Modeling and design of chip-package interface

A. Devgan, L. Daniel, B. Krauter, Lei He
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引用次数: 1

Abstract

Summary form only given. Signal integrity (SI) and power integrity are forecast to be paramount issues for future chip and package designs. Larger numbers of IOs, higher frequencies, and tighter noise margins necessitate the merging of the design paradigms for chip IO and package. We shed light on a new chip-package codesign paradigm and all the technologies necessary to enable it. We first discuss parameterized reduced order models accounting for all high frequency SI effects in the package that can be reliably and automatically extracted by field solvers. We then introduce package-aware chip IO planning and placement, which is the key to chip-packaging codesign. Finally, we cover detailed power and signal integrity modeling and optimization in package.
芯片封装接口的建模与设计
只提供摘要形式。信号完整性(SI)和功率完整性被预测为未来芯片和封装设计的首要问题。更多的IO、更高的频率和更小的噪声边界要求芯片IO和封装的设计范式的融合。我们阐明了一种新的芯片封装协同设计范式以及实现它所需的所有技术。我们首先讨论了参数化降阶模型,该模型考虑了封装中所有高频SI效应,这些效应可以由现场求解器可靠地自动提取。然后介绍了封装感知芯片的IO规划和布局,这是芯片封装协同设计的关键。最后,我们详细介绍了封装中的功率和信号完整性建模和优化。
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