A low-power radio chipset in 40nm LP CMOS with beamforming for 60GHz high-data-rate wireless communication

Vojkan Vidojkovic,Viki Szortyka,Khaled Khalaf,Giovanni Mangraviti,Steven Brebels,Wim Van Thillo,Kristof Vaesen,Bertrand Parvais,Vadim Issakov,Mike Libois,Michiaki Matsuo,John R. Long,Charlotte Soens,Piet Wambacq

ISSCC（2013）

引用 84|浏览75

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摘要

The link budget of multi-Gb/s wireless communication systems around 60GHz improves by beamforming. CMOS realizations for this type of communication are mostly limited to either one-antenna systems [1], or beamforming ICs that do not implement all radio functions [2]. The sliding-IF architecture of [3] uses RF phase shifting, which deteriorates noise performance.

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关键词

lp cmos,cmos integrated circuits,beamforming ic,radio functions,one-antenna systems,sliding-if architecture,low-power radio chipset,size 40 nm,low-power electronics,noise performance,array signal processing,frequency 60 ghz,link budget,rf phase shifting,millimetre wave integrated circuits,radiocommunication,low power electronics

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