Optical interconnects for data centers can offer reduced power consumption, low latency,
and high scalability, compared to electrical interconnects. However, active optical …

Optical interconnects have gained great attention recently as a promising solution offering
high throughput, low latency, scalability, and reduced energy consumption compared to …

Data center networks are facing growing challenges to deliver higher bandwidth efficiency,
lower latency, better flexibility, and lower cost. Various optical interconnect schemes have …

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 …

To efficiently handle the fast growing traffic inside data centers, several optical interconnect
architectures have been recently proposed. However, most of them are targeting the …

Optical data center network architectures are becoming attractive because of their low
energy consumption, large bandwidth, and low cabling complexity. In [1], an AWGR-based …

Limited scalability of the current commodity switches in terms of capacity and power
consumption becomes a bottleneck of the development of data center networks. To solve …

Optical interconnects offer significant advantages for future high performance data center
networks. Progress towards integrating new optical technologies deeper into systems is …

This paper proposes and demonstrates a flexible-bandwidth optical interconnect
architecture for data centers exploiting wavelength routing in arrayed waveguide grating …

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 …