Special Issue Paper

Computer Science - Research and Development

, Volume 29, Issue 3, pp 161-169

First online:

Open Access This content is freely available online to anyone, anywhere at any time.

Performance estimation of high performance computing systems with Energy Efficient Ethernet technology

  • Shinobu MiwaAffiliated withThe University of Tokyo Email author 
  • , Sho AitaAffiliated withThe University of Tokyo
  • , Hiroshi NakamuraAffiliated withThe University of Tokyo


Energy Efficient Ethernet (EEE) is an Ethernet standard for lowering power consumption in commodity network devices. When the load of a link is low, EEE allows the link to turn into a low power mode and therefore can significantly save the power consumption of a network device. EEE is expected to be adopted in high performance computing (HPC) systems a few years later, but the performance impact caused by EEE-enabled in HPC systems is still unknown. To encourage HPC system developers to adopt the EEE technology, it is required for the performance estimation of the non-existing HPC systems that would utilize the EEE technology. This paper presents the performance estimation method for EEE-supported HPC systems, which utilizes a novel performance model we propose. The model with a few profiles for HPC applications allows us to anticipate the performance of the systems not yet realized. The evaluation results show that the proposed model has the significant accuracy and that EEE is still promising for HPC applications.


Energy Efficient Ethernet High performance computing Performance estimation