热感知电源管理软ip,用于基于平台的SoC设计

Chin-Tung Chan, Yu-Hong Chang, Hsichi Ho, H. Chiueh
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引用次数: 9

摘要

提出了一种新型的热感知电源管理(TAPM)软件知识产权(软ip),用于基于调制解调器平台的SoC设计。本研究提出了热感知电源管理的系统级架构,包括电源管理总线(PMB)、TAPM软ip和所提出的PMB接口电路。提出的设计的每个组件都封装在一个软ip中。通过上述设计,系统架构师能够将芯片上的功率控制和传感器结合起来,以实现标称功耗,并确保目标系统在规范范围内工作。该设计以最小的系统开销和最小的硬件要求实现了复杂的控制和最佳管理,并提供了支持不同管理方案的灵活性。采用台积电0.25 /spl mu/m 1P5M标准CMOS技术,通过台湾国家芯片实施中心(CIC)制作了原型芯片,对系统及其组件进行了设计、实现和验证。
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A thermal-aware power management soft-IP for platform-based SoC designs
A novel thermal-aware power management (TAPM) software intellectual property (soft-IP) for modem platform-based SoC designs is presented. This research proposes the system-level architecture of thermal-aware power management, which includes a power management bus (PMB), TAPM soft-IP and interface circuitry for the proposed PMB. Each component of the proposed design is encapsulated into a soft-IP. With the above design, system architects are able to incorporate on-chip power-controls and sensors to achieve nominal power dissipation and ensure the targeted system works within specification. The design yields intricate control and optimal management with little system overhead and minimum hardware requirements, as well as providing the flexibility to support different management schemes. The proposed system and its components are designed, implemented and verified by a prototype chip, which was fabricated in a TSMC 0.25 /spl mu/m 1P5M standard CMOS technology through the National Chip Implementation Center (CIC), Taiwan.
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