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Power delivery is a growing reliability concern in micropro- cessors as the industry moves toward feature-rich, power- hungrier designs. To battle the ever-aggravating power con- sumption, modern microprocessor designers or researchers propose and apply aggressive power-saving techniques in the form of clock-gating and/or power-gating in order to oper- ate(More)
This paper proposes noise-direct, a design methodology for power integrity aware floorplanning, using microarchitectural feedback to guide module placement. Stringent power constraints have led microprocessor designers to incorporate aggressive power saving techniques such as clock-gating, that place a significant burden on the power delivery network. While(More)
Power delivery is a growing reliability concern in microprocessors as the industry moves toward feature-rich, power-hungrier designs. To battle the ever-aggravating power consumption , modern microprocessor designers or researchers propose and apply aggressive power-saving techniques in the form of clock-gating and/or power-gating in order to operate the(More)
In this article, we propose a design methodology using two complementary techniques to address high-frequency inductive noise in the early design phase of a microprocessor. First, we propose a noise-aware floorplanning technique that uses microarchitectural profile information to create noise-aware floorplans. Second, we present the design of a dynamic(More)
In this paper, we present a novel design methodology to combat the ever-aggravating high frequency power supply noise (di/dt) in modern microprocessors. Our methodology integrates microarchitectural profiling for noise-aware floorplanning, dynamic runtime noise control to prevent unsustainable noise emergencies, as well as decap allocation; all to produce a(More)
ACKNOWLEDGEMENTS There are many who have given me inspiration, guidance and provided me with professional and personal support. First of all, I would like to extend my heartfelt thanks to my parents for the unwavering support they provided me in every way possible, in order to enable me reach both educational and personal goals. I would also like to thank(More)
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