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Performance evaluation of energy efficient ethernet

机译:节能以太网的性能评估

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Until very recently, energy efficiency has received little attention in many wired communications environments. For example, in most current Ethernet standards the transmitter and receiver operate at full power even when no data is being sent. However, new upcoming energy-aware standards, such as Energy Efficient Ethernet (EEE), are addressing this issue by introducing a low power mode for idle link intervals. The future EEE standard defines the procedure to enter and exit the low power mode. With EEE the actual energy savings will depend on the amount of traffic and on the timing of the frame arrivals. In this paper the performance of EEE in terms of energy saving is evaluated. The results show that although EEE improves the energy efficiency, there is still potential for substantial further energy savings as in many cases most of the energy is wasted in waking up and sleeping the link.
机译:直到最近,能效在许多有线通信环境中仍很少受到关注。例如,在大多数当前的以太网标准中,即使没有数据发送,发送器和接收器也以全功率运行。但是,即将推出的新的能源意识标准(例如,节能以太网(EEE))通过为空闲链路间隔引入低功耗模式来解决此问题。未来的EEE标准定义了进入和退出低功耗模式的过程。使用EEE时,实际的节能量将取决于通信量和帧到达的时间。本文评估了EEE在节能方面的性能。结果表明,尽管EEE可以提高能源效率,但仍有大量节省更多能源的潜力,因为在许多情况下,大部分能量都浪费在唤醒和休眠链路上。

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