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Horizon 2020 Framework Programme for Research and Innovation

Neuromorphic photonics enjoys much attention today as it offers speed and energy efficiency over digital electronics, especially for demanding applications. But electronic-photonic systems on a chip, driven by recently emerging applications (such as neuromorphic computing), demand the reconfigurability and scaleability of photonic IC switches.

   The EU-funded NEoteRIC project aims to create holistic photonic machine learning paradigms for most advanced, challenging imaging applications. The new paradigms will provide paramount frame rate increase and higher performance classification, in addition to dramatically lowering power consumption. The key solution is multiple innovations such as the photonic 'transistor' level, the development and upscaling of a reconfigurable photonic FPGA-like circuit and fully reconfigurable key silicon photonic components.

Eulambia's Role

Was to develop and implement the electronic control and interface for the switching photonic components.

Project Links

NEOTERIC CORDIS EU

Project Materials