Cargando…

The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit

The ATLAS Fast TracKer is a hardware-based track finder for the ATLAS High Level Trigger. Pattern recognition and preliminary track fitting are performed by VME Processing Units consisting of an Associative Memory Board (AMB) containing custom associative memory chips for pattern recognition, and th...

Descripción completa

Detalles Bibliográficos
Autores principales: Alison, J, Boevia, A, Bogdan, M, Bryant, P, Cheng, YY, Krizka, K, Shochet, M, Tompkins, L, Webster, J
Lenguaje:eng
Publicado: 2014
Materias:
Acceso en línea:http://cds.cern.ch/record/1756856
_version_ 1780943356522659840
author Alison, J
Boevia, A
Bogdan, M
Bryant, P
Cheng, YY
Krizka, K
Shochet, M
Tompkins, L
Webster, J
author_facet Alison, J
Boevia, A
Bogdan, M
Bryant, P
Cheng, YY
Krizka, K
Shochet, M
Tompkins, L
Webster, J
author_sort Alison, J
collection CERN
description The ATLAS Fast TracKer is a hardware-based track finder for the ATLAS High Level Trigger. Pattern recognition and preliminary track fitting are performed by VME Processing Units consisting of an Associative Memory Board (AMB) containing custom associative memory chips for pattern recognition, and the Auxiliary Card (AUX), a powerful rear transition module which formats the data for the AMB and performs linearized fits on AMB track candidates. We report on the design and testing of the AUX, which utilizes six FPGAs to process up to 32 Gbps of hit data and fit one track candidate per nanosecond.
id cern-1756856
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2014
record_format invenio
spelling cern-17568562019-09-30T06:29:59Zhttp://cds.cern.ch/record/1756856engAlison, JBoevia, ABogdan, MBryant, PCheng, YYKrizka, KShochet, MTompkins, LWebster, JThe ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing UnitParticle Physics - ExperimentThe ATLAS Fast TracKer is a hardware-based track finder for the ATLAS High Level Trigger. Pattern recognition and preliminary track fitting are performed by VME Processing Units consisting of an Associative Memory Board (AMB) containing custom associative memory chips for pattern recognition, and the Auxiliary Card (AUX), a powerful rear transition module which formats the data for the AMB and performs linearized fits on AMB track candidates. We report on the design and testing of the AUX, which utilizes six FPGAs to process up to 32 Gbps of hit data and fit one track candidate per nanosecond.ATL-DAQ-SLIDE-2014-656oai:cds.cern.ch:17568562014-09-19
spellingShingle Particle Physics - Experiment
Alison, J
Boevia, A
Bogdan, M
Bryant, P
Cheng, YY
Krizka, K
Shochet, M
Tompkins, L
Webster, J
The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title_full The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title_fullStr The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title_full_unstemmed The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title_short The ATLAS FTK Auxiliary Card: A Highly Functional VME Rear Transition Module for a Hardware Track Finding Processing Unit
title_sort atlas ftk auxiliary card: a highly functional vme rear transition module for a hardware track finding processing unit
topic Particle Physics - Experiment
url http://cds.cern.ch/record/1756856
work_keys_str_mv AT alisonj theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT boeviaa theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT bogdanm theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT bryantp theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT chengyy theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT krizkak theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT shochetm theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT tompkinsl theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT websterj theatlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT alisonj atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT boeviaa atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT bogdanm atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT bryantp atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT chengyy atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT krizkak atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT shochetm atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT tompkinsl atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit
AT websterj atlasftkauxiliarycardahighlyfunctionalvmereartransitionmoduleforahardwaretrackfindingprocessingunit