Optoelectronic Node for Novel WDM/TDM Optical Interconnection Network

建议编号：ECS-9800401首席研究员：Keren Bergman标题：用于新型波分复用/时分复用光互连网络的光电子节点摘要该建议是一种通过设计一种用于光学实现的网络来有效利用光纤互连的巨大带宽并最小化E/O和O/E转换的高成本的尝试，该网络采用在节点具有最小逻辑的路由拓扑。基于Data Vortex体系结构的网络具有这样的特性，即所有数据分组的自路由决策都基于每个节点的单个逻辑运算(AND)。PI声称，它可以进行扩展，以大规模并行的形式互连超高性能计算系统，同时保持低访问延迟。提出的工作是在试验床环境中使用高速WDM/TDM有效载荷和低速报头来构建这样的网络节点。数据在整个网络中保持全光，只有在接收端通过快速PIN二极管转换为电子格式。

Proposal Number: ECS-9800401 Principal Investigator: Keren Bergman Title: Optoelectronic node for novel WDM/TDM optical interconnection network Abstract This proposal was an attempt to effectively utilize the immense bandwidth of optical fiber interconnects and minimize the high cost of E/O and O/E conversion by design a network for optical implementation that employs multiple node levels with a routing topology that has minimum logic at the node. The network based on the Data Vortex architecture has the property that all self-routing decisions of the data packets are based on a single logic operation (AND) at each node. The PI claims that it can scale to interconnect an ultra-high performance computing system in a massively parallel form while maintaining low access latencies. The proposed work is to construct such network node in a testbed environment using high speed WDM/TDM payload and lower speed header. The data remain all optical throughout the network, only being converted to electronic format via fast PIN diodes at the receiver end.