We develop a simple design flow to apply high Vdd to critical paths and low Vdd to non-critical paths and to power gate unused interconnect switches.
Because interconnect power is dominant in FPGAs, we design Vdd-programmable inter- connect fabric to reduce FPGA interconnect power. There are three Vdd states ...
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Experimental results show that the Vdd-programmable logic and interconnect fabrics together can reduce total FPGA power by 33.37% and reduce energy-delay ...
Mar 19, 2007 · In this paper, we apply programmable supply voltage (Vdd) to reduce FPGA power. ... We further design FPGA interconnect fabrics for fine-grained ...
Field programmable dual-Vdd interconnects are effective to reduce FPGA power.Assuming uniform length interconnects,existing work has developed time slack ...
Power Modeling and Architecture Evaluation for FPGA with Novel Circuits for Vdd Programmability ... Vdd programmability for power reduction. Concept in ...
Vdd-programmable FPGAs have been proposed recently to reduce FPGA power, where Vdd levels can be customized for different circuit elements and unused circuit ...
Field programmable dual-Vdd interconnects are effective to reduce FPGA power. However, the deterministic Vdd as- signment leverages timing slack exhaustively ...
Power reduction is of growing importance for field-programmable gate arrays (FPGAs). In this paper, we apply programmable supply voltage (Vdd) to reduce ...
How- ever, the pre-defined FPGA fabric using both dual Vdd and dual Vt only achieves on average 2% extra power reduction. It is because that the pre-designed ...