通过修改的楼层规划进行温度感知测试调度

Indira Rawat, M. K. Gupta, Virendra Singh
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引用次数: 0

摘要

半导体行业一直在寻找一些新技术,以便在尽可能小的面积内容纳越来越多的设备。一种这样的解决方案是由三维soc提供的,它是各种模具的垂直堆叠。它还带来了在通过之前需要克服的各种挑战和限制。随着越来越多的功能在单个芯片上实现,功率密度也在增加,从而导致热量增加。必须采用冷却方法。再次测试结果在更多的热量产生比功能模式的芯片。在本文中,我们试图分析地板规划对最高温度的影响。采用基准电路d695,得到了不同平面的温度差。这里显示,与原始平面图相比,修改后的平面图的温度差异可高达38K。
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Temperature aware test scheduling by modified floorplanning
The semiconductor industry is always looking for some new technology in order to house the ever increasing number of devices in as small area as possible. One such solution is offered by the three dimensional SoCs which is vertical stacking of the various dies. It also has associated with it various challenges and constraints which need to be overcome before its adoption. Power density is also increasing, resuling in increased heat as more and more functions are being realised in a single chip. Cooling methods have to be adopted. Again testing results in more heat generation than functional mode of the chip. In this paper we have tried to analyze the effect of floorplanning on the maximum temperature. The benchmark circuit d695 has been taken and difference of temperature between various floorplans has been obtained. It shows here that the difference in temperature can be as high as 38K for a modified floorplan compared to original one.
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