解决现实世界的MCM设计问题

S. K. Ladd, J. Mandry
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引用次数: 6

摘要

虽然设计套件和自动路由器正在解决越来越多的多芯片模块(MCW)设计挑战,但大多数MCM设计都很耗时,容易出错,因此价格昂贵。目前的多芯片模块物理设计技术,即使使用最先进的设计自动化工具,也不能充分关注实际物理设计之前的计划和准备活动。无需购买新的sojiware,设计mcm的工程师可以优化他们当前的设计工具来克服这些当今的问题。他们必须严格管理组件和制造规范,从电子、照相或传真输入自动生成库部件),并在逐个设计的基础上自动配置设计软件设置。
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Solving Real World MCM Design Problems
While design kits and autorouters are addressing an increasing paction of multichip module (MCW design challenges, the majority of MCM designs are time consuming, error prone, and therefore expensive. Current techniques for the physical design of multichip modules, even with the most advanced design automation tools, do not focus closely enough on the planning and preparation activities that preceed the actual physical design. Without buying new sojiware, engineers designing MCMs can optimize their current design tools to overcome these present-day problems. They must strictly manage component and manufacturing specijkations, automatically generate library parts from electronic, photographic, or faxed inputs), and automatically configure design software settings on a design-by-design basis.
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