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Research on power consumption in FPGA design

Lei Xiong

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Abstract

With the increasingly widespread application of FPGA,the power dissipation on FPGA design gradually becomes issues of concern.On the FPGA power loss and the composition of a principle of power,from the static and dynamic power,this paper analyzes the impact of various factors on FPGA power dissipation,and it has been verified through the power simulation tools:Power play early estimation of the Quartus II.Finally,some problems have been pointed out to be aware of in the low-power design.

About this research paper

What this paper is about

With the increasingly widespread application of FPGA,the power dissipation on FPGA design gradually becomes issues of concern.On the FPGA power loss and the composition of a principle of power,from the static and dynamic power,this paper analyzes the impact of various factors on FPGA power dissipation,and it has been verified through the power simulation tools:Power play early estimation of the Quartus II.Finally,some problems have been pointed out to be aware of in the low-power design.

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Available abstract

With the increasingly widespread application of FPGA,the power dissipation on FPGA design gradually becomes issues of concern.On the FPGA power loss and the composition of a principle of power,from the static and dynamic power,this paper analyzes the impact of various factors on FPGA power dissipation,and it has been verified through the power simulation tools:Power play early estimation of the Quartus II.Finally,some problems have been pointed out to be aware of in the low-power design.

Key concepts: Field-programmable gate array, Computer science, Power (physics), Dissipation, Dynamic demand, Power consumption, Embedded system, Power analysis

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