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Next generation packaging technology for high performance ASICs

机译:高性能ASIC的下一代包装技术

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摘要

As the data rate of high performance Internet router systems continues to increase, meeting the challenges for high speed electrical performance drives ASIC packaging technology to higher silicon integration, higher I/O density, and enhanced thermal power dissipation. The requirement of high Si integration with the increasing needs for embedded SRAM and DRAM drives for the increase in Si die size and the demand for 90nm technology. Die size up to 20/spl times/20 mm is pushing advanced packaging substrate technology. High I/O density also drives the needs for finer bump pitch and larger package body size, which present challenges for package and card level assembly. Moreover, high availability telecommunication products demand excellent reliability not only at the ASIC package and card assembly level, but also at the final product system level.
机译:随着高性能互联网路由器系统的数据速率继续增加,满足高速电气性能的挑战将ASIC包装技术推动到更高的硅集成,更高的I / O密度和增强的热功耗。高SI集成的要求与嵌入式SRAM和DRAM驱动器的越来越多的需求增加Si模具尺寸和90nm技术的需求。芯片尺寸可达20 / SPL时/ 20 mm正在推动先进的包装基板技术。高I ​​/ O密度也推动了更精细的凸起间距和较大的封装体尺寸的需求,这对包装和卡片水平装配造成了挑战。此外,高可用性电信产品不仅需要在ASIC封装和卡组装级别的优异可靠性,而且还在最终产品系统级别。

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