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A Simulation Study of Energy-Efficient Ethernet With Two Modes of Low-Power Operation

机译:两种低功耗运行模式的节能以太网的仿真研究

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摘要

Section 78.1.3 of the IEEE 802.3bj-2014 standard defines two modes of low-power idle (LPI) operation for the physical layers of energy-efficient ethernet (EEE) links that work at a speed of 40 Gb/s and higher: Fast Wake and Deep Sleep. In this letter, it is shown by simulation that combining two modes of low(er)-power operation in EEE links can result in significant savings with a reasonable performance tradeoff that may not be achievable with a single mode of LPI, as is the case for 10 Gb/s links and lower.
机译:IEEE 802.3bj-2014标准的第78.1.3节为以40 Gb / s或更高速度运行的节能以太网(EEE)链路的物理层定义了两种低功率空闲(LPI)模式:快速唤醒和深度睡眠。在这封信中,通过仿真表明,在EEE链路中组合两种低功率操作模式可以节省大量成本,并具有合理的性能折衷,而单LPI模式可能无法实现这种折衷。适用于10 Gb / s和更低的链路。

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