The Future of Low Power Design is Here:  IEEE P1801, aka, UPF 2.0

Stephen Bailey
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引用次数: 1

Abstract

Industry adoption of Accellera’s Unified Power Format (UPF) has been broad and swift. And why shouldn’t it be? For the first time, UPF made it possible to specify the power design intent in combination with the HDL specification of the design for use throughout the design, verification and implementation flows. UPF’s portability and feature set opened the door for more efficient design of low power systems. Now, UPF 2.0 is just around the corner. The IEEE P1801 working group, by the time of this conference, will have completed the sequel and it will be well on its way to IEEE standardization. Rumors are that there are significant changes to UPF 2.0. Why has been UPF been enhanced? What value will the new capabilities deliver? Do the changes obsolete UPF 1.0? This presentation will provide an overview of the major changes in UPF 2.0, its relationship with UPF 1.0 and the value that everyone doing low power designs will want to know.
低功耗设计的未来就在这里:IEEE P1801,也就是UPF 2.0
业界广泛而迅速地采用了Accellera的统一电源格式(UPF)。为什么不应该呢?UPF第一次将电源设计意图与设计的HDL规范结合在一起,使其在整个设计、验证和实现流程中使用成为可能。UPF的便携性和特性为更高效的低功耗系统设计打开了大门。现在,UPF 2.0即将问世。到本次会议召开时,IEEE P1801工作组将完成后续工作,并将顺利地走向IEEE标准化。有传言说UPF 2.0有重大变化。为什么UPF得到了增强?新功能将带来什么价值?改变过时的UPF 1.0吗?本演讲将概述UPF 2.0的主要变化,它与UPF 1.0的关系以及每个做低功耗设计的人都想知道的价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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