Power Reduction using NTC with CML
Our primary objective is to design circuits with minimum power consumption and higher energy efficiency. We implement NTC to minimize the power of the circuits. However, using purely near-threshold de...
Our primary objective is to design circuits with minimum power consumption and higher energy efficiency. We implement NTC to minimize the power of the circuits. However, using purely near-threshold devices limits the maximum operating frequency and reduces the total system throughput. We address this issue by introducing DCML to NTC. In this fashion, we can trade-off between power and performance. In addition, the reduced voltages strain the design of these circuits. We are examining resilient circuit design and methodologies for NTCs with DCML.