| Description |
1 online resource (287 p.) |
| Note |
Description based upon print version of record. |
| Contents |
Intro -- 5G and Satellite RF and Optical Integration -- Contents -- Preface -- The Best of Three? -- References -- Acknowledgments -- Chapter 1 5G Radio Spectrum Including RF C Band: Link Budgets and Active and Passive Device Efficiency -- 1.1 New Radio: The FR 1 Bands -- 1.2 FR1 C Band -- 1.3 The FR2 Bands -- 1.4 Smart Phone RF Front Ends -- 1.5 5G Standards Including NTNs -- 1.6 What Bands and Technologies Are Supported in Present Smart Phones? -- 1.7 Can I Make a Phone Call on My 5G Satellite Phone? -- 1.8 Defining the S-RAN and the Role of the G-WON -- 1.9 Summary |
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Appendix 1A Resources and References -- End Notes -- Chapter 2 Optical C Band Link Budgets and Active and Passive Device Efficiency -- 2.1 The Best Way to Move Bits About? -- 2.2 Guided Versus Unguided Media -- 2.3 Impact of Device Efficiency on Guided and Unguided Media -- 2.4 Optical Modulation and Optical Band Options for Terrestrial Fiber and Free-Space Optical Transmission -- 2.5 Device Performance -- 2.5.1 Device Challenges for Wavelength-Division Multiplexing -- 2.5.2 Device Efficiency Comparisons -- 2.6 Modulation in Short, Medium, and Long-Haul Terrestrial Fiber |
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2.7 The Role of the Digital Signal Processor in RF and Optical Terrestrial and Space Networks and Legacy Copper -- 2.8 The Copper-to-Fiber Transition and the Passive Optical Network -- 2.9 PONs and the 5G RAN -- 2.9.1 PON Performance in the 5G RAN -- 2.9.2 Single-Mode and Multimode Fiber-Connector Loss and Other Losses -- 2.9.3 Differentiating Intrinsic and Extrinsic Losses -- 2.10 Active Optical Networks -- 2.11 The 5G C-RAN, D-RAN, S-RAN, Fronthaul, Midhaul, Backhaul, Long-Haul Links -- 2.12 Longhaul to Fronthaul -- 2.13 Impact of H-ARQ on Fronthaul Latency |
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2.14 Common Public Radio Interface and Enhanced CPRI Standards -- 2.14.1 Standards Groups -- 2.14.2 Fronthaul, Midhaul, and Integrated Access Backhaul (IAB) -- 2.14.3 Passive Optical, Active Optical, and Point-to-Point Wireless Integration -- 2.15 Point-to-Point Wireless V Band, E Band, W Band, and D Band -- 2.16 5G Networks in 2023-Optical and RF Backhaul Options -- 2.17 E Band Point to Point Radios -- 2.18 Copper Versus Fiber to the Desk and Fiber to the Sofa (5G TV) -- 2.19 Plastic Optical Fiber (POF) -- 2.19.1 POF in the Home -- 2.19.2 POF in Automotive and Medical Markets |
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2.20 Power Over Guided and Unguided Media -- 2.20.1 Power Over Copper and Cable and Fiber -- 2.20.2 Power Over Free Space-RF and Optical Systems -- 2.21 Subsea Optical C Band -- 2.22 Power Over Subsea Cable -- 2.23 RF and Optical Band Plan -- 2.24 Summary -- End Notes -- Additional References and Resources -- Chapter 3 RF over Fiber -- 3.1 Is Analog the Answer? -- 3.2 Direct and Indirect Digital and Analog Modulation -- 3.3 The Role of Analog Optical Transport in 5G eMBB, URLLC Repeater Applications , and Band-Access Backhaul |
| Note |
3.4 The Role of Analog Optical Transport (AOT) in Network Vendor Interoperability Testing (NV-IOT) [8] |
| Local Note |
eBooks on EBSCOhost EBSCO eBook Subscription Academic Collection - North America |
| Subject |
5G mobile communication systems.
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Artificial satellites in telecommunication.
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Integrated optics.
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communications satellites. |
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5G mobile communication systems |
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Artificial satellites in telecommunication |
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Integrated optics |
| Genre/Form |
Electronic books.
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| Other Form: |
Print version: Varrall, Geoff 5G and Satellite RF and Optical Integration Norwood : Artech House,c2022 9781630819569 |
| ISBN |
1630819573 |
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9781630819576 (electronic bk.) |
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