2006IEEE Design & Test of ComputersRequires access

A Different View: Hardware Synthesis from SystemC is a Maturing Technology

John Sanguinetti

Open publisher page 6 citations

Abstract

Commercial SystemC synthesis tools routinely produce more efficient hardware than handwritten RTL code typically produces. We argue that properties of C-like languages make this synthesis process computationally hard and time-consuming. Although some of the properties has cited do make synthesis more difficult, those problems have largely been solved. Fundamentally, the complexity imposed on these synthesis products results from starting at a higher abstraction level, not from the language

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What this paper is about

Commercial SystemC synthesis tools routinely produce more efficient hardware than handwritten RTL code typically produces. We argue that properties of C-like languages make this synthesis process computationally hard and time-consuming. Although some of the properties has cited do make synthesis more difficult, those problems have largely been solved. Fundamentally, the complexity imposed on these synthesis products results from starting at a higher abstraction level, not from the language

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Available abstract

Commercial SystemC synthesis tools routinely produce more efficient hardware than handwritten RTL code typically produces. We argue that properties of C-like languages make this synthesis process computationally hard and time-consuming. Although some of the properties has cited do make synthesis more difficult, those problems have largely been solved. Fundamentally, the complexity imposed on these synthesis products results from starting at a higher abstraction level, not from the language

Key concepts: SystemC, Computer science, High-level synthesis, Abstraction, Transaction-level modeling, Hardware description language, Process (computing), Programming language

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