Abstract
13.5 Gbps ultra-wideband signal transmission on Si chips was demonstrated by wireless interconnects using silicon integrated linear dipole antennas. 128 bit pseudo random binary signal was generated at 13.5 Gbps and transmitted as Gaussian monocycle pulse trains from the integrated dipole antenna. Received signals were successfully recovered as 128 bit binary signals with the bit error rate of 1.6times10-2
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