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Dynamic Memory Characteristics Of InGaAsP Photonic Switching Devices

Optically controllable gates are of increasing interest in prospective optical data processing, in optical transmission systems for external modulation, and, arranged in parallel, for all-optical interconnects. In optical data processing besides logical switching elements memory devices are of decisive importance for buffered input and output and for clocked processing cycles. In this contribution we investigate dynamic memory characteristics of InGaAsP photonic switching devices. We achieve a hold time greater than 10 ns which enables clocked signal processing.