Applications running inside data centers are enabled through the cooperation of thousands
of servers arranged in racks and interconnected together through the data center network …

An ultrafast electro-optical amplified switch based on chip-on-carrier semiconductor optical
amplifier with high optical contrast (33 dB) is presented. Switching times up to 115 ps with …

The physical layer data plane design of an all-optical network switch capable of scaling to
1024 ports at 25 Gb/s per port is presented and experimentally evaluated. Fast-tuning …

We experimentally demonstrate a highly spectral efficient optical flow control technique for
intra data center networks. A bi-directional system is implemented for generating flow control …

Abstract Optical Packet Switches (OPS) could provide the needed low latency transmissions
in today large data centers. OPS can deliver lower latency and higher bandwidth than …

Experimental Demonstration of 75 ns End-to-End Latency in an Optical Top-of-Rack Switch
Page 1 W3D.5.pdf OFC 2015 © OSA 2015 Experimental Demonstration of 75 ns End-to-End …

Photonic integration of optical packet switching modules is crucial to compete with existing
electronic switching fabrics in large data center networks. The approach of coding the …

As the scale of the intra-data center network (DCN) grows even larger, the traditional
electrical switching has reached a bottle neck in terms of energy consumption, bandwidth …

Ultra-fast electro-optical amplified space switching below 150 ps using semiconductor
optical amplifiers are achieved using pre-emphasis techniques. In addition, multi-gigabit/s …

We propose an AWGR and SOA based scalable optical packet switch architecture with
modular structure and highly distributed control scheme for data center networks. Numerical …