

Chapter 1: Executive Summary
Exhibit 1.1: Software Radio Design Guide
Exhibit 1.2: Legend to Software Radio Design Guide
Exhibit 1.3: Software Defined Radio System Component Diagram
Exhibit 1.4: Worldwide Cellular Subscriber Forecast: 2002–2008
Exhibit 1.5: Timeline of Future Wireless Generations and SDR Technology
Exhibit 1.6: Fisher-Pry Model
Exhibit 1.7: Generic Fisher-Pry Plot
Exhibit 1.8: Gompertz Model
Exhibit 1.9: Economic Assumptions (Annual Percent Growth in Real GDP)
Exhibit 1.10: Total Market Opportunity for SDR Technology by Application
Exhibit 1.11: Total Market Opportunity for SDR Technology by Application
Exhibit 1.12: Total Market Opportunity for SDR Technology by Region
Exhibit 1.13: Total Market Opportunity for SDR Technology by Region ($ USD in Millions)

Chapter 3: Software Defined Radio Technology
Exhibit 3.1: Software Communications Architecture (SCA) Diagram
Exhibit 3.2: Software Radio Design Guide
Exhibit 3.3: Legend to Software Radio Design Guide
Exhibit 3.4: Antenna Selection and Spectral Re-use
Exhibit 3.5: Common Modulation Schemes
Exhibit 3.6: Common Multiple Access Schemes
Exhibit 3.7: Radio Component Diagram
Exhibit 3.8: Radio Equipment Component Descriptions
Exhibit 3.9: Traditional Wireless System Component Diagram
Exhibit 3.10: Traditional Stovepipe Wireless Architecture
Exhibit 3.11: Moore’s Law
Exhibit 3.12: Software Defined Radio System Component Diagram
Exhibit 3.13: Software Defined Radio System Architecture
Exhibit 3.14: Road Map for SDR Technology Implementation
Exhibit 3.15: Smart Antenna System Architecture
Exhibit 3.16: Smart Antenna Gain Pattern—4 Elements
Exhibit 3.17: Smart Antenna Gain Pattern—7 Elements
Exhibit 3.18: Phase-shifted Radio Wave Propagation
Exhibit 3.19: Steerable Antenna Gain Pattern
Exhibit 3.20: Software Defined Radio Handset Architecture

Chapter 4: Software Defined Radio Market Analysis
Exhibit 4.1: Historical Timeline of Cellular Standards
Exhibit 4.2: Timeline of Future Wireless Generations and SDR Technology
Exhibit 4.3: Worldwide Cellular Subscriber Forecast: 2002–2008
Exhibit 4.4: Worldwide Cellular Subscriber Penetration Rates: 1991–2008
Exhibit 4.5: Cellular Subscriber by Market Segment
Exhibit 4.6: Handset Flexibility Across Networks
Exhibit 4.7: Mobile Network Service Value Chain
Exhibit 4.8: SDR versus Hardware Radio

Chapter 5: Forecasts of Software Defined Radio Equipment (Base Stations and CPE)
Exhibit 5.1: Fisher-Pry Model
Exhibit 5.2: Generic Fisher-Pry Plot
Exhibit 5.3: Gompertz Model
Exhibit 5.4: Economic Assumptions (Annual Percent Growth in Real GDP)
Exhibit 5.5: Worldwide Revenue Forecast for Base Transceiver Stations (Millions USD)
Exhibit 5.6: Worldwide Revenue Forecast for Base Transceiver Stations (Millions USD)
Exhibit 5.7: Worldwide Revenue Forecast for Handset Terminals (Millions USD)
Exhibit 5.8: Worldwide Revenue Forecast for Handset Terminals (Millions USD)
Exhibit 5.9: Regional Annual Demand Forecasts for Total BTS (Units Sold)
Exhibit 5.10: Regional Annual Demand for Total BTS (Units Sold)
Exhibit 5.11: Regional Annual Demand Forecasts for SDR BTS (Units Sold)
Exhibit 5.12: Regional Annual Demand Forecasts for SDR BTS (Units Sold)
Exhibit 5.13: Regional Growth Rates for SDR BTS Deployment
Exhibit 5.14: Regional Annual Revenue Forecasts for SDR BTS (Millions USD)
Exhibit 5.15: Regional Annual Revenue Forecasts for SDR BTS (Millions USD)
Exhibit 5.16: Regional Annual Demand Forecasts for Handsets (Annual Units Sold)
Exhibit 5.17: Regional Annual Demand Forecasts for Handsets (Units Sold)
Exhibit 5.18: Regional Annual Demand Forecasts for SDR Handsets (Units Sold)
Exhibit 5.19: Regional Annual Demand Forecasts for SDR Handsets (Units Sold)
Exhibit 5.20: Regional Growth Rates for SDR Handset Deployment
Exhibit 5.21: Regional Annual Revenue Forecasts for SDR Handsets (Millions USD)
Exhibit 5.22: Regional Annual Revenue Forecasts for SDR Handsets (Millions USD)
Exhibit 5.23: Total Market Opportunity for SDR Technology by Application
Exhibit 5.24: Total Market Opportunity for SDR Technology by Application
Exhibit 5.25: Total Market Opportunity for SDR Technology by Region
Exhibit 5.26: Total Market Opportunity for SDR Technology by Region ($ USD in Millions)


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