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Micromachining Technology for Enabling System-in-a-package

机译:微机械加工技术,用于启用系统内包装

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摘要

Micromachining and MEMS show they are disruptive technologies to realize numerous devices ranging from communication, computer peripherals, consumer electronics (i.e., 3C), automotive, aeronautics, and biomedical etc. System-in-a-package (SiP), which can squeeze and integrate two or more bare dies into one multichip module or a package, shows its comparative strength to system-on-chip (SoC) in shorter development time, lower R&D cost, and faster design modification corresponding to applications with fast moving market specifications. Micromachining is promising to provide diversified approaches to realize SiP. Combining the micromachining, wafer level packaging and MCM technologies can make a system-in-a-package device in a new and cost-effective way. A microfabrication and manufacturing platform built in APM aiming at fulfilling these applications is a major business interest in APM. Future collobration and joint development with design house, component and module makers, and system makers are welcome.
机译:微加工和MEMS显示它们来实现众多的设备,从通信,计算机外围设备,消费电子产品(即,3C),汽车,航空破坏性技术和生物医学等的系统级封装(SIP),其可挤压和集成两个或多个裸管芯到一个多芯片模块或封装,示出了其相对强度,以系统级芯片在更短的显影时间(SOC),低级R&d成本,和更快的设计对应于应用程序与快速移动的市场规格的修改。微加工承诺将提供多样化的方法来实现的SiP。组合所述微加工,晶圆级封装和MCM技术可以在新的和成本有效的方式使一个系统级一个封装器件。建于APM旨在满足这些应用的微细加工和制造平台,是APM的主要商业利益。未来collobration与设计公司,器件和模块制造商联合开发,以及系统制造商的欢迎。

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