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Low-Power Cache Design Using 7T SRAM Cell

机译:使用7T SRAM单元的低功耗高速缓存设计

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On-chip cache consumes a large percentage of the whole chip area and expected to increase in advanced technologies. Charging/discharging large bit lines capacitance represents a large portion of power consumption during a write operation. We propose a novel write mechanism which depends only on one of the two bit lines to perform a write operation. Therefore, the proposed 7T SRAM cell reduces the activity factor of discharging the bit line pair to perform a write operation. Experimental results using HSPICE simulation shows that the write power saving is at least 49%. Both read delay and static noise margin are maintained after carefully sizing the cell transistors
机译:片上高速缓存消耗了整个芯片面积的很大一部分,并且预计在先进技术中会增加。大位线电容的充电/放电代表写操作期间功耗的很大一部分。我们提出了一种新颖的写机制,该机制仅依赖于两条位线之一来执行写操作。因此,提出的7T SRAM单元降低了使位线对放电以执行写操作的活性因子。使用HSPICE仿真的实验结果表明,写入功率节省至少49%。在仔细确定单元晶体管的尺寸之后,将保持读取延迟和静态噪声容限

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