具有多个堆叠扇出封装的3D异构集成

F. Hsu, Jackson Lin, Shuo-Mao Chen, P. Lin, Jerry Fang, Jin-Hua Wang, S. Jeng
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引用次数: 14

摘要

为了追求最佳的电子系统性能,异质集成与先进封装最近已成为深入讨论和发展的主题。小型化系统的概念对于可穿戴和便携式设备等应用尤为重要,因为人们对更集成的功能、更好的性能和更小的外形的需求一直存在。在本文中,我们揭示了一种新的多层3D扇出堆叠集成方法和一种超薄的低翘曲6层堆叠扇出封装。与典型的三维集成电路堆叠TSV相比,新结构具有垂直和横向集成的灵活性。这种新的3D扇出堆叠方案继承了扇出封装的散热优势,减少了热串扰,因此为高度异构和复杂的系统提供了强大的解决方案。
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3D Heterogeneous Integration with Multiple Stacking Fan-Out Package
Heterogeneous integration with advanced packaging has recently been the subject of intensive discussion and development to pursue optimum electronic system performance. The concept of miniaturized systems is particularly important for applications such as wearable and portable devices, as demands for more integrated functionality, better performance and smaller form factors persist. In this paper, we reveal a new multilayer 3D fan-out stacking integration approach and an ultra-thin 6-layer stacked fan-out package with low warpage. Compared to typical 3D IC stacking with TSV, the new structure exhibits both vertical and lateral integration flexibility. This new 3D fan-out stacking scheme inherits the thermal dissipation benefits from fanout packages with reduced thermal cross-talk and therefore offers a powerful solution for highly heterogeneous and complex systems.
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