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94 Performance Improvement by Time-shift Control (TSC) Technique in Cloud Computing Voltage Regulator Module (VRM)

机译:云计算电压调节器模块(VRM)中的时移控制(TSC)技术的94%性能改进

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摘要

the time-shift control (TSC) technique for voltage regulator module (VRM) is proposed to achieve high performance power supply for servers in cloud computing. Four power stages are adopted to provide high current driving capability and low output ripple. Besides, the power request, which includes the number of active phases and voltage identification (VID), is acknowledged by servers for high driving capability during high throughput and high efficiency during standby mode. Furthermore, to equally distribute the current in each phase, the proposed TSC technique improves the current balance performance and solves the stability problem. In the scale-down clouding computing prototype, the efficiency can be kept higher than 90% over a wide load current range of 2 A. Besides, the performance and operating frequency of the servers in stable operation are not limited by the VRM with the TSC.
机译:提出了用于电压调节器模块(VRM)的时变控制(TSC)技术,以实现云计算中服务器的高性能电源。采用四个电源级提供高电流驱动能力和低输出纹波。此外,包括有源阶段和电压识别(VID)的电源请求被用于高吞吐量期间的高驾驶能力和待机模式期间的高效率确认。此外,为了同样分布在每个阶段中的电流,所提出的TSC技术改善了电流平衡性能并解决了稳定性问题。在缩减云计算原型中,在宽负载电流范围内,效率可以保持高于90%的2A。此外,服务器在稳定操作中的性能和工作频率不受TSC的VRM限制。

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