An ASIC methodology for the design of DSP standard products

An approach that has been used successfully in the design of a family of high-performance digital signal processing (DSP) standard products is described. It offers the advantage of a short design cycle without sacrificing performance. The methodology relies on the availability of a well characterize...

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description An approach that has been used successfully in the design of a family of high-performance digital signal processing (DSP) standard products is described. It offers the advantage of a short design cycle without sacrificing performance. The methodology relies on the availability of a well characterized standard-cell library, an accurate gate-level simulator, a behavioral simulator for architectural evaluations, and module generators for generic DSP operators such as multipliers and adders. The methodology has the flexibility to retarget the logic or structural description into a physical implementation that can be either array-based, cell-based, or full custom. Two design case studies of 20-MHz DSP standard product chips are described.< >
doi_str_mv 10.1109/CMPEUR.1989.93470
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VLSI and Computer Peripherals. COMPEURO 89</btitle><stitle>CMPEUR</stitle><date>1989</date><risdate>1989</risdate><spage>5/1</spage><epage>5/6</epage><pages>5/1-5/6</pages><isbn>0818619406</isbn><isbn>9780818619403</isbn><abstract>An approach that has been used successfully in the design of a family of high-performance digital signal processing (DSP) standard products is described. It offers the advantage of a short design cycle without sacrificing performance. The methodology relies on the availability of a well characterized standard-cell library, an accurate gate-level simulator, a behavioral simulator for architectural evaluations, and module generators for generic DSP operators such as multipliers and adders. The methodology has the flexibility to retarget the logic or structural description into a physical implementation that can be either array-based, cell-based, or full custom. 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subjects Adders
Application specific integrated circuits
Availability
Design methodology
Digital signal processing
Large scale integration
Logic arrays
Nonlinear filters
Signal design
Signal processing
title An ASIC methodology for the design of DSP standard products
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