We present the integration of electronic circuits into a standard photonic platform, without modifications to the technological stack and therefore at zero added cost. Electronic integrated multiplexers are successfully demonstrated to drastically reduce the number of interconnections to feedback control large-scale programmable photonic circuits.
Zero-Change Zero-Cost Electronics in Silicon Photonics for Real-Time Control of Programmable Interferometric Meshes
Zanetto, Francesco;Toso, Fabio;Crico, Monica;Morichetti, Francesco;Melloni, Andrea;Ferrari, Giorgio;Sampietro, Marco
2024-01-01
Abstract
We present the integration of electronic circuits into a standard photonic platform, without modifications to the technological stack and therefore at zero added cost. Electronic integrated multiplexers are successfully demonstrated to drastically reduce the number of interconnections to feedback control large-scale programmable photonic circuits.File in questo prodotto:
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SIPHOTONICS2024_Zero_Change_Zero_Cost_Electronics_in_Silicon_Photonics_IRIS.pdf
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