Micro/chip scale packages and the semiconductor industry road map

C. E. Bauer
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引用次数: 1

Abstract

Micro/chip scale packages are the hot topic in the IC packaging industry at present, but important questions regarding the fit between advances in IC technology and packaging technology remain unanswered. By exploring the recently published Semiconductor Industry Association (SIA) semiconductor technology road map, some of the answers are forthcoming, particularly with regard to the role of miniaturization of IC packages. In addition to concerns about miniaturization, several materials and process challenges are identified, along with strategies for solution development. Once the challenges of IC packaging are overcome, the next step will require substantial care to avoid raising major entry barriers to the use of these packages. The established design and assembly infrastructure throughout the world cannot adapt overnight to the whims of the IC packager. Thus the challenges of printed wiring board design and fabrication, component handling and placement, attachment methods, etc., must also be addressed. These multidisciplinary considerations provide for two alternative paths to meet the needs of the electronics industry's varied packaging, interconnection and assembly objectives. One path, technological convergence, melds the materials and process requirements of packaging and interconnection. The other path, technology integration, transfers the packaging requirements further down the value delivery chain.
微/芯片规模封装和半导体产业路线图
微/片级封装是目前集成电路封装行业的热门话题,但关于集成电路技术与封装技术之间的契合性的重要问题仍未得到解答。通过探索最近发布的半导体工业协会(SIA)半导体技术路线图,一些答案即将到来,特别是关于IC封装小型化的作用。除了关注小型化之外,还确定了一些材料和工艺挑战,以及解决方案开发的策略。一旦IC封装的挑战被克服,下一步将需要非常小心,以避免提高使用这些封装的主要进入壁垒。世界各地现有的设计和组装基础设施无法在一夜之间适应IC封装商的异想天开。因此,印刷线路板设计和制造、组件处理和放置、连接方法等方面的挑战也必须得到解决。这些多学科的考虑提供了两种可供选择的途径,以满足电子工业不同的封装,互连和组装目标的需求。一条路径,技术融合,融合了包装和互连的材料和工艺要求。另一条路径是技术整合,将包装需求进一步转移到价值链的下游。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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