The OctoPAES board for the validation of KM3NeT data acquisition system

19 may. 2021 17:00
20m
Valencia

Valencia

VLVnT 2021 | Parallel Session Room B https://cern.zoom.us/j/68306216278
Detector R&D and construction Detector R&D and construction

Ponente

Francesco Filippini (Department of Physics and Astronomy, University of Bologna, INFN-BO)

Descripción

For testing and optimizing key elements of the KM3NeT data acquisition system, a test-bench has been set up at the INFN Sezione di Bologna. In this setup, a full detection unit is simulated, to test the optical network, time synchronisation, and on-shore computing resources. A fundamental tool in the test-setup is a dedicated electronic board: “the OctoPAES”.
Based on an ALTERA Max10 CPLD, they are designed to deterministically emulate the optical and acoustic signals recorded by the underwater detectors. They allow to stress-test the acquisition system and validate its performance with realistic data. If properly configured, the optical data provided by the OctoPAES can be combined to emulate the signals of a through-going muon or other calibration events. In this contribution we present the OctoPAES boards and some of their use cases at the test-bench.

Affiliation on behalf of the KM3NeT Collaboration

Autores primarios

Francesco Filippini (Department of Physics and Astronomy, University of Bologna, INFN-BO) Tommaso Chiarusi (INFN-Bo) Gabriele Balbi (INFN-Bo) Giuliano Pellegrini (INFN-Bo) Francesco Benfenati (Department of Physics and Astronomy, University of Bologna, INFN-Bo) Luigi Degli Esposti (INFN Bologna) David Calvo (IFIC) Vincent Van Beveren (Nikhef)

Materiales de la presentación

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