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A novel inter-package connection for advanced package-on-package enabling

机译:新颖的封装间连接,可实现高级的封装上封装

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This paper presents a novel enabling technique exploiting interposer approach such as silicon and package interposer in the area of package-on-package (PoP) technology to achieve ultra small form factor packaging solution. The electrical performance of such interconnect innovation is discussed in this paper, and pitted against the conventional PoP methods using solder ball connection, as well as the recent developed over-molded interconnection technology. This paper also highlights the advantages of the aforementioned silicon and package interposer technology from electrical performance perspective such as signal integrity in terms of impedance matching, noise shielding, electrical return and insertion losses, of which modeling and simulation data are presented. Other attributes e.g. device input-output (IO) density and physical scalability associated with the above inter-package connection systems are also compared and further elaborated in this paper.
机译:本文介绍了一种新颖的使能技术,该技术利用了诸如PoP封装技术之类的硅和封装内插器之类的内插器方法,从而实现了超小型封装解决方案。本文讨论了这种互连创新的电气性能,并与使用焊球连接的传统PoP方法以及最近开发的包覆成型互连技术相抵触。本文还从电气性能的角度突出了上述硅和封装插入器技术的优势,例如在阻抗匹配,噪声屏蔽,电气返回和插入损耗方面的信号完整性,并提供了建模和仿真数据。其他属性,例如本文还比较了与上述封装间连接系统相关的设备输入输出(IO)密度和物理可伸缩性。

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