5G and satellite spectrum, standards, and scale /
This new resource presents the emerging role of Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary satellites (GSO) as a delivery option for backhaul and wide area rural and urban mobile broadband and fixed access. The book offers insight into recently established Non Terrestrial Net...
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| Format: | Electronic eBook |
| Language: | English |
| Published: |
Boston :
Artech House,
[2018]
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| Series: | Artech House space technology and applications library.
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| Subjects: | |
| Online Access: | CONNECT |
Table of Contents:
- 5G and Satellite Spectrum, Standards, and Scale; Contents; Foreword; Acknowledgments; 1 Sixty Years of Satellites; 1.1 Beginning with the Beach Ball; 1.2 Russia, China, and the United States: Red Rockets and Yellow Rockets; 1.3 Space Regulation and Deregulation; 1.4 The Beach in Bournemouth; 1.5 Satellites for Autonomous Transport Systems and the Internet of Moving Objects; 1.6 Satellites and 5G: A Natural Convergence?; 1.7 The NEWLEOs; 1.8 Regulatory and Competition Policy; 1.9 A Summary of Orbit Options and Performance Comparisons.
- 1.10 Satellite Technology Innovation: Fractional Beamwidth Antennas1.11 FDD Dual-Use, Dual-Band Spectrum with Fractional Beamwidth Antennas; 1.12 Present Launch Plans: Intelsat and Eutelsat; 1.13 People and Politics in the Satellite Industry; 1.14 Third Time Lucky for Hybrid Satellite Terrestrial Networks?; 1.15 Scale and Standards Bandwidth; 1.16 Channel Bandwidths and Passbands: Satellite and 5G Band Plan Implications; 1.17 Impact of NEWLEOs Deployments: The Progressive Pitch Sales Pitch.
- 1.18 Flat VSATS: An Alternative to Progressive Pitch as a Mechanism for Cosharing 5G and Satellite Spectrum1.19 Coexistence and Competition, Subsidies, and Universal Service Obligations; 1.20 U.S. Competition and Spectral Policy; 1.21 Satellites and Local Area Connectivity; 1.22 Summary; References; 2 The Race for Space Spectrum; 2.1 Why Spectrum Is Important; 2.2 5G Coexistence with Satellite TV and Other Satellite Systems; 2.3 Radar Frequency Band Designations; 2.4 5G Standards and Spectrum; 2.5 Existing LEO L-Band, Ku-Band, K-Band, and Ka-Band Allocations.
- 2.6 Benefits of Higher Frequencies/Shorter Wavelengths2.7 Spectrum: Why Ka-Band Is Useful; 2.8 The Impact of Standards on 5G Spectrum Requirements; 2.9 Multiplexing, Modulation and Coexistence; 2.10 Regional Spectrum Policy; 2.11 5G and Satellite at UHF; 2.12 5G in Refarmed Spectrum; 2.13 The FCC, the ITU, and Sovereign Nation Regulation: Similarities and Differences Between Terrestrial and Nonterrestrial Networks; 2.14 Air to Ground for Public Protection and Disaster Relief: AT & T FirstNet, BT EE, and the Australian NBN as Examples of LTE and Longer-Term 5G Emergency Service Radio Networks.
- 2.15 GSO and Non-GSO Terminology2.16 Why Country and Regional Differences Are Important for Global Connectivity; 2.17 RF Power and Interference; 2.18 The Importance of Intersatellite Switching; 2.19 Landing Rights; 2.20 Interference Management; 2.21 Spectrum Access Rights; 2.22 NGSO to GSO Interference Mitigation; 2.23 FirstNet and the 2012 Spectrum Act; 2.24 Fiber Access and Wireless Access Rights; 2.25 Fixed Point-to-Point and Point-to-Multipoint Microwave Backhaul; 2.26 Legacy LEO and GSO Operator Spectrum; 2.27 V-Band and W-Band; 2.28 Summary; References; 3 Link Budgets and Latency.
