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We demonstrate scaling photonic switch for a datacenter using arrays of fast silicon photonic space switches that are time-slot synchronized, despite the varying distance of interconnected nodes. A low latency scheduling algorithm allows high throughput, with latency comparable to electronic switches.
We demonstrate a 40Gb/s pure photonic packet switch testbed for a datacenter network. It uses a photonic wrap/un-wrap to handle all packet sizes, separate control and data paths, and a synchronization scheme to align packets of all nodes at the photonic switch despite different network fiber lengths.
We demonstrate a 40Gb/s pure photonic packet switch testbed for a datacenter network. It uses a photonic wrap/un-wrap to handle all packet sizes, separate control and data paths, and a synchronization scheme to align packets of all nodes at the photonic switch despite different network fiber lengths.
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