Dynamic logic circuits within the context of cryogenic computing is introduced in this chapter, discussing how at low temperatures drastically reduced leakage currents allow reliable dynamic operation. The temperature-frequency threshold beyond which dynamic logic outperforms static logic is examined, offering a method to improve performance and lower power consumption. Real world case studies underscore the viability of deploying dynamic circuits in large scale data centers.

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Temperature-Frequency Boundary of Cryogenic Dynamic Logic

  • Nurzhan Zhuldassov,
  • Eby G. Friedman

摘要

Dynamic logic circuits within the context of cryogenic computing is introduced in this chapter, discussing how at low temperatures drastically reduced leakage currents allow reliable dynamic operation. The temperature-frequency threshold beyond which dynamic logic outperforms static logic is examined, offering a method to improve performance and lower power consumption. Real world case studies underscore the viability of deploying dynamic circuits in large scale data centers.