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High-speed/high-band width design methodologies for on chip DRAM core multimedia system LSIs

机译:片上DRAM核心多媒体系统LSI的高速/高带宽设计方法

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Recently, as multimedia LSIs have developed, the demand for high-speed/high-band width LSIs which integrate the DRAM core and logic elements (CPU etc.) have been strongly required. However, the high-speed/high-band width operation induces the large switching noise. This noise degrades a DRAMs operating margin, and especially the data retention characteristics. In this paper, we analyze the noise transmission model and propose a DRAM and logic compatible design methodology to maintain the reliability of high-speed/high-band width system LSIs. Good experimental results are obtained on the test device.
机译:近来,随着多媒体LSI的发展,强烈需要集成有DRAM核心和逻辑元件(CPU等)的高速/高带宽LSI。但是,高速/高带宽操作会产生较大的开关噪声。这种噪声会降低DRAM的操作裕度,尤其是数据保留特性。在本文中,我们分析了噪声传输模型,并提出了一种DRAM和逻辑兼容的设计方法,以保持高速/高带宽系统LSI的可靠性。在测试装置上获得了良好的实验结果。

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