Power Optimization and Battery Management

Low power designs for small footprint, embedded applications involving effective Power Optimization and Battery Management for Portable Devices ensuring less energy usage, saving cost and reducing the impact on the environment.


Power and Battery management for portable devices can be implemented at different levels – silicon, hardware or software. Power optimization can be implemented via energy efficient peripherals and adaptive digital systems to implement Low power designs power aware software programs.  With more than 20 years of experience in hardware design and software development for embedded devices, Mistral offers effective and efficient power management techniques for embedded product designs to implement power optimization and battery management for low power designs using techniques to lower heat dissipation and increase system stability.

Low power Designs

Mistral has worked with global product developers to build energy efficient low power designs for their compact, small foot-print products implementing efficient power optimization techniques based on the latest multi-core processors like ARM Cortex A8, A9, A15 and open-source OSes like Android and Embedded Linux.

The team has the experience and expertise needed to build low power designs that ensure lower power consumption, effective power optimization and efficient battery management for portable devices by ensuring lowering heat dissipation, increasing system stability, power Management Implementation at silicon and software level ensuring less energy usage, saving cost and reducing the impact on the environment.

Click here to view an Info-graphic on Power Optimization and Battery Management.


  • Power Optimization: Timeout Policies, Predictive Policies and Stochastic Policies
  • Battery Management: Battery Fuel Gauge and Battery Calibration
  • Gated clock logic for PLD devices


  • Case Study

    Portable Desktop Magnifier for low vision

  • White Paper

    Different aspects of HW-SW co-design with respect to embedded product design

  • Technical Article

    Power Spikes isolation to avoid corruption within sensitive ICs solutions

  • Blog

    Power Management – HW SW Co-design

  • Blog

    Power Optimization on feature–rich devices