Intelligent Signal Processing for Research and Industry Update
Explore the latest advancements in intelligent signal processing through research and industry applications. Includes insights on coincidence sorter simulation, cluster filter simulation, USB implementation, SPI communication, and LVDS communication testing. Discover the progress, achievements, and upcoming steps in this cutting-edge field.
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Presentation Transcript
INtelligent Signal Processing for FrontIEr Research and Industry INSIDE Motherboard Update E. Kostara1,2, G. Sportelli1,3, E. Zaccaro3, M.G. Bisogni1,3, F. Palla1 1 INFN Pisa, 2 University of Siena, 3 University of Pisa Pisa 09-10/06/2015
Coincidence Sorter Simulation on ModelSim Goal: Minimum throughput rate 20MHz Achievement 28MHz
Cluster Filter Simulated on ModelSim Run on 100MHz Write and Read continuously
USB Implementation Cypress EZ-USB FX2LP device (CY7C68013A) Adaptation of the firmware used in previous project (QPEM ) Internal 30MHz synchronous clock Write data from host PC to FPGA Read data from FPGA to host PC
SPI communication Simulation on ModelSim Currently testing on motherboard and debugging
LVDS communication Simulation on ModelSim Tested on Sockit board Works on 160MHz mtbf: >2 days Next step: on 320MHz Goal: on 840MHz
Next steps on SPI - LVDS Test SPI LVDS communication: MB Sockit board connection using THDB-HTG board Back side - HSMC version THDB-HTG board
