600mm高质量电镀再分配层的防火墙设计

Boyin Wu, M. Kuo, Y. Chiang, Jeffrey Yang, Jen-Kuang Fang
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摘要

重分布层(RDL)的质量决定着半导体封装的电气性能。从理论上讲,随着基板尺寸的增加,特别是在600mm面板平台上,RDL厚度均匀性控制变得更加困难。在本研究中,利用面板周围和面板上的虚拟图案(称为防火墙)来影响电气分布,以克服空白区周围电镀铜厚度均匀性问题,从而开发出高质量的扇形面板级封装(FOPLP)。实验结果表明,调整防火墙面积和金属密度可使RDL厚度不均匀性分别提高21%和30%。这种防火墙调优技术有助于减小面板内所有模具之间的RDL厚度差异,可用于任何高性能大尺寸面板级封装。
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Firewall Design for High Quality Electroplating Redistribution Layers on 600mm Panel
The quality of redistribution layer (RDL) dominates the electrical performance of semiconductor package. Theoretically, the RDL thickness uniformity control becomes more challenge as increasing the substrate size, especially on the 600mm panel platform. In this study, the dummy pattern around and across the panel, called as firewall, have been used to influence the electrical distribution, to overcome the electroplating copper thickness uniformity problem around the blank area, which is used to develop the high-quality fan-out panel level packaging (FOPLP). The experiment results show the RDL thickness non-uniformity can be improved by 21% and 30% by tuning the area and the metal density of firewall, respectively. This firewall tuning technology is useful to diminish the RDL thickness difference among all dies within the panel, which can be adopted in any high-performance large size panel level packaging.
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