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High Precision GNSS Markets and Systems

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The recent economic recession significantly affected the precision GNSS receiver market. However, the market is changing dramatically, with new markets, devices and regions offering substantial market growth. The emergence of real time data analysis is bringing new efficiencies and opportunities. Flexible receiver designs are required to support a combination of new/updated constellations, cellular connectivity and the increasing penetration of augmentation technologies such as RTK, CORS and Locata. This report outlines where, when and how the market will change over the next five years and how receiver design will change to meet these requirements. By considering each vertical market, a clear understanding of driver, inhibitors, market shares, design trends and shipment forecasts can be clearly outlined. Forecasts are provided on a regional basis, enabling the reader to identify key geographic trends.

Table of Contents

  • Top Line Forecast
  • 1. EXECUTIVE SUMMARY
    • 1.1. Market and Technology Risks
    • 1.2. Failing Economy
    • 1.3. Emerging Constellations Bring Difficult Design Choices
    • 1.4. Antenna Development Can Be a Differentiator
    • 1.5. Consumer Equipment Will Open New Markets
    • 1.6. Cellular Connectivity Will Become Essential
    • 1.7. New Government Initiatives Will Open up Markets
    • 1.8. The Threat of New Chinese Precision Entrants
    • 1.9. Threat of New Consumer GNSS Entrants through L2C and L5 Signals
    • 1.10. Software Development Will Become Essential
    • 1.11. Real-Time Data Aggregation and Analytics Will Become Vital
    • 1.12. The Threat of LightSquared
    • 1.13. Mergers and Acquisitions
    • 1.14. Business Outlook
    • 1.15. Key Market Forecasts
  • 2. GNSS TECHNOLOGY
    • 2.1. Market Overview
    • 2.2. GNSS Constellations
    • 2.3. GPS
    • 2.4. History
    • 2.5. Technology
    • 2.6. Basic Functioning of GPS Satellite Positioning
    • 2.7. GPS Frequencies and Pseudo-random Codes
    • 2.8. GPS Timing
    • 2.9. Satellite Positions ??? Almanac and Ephemeris Data
    • 2.10. Encrypted GPS
    • 2.11. Selective Availability
    • 2.12. GPS Modernization
    • 2.13. GPS III
    • 2.14. Galileo
    • 2.15. Technology
    • 2.16. Constellation
    • 2.17. GIOVE Test Satellites
    • 2.18. In-Orbit Validation Satellites
    • 2.19. Full Operational Capability Satellites
    • 2.20. GLONASS
    • 2.21. History
    • 2.22. Constellation
    • 2.23. Compass/Beidou
    • 2.24. History
    • 2.25. Technology
    • 2.26. Constellation
    • 2.27. Satellite Positioning Augmentation and Assistance Systems
    • 2.28. System- and Atmosphere-Related Satellite Positioning Errors
    • 2.29. Satellite-Based Augmentation Systems
    • 2.30. Emerging SBAS Systems in BRIC Countries
    • 2.31. Local Area Augmentation Systems
    • 2.32. Wide Area Augmentation System
    • 2.33. European Geostationary Navigation Overlay Service
    • 2.34. System of Differential Correction and Monitoring
    • 2.35. GAGAN-TDS
    • 2.36. MSAS
    • 2.37. Other Systems
    • 2.38. iGPS/HIGPS
    • 2.39. OmniSTAR
    • 2.40. StarFire Network
    • 2.41. Locata
    • 2.42. Terrestrial Augmentation and Assistance Systems
    • 2.43. SBAS Terrestrial Networks
    • 2.44. DGPS/RTK Terrestrial Networks
    • 2.45. Assisted-GPS
    • 2.46. GPS Receivers
    • 2.47. Semi-codeless Sunset Date
    • 2.48. Single-Frequency Receivers
    • 2.49. Dual-Frequency and Multi-GNSS Receivers
    • 2.50. L1/L2C/L5 Receivers
    • 2.51. Post-Processing Receiver Solutions
    • 2.52. High-Precision GPS Receiver Systems
    • 2.53. Differential GPS
    • 2.54. Real-time Kinematic
  • 3. GNSS MARKET SEGMENTS AND FORECASTS
    • 3.1. General Market Trends
    • 3.2. Forecast Methodology and Definitions
    • 3.3. Definitions
    • 3.4. Data Aggregated from Other ABI Research Reports
    • 3.5. Step-by-Step Forecast Methodology
    • 3.6. GNSS Market Segments
    • 3.7. Aviation Market
    • 3.8. Status, Technology, and Trends
    • 3.9. Commercial Aviation
    • 3.10. Consumer Aviation
    • 3.11. Design Trends
    • 3.12. Market Shares
    • 3.13. Avionics Market Forecasts
    • 3.14. Marine Market
    • 3.15. Status, Technology, and Trends
    • 3.16. Market Shares
    • 3.17. Market Forecasts
    • 3.18. Military Market
    • 3.19. Status, Technology, and Trends
    • 3.20. Design Trends
    • 3.21. M-Code Design
    • 3.22. Receiver Size/Power Consumption
    • 3.23. Consumer-Grade Equipment
    • 3.24. Market Shares
    • 3.25. Market Forecasts
    • 3.26. Machine Control Market
    • 3.27. Machine Control - Construction Market
    • 3.28. Status, Technology, and Trends
    • 3.29. Design Trends
    • 3.30. Construction Market Shares
    • 3.31. Construction Market Forecasts
    • 3.32. Machine Control - Agriculture Market
    • 3.33. Status, Technology, and Trends
    • 3.34. Design Trends
    • 3.35. Agriculture Market Shares
    • 3.36. Agriculture Market Forecast
    • 3.37. Surveying and Mapping GPS Market
    • 3.38. Status, Technology, and Trends
    • 3.39. Design Trends
    • 3.40. Market Shares
    • 3.41. Market Forecasts
    • 3.42. Timing and Synchronization
    • 3.43. Growing Femtocell Market
    • 3.44. Design Trends
    • 3.45. Market Shares
    • 3.46. Market Forecasts
  • 4. COMPANY PROFILES
    • 4.1. eRide/Furuno
    • 4.2. Hemisphere GPS
    • 4.3. Japan Radio Corp
    • 4.4. NavCom Technology Inc
    • 4.5. NovAtel
    • 4.6. QinetiQ
    • 4.7. Rockwell Collins
    • 4.8. Trimble
    • 4.9. China HuaCe
    • 4.10. Boeing Advanced Systems
    • 4.11. Altus Positioning Systems
    • 4.12. Javad GNSS Systems
    • 4.13. Beijing UniStrong
    • 4.14. Caterpillar
    • 4.15. Topcon Corp
    • 4.16. South Surveying and Mapping Instrument Co Ltd
    • 4.17. Leica Geosystems
    • 4.18. Septentrio
  • 5. COMPANY DIRECTORY
  • 6. ACRONYMS
  • 7. LINKS TO RELATED RESEARCH
    • 7.1. Sources and Methodology
    • 7.2. Notes

