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CMS Phase-2 DAQ and Timing Hub Prototyping Results and Perspectives

V Amoiridis,U. Behrens,A. Bocci,J. Branson,P. Brummer,S. Cittolin, D. Da Silva-Gomes, J. Da Silva Almeida,G-L Darlea,C. Deldicque,M. Dobson,D. Gigi, N. Dzemaili,M. Gladki, F. Glege,G. Gomez-Ceballos, N. Gutic,M. Hansen,J. Hegeman, G. Moreno,T. O. James, C. Kishimoto,E. Leutgeb,W. Li,F. Meijers,E. Meschi,S. Morovic,L. Orsini,I Papakrivopoulos,C. Paus, K. Peron,A. Petrucci,M. Pieri, A. Poupakis,E. Puljak,D. Rabady, K. Raychinov,A. Racz, H. Sakulin,C. Schwick,D. Simelevicius,A. Stahl,J. Troska, C. Vazquez-Velez,P. Zejdl, V Zokaite

Journal of instrumentation(2022)

Cited 2|Views16
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Abstract
This paper describes recent progress on the design of the DAQ and Timing Hub, or DTH, an ATCA (Advanced Telecommunications Computing Architecture) hub board intended for the phase-2 upgrade of the CMS experiment. Prototyping was originally divided into multiple feature lines, spanning all different aspects of the DTH functionality. The second DTH prototype merges all R&D and prototyping lines into a single board, which is intended to be the production candidate. Emphasis is on the process and experience in going from the first to the second DTH prototype, which included a change of the chosen FPGA as well as the integration of a commercial networking solution.
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Key words
Control and monitor systems online,Data acquisition circuits,Trigger concepts and systems (hardware and software)
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