Abstract
Embedded processors are changing the world. The development of scenario specific
processors with an emphasis on a highly specific functionality, fast development time and
high reliability has opened up several new vistas for the future of microprocessor
development. With the development of embedded processors likely to become THE
happening field in the next few years, an absolute necessity in processor development is
the use of a processor simulation tool to validate new embedded processor designs and
obtain performance statisti ....etc

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Definition
The Intel MMX? technology comprises a set of instructions to the Intel architecture (IA) that are designed to greatly enhance the performance of advanced media and communications applications. These extensions (which include new registers, data types and instructions) are combined with the Single Instruction, Multiple Data (SIMD) Execution model to accelerate the performance of applications such as motion video, combined graphics with video, image processing, audio synthesis, speech synthesis and compression, 2D and 3D graphics, whi ....etc

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AMD processors can run both 32-bit and 64-bit applications on a PC. The idea is to give users excellent 32-bit performance right away, and allow them to migrate to 64-bit applications when they are ready. AMD offers the ability to address larger amounts of memory and improve overall application performance will win over customers.AMD processor gives better performance over other processors, particularly, while playing games, working with video editing softwares and multimedia applications which require large amount of data at a time. AMD proces ....etc

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Submitted By:
Renu Kanwar


Introduction:-
Intel’s MMX™ technology is an extension to the basic Intel Architecture (IA) designed to improve performance of multimedia and communication algorithms. The technology includes new instructions and data types, which achieve new levels of performance for these algorithms on host processors.
MMX technology exploits the parallelism inherent in many of these algorithms. Many of these algor ....etc

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Intel’s MMX
Why MMX?
Make the Common Case Fast
Multimedia and Communication consume significant computing resources.
Providing specific hardware support makes sense.
Goals
accelerate multimedia and communications applications.
maintain full compatibility with existing operating systems and applications.
exploit inherent parallelism in multimedia and communication algorithms
includes new instructions and data types to improve performance.
First Step: examine code
Examined a wide range of applications: ....etc

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Submitted By:
Renu Kanwar


Introduction:-
Intel’s MMX™ technology is an extension to the basic Intel Architecture (IA) designed to improve performance of multimedia and communication algorithms. The technology includes new instructions and data types, which achieve new levels of performance for these algorithms on host processors.
MMX technology exploits the parallelism inherent in many of these algorithms. Many of these algorithms exhibit ....etc

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Computer performance has been driven largely by decreasing the size of the chips while increasing the number of transistors they contain. In accordance with Moore?s law, this has caused chip speed to rise and prices to drop. However transistors can?t shrink forever. As components grow thinner, chip manufactures have struggled to cap power usage and heat generation. Even performances enhancing approaching like running multiple instructions per thread have bottomed out. In response manufactures are building chips with multiple cooler running, mor ....etc

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The Intel MMX? technology comprises a set of instructions to the Intel architecture (IA) that are designed to greatly enhance the performance of advanced media and communications applications. These extensions (which include new registers, data types and instructions) are combined with the Single Instruction, Multiple Data (SIMD) Execution model to accelerate the performance of applications such as motion video, combined graphics with video, image processing, audio synthesis, speech synthesis and compression, 2D and 3D graphics, which typic ....etc

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