Hybrid-Asynchronous Low Powered Multicore Architecture for improved battery life in future mobile computing devices

In this paper we present a novel Hybrid-Asynchronous Low Powered Multicore Architecture which can be adopted for improved battery life in future mobile computing devices. Most modern mobile computing devices today are powered by traditional multicore microprocessors which consume most of the energy and battery life in mobile devices. At the heart of these multicore microprocessors lies the traditional multicore architecture which is prone to problems such as dark silicon. With a novel approach this paper presents Hybrid-Asynchronous Low Powered Multicore Architecture which utilizes Hybrid-Asynchronous cores which are energy efficient and consume less energy in battery powered mobile computing devices. A first step towards reliable battery life in mobile computing devices.