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A 1020-lead, 240 micron pitch, 14 × 14mm Package-on-Package (PoP) and Manufacturing Infrastructure

机译:1020铅,240微米间距,14×14mm封装(POP)和制造基础设施

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Bond Via Array (BVA) technology has been developed to enable more than 1000 vertical connections between memory and processor components in a standard outline Package-on-Package (PoP) configuration. This higher density interconnect more than doubles current PoP capability and thereby addresses next generation wide IO mobile device demands for increased bandwidth [1]-[3]. In this paper, we discuss BVA manufacturing process details and associated demonstration test vehicle design. This prototype BVA PoP demonstrates 1020 vertical interconnects at 0.24mm pitch within an industry standard 14 × 14mm package footprint. Information regarding test vehicle design optimization, critical assembly process steps, package reliability, and testing will be discussed along with the overall high volume manufacturing (HVM) readiness of BVA.
机译:通过阵列(BVA)技术已经开发了键,以在标准轮廓包装(POP)配置中,在内存和处理器组件之间启用超过1000个垂直连接。这种较高的密度互连多于双倍电流POP功能,从而解决了对增加带宽增加的下一代宽IO移动设备的需求[1] - [3]。在本文中,我们讨论了BVA制造工艺细节和相关的演示试验车设计。该原型BVA POP在行业标准14×14mm封装占地面积中演示了1020个垂直互连。关于测试车辆设计优化,关键组装工艺步骤,封装可靠性和测试的信息将与BVA的总体大容量制造(HVM)读数一起讨论。

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