FPGA allows today developing fast prototyping. The complexity of the system to be implemented is however limited by the number of gates available in the FPGA. This barrier can be dropped by considering multi-FPGA architectures [1,2]. The application implementation is then split into different circuits. Many problems such as system partitioning, simulation and synthesis are associated with multi-FPGA systems. This paper will present the use of multi-FPGA-based PCI board by students to experiment rapid prototyping of digital signal processing algorithms.
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