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Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor

In this paper we compare a system based on an Intel Atom N330 low-power processor to a modern Intel Xeon® dual-socket server using CERN IT’s standard criteria for comparing price-performance and performance per watt. The Xeon server corresponds to what is typically acquired as servers in the LHC Com...

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Detalles Bibliográficos
Autores principales: Balazs, G, Jarp, S, Nowak, A
Lenguaje:eng
Publicado: 2009
Materias:
Acceso en línea:http://cds.cern.ch/record/1177405
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author Balazs, G
Jarp, S
Nowak, A
author_facet Balazs, G
Jarp, S
Nowak, A
author_sort Balazs, G
collection CERN
description In this paper we compare a system based on an Intel Atom N330 low-power processor to a modern Intel Xeon® dual-socket server using CERN IT’s standard criteria for comparing price-performance and performance per watt. The Xeon server corresponds to what is typically acquired as servers in the LHC Computing Grid. The comparisons used public pricing information from November 2008. After the introduction in section 1, section 2 describes the hardware and software setup. In section 3 we describe the power measurements we did and in section 4 we discuss the throughput performance results. In section 5 we summarize our initial conclusions. We then go on to describe our long term vision and possible future scenarios for using such low-power processors, and finally we list interesting development directions.
id cern-1177405
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2009
record_format invenio
spelling cern-11774052019-09-30T06:29:59Zhttp://cds.cern.ch/record/1177405engBalazs, GJarp, SNowak, AExperience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processorComputing and ComputersIn this paper we compare a system based on an Intel Atom N330 low-power processor to a modern Intel Xeon® dual-socket server using CERN IT’s standard criteria for comparing price-performance and performance per watt. The Xeon server corresponds to what is typically acquired as servers in the LHC Computing Grid. The comparisons used public pricing information from November 2008. After the introduction in section 1, section 2 describes the hardware and software setup. In section 3 we describe the power measurements we did and in section 4 we discuss the throughput performance results. In section 5 we summarize our initial conclusions. We then go on to describe our long term vision and possible future scenarios for using such low-power processors, and finally we list interesting development directions.CERN-IT-Note-2009-004oai:cds.cern.ch:11774052009-05-15
spellingShingle Computing and Computers
Balazs, G
Jarp, S
Nowak, A
Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title_full Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title_fullStr Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title_full_unstemmed Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title_short Experience with low-power x86 processors (Atom) for HEP usage. An initial analysis of the Intel® dual core Atom™ N330 processor
title_sort experience with low-power x86 processors (atom) for hep usage. an initial analysis of the intel® dual core atom™ n330 processor
topic Computing and Computers
url http://cds.cern.ch/record/1177405
work_keys_str_mv AT balazsg experiencewithlowpowerx86processorsatomforhepusageaninitialanalysisoftheinteldualcoreatomn330processor
AT jarps experiencewithlowpowerx86processorsatomforhepusageaninitialanalysisoftheinteldualcoreatomn330processor
AT nowaka experiencewithlowpowerx86processorsatomforhepusageaninitialanalysisoftheinteldualcoreatomn330processor