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Introduction to the Special Issue on the 2006 IEEE International Solid-State
2006年IEEE国际固态电路会议精选论文，聚焦移动多媒体技术。
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固态电路移动多媒体低功耗多核处理器高带宽
▸多核低功耗设计：通过集成八个低频率、高效率的核心，每个核心支持四线程，实现32线程并发执行，显著提升性能功耗比（方法创新）。
▸高带宽集成技术：采用浅流水线和简单架构设计，优化核心间通信效率，实现高带宽数据传输，满足多媒体移动应用需求（系统创新）。
▸浅流水线架构：通过减少流水线级数和复杂度，降低单指令执行延迟和功耗，同时保持较高的指令吞吐量（电路创新）。
▸动态电压频率调整（DVFS）：在65nm CMOS技术中应用多电压域和时钟域技术，根据负载动态调整电压和频率，有效降低静态和动态功耗（方法创新）。
Abstract
ue of the IEEE J OURNAL OF SOLID-STATE
CIRCUITS (JSSC) is based upon a selection of papers that
were presented at the 2006 IEEE International Solid-State Cir-
cuits Conference (ISSCC) in February, 2006. The theme of the
2006 ISSCC was “Multimedia for a Mobile World”, and this
theme was reflected in many of the conference papers. For this
special JSSC issue, the Guest Editors have selected the leading-
edge papers from the Digital, Technology Directions, Signal
Processing, and Memory sessions. In