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The focus of his research was the elaboration of new coherent detection algorithms for the correct modulation and demodulation of the optical signal even at great distances: an optical cable consists of millions of beams of polarized light carrying the modulated message and travelling through its length, bouncing back and forth from one side of the crystal cable to the other, and finally received and decoded at the other end. The imperfections of the cable cause distortions within the signal, with a greater, negative effect as distance and bit rate increase. So far, a transmission rate of up to 40 Gbps had been possible, and for shorter distances only: over long, transoceanic distances, up to 10 Gbps was the state-of-the-art. AMX-1 therefore represent a 10-fold improvement and to make it possible, the new coherent detection algorithms invented by Massimiliano were adopted,exactly as similar algorithms were implemented in 2012 in another submarine cable called JONAH, this time lying at the bottom of the Mediterranean Sea between Italy and Israel, which allows up to 40 Gbps transmission.
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Elizabeth Riverahartling,Alexei Pilipetskii, Darwin Evans,Eduardo Mateo,Massimiliano Salsi,Pascal Pecci,Priyanth Mehta
2020 EUROPEAN CONFERENCE ON OPTICAL COMMUNICATIONS (ECOC)pp.1-3, (2021)
2021 Optical Fiber Communications Conference and Exhibition (OFC)pp.1-3, (2021)
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Xuan He,Bo Zhang, Dan Pudvay,Rob Lofland,Massimiliano Salsi,Qiang Wang, Jason Oneil,Yang Yue, Jon A Anderson,Zhong Pan
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