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A Powerful New VLSI Processor for Digital Audio

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This paper describes a new VLSI chip that uses Fourier transform technology and a processing architecture never before used in a low-cost monolithic circuit. The chip is internally wired to implement two independent 2048-tap filters with coefficients that can be changed at will. It includes a powerful processor which is programmable through an easy to use assembly language which provides various functions suitable for acoustic environment simulation. The chip uses industry-standard bit-serial data formats and has a noise performance that exceeds 100 dB relative to full scale. A low cost but full-feature development system for use with a personal computer is also available.

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Permalink: http://www.aes.org/e-lib/browse.cfm?elib=6696

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