A behavioural model for integrated phase-change photonics
Garcia-Cuevas Carrillo, S; Gemo, E; Youngblood, N; et al.Li, X; Katumba, A; Bienstman, P; Pernice, W; Bhaskaran, H; Wright, CD
Date: 3 August 2017
Publisher
European Phase Change and Ovonics Symposium
Related links
Abstract
The use of phase-change materials in integrated photonics applications has enabled the development
of new types of all-optical devices, including multilevel photonic memories, arithmetic and logic
processors and synaptic and neuron mimics. In order to design, optimise and understand the
performance of large-scale systems, fast and ...
The use of phase-change materials in integrated photonics applications has enabled the development
of new types of all-optical devices, including multilevel photonic memories, arithmetic and logic
processors and synaptic and neuron mimics. In order to design, optimise and understand the
performance of large-scale systems, fast and accurate material and device models are needed. Here we
present a behavioural model for phase-change photonic devices that can simulate the write, erase and
readout operations in timespans compatible with system level performance evaluation.
Engineering
Faculty of Environment, Science and Economy
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