Variation-tolerant circuits: circuit solutions and techniques
Proceedings of the 42nd Annual Design Automation Conference, 2005•dl.acm.org
Die-to-die and within-die variations impact the frequency and power of fabricated dies,
affecting functionality, performance, and revenue. Variation-tolerant circuits and post-silicon
tuning techniques are important for minimizing the impacts of these variations. This paper
describes several circuit techniques that can be employed to ensure efficient circuit
operation in the presence of ever-increasing variations.
affecting functionality, performance, and revenue. Variation-tolerant circuits and post-silicon
tuning techniques are important for minimizing the impacts of these variations. This paper
describes several circuit techniques that can be employed to ensure efficient circuit
operation in the presence of ever-increasing variations.
Die-to-die and within-die variations impact the frequency and power of fabricated dies, affecting functionality, performance, and revenue. Variation-tolerant circuits and post-silicon tuning techniques are important for minimizing the impacts of these variations. This paper describes several circuit techniques that can be employed to ensure efficient circuit operation in the presence of ever-increasing variations.
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