2014Modern Electronics TechniqueRequires access

Analysis and simulation of power consumption in the design of FPGA

WU Wei-q

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Abstract

FPGA is applied more and more widely,with the improvement of the manufacturing technology level,higher and higher density and complicated performance make the power factor more and more important in the design of FPGA. The amount and type of components in the module have greater influence on the dynamic power consumption in the FPGA design. The power consumption of the FPGA is analyzed. It is analyzed how to estimate power consumption accurately with PowerPlay Early Power Estimator tool of Altera in the early stage of the design and make optimization selection.

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What this paper is about

FPGA is applied more and more widely,with the improvement of the manufacturing technology level,higher and higher density and complicated performance make the power factor more and more important in the design of FPGA. The amount and type of components in the module have greater influence on the dynamic power consumption in the FPGA design. The power consumption of the FPGA is analyzed. It is analyzed how to estimate power consumption accurately with PowerPlay Early Power Estimator tool of Altera in the early stage of the design and make optimization selection.

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Available abstract

FPGA is applied more and more widely,with the improvement of the manufacturing technology level,higher and higher density and complicated performance make the power factor more and more important in the design of FPGA. The amount and type of components in the module have greater influence on the dynamic power consumption in the FPGA design. The power consumption of the FPGA is analyzed. It is analyzed how to estimate power consumption accurately with PowerPlay Early Power Estimator tool of Altera in the early stage of the design and make optimization selection.

Key concepts: Field-programmable gate array, Power consumption, Power (physics), FPGA prototype, Embedded system, Computer science, Physics, Quantum mechanics

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