Low cost, high volume applications to drive high performance Si-on-Si MCM

K. Tai
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Abstract

Summary form only given. As the design rule gap between VLSI and packaging technology widens, the mismatch of the electrical environments between on-chip and off-chip becomes more and more serious. Multichip module (MCM) technology has the potential to address these issues. The key focus is to bring chips close together, so that the on-chip electrical environment can be preserved in the inter-chip interconnection. The combination of flip-chip attachment and the fine line interconnection is the best way to achieve this. By connecting chips in compact modules, with new chip I/O design to fit the new interconnection environment, this technology can dramatically improve system speeds. It can also provide the high interconnect density to support highly parallel architectures and drastically reduce power requirements and size to support miniaturization for portable electronics.<>
低成本,高容量应用,驱动高性能Si-on-Si MCM
只提供摘要形式。随着超大规模集成电路与封装技术之间设计规则差距的扩大,片内与片外电气环境的不匹配也越来越严重。多芯片模块(MCM)技术有可能解决这些问题。关键是将芯片紧密地连接在一起,从而在芯片间互连中保留芯片上的电气环境。倒装芯片连接和细线互连的结合是实现这一目标的最佳途径。通过在紧凑模块中连接芯片,采用新的芯片I/O设计以适应新的互连环境,该技术可以显着提高系统速度。它还可以提供高互连密度,以支持高度并行架构,并大大降低功率要求和尺寸,以支持便携式电子产品的小型化。
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