Add to ORKGAbstract—Lowering the supply voltage to improve energy efficiency leads to higher load current and elevated supply sensitivity. In this paper, we provide the first quantitative analysis of voltage noise in multi-core near-threshold processors in a future 10nm technology across SPEC CPU2006 benchmarks. Our results reveal larger guardband requirement and significant energy efficiency loss due to power delivery nonidealities at near threshold, and highlight the importance of accurate voltage noise characterization for design exploration of energy-centric computing systems using near-threshold cores. I
The power-wall raised by the stagnation of supply voltage in deep-submicron technology nodes, is now...
Continuous technology scaling and increased demand for computational power have introduced a paradig...
Near-Threshold Voltage Computing (NTC), where the supply voltage is only slightly higher than the tr...
Abstract—Voltage noise characterization is an essential aspect of optimizing the shipped voltage of ...
This paper evaluates voltage stacking in the context of near-threshold multicore computing. Key attr...
Voltage variations are a major challenge in processor design. Here, researchers characterize the vol...
This book explores near-threshold computing (NTC), a design-space using techniques to run digital ch...
This book explores near-threshold computing (NTC), a design-space using techniques to run digital ch...
Sensitivity of the microprocessor to voltage fluctuations is becoming a major concern with growing e...
Abstract—In this paper, we characterize the impact of compiler optimizations on voltage noise. While...
Power has become the primary design constraint for chip designers today. While Moore’s law continues...
The power-wall problem and its dual utilization- wall problem are considered among the main barriers...
Over the past four decades, the number of transistors on a chip has increased exponentially in acco...
International audienceAs the industry moves from single- to multicore processors, the challenges of ...
The power-wall raised by the stagnation of supply voltage in deep-submicron technology nodes, is now...
Continuous technology scaling and increased demand for computational power have introduced a paradig...
Near-Threshold Voltage Computing (NTC), where the supply voltage is only slightly higher than the tr...
Abstract—Voltage noise characterization is an essential aspect of optimizing the shipped voltage of ...
This paper evaluates voltage stacking in the context of near-threshold multicore computing. Key attr...
Voltage variations are a major challenge in processor design. Here, researchers characterize the vol...
This book explores near-threshold computing (NTC), a design-space using techniques to run digital ch...
This book explores near-threshold computing (NTC), a design-space using techniques to run digital ch...
Sensitivity of the microprocessor to voltage fluctuations is becoming a major concern with growing e...
Abstract—In this paper, we characterize the impact of compiler optimizations on voltage noise. While...
Power has become the primary design constraint for chip designers today. While Moore’s law continues...
The power-wall problem and its dual utilization- wall problem are considered among the main barriers...
Over the past four decades, the number of transistors on a chip has increased exponentially in acco...
International audienceAs the industry moves from single- to multicore processors, the challenges of ...
The power-wall raised by the stagnation of supply voltage in deep-submicron technology nodes, is now...
Continuous technology scaling and increased demand for computational power have introduced a paradig...
Near-Threshold Voltage Computing (NTC), where the supply voltage is only slightly higher than the tr...