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High-capacity, high-throughput EOS storage for ALICE data taking

<!--HTML-->The ALICE detector and data acquisition system was substantially upgraded for Run3 and beyond. One of the main elements of the upgrade was the O2 processing cluster, which compresses the detector data in real time. The output of the compression is then written to EOS buffer for subs...

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Autor principal: Betev, Latchezar
Lenguaje:eng
Publicado: 2022
Materias:
Acceso en línea:http://cds.cern.ch/record/2803360
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author Betev, Latchezar
author_facet Betev, Latchezar
author_sort Betev, Latchezar
collection CERN
description <!--HTML-->The ALICE detector and data acquisition system was substantially upgraded for Run3 and beyond. One of the main elements of the upgrade was the O2 processing cluster, which compresses the detector data in real time. The output of the compression is then written to EOS buffer for subsequent asynchronous data processing and archival. The requirements for the EOS storage are substantial: 120GB/sec write speed, 40GB/sec read speed and 100PB of total capacity. In addition, EOS must offer a sufficient data protection through erasure coding for the data until it is copied to archival storage. This presentation shows the ALICE experience with the EOS buffer deployment, testing and in production.
id cern-2803360
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2022
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spelling cern-28033602022-11-02T22:03:52Zhttp://cds.cern.ch/record/2803360engBetev, LatchezarHigh-capacity, high-throughput EOS storage for ALICE data takingEOS workshopHEP Computing<!--HTML-->The ALICE detector and data acquisition system was substantially upgraded for Run3 and beyond. One of the main elements of the upgrade was the O2 processing cluster, which compresses the detector data in real time. The output of the compression is then written to EOS buffer for subsequent asynchronous data processing and archival. The requirements for the EOS storage are substantial: 120GB/sec write speed, 40GB/sec read speed and 100PB of total capacity. In addition, EOS must offer a sufficient data protection through erasure coding for the data until it is copied to archival storage. This presentation shows the ALICE experience with the EOS buffer deployment, testing and in production.oai:cds.cern.ch:28033602022
spellingShingle HEP Computing
Betev, Latchezar
High-capacity, high-throughput EOS storage for ALICE data taking
title High-capacity, high-throughput EOS storage for ALICE data taking
title_full High-capacity, high-throughput EOS storage for ALICE data taking
title_fullStr High-capacity, high-throughput EOS storage for ALICE data taking
title_full_unstemmed High-capacity, high-throughput EOS storage for ALICE data taking
title_short High-capacity, high-throughput EOS storage for ALICE data taking
title_sort high-capacity, high-throughput eos storage for alice data taking
topic HEP Computing
url http://cds.cern.ch/record/2803360
work_keys_str_mv AT betevlatchezar highcapacityhighthroughputeosstorageforalicedatataking
AT betevlatchezar eosworkshop