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Co-optimization of PDN Design for Tri-cluster Multiple CPU Cores of SOC with various decoupling capacitors integrated in Small Form-Factor Package

机译:SOC的三集群多CPU内核与集成在小型封装中的各种去耦电容器的PDN设计共同优化

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In this paper, PI (Power Integrity) performance of interposer package-on-package (POP) is analyzed with respect to types of package decoupling capacitors and relative location of package decoupling capacitors to CPU (Central Processing Unit) PDN (Power Distribution Network) of package. Packages with the decoupling capacitor within SOC package substrate, and that on bottom ball land side are being analyzed and compared in terms of system-level core PDN impedance. Moreover, decoupling capacitor’s placement with respect to that of CPU cores are being analyzed. In addition to the PI performance improvement of the package using decoupling capacitor, the system-level PI performance were analyzed and improved through co-optimization of on-chip PDN.
机译:在本文中,针对封装去耦电容器的类型以及封装去耦电容器与CPU(中央处理单元)PDN(配电网络)的相对位置,分析了插入式封装上封装(POP)的PI(电源完整性)性能。包装。我们正在分析和比较SOC封装基板中具有去耦电容器的封装以及底部球焊盘侧的去耦合电容器的封装,它们是根据系统级核心PDN阻抗进行比较的。此外,正在分析去耦电容器相对于CPU内核的位置。除了使用去耦电容器改善封装的PI性能外,还通过共同优化片上PDN来分析和改善系统级PI性能。

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