AI Article Synopsis
- A standalone module for rectangular multicore fiber-based optical interconnects is developed, addressing intercore crosstalk while allowing for efficient optical power coupling and decoupling.
- The module is incorporated into a short-range communication system to evaluate its bit error probability (BEP).
- A closed-form equation for calculating BEP in the context of intercore crosstalk is presented, showing high accuracy and predicting error-free data transmission rates of 2.5 Tbps at 40 Gbps per channel.
Article Abstract
A standalone module for rectangular array multicore fiber (MCF)-based optical interconnect (OI) is realized that includes inherent intercore crosstalk and provides space division multiplexed coupling/decoupling of optical power. The module is integrated in a short-reach communication system to provide bit error probability (BEP). Next, a closed-form equation for BEP applicable to MCF OI with intercore crosstalk is derived. For characteristic parameters of the module, results obtained by two approaches agree within 1% for 40 Gbps per channel and predict an error-free transmission of aggregated data rate of 2.5 Tbps through the MCF OI under consideration.
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| http://dx.doi.org/10.1364/OL.40.004556 | DOI Listing |
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