Digital Baseband IC Design of OFDM PHY for a 60GHz Proximity Communication System

This paper presents a digital baseband IC design based on OFDM PHY for a 60GHz proximity communication system. We propose a low computational complexity OFDM demodulator with a carrier frequency offset estimation method in polar coordinates suitable for high-speed parallel architecture. The proposed...

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Main Authors: Ban, Koichiro, Horikawa, Seiichiro, Taniguchi, Kentaro, Kogawa, Tsuyoshi, Kasami, Hideo
Format: Conference Proceeding
Language:English
Subjects:
Channel estimation
Demodulation
Estimation
Frequency estimation
OFDM
Receivers
Synchronization
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Horikawa, Seiichiro
Taniguchi, Kentaro
Kogawa, Tsuyoshi
Kasami, Hideo
description This paper presents a digital baseband IC design based on OFDM PHY for a 60GHz proximity communication system. We propose a low computational complexity OFDM demodulator with a carrier frequency offset estimation method in polar coordinates suitable for high-speed parallel architecture. The proposed architecture is implemented in 65nm CMOS technology, and is experimentally verified to achieve the PHY data rate above 2.2Gbps. The digital baseband IC includes a complete functionality of OFDM transceiver with error correcting codecs and MAC.
doi_str_mv 10.1109/VTCSpring.2013.6692507
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subjects Channel estimation
Demodulation
Estimation
Frequency estimation
OFDM
Receivers
Synchronization
title Digital Baseband IC Design of OFDM PHY for a 60GHz Proximity Communication System
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