Charts

  1. GNSS Receiver Shipments, World Market, Forecast: 2010 to 2016
  2. GNSS Receiver Shipment Revenue, World Market, Forecast: 2010 to 2016
  3. GNSS Receiver Shipment Revenue, World Market, Forecast: 2010 to 2016
  4. Construction Precision GNSS Market Share, 2010
  5. GNSS Receiver Shipments
  6. GNSS Receiver Shipment Revenue
  7. GNSS Receiver Shipments by Region
  8. GNSS Receiver Average Selling Price
  9. Machine Control Segment GNSS Receiver Shipments
  10. Machine Control Segment GNSS Receiver Revenue
  11. Machine Control - Agriculture Segment Market Share
  12. Machine Control - Construction Segment Market Shares
  13. Surveying and Mapping Segment GNSS Receiver Shipments
  14. Surveying and Mapping Segment GNSS Receiver Revenue
  15. Surveying and Mapping Market Share
  16. Military Segment GNSS Receiver Shipments
  17. Military Segment GNSS Receiver Revenue
  18. Military Segment Market Share
  19. Timing and Synchronization Segment GNSS Receiver Shipments
  20. Timing and Synchronization Segment GNSS Receiver Revenue
  21. Aviation Segment GNSS Receiver Shipments
  22. Aviation Segment GNSS Receiver Revenue
  23. Aviation Segment Market Share
  24. Shipping/Boating/Maritime Segment GNSS Receiver Shipments
  25. Shipping/Boating/Maritime Segment GNSS Receiver Revenue
  26. Shipping/Boating/Maritime Segment Market Share

Figures

  1. GPS Modernization Signals
  2. FAA NextGen Profile
  3. OmniSTAR XP Corrections
  4. RTK Deployments in North America