Abstract
This paper presents a detailed examination of a
novel data center network (DCN) that can satisfy the high capacity
and low latency requirements of modern cloud computing
applications. This reconfigurable architecture called AgileDCN
uses fast-switching optical components with a centralized control
function and workload scheduler. By providing a highly flexible
network fabric between racks that can be reconfigured to provide
all-optical paths, network efficiency can be improved significantly.
The simulation results show that the AgileDCN network can
deliver TCP flow completion times significantly shorter than an
equivalent electronic leaf-spine topology at high (70%) loads.
novel data center network (DCN) that can satisfy the high capacity
and low latency requirements of modern cloud computing
applications. This reconfigurable architecture called AgileDCN
uses fast-switching optical components with a centralized control
function and workload scheduler. By providing a highly flexible
network fabric between racks that can be reconfigured to provide
all-optical paths, network efficiency can be improved significantly.
The simulation results show that the AgileDCN network can
deliver TCP flow completion times significantly shorter than an
equivalent electronic leaf-spine topology at high (70%) loads.
| Original language | English |
|---|---|
| Number of pages | 12 |
| Journal | Journal of Lightwave Technology |
| Publication status | Accepted/In press - 27 Apr 2020 |
Keywords
- Optical networks
- data centre
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Cite this
Perry, P., Barry, L. P., McArdle, C., Le, D. D., Kilper, D. C., & Wang, J. (Accepted/In press). AgileDCN: An Agile Reconfigurable Optical Data Center Network Architecture. Journal of Lightwave Technology.