高性能逻辑晶体管应力与激活工程的最新进展

T. Feudel, M. Horstmann
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引用次数: 1

摘要

SOI技术是高性能微处理器的前沿技术。每瓦特性能是关键,需要多个核心器件及其改进的功能来保持低功耗。AMD采用独特的晶体管节点到节点进展模型,在任何时候都能从技术上提供一流的性能,并在转向下一代技术时降低风险。AMD在应变硅和多应力源集成方面处于领先地位。DSL、SMT和SiGe已经处于非常成熟的状态。除了应力源外,先进退火对减少扩散也很重要,非对称器件也有助于提高晶体管的性能。降低参数散射对于45nm/32nm工艺节点尤为重要。开发了一种特殊的模内测量方法,以彻底的统计方式评估散射。现有的压力源如DSL, SMT, SiGe完全缩放到45nm间距。HK/MG材料是32nm控制GOX泄漏和再次允许栅极结垢的关键。
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Recent advances in stress and activation engineering for high-performance logic transistors
SOI technology is leading edge for high performance microprocessors. Performance per Watt is key and multiple core devices and their improved functionality are required to keep power comsumption low. AMD runs a unique transistor node to node progression model which devlivers at all times top notch performance from technology and lowers risk when moving to next technology generation. AMD gained leadership on strained Si and multi stressor integration. In a very mature state already DSL, SMT and SiGe. Besides stressors, advanced anneal is important to reduce diffusion and asymmetric device will help transistor performance. Reduction of parametric scattering is especially important for 45nm/32nm technology nodes. A special in-die measurement method has been developed to assess scattering in a thorough statistical way. Existing stressors like DSL, SMT, SiGe fully scale to 45nm pitches. HK/MG materials are the key for 32nm to keep GOX leakage under control and to allow gate scaling again.
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