60GHz Technology for Gbps WLAN and WPAN From Theory to Practice

本书从理论到实践探讨了 60 GHz 技术在 Gbps WLAN 和 WPAN 中的应用，涵盖了成功部署的关键方面。
本书重点介绍60 GHz无线技术，该技术已成为多千兆无线室内通信系统最有前景的候选方案。与现有通信系统相比，60 GHz技术具有诸多优势（例如，全球范围内巨大的免许可带宽、高发射功率、高频率复用率和小尺寸），这使得许多颠覆性应用成为可能，而这些应用在较低频率下难以实现，甚至根本无法实现。本书全面阐述了60 GHz技术在高数据速率无线应用领域的最新进展。
主要特点：
从理论到实践的全面涵盖：为读者提供60 GHz技术开发的详尽技术指南
将 60GHz 技术的所有领域整合在一起，用于每秒千兆比特 (Gbps) WLAN 和 WPAN 应用。
讨论了涵盖天线传播、波束成形、电路设计、数字通信、信号处理、系统架构等广泛方面的实用系统设计。
提供最新的标准化活动、监管问题、技术发展以及未来趋势。
包含实际场景的示例和案例研究
包含理论、模拟和实验结果，用于展示和比较各种方案（或系统）的性能。
本书是系统工程师、系统架构师、集成电路设计师、标准工程师、研究人员以及供应商和制造商用户的绝佳参考资料。技术顾问、软件和应用程序开发人员也会发现本书很有价值。

作者：
Su-Khiong Yong(Marvell Semiconductor, USA)
Pengfei Xia（Broadcom Corporation, USA)
Alberto Valdes-Garcia（IBM, USA）
ISBN：978-1-119-95674-7
出版时间：2011年8月
页数：296

