Audio Flinger does mixing and resembling of android data during the audio processing. Binder and IBinder perform inter process communication in android. Media layers are used to control the playback of audio and video. explored the android media layers as shownin Figure. The number of unnecessary scans through the changes and history logs of the mobile user’s location has been studied. has been discussed the Power saving Mode (PSM) with integrated Wi-Fi (Network Interface Card), in their research work they proposed footprint, leveraging the Cellular information such as the overheard cellular tower IDs and signal strength. has explored the power characteristics of 3G and Wi-Fi but focus on mobile YouTube viewing. When these recurrent applications are left to schedule themselves independently of other recurrent applications, they can have a very negative impact on battery life by bringing the phone out of sleep mode an unnecessary number of times. For phones with deep sleep modes, there is also a cost in terms of time for the phone to wake up and go to sleep. A secondary characteristic is that these applications are also delay tolerant. Recurrent applications are primarily characterized by repeated execution, mostly as a background process, to perform a task periodically. illustrated the significant energy savings that can be achieved via batch scheduling of recurrent mobile phone applications. There has been done huge research work for application-level optimizations for mobile phones. There are many audio effect algorithms such as reverb, virtualizer, and stereo widening, Bass boost. The main goal of digital audio effects is the modification of the sound characteristic of the input audio signal. Keywordsĭigital audio effects are used in various audio applications, such as multi-effectors, and mobile audio devices. The power consumption of this application is tested and proposed architecture takes less power as compare to the present architecture. The audio effects will be integrated with the help of digital signal processor instead of ARM processor. In this research paper, a new algorithm is proposed for the audio routing to save the battery power. Many multimedia applications are handled by ARM processor so result is more battery power consumption due to availability of large multimedia application. In android multimedia architecture, audio effects are handling with Advance RISC Processor (ARM), which is core processor of mobile device. Battery power is always on the top of the requirement stack. A part from quality, battery power management is also important. Every day new idea is come in to the picture to improve the quality of audio/video. Audio/video is become very important part for the success of any mobile platform. Android is a new mobile platform for mobile development, it is open platform.