光开关
电路切换
光交叉连接
计算机科学
局域网交换
光突发交换
可扩展性
数据中心
光学性能监测
电子工程
电信网络
网络交换机
带宽(计算)
光传送网
交叉开关
光学工程
光通信
计算机网络
波分复用
工程类
突发交换
电信
光纤
波长
传输延迟
光学
物理
网络数据包
数据库
光电子学
标识
DOI:10.1109/jlt.2018.2801308
摘要
Applying optical switching to data center networks can greatly expand network bandwidth and reduce electrical power consumption, both of which are needed to meet the explosive traffic increase. The optical switch offers large bandwidth switching capability, and so eliminates the multistage switch network architecture needed with electrical switching. Furthermore, the single stage architecture of the optical switch greatly simplifies operating costs, which include cabling, while substantially reducing the number of transponders needed. Data center networks place very different demands on optical systems than communication networks. Grasping the right direction to proceed is of paramount importance. To realize the full potential of optical switches, such as scalability and cost effectiveness, we analyze the role of large-scale optical circuit switches and discuss the realization technologies that combine the two dimensions of space and wavelength. Our recent advances in large port-count optical switches are presented.
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