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Panel: Power Minimization in IC Design

机译:小组:IC设计中的功耗最小化

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摘要

Mobile and portable information systems are pushing electronics and the development process. In their wake are new requirements that drive low-power design. This is however by no means the only driving force behind the need for a dramatic reduction of power dissipation in digital ICs. There also exists a strong demand on producers of high end products to reduce power consumption. Power minimization is thus vital for different reasons in different applications. Design knowledge and experience in minimizing power while optimizing performance is very limited. Low-power design is in its infancy. The same can be said for design tools. The opportunities for ultra low power tools and methodologies that achieve dramatic reduction of power and push higher up the design entry point are all around us. However, the need for tools that broaden the low-power design envelope is not being articulated by the user community very strongly. This panel seeks to expose solutions that designers and EDA vendors have, to present proper vehicles for transferring the low power design techniques and methodologies to the user community, and to provide a forum for exploring what is still needed. What design paradigms make sense, what levels of accuracy and speed are acceptable to the users and what tools have the highest payoff are part of what this panel is all about.
机译:移动和便携式信息系统正在推动电子技术和开发过程。随之而来的是推动低功耗设计的新要求。但是,这绝不是推动大幅降低数字IC功耗的唯一驱动力。为了降低功耗,高端产品的生产商也存在强烈需求。因此,由于不同的原因,在不同的应用中,功率最小化至关重要。在优化性能的同时将功率最小化的设计知识和经验非常有限。低功耗设计尚处于起步阶段。设计工具也可以这样说。超低功耗工具和方法学的机会都在我们身边,这些工具和方法可实现功耗的大幅降低并提高设计的起点。但是,用户社区并未强烈表达出对扩大低功耗设计范围的工具的需求。该小组旨在揭示设计人员和EDA供应商拥有的解决方案,展示将低功耗设计技术和方法学传递给用户社区的合适工具,并提供一个探索尚需解决方案的论坛。哪些设计范例有意义,用户可以接受什么水平的精度和速度,以及哪些工具的收益最高,这些都是该面板的全部内容。

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