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Your IMAPS Member Benefits at Your Chapter Level

机译:您的IMAPS会员在您的章节级别受益

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The Arizona IMAPS chapter kicked off what is planned to be a busy 2016 calendar of events on January 14th with a luncheon presentation titled Enabling a New Class: The Panel Level SoC from Tim Olson, Founder and Chief Technology Officer of Deca Technologies. Chapter officers put this event together in just a few weeks, so were pleased to have 60 attendees and 2 exhibitors. The high interest in fan-out wafer level package (FO-WLP) technology and quality of the presentation were key factors in proceeding with an event on short notice. The Deca presentation demonstrated how FO-WLP has grown from a niche solution as a single die package with a limited supply chain into a hyper-growth technology delivering the industry's highest interconnect density enabling multichip integration. With Moore's Law slowing due to economic challenges, system on a chip (SoC) designers are now partitioning monolithic silicon devices into multi-chip architectures that require tight die-to-die spacing and ultra-high density interconnect. Fan-out technology is now emerging as a key enabler of these future multichip SoC devices. However, cost, capability, yield and scale must all come together to enable mass market adoption. To address the cost and scale challenges, Deca sees the transition from wafer to panel level processing as a critical factor for future SoC architectures.
机译:亚利桑那州IMAPS分会于1月14日举行了2016年繁忙的活动日历,由Deca Technologies创始人兼首席技术官蒂姆·奥尔森(Tim Olson)午餐午餐演讲,题为“启用新类:面板级SoC”。分会官员在短短几周内就将这次活动组织在一起,因此很高兴有60名与会者和2个参展商。对扇出晶圆级封装(FO-WLP)技术和演示文稿的高度关注是在短时间内进行活动的关键因素。 Deca演示展示了FO-WLP如何从利基解决方案作为有限供应链的单芯片封装发展为超增长技术,该技术可提供业界最高的互连密度,从而实现多芯片集成。随着由于经济挑战而导致的摩尔定律放慢,片上系统(SoC)设计人员现在将单片硅器件划分为需要紧密的芯片到芯片间距和超高密度互连的多芯片架构。扇出技术现在正在成为这些未来多芯片SoC器件的关键推动力。但是,成本,能力,良率和规模必须结合在一起才能实现大规模市场的采用。为了应对成本和规模挑战,Deca认为从晶圆到面板级处理的过渡是未来SoC架构的关键因素。

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    《Advancing Microelectronics》 |2016年第2期|42-43|共2页
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