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Going Green across Communications and Storage Systems: Control of Power in Non-Mobile Devices Organizer Moderator

机译:跨通信和存储系统走向绿色:控制非移动设备中的电源组织者和主持人

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There is a growing need to reduce device power to meet environmental, thermal, packaging, operating cost and other constraints in enterprise and carrier class applications. These pressures affect all levels of design targeted towards non-mobile applications: in the data center and its cloud, in the corporate enterprise - storage and WAN, in servers and embedded processing platforms, and in telecom wired transport and wireless backhaul networks. How will overall energy consumption be reduced with our fast-increasing need for compute power, capacity and performance? How can these trends be tamed with tomorrow's technologies and architectures? What can be leveraged from current sophisticated power reduction technologies in the mobile and multi-core processor domains? And who will look at the big picture of consumption? Power reduction and hence energy savings have become primary objectives for device suppliers responding to end-customer requirements. Standards such as Greentouch, Open Compute Project and several others have been created for disruption of husiness-as-usual. This Panel will focus on power management and control of plugged-in (non-mobile) systems and devices for process technologies at 40nm and below. It will also discuss the use of USB, POE and other alternative power sources for low power devices in challenging environments.
机译:越来越需要降低设备功耗,以满足企业和运营商级应用中的环境,散热,封装,运行成本和其他限制。这些压力影响着针对非移动应用程序的所有级别的设计:数据中心及其云中,企业中的企业-存储和WAN,服务器和嵌入式处理平台中以及电信有线传输和无线回程网络中。随着我们对计算能力,容量和性能的快速增长的需求,如何减少总体能耗?未来的技术和架构如何应对这些趋势?当前在移动和多核处理器领域中可以使用的先进的节能技术可以利用什么?谁来看待消费大局?降低功率并因此节省能源已成为响应最终客户要求的设备供应商的主要目标。已经创建了诸如Greentouch,Open Compute Project等标准,以消除通常的烦恼。该小组将重点关注40nm及以下工艺技术的插入式(非移动)系统和设备的电源管理和控制。它还将讨论在挑战性环境中将USB,POE和其他替代电源用于低功耗设备的情况。

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