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LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols

The goal of the LHCb readout upgrade is to speed up the DAQ to 40 MHz. Such a DAQ system will certainly employ 10 Gigabit or similar technologies and might also need new networking protocols such as a customized, light-weight TCP or more specialised protocols. A test module is being implemented, whi...

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Detalles Bibliográficos
Autores principales: Lemouzy, B, Neufeld, N, Garnier, J-C
Lenguaje:eng
Publicado: 2010
Acceso en línea:http://cds.cern.ch/record/1295234
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author Lemouzy, B
Neufeld, N
Garnier, J-C
author_facet Lemouzy, B
Neufeld, N
Garnier, J-C
author_sort Lemouzy, B
collection CERN
description The goal of the LHCb readout upgrade is to speed up the DAQ to 40 MHz. Such a DAQ system will certainly employ 10 Gigabit or similar technologies and might also need new networking protocols such as a customized, light-weight TCP or more specialised protocols. A test module is being implemented, which integrates in the existing LHCb infrastructure. It is a multiple 10-Gigabit traffic generator, driven by a Stratix IV FPGA, which is flexibile enough to either generate LHCb's raw data packets internally or read them from external storage via the network. For reading the data we have implemented a light-weight industry standard protocol ATA over Ethernet (AoE) and we present an outlook of using a filesystem on these network-exported disk-drivers.
id cern-1295234
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2010
record_format invenio
spelling cern-12952342019-09-30T06:29:59Zhttp://cds.cern.ch/record/1295234engLemouzy, BNeufeld, NGarnier, J-CLHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocolsThe goal of the LHCb readout upgrade is to speed up the DAQ to 40 MHz. Such a DAQ system will certainly employ 10 Gigabit or similar technologies and might also need new networking protocols such as a customized, light-weight TCP or more specialised protocols. A test module is being implemented, which integrates in the existing LHCb infrastructure. It is a multiple 10-Gigabit traffic generator, driven by a Stratix IV FPGA, which is flexibile enough to either generate LHCb's raw data packets internally or read them from external storage via the network. For reading the data we have implemented a light-weight industry standard protocol ATA over Ethernet (AoE) and we present an outlook of using a filesystem on these network-exported disk-drivers.Poster-2010-152oai:cds.cern.ch:12952342010-09-23
spellingShingle Lemouzy, B
Neufeld, N
Garnier, J-C
LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title_full LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title_fullStr LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title_full_unstemmed LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title_short LHCb: FPGA based data-flow injection module at 10 Gbit/s reading data from network exported storage and using standard protocols
title_sort lhcb: fpga based data-flow injection module at 10 gbit/s reading data from network exported storage and using standard protocols
url http://cds.cern.ch/record/1295234
work_keys_str_mv AT lemouzyb lhcbfpgabaseddataflowinjectionmoduleat10gbitsreadingdatafromnetworkexportedstorageandusingstandardprotocols
AT neufeldn lhcbfpgabaseddataflowinjectionmoduleat10gbitsreadingdatafromnetworkexportedstorageandusingstandardprotocols
AT garnierjc lhcbfpgabaseddataflowinjectionmoduleat10gbitsreadingdatafromnetworkexportedstorageandusingstandardprotocols