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首页> 外文期刊>Journal of Semiconductors >Robust and low power register file in 65 nm technology
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Robust and low power register file in 65 nm technology

机译:65 nm技术中的坚固且低功耗寄存器堆

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A register file (RF) with 32 × 32 capacity and 4-read 2-write (4R2W) ports is presented and analyzed in detail. A new output structure using a MUX and a latch is proposed. It eliminates any dynamic or analog circuit in the read path, and thus it can improve robustness and reduce power at the same time. We also simplify the timing sequence due to the output scheme. The simplified timing circuit not only cuts down the power but also improves the robustness. In addition, less power is achieved when successive read of “0” or “1” is performed. The RF has been fabricated in TSMC 65 nm technology, and the chip test demonstrates that it can operate at 0.8 GHz, consuming 7.2 mW at 1.2 V.
机译:给出并详细分析了具有32×32容量和4读2写(4R2W)端口的寄存器文件(RF)。提出了一种使用MUX和锁存器的新输出结构。它消除了读取路径中的任何动态或模拟电路,因此可以提高鲁棒性并同时降低功耗。由于输出方案,我们还简化了时序。简化的定时电路不仅可以降低功耗,而且可以提高鲁棒性。另外,当连续读取“ 0”或“ 1”时,获得的功率更少。射频是采用台积电65纳米技术制造的,芯片测试表明它可以在0.8 GHz的频率下工作,在1.2 V的功耗为7.2 mW。

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