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Details of the new multi-platform OMAP 4 from Texas Instruments

To help manufacturers of smartphones and mobile Internet devices (Mobile Internet Device - MID) in the production of products that will shape the market of innovative mobile technology company Texas Instruments Incorporated announced the availability of OMAP 4 - a new platform for mobile applications. 4 OMAP platform creates new opportunities for the use of multimedia, such as recording and playback of video in the format of 1080p, with pictures with a resolution of 20 megapixel and audio playback for almost 1 week. The new platform is much superior to today's most popular smartphones on the performance and duration of work. It is 10 times less time downloading sites, more than 7 times more computing power, working with video to 6 times higher resolution, improved by 10 times the processing performance of graphics, and 6 times more time playback of audio recordings.

OMAP 4 is a system in the crystal, combining energy efficiency and high productivity. Data processor OMAP 4 divided among the following four major subsystems:
programmable multimedia subsystem based on digital signal processor (DSP) C64x of TI and energy-efficient multi hardware accelerators;
Dual-processor general-purpose ARM Cortex-A9 MPCore support symmetric multiprocessor data-processing (symmetric multiprocessing - SMP), and the possible clock frequencies exceeding 1 GHz;
high-performance programmable graphics subsystem, image signal processor (Image Signal Processor - ISP), providing unparalleled performance processing of video and static images.

Also in the OMAP platform 4 includes a wide range of software, technology, power management and other elements needed to create mobile devices with high computational power and low power consumption.

Created on 45-nanometer chip technology OMAP 4 have performance and programmable, which will create the devices and applications that are only intended. Also, the new platform supports the most popular mobile operating systems. To simplify the creation of applications and the early withdrawal of devices on the market in the development of a platform reflected the actual scenarios used.

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