A fast four-via multilayer MCM router

Kei-Yong Khoo, J. Cong
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引用次数: 7

Abstract

An efficient multilayer general area router, named V4, for MCM and dense PCB designs is presented. The unique feature of the V4 router is that it uses no more than four vias to route every net and yet produces high quality routing solutions. A number of combinatorial optimization techniques are used in the router to produce high quality routing solutions in polynomial time. As a result, it is independent of net ordering, runs much faster, and has far less memory requirement compared to other multilayer general area routers. The router was tested on several examples, including two industrial MCM designs. Compared with the 3-D maze router, on average the V4 router uses 2% less wire length, 31% fewer vias, and runs 26 times faster. Compared with the SLICE router, on average the V4 router uses 4% less wire length and runs 4.6 times faster.<>
一个快速的四通道多层MCM路由器
提出了一种适用于MCM和密集PCB设计的高效多层通用区域路由器V4。V4路由器的独特之处在于它使用不超过四个过孔来路由每个网络,但却产生高质量的路由解决方案。为了在多项式时间内产生高质量的路由解决方案,在路由器中使用了许多组合优化技术。因此,与其他多层通用区域路由器相比,它独立于网络排序,运行速度快得多,并且内存需求少得多。该路由器在几个例子上进行了测试,包括两个工业MCM设计。与3d迷宫路由器相比,V4路由器平均使用的导线长度减少了2%,通孔减少了31%,运行速度提高了26倍。与SLICE路由器相比,V4路由器平均缩短4%的线路长度,运行速度提高4.6倍。
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