Table of Contents

1 Introduction to 60GHz 1
1.1 What is 60 GHz? 1
1.2 Comparison with other Unlicensed Systems 2
1.3 Potential Applications 6
1.4 Worldwide Regulation and Frequency Allocation 7
1.4.1 North America 7
1.4.2 Japan 8
1.4.3 Australia 9
1.4.4 Korea 9
1.4.5 Europe 9
1.5 Industry Standardization Effort 10
1.5.1 IEEE 802.15.3c 11
1.5.2 ECMA 387 12
1.5.3 WirelessHD 13
1.5.4 IEEE 802.11.ad 14
1.5.5 Wireless Gigabit Alliance 14
1.6 Summary 14
2 60GHz Channel Characterizations and Modeling 17
2.1 Introduction to Wireless Channel Modeling 17
2.2 Modeling Approach and Classification of Channel Model 18
2.2.1 Deterministic Modeling 18
2.2.2 Stochastic Modeling 20
2.3 Channel Characterization 21
2.3.1 Large-Scale Channel Characterization 21
2.3.2 Small-Scale Channel Characterization 29
2.3.3 Polarization 40
2.4 Industry Standard Channel Models 43
2.4.1 IEEE 802.15.3c 43
2.4.2 IEEE 802.11ad 47
2.5 Summary 57
3 Non-Ideal Radio Frequency Front-End Models in 60GHz Systems 63
3.1 RF Front-End Architecture 64
3.1.1 Super-Heterodyne Architecture 64
3.1.2 Direct-Conversion Architecture 66
3.1.3 Low-IF Architecture 66
3.2 Nonlinear Power Amplifier 67
3.2.1 Tradeoff Between Linearity and Efficiency 67
3.2.2 Nonlinearity Modeling 69
3.2.3 Behavioral Models 71
3.2.4 Output Backoff Versus Peak-to-Average Power Ratio 75
3.2.5 Impact of Nonlinear Power Amplifier 76
3.3 Phase Noise from Oscillators 78
3.3.1 Modeling of Phase Noise in Phase-Locked Loops 78
3.3.2 Behavioral Modeling for Phase Noise in Phase-Locked Loops 82
3.4 Other RF Non-Idealities 82
3.4.1 Quantization Noise in Data Converters 82
3.4.2 I/Q Mismatch 86
4 Antenna Array Beamforming in 60GHz 89
4.1 Introduction 89
4.2 60 GHz Channel Characteristics 90
4.2.1 Path Loss and Oxygen Absorption 90
4.2.2 Multipath Fading 91
4.3 Antenna Array Beamforming 93
4.3.1 Training for Adaptive Antenna Arrays 95
4.3.2 Training for Switched Antenna Arrays 107
4.3.3 Channel Access in 60 GHz Wireless Networks 110
4.4 Summary 115
5 Baseband Modulation 117
5.1 Introduction 117
5.2 OFDM Baseband Modulation 120
5.2.1 Principles of OFDM 120
5.2.2 OFDM Design Considerations 123
5.3 Case Study: IEEE 802.15.3c Audio Video OFDM 126
5.3.1 Uncompressed Video Communications 126
5.3.2 Equal and Unequal Error Protection 127
5.3.3 Bit Interleaving and Multiplexing 130
5.3.4 AV OFDM Modulation 132
5.4 SC with Frequency-Domain Equalization 135
5.4.1 Introduction 135
5.4.2 Case Study: IEEE 802.15.3c SC PHY 137
5.5 SC Transceiver Design and System Aspects 142
5.5.1 Transmit and Receive Architecture 142
5.5.2 SC with Frequency-Domain Equalization 146
5.6 Digital Baseband Processing 149
5.6.1 Burst Detection and Rough Timing/CFO Acquisition 149
5.6.2 Joint Fine CFO and Channel Estimation Without I/Q Imbalance 155
5.6.3 Joint Estimation of Fine CFO, Channel and I/Q Imbalance 156
5.6.4 Time-Domain Equalization, Despreading and Tracking 161
6 60GHz Radio Implementation in Silicon 169
6.1 Introduction 169
6.2 Overview of Semiconductor Technologies for 60 GHz Radios 170
6.3 60 GHz Front-End Components 173
6.3.1 60 GHz LNAs in SiGe and CMOS 174
6.3.2 60 GHz PAs in SiGe and CMOS 176
6.3.3 Process Variability in Silicon Millimeter-Wave Designs 179
6.4 Frequency Synthesis and Radio Architectures 180
6.5 Radio–Baseband Interface 182
6.5.1 ADCs and DACs for Wide Bandwidth Signals 182
6.5.2 Modulators, Demodulators and Analog Signal Processors for Gbps Applications 187
7 Hardware Implementation for Single Carrier Systems 193
7.1 Introduction 193
7.2 Advantages and Challenges of SC Systems 194
7.3 System Design with Non-Coherent Detection 196
7.4 System Design with Differentially Coherent Detection 201
7.5 Test and Evaluation 203
7.6 Advanced SC System with Per-Packet Coherent Detection 205
7.7 Conclusion 209
8 Gbps OFDM Baseband Design and Implementation for 60GHz Wireless LAN Applications 211
8.1 OFDM Physical Layer Implemented on FPGA 212
8.1.1 Designed OFDM Physical Layer 212
8.1.2 Performance Evaluation in the Presence of Clock Deviation and Phase Noise 214
8.2 OFDM Baseband Receiver Architecture 214
8.2.1 Receiver Front-End 217
8.2.2 Receiver Back-End 222
8.3 OFDM Baseband Transmitter Architecture 225
8.4 60 GHz Link Demonstration 226
8.4.1 60 GHz OFDM Demonstrator Architecture 226
8.4.2 Wireless Link Demonstration with 60 GHz Radio 227
8.5 Next-Generation OFDM Demonstrators for 60 GHz Wireless LAN Applications 229
8.5.1 Channel Plan and RF Transceiver 230
8.5.2 Next-Generation Multi-Gbps OFDM Physical Layers 231
8.5.3 Performance Evaluation with 60 GHz NLOS Channel and 60 GHz Phase Noise Models 232
9 Medium Access Control Design 239
9.1 Design Issues in the Use of Directional Antennas 240
9.2 IEEE 802.15.3c MAC for 60 GHz 244
9.2.1 Neighbor Discovery 244
9.2.2 Aggregation and Block-ACK 245
9.3 Design Considerations for Supporting Uncompressed Video 252
9.3.1 Pixel Partitioning 254
9.3.2 Uncompressed Video ARQ 255
9.3.3 Unequal Error Protection 256
9.3.4 Error Concealment 257
9.4 Performance Study 258
9.4.1 Effect of UEP and EEP 260
9.4.2 Stability of UEP 261
9.4.3 VQM Scores 262
9.5 Conclusions and Future Directions 263
10 Remaining Challenges and Future Directions 267

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