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Performance profiling and design choices of an RDMA implementation using FPGA devices

RDMA communication is an efficient choice for many applications, such as data acquisition systems, data center networking and any other networking application where high bandwidth and low latency are necessary. RDMA can be implemented using a large array of options which need to be tailored to the n...

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Autores principales: Vasile, Matei, Iancu, Voichita, Martoiu, Sorin, Stoicea, Gabriel, Boukadida, Nayib, Hobincu, Radu
Lenguaje:eng
Publicado: 2023
Materias:
Acceso en línea:http://cds.cern.ch/record/2872613
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author Vasile, Matei
Iancu, Voichita
Martoiu, Sorin
Stoicea, Gabriel
Boukadida, Nayib
Hobincu, Radu
author_facet Vasile, Matei
Iancu, Voichita
Martoiu, Sorin
Stoicea, Gabriel
Boukadida, Nayib
Hobincu, Radu
author_sort Vasile, Matei
collection CERN
description RDMA communication is an efficient choice for many applications, such as data acquisition systems, data center networking and any other networking application where high bandwidth and low latency are necessary. RDMA can be implemented using a large array of options which need to be tailored to the needed use case in order to get optimal results. Aspects such as the effects of using multiple simultaneous connections, using various transport functions such as RDMA Write and RDMA Send and communication models such as sending individual bursts or continuous streams of data will be investigated for implementing RDMA on FPGA devices.
id cern-2872613
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2023
record_format invenio
spelling cern-28726132023-09-28T19:34:17Zhttp://cds.cern.ch/record/2872613engVasile, MateiIancu, VoichitaMartoiu, SorinStoicea, GabrielBoukadida, NayibHobincu, RaduPerformance profiling and design choices of an RDMA implementation using FPGA devicesParticle Physics - ExperimentRDMA communication is an efficient choice for many applications, such as data acquisition systems, data center networking and any other networking application where high bandwidth and low latency are necessary. RDMA can be implemented using a large array of options which need to be tailored to the needed use case in order to get optimal results. Aspects such as the effects of using multiple simultaneous connections, using various transport functions such as RDMA Write and RDMA Send and communication models such as sending individual bursts or continuous streams of data will be investigated for implementing RDMA on FPGA devices.ATL-DAQ-SLIDE-2023-523oai:cds.cern.ch:28726132023-09-28
spellingShingle Particle Physics - Experiment
Vasile, Matei
Iancu, Voichita
Martoiu, Sorin
Stoicea, Gabriel
Boukadida, Nayib
Hobincu, Radu
Performance profiling and design choices of an RDMA implementation using FPGA devices
title Performance profiling and design choices of an RDMA implementation using FPGA devices
title_full Performance profiling and design choices of an RDMA implementation using FPGA devices
title_fullStr Performance profiling and design choices of an RDMA implementation using FPGA devices
title_full_unstemmed Performance profiling and design choices of an RDMA implementation using FPGA devices
title_short Performance profiling and design choices of an RDMA implementation using FPGA devices
title_sort performance profiling and design choices of an rdma implementation using fpga devices
topic Particle Physics - Experiment
url http://cds.cern.ch/record/2872613
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