未来的移动设备互连

M. Voutilainen
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引用次数: 4

摘要

为移动设备开发的超低功耗多千兆串行接口概念消除了机械设计和设备架构的限制。通过将信号的共模电压降至200 mV,并使用输出阻抗为50欧姆的电压源型驱动器向接收器输入产生+-200 mV的高速差分信号,将差分线路驱动器的功耗降至0.8 mW。当输出阻抗与线路阻抗匹配时,电压源型驱动器可以将电源电压降低到200 mV,并从接收器输入端去除并联端接,在不改变接收器差分输入信号的情况下,可额外节省75%的功率。CMOS逆变器的零空闲功耗使其成为理想的单端驱动器和接收器,当不需要高速差分信号时,使用与高速驱动器相同的导线进行短控制消息。
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Future mobile device interconnections
The developed concept of ultra low power multi gigabit serial interface for mobile devices removes limits from mechanical design and device architectures. Power consumption of differential line drivers were reduced to 0.8 mW by lowering common-mode voltage of signals to 200 mV and using voltage source type drivers with 50-ohm output impedance to generate +-200 mV high-speed differential signal to receiver inputs. Lowering supply voltage to 200 mV and removing the parallel termination from receiver input are possible with voltage-source type driver when output impedance is matched to line impedance, providing additional 75% power saving without any change in receiver differential input signal. Zero idle power consumption of CMOS inverters makes them ideal single-ended drivers and receivers for short control messages using the same wires as high-speed drivers when no high-speed differential signaling is required.
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