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Due to the continuously decreasing cost of FPGAs, they have become a valid implementation platform for SOCs. Typically, a soft core processor implementation is used to execute the software parts of the SOC. As each system is individually designed for a particular application, the idea is natural to support compute intensive parts of the code through customized hardware acceleration. Two different...
Universities are recently updating their digital design education offerings to include the recent System-on-Chip (SoC) design approaches. This paper presents two design based tutorials aimed at providing a smooth transition in the current traditional education for universities. The design tutorials are implemented on the Altera DE2 board. The first tutorial provides an implementation of a basic microprocessor...
Multi-FPGA systems are a growing area of research. They offer the potential to deliver high performance solutions to general computing tasks, especially for the prototyping of digital logic. However, to realize this potential requires a flexible, powerful hardware substrate and a complete, high quality and high performance automatic mapping system. This paper discusses different aspects of multi-FPGA...
Field programmable gate arrays (FPGAs) are commonly used as an inexpensive and flexible implementation platform for system-on-chip (SoC) designs. Now that FPGAs are large enough to implement SoCs, the reprogrammable fabric allows a different approach to the design process where on-chip computer aided design (CAD) tools can leverage reconfigurability to reduce design time. Statistics on commercial...
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