By Su-Khiong Yong
This publication addresses 60 GHz know-how for Gbps WLAN and WPAN from thought to perform, protecting key features for winning deployment.
during this publication, the authors concentration particularly on 60 GHz instant expertise which has emerged because the such a lot promising candidate for multi-gigabit instant indoor verbal exchange platforms. 60 GHz expertise bargains quite a few benefits over present or present communications structures (e.g. large unlicensed bandwidth around the world, excessive transmit energy, excessive frequency reuse and small shape factor), which allows many disruptive purposes which are in a different way tough if now not very unlikely to be learned at decrease frequencies. The booklet addresses all facets of the cutting-edge in 60 GHz know-how for prime information expense instant applications.
- Comprehensive insurance from concept to perform: presents readers with an intensive technical advisor of 60 GHz know-how improvement
- Brings jointly the complete region of 60GHz expertise for Gigabits in line with moment (Gbps) WLAN and WPAN purposes.
- Discusses useful process designs protecting huge points equivalent to antenna propagation, beamforming, circuit layout, electronic communique, sign processing, method architectures, and so on.
- Provides updated standardization actions, regulatory concerns, know-how improvement in addition to destiny tendencies
- Includes examples and case reports for sensible situations
- Contains theoretical, simulation and experimental effects to illustrate and examine the functionality of varied schemes (or structures)
This booklet serves as a great reference for approach engineers, procedure architects, IC designers, ordinary engineers, researchers, and seller and producer shoppers. Technical experts, software program and alertness builders also will locate this ebook of interest.
Chapter 1 creation to 60GHz (pages 1–16): Su?khiong (sk) Yong
Chapter 2 60GHz Channel Characterizations and Modeling (pages 17–61): Su?khiong (sk) Yong
Chapter three Non?Ideal Radio Frequency Front?End versions in 60GHz platforms (pages 63–87): Chang?Soon Choi, Dr.?Ing. Maxim Piz and Dr.?Ing. Eckhard Grass
Chapter four Antenna Array Beamforming in 60GHz (pages 89–116): Pengfei Xia
Chapter five Baseband Modulation (pages 117–167): Pengfei Xia and Andre Bourdoux
Chapter 6 60GHz Radio Implementation in Silicon (pages 169–192): Alberto Valdes?Garcia
Chapter 7 Implementation for unmarried service structures (pages 193–210): Yasunao Katayama
Chapter eight Gbps OFDM Baseband layout and Implementation for 60GHz instant LAN purposes (pages 211–237): Chang?Soon Choi, Dr.?Ing. Maxim Piz, Dipl.?Ing. Marcus Ehrig and Dr.?Ing. Eckhard Grass
Chapter nine Medium entry keep an eye on layout (pages 239–265): Harkirat Singh
Chapter 10 closing demanding situations and destiny instructions (pages 267–271): Alberto Valdes?Garcia, Pengfei Xia, Su?Khiong Yong and Harkirat Singh
Read Online or Download 60 GHz Technology for Gbps WLAN and WPAN: From Theory to Practice PDF
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Additional resources for 60 GHz Technology for Gbps WLAN and WPAN: From Theory to Practice
Measurement results reported in  also show a similar conclusion in terms of rms delay spread decreasing as the antenna directivity increases in the case of perfect alignment up to 35◦ of misalignment. Power Angular Spectrum The power angular spectrum of a channel is the average power of the channel as a function of angular information. A MIMO channel measurement is reported in , but no modeling work has been done as we go to press. However, several 60 GHz measurement results on single-input multiple-output (SIMO) configurations were reported in [29, 35, 36, 44, 46, 54, 55, 70] but only limited AoA modeling has been carried out to characterize the AoA information.
3c . 2 Scenario n PL0 σs Comment Ref. 4). However, some measurement results show that when directive antennas are used in the measurement, especially in the LOS scenario, there appears a distinct and strong LOS path on top of the clustering phenomena. e. the multipath gain of the first arrival path) which can be found deterministically using ray tracing or a simple geometry based method or statistically. 19) is exactly described as in the case of extended directional SV model. For example, in a desktop LOS scenario, a two-path response was observed for the LOS component due to reflection off the table.
This subsequently enables derivation of the probability density function (pdf) of the channel and thus the key channel parameters. The pdf and its associated channel parameters will be used to generate the channel impulse response (CIR) needed for simulation purposes. One of the key features of stochastic modeling is that it can be tuned to replicate various other different scenarios such as non-line-of-sight (NLOS) or other environments that share the same pdf by setting the channel parameters to the appropriate values.
60 GHz Technology for Gbps WLAN and WPAN: From Theory to Practice by Su-Khiong Yong