Teledyne SP Devices has developed high-performance data acquisition systems that integrate an open FPGA to enable real-time signal processing. This work explores the feasibility of implementing the Thomson scattering dispersion algorithm directly on the FPGA of theADQ32 digitizer. The algorithm was developed using high-level synthesis (HLS), while a hardware description language (HDL) was used to interface with the ADQ signal architecture. A dedicated control program was built within the Discharge Control System (DCS), leveraging the API provided by Teledyne to configure and operate the card. The FPGA-based implementation produced results identical to the C++ version of the algorithm, with an execution time of 170μs, demonstrating its potential for real-time plasma diagnostics.
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