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Architecture Design of a Switching Chip inside Optical Ethernet Switches

机译:光纤以太网交换机内切换芯片的架构设计

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Optical Ethernet is a revolutionary technology that pushes the development of Ethernet from several Mb/s to more than ten Gb/s by making use of the tremendous bandwidth of optical fiber. The development of Optical Ethernet has significant impact on the existing networks, especially for switching enormous traffic and providing differential network services. In this article, based on providing priority services, -we propose an efficient switching architecture design, which can be built in a single switching chip, to cope with the forthcoming issues. In addition, we designed a set of simulation experiments to investigate the performance of the switching architecture. The simulation results display extraordinarily good efficiency in switching traffic.
机译:光学以太网是一种革命性的技术,通过利用光纤的巨大带宽将以太网从多MB / s的开发推动到十多个GB / s。光学以太网的开发对现有网络产生了重大影响,特别是用于切换巨大的流量和提供差分网络服务。在本文中,基于提供优先级服务, - 我们提出了一种有效的交换架构设计,可以建立在单个交换芯片中,以应对即将到来的问题。此外,我们设计了一组模拟实验,以研究开关架构的性能。仿真结果显示了交换流量的非常好的效率。

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