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A power-aware quad-voltage H.264 encoder chip for wireless panoramic endoscope applications

机译:适用于无线全景内窥镜应用的具有功耗意识的四电压H.264编码器芯片

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Voltage scaling is an efficient way to reduce dynamic power consumption for digital circuits. In this paper, a hierarchical multiple voltage (HMulti-Vdd) technology is proposed to design a power-aware H.264 intra-frame encoder for wireless panoramic endoscope applications. The proposed design adopts quad supply voltages to reduce power consumption without performance degradation. A progressive voltage difference technique is adopted in the proposed design for preventing from the penalty from using level shifters on performance and power consumption. The quad-voltage test chip has been successfully validated and has shown a 40% average reduction of power consumption, as compared to the same design using a single supply voltage.
机译:电压缩放是减少数字电路动态功耗的有效方法。在本文中,提出了一种分层多电压(HMulti-Vdd)技术来设计用于无线全景内窥镜应用的具有功耗意识的H.264帧内编码器。拟议的设计采用四路电源电压以降低功耗而不会降低性能。在提议的设计中采用了渐进式电压差技术,以防止因使用电平转换器而对性能和功耗造成不利影响。与使用单电源电压的相同设计相比,四电压测试芯片已成功通过验证,并显示出平均40%的功耗降低。

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