Innovative Approaches to Near-Threshold Operation of XOR-2 for Lower Power Consumption
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This presentation discusses the necessity of reducing power consumption in computational processes. We outline a novel solution: the near-threshold operation of XOR-2 circuits. It highlights the impact of varying supply voltage (VDD) on delay and energy consumption, addressing challenges posed by process variations. We compare traditional methods like power gating, clock gating, and dynamic voltage frequency scaling (DVFS) to our approach. Our findings demonstrate significant improvements in energy efficiency, demonstrating the effectiveness of this method for future applications in low-power electronics.
Innovative Approaches to Near-Threshold Operation of XOR-2 for Lower Power Consumption
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Presentation Transcript
Title (For Midterm-2 on NTV) • Who you are, etc.
Outline of presentation • Problem Statement • Solution: Near-Threshold Operation of XOR-2 • Delay, Energy/computation vs. VDD • Process variation with Above • Conclusion • Future Work
Problem Statement • We need lower power or energy/computation • Previous ways: • Power gating • Clock gating • DVFS
