HyperFPGA: Enhancing Education With Remote Laboratory Access for Heterogeneous Computing on MPSoC-FPGA Technologies

The HyperFPGA cluster is an experimental platform that aims to provide access to high-performance computing education. Developed at the ICTP's Multidisciplinary laboratory, it features a robust MPSoC-FPGA based remote cluster that can be tailored for students in resource-limited regions. Through an intuitive JupyterHub interface, HyperFPGA provides a rich, hands-on experience in heterogeneous computing, allowing seamless remote interaction with CPU-FPGA systems. By eliminating physical barriers and reducing logistical costs, HyperFPGA democratizes access to advanced computational resources, fostering scalable, collaborative, and impactful learning. Planned future upgrades, such as GPU integration, promise to broaden its reach and reshape the global educational landscape in scientific computing.

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Publication Details

Published
2025-04-22
DOI
https://doi.org/10.1109/educon62633.2025.11016583
Primary Topic
Experimental Learning in Engineering
Type
article
Field-Weighted Citation Impact
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article

HyperFPGA: Enhancing Education With Remote Laboratory Access for Heterogeneous Computing on MPSoC-FPGA Technologies

Romina Molina, Sergio Carrato, Maynor Ballina, Maria Liz Crespoa
Experimental Learning in Engineering
article

HyperFPGA: Enhancing Education With Remote Laboratory Access for Heterogeneous Computing on MPSoC-FPGA Technologies

Romina Molina, Sergio Carrato, Maynor Ballina, Maria Liz Crespoa
article en

Abstract

The HyperFPGA cluster is an experimental platform that aims to provide access to high-performance computing education. Developed at the ICTP's Multidisciplinary laboratory, it features a robust MPSoC-FPGA based remote cluster that can be tailored for students in resource-limited regions. Through an intuitive JupyterHub interface, HyperFPGA provides a rich, hands-on experience in heterogeneous computing, allowing seamless remote interaction with CPU-FPGA systems. By eliminating physical barriers and reducing logistical costs, HyperFPGA democratizes access to advanced computational resources, fostering scalable, collaborative, and impactful learning. Planned future upgrades, such as GPU integration, promise to broaden its reach and reshape the global educational landscape in scientific computing.

The Abdus Salam International Centre for Theoretical Physics (ICTP) (IT)
Openalex Percentile: Top 83%
Experimental Learning in Engineering
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