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Process variations and circuit aging continue to be one of the main challenges to the power-efficiency of VLSI circuits, as a considerable power budget must be allocated to cushion timing variations. A design-time allocation implies uniform power consumption on all fabricated instances, even if many instances do not have strong variations. Adaptive design provides a power-efficient approach to variation...
Process variations and circuit aging continue to be a main challenge to the power-efficiency of VLSI circuits, as considerable power budget must be allocated to cushion timing variations. A design-time allocation implies a uniform power spending on all fabricated instances, even if many instances do not have strong variations. Adaptive design provides a power-efficient approach to variation tolerance,...
In nanometer regime, IC designers are struggling between significant variation effects and tight power constraints. The conventional approach - using timing safety margin, consumes power continuously to guard against low probability timing variations. Such power inefficiency is largely eliminated in the Razor technology which detects and corrects variation induced timing errors at runtime. However,...
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