H. Wen, J. Warnock, Y. Chan, G. Mayer, B. Truong, T. Strach, T. Slegel, S. Carey, G. Salem, F. Malgioglio, D. Malone, D. Plass, B. Curran, Y. Chan, M. Mayo, W. Huott, P. Mak
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引用次数: 0
摘要
IBM zEnterprise z196处理器芯片是一种节能、高频、高性能的设计,实现了4个处理器核心,优化了最大的单线程性能。与之前的65nm设计相比,芯片能效提高了25%,使处理器芯片能够以5.2 GHz的产品频率运行,为z196系统提供了显着的性能提升。本文讨论了高频率和高性能设计的实现,重点是能耗挑战和解决方案。在项目概念阶段优化了处理器速度、性能和能耗的设计权衡,并在处理器设计的各个方面通过详细的实现阶段进行实践。采用各种高速电路技术来实现高频目标并提高整体能源效率。提出了一种综合的功率计算方法来计算各种工作负载下的泄漏和动态功耗。在整个设计过程中,对持续热功率和瞬时峰值功率进行了分析和研究。最终设计在系统功率约束范围内,实现了5.2Ghz的产品频率。
IBM zEnterpriseTM energy efficient 5.2Ghz processor chip
The IBM zEnterprise z196 processor chip is an energy efficient high-frequency, high-performance design that implements 4 processor cores optimized for maximum single-thread performance. Chip energy efficiency is improved by 25% compared to the previous 65nm design, which enables the processor chip to run at product frequency of 5.2 GHz, providing a significant performance boost for the z196 system. This paper discusses the enablement of a high frequency and high performance design with a focus on energy consumption challenges and solutions. Design tradeoffs for processor speed, performance and energy consumption were optimized during project concept phase and practiced through detailed implementation stages on all aspects of the processor design. Various high speed circuit techniques were deployed to achieve the high frequency goal and improve overall energy efficiency. A comprehensive power methodology was developed to calculate leakage and dynamic power dissipation at various workloads. Sustained thermal power as well as instantaneous peak power was analyzed and worked on throughout the entire design process. The final design stays within the system power constraints and achieves a 5.2Ghz product frequency.