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Several fractionally spaced equalizers(FSE) which could be used in 60 GHz systems are presented in this paper. For 60 GHz systems, low-power equalization algorithms are favorable. We focus on FSE in both time domain(TD) and frequency domain(FD) in order to meet different complexity requirements of 60 GHz systems. Compared with symbol spaced equalizer(SSE), FSE can relax the requirement of sampling synchronization hardware significantly. Extensive simulation results show that our equalization algorithms not only eliminate ISI efficiently, but are also robust to timing synchronization errors.
We fraction on spaced equalizers (FSE) which could be used in 60 GHz systems are presented in this paper. For 60 GHz systems, low-power equalization algorithms are favorable. We focus on FSE in both time domain (TD) and frequency domain (FD ) in order to meet different pattern requirements 60 GHz systems. Compared with symbol spaced equalizer (SSE), FSE can relax the requirement of sampling synchronization hardware significantly. Extensive simulation results show our our equalization algorithms not only eliminate ISI efficiently, but also also robust to timing synchronization errors.