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NXP System-in-Package vision and latest 3D technologydevelopments

机译:恩智浦系统级封装愿景和最新3D技术开发

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Today, the System-in-Package approach offers a new dimension to system integration, far beyond meredense micro-packaging of existing SoC solutions. Not only does SiP offer the capability to integrate almost anykind of companion passive component with a given active circuit, but it also enables flexible combinations ofanalogue circuits, RF functions or even micro-electro-mechanical (MEMS) components with digital integratedcircuits. SiP widens the degree of integration and allows ultimate miniaturization as it introduces the thirddimension to microelectronics. To any given SoC technology node, SiP brings yet another step in systemintegration for a wide range of applications.Due to its modular and flexible approach and its multi-technology nature, SiP poses a serious question ofchoice when it comes to defining future technologies. Too many different technology developments will lead toan overall weakening in terms of "breakthrough" innovation.The first part of the presentation will emphasize on NXP's SiP vision, both in terms of technology andexpected application benefits. Then the SiP-specific technology challenges will be listed. Several examples ofNXP’s on-going 3D vertical integration innovation projects will be given through the presentation to showcasethe many aspects to consider in a new SiP technology platform development, from packaging to passiveintegration, from test to Computer-Aided-Design and virtual prototyping, how they relate to one another, andhow the apparent wide diversity of constituent technology building blocks can lead to a coherent integralroadmap with limited complementary "SiP platforms".
机译:如今,系统级封装方法为系统集成提供了一个新的维度,而不仅限于此 现有SoC解决方案的密集微封装。 SiP不仅提供集成几乎所有功能的能力 一种具有给定有源电路的配套无源元件,但它也可以灵活组合 具有数字集成功能的模拟电路,RF功能甚至微机电(MEMS)组件 电路。 SiP扩大了集成度,并允许引入最终的微型化,因为它引入了第三种 微电子学的维度。对于任何给定的SoC技术节点,SiP都使系统迈出了又一步 集成,适用于广泛的应用程序。 由于其模块化和灵活的方法以及其多技术性质,SiP提出了一个严重的问题 定义未来技术时的选择。太多不同的技术发展将导致 “突破性”创新的整体弱点。 演讲的第一部分将重点介绍恩智浦的SiP愿景,包括技术和 预期的应用程序收益。然后将列出特定于SiP的技术挑战。的几个例子 演示中将给出恩智浦正在进行的3D垂直集成创新项目 从封装到被动,新的SiP技术平台开发中需要考虑的许多方面 从测试到计算机辅助设计以及虚拟原型的集成,它们之间的相互关系,以及 组成技术构件的明显广泛差异如何导致连贯的整体 具有有限补充性“ SiP平台”的路线图。

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