The University of Southampton

Reliable Low Power Circuit Design Techniques

Date:
2008-
Themes:
Low-Energy Sustainable Systems, Systems Design

With CMOS transistor size scaling leakage power consumption becomes an increasing problem for electronics system design. Mobile devices spend most of their time in idle mode. Idle circuit power consumption has high impact on the battery life of these devices, which will limit their applications. Low power design techniques such as power gating and supply voltage scaling were proposed to reduce leakage power. However these techniques introduce noises to a system and makes it more susceptible to errors. There are three important design parameters in an pervasive system: performance, power consumption and reliability. Higher performance enables more sophisticated applications, low power consumption prolongs the battery life and high reliability is a necessary requirement for critical tasks. The aim of this project is to provide low cost and effective circuit design techniques to improve the reliability of low power designs.

Primary investigator

  • Sheng Yang

Secondary investigators

Partner

  • ARM

Associated research groups

  • Pervasive Systems Centre
  • Electronic Systems and Devices Group
  • Electronics and Electrical Engineering
Share this project FacebookGoogle+TwitterWeibo

We use cookies to ensure that we give you the best experience on our website. If you continue without changing your settings, we will assume that you are happy to receive cookies on the University of Southampton website.

×