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In this letter, we present a silicon photonics radioover-fiber transmitter with a microwave photonic up-conversion capability. The circuit consists of a pair of parallel GeSi intensity modulators (EAMs) in an MZI structure. We show that the up-converter/transmitter can up-convert 64-QAM data on a 1.5-GHz IF to any output carrier frequency in the 7-26 GHz range. This interval is only limited by the measurement equipment, as we demonstrate that the EAM has a 3-dB bandwidth exceeding 65 GHz. Furthermore, the linearity of the up-converter/transmitter is characterized and a spurious free dynamic range larger than 82 dB · Hz2/3is demonstrated. Using this system, we transmit up to 1.3-Gb/s 64-QAM data over 2-km SMF with a received 5.4% rms EVM.
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Gasse et al. (2018) studied this question.
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