Transcription of Digital Signal Processor (DSP) Architecture
{{id}} {{{paragraph}}}
EECC722 - ShaabanEECC722 - Shaaban#1 lec # 8 Fall 2003 10-8-2003 Digital Signal Processor (DSP) Architecture Classification of Processor ApplicationsClassification of Processor Applications Requirements of Embedded ProcessorsRequirements of Embedded Processors DSPDSP vs vs. General Purpose CPUs. General Purpose CPUs DSP CoresDSP Cores vs vs. Chips. Chips Classification of DSP ApplicationsClassification of DSP Applications DSP Algorithm FormatDSP Algorithm Format DSP BenchmarksDSP Benchmarks Basic Architectural Features of Basic Architectural Features of DSPsDSPs DSP Software Development Considerations Classification of Current DSP Architectures and example Classification of Current DSP Architectures and example DSPsDSPs:: Conventional Conventional DSPsDSPs: TI TMSC54xx: TI TMSC54xx Enhanced Conventional Conventional DSPsDSPs: TI TMSC55xx: TI TMSC55xx VLIW VLIW DSPsDSPs: TI T
Oct 08, 2003 · • Performance obtained by optimizing datapath • Low cost – Lowest possible area – Technology behind the leading edge – High level of integration of peripherals (reduces system cost) • Fast time to market – Compatible architectures (e.g. ARM) allows reusable code – Customizable cores (System-on-Chip, SoC).
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
{{id}} {{{paragraph}}}