Optical interconnects are emerging as a high bandwidth and low energy alternative to
traditional electrical networks. However, most exiting designs put optical switching in the …

In response to the need for high bandwidth and power efficient data center interconnection
networks, different interconnects have been proposed based on the optical technology used …

Current data centers (DCs) networks rely on electronic switching and point-to-point
interconnects. When considering future DC requirements, point-to-point interconnects will …

Exponential growth of traffic and bandwidth demands in current data center networks
requires low-latency high-throughput interconnection networks, considering power …

Optical interconnect is a fundamental requisite to realize Internet-scale data centers due to
capabilities and benefits of optical devices. Optical interconnects are energy efficient and …

Relying on the flexible-access interconnects to the scalable storage and compute resources,
data centers deliver critical communications connectivity among numerous servers to …

Optical interconnect can achieve a substantial increase in the number of nodes and
switching capability for data centers, by virtue of their low power consumption and high …

Data centers are experiencing an exponential increase in the amount of network traffic that
they have to sustain due to cloud computing and several emerging web applications. To …

Current data centers networks rely on electronic switching and point‐to‐point interconnects.
When considering future data center requirements, these solutions will raise issues in terms …

Redesigning data center networks, particularly taking advantages of optical switching
technologies to reduce cost-per-bandwidth and energy consumption, has spawned interests …