BPSK modulation based exact BER computation for network intra-chip RF interconnect

M. S. Ullah, Abdullah G. Alharbi, M. Chowdhury
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Abstract

The rapidly increase of integration density, operating frequency, thermal stress and other complexities are pushing the conventional metal interconnects based IC technology to its material and physical limits. Radical alternative like on-chip radio frequency (RF) and wireless communication is being explored to replace the hard-wired metal interconnect. Currently for inter-chip and intra-chip RF/wireless communication, various single-input-single-output (SISO) schemes like BPSK, OQPSK, MSK and GMSK are being investigated. Therefore, this paper investigates the bit error rate (BER) by utilizing a Gaussian and Rayleigh multipath fading channel environment for the SISO system for network intra-chip RF interconnect.
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基于精确误码率计算的BPSK调制网络片内射频互连
集成密度、工作频率、热应力和其他复杂性的迅速增加正在将传统的基于金属互连的IC技术推向其材料和物理极限。人们正在探索芯片射频(RF)和无线通信等激进的替代方案,以取代硬连线的金属互连。目前,对于芯片间和芯片内的射频/无线通信,正在研究各种单输入单输出(SISO)方案,如BPSK, OQPSK, MSK和GMSK。因此,本文利用高斯和瑞利多径衰落信道环境研究了用于网络片内射频互连的SISO系统的误码率(BER)。
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