TMS320DM6467CCUT7

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The TMS320DM6467CCUT7 is an embedded Digital Signal Processor (DSP) designed to meet the demanding performance and scalability requirements of embedded systems processing. This DSP is built on Texas Instruments’ very successful OMAP platform and provides system designers an excellent combination of computing performance, power savings and cost savings. In addition to these benefits, the TMS320DM6467CCUT7 offers system designers access to a wide range of development tools and libraries (available in open and closed source varieties).

The TMS320DM6467CCUT7 is a low power version of TI\'s OMAP platform that incorporates an ARM Cortex A8 processor, two DSPs and quad-core digital signal processing (DSP) accelerator. The Cortex A8 is based on the 32-bit ARMv7 architecture and is equipped with a hardware floating-point unit (VFP9) for handling real-time applications. The OMAP architecture provides resource sharing capabilities that allow the Cortex A8 processor and the DSPs to be accesses and used while the same time maintaining the required performance and power consumption levels.

The TMS320DM6467CCUT7 offers system designers the best of both worlds, combining the flexibility of a modern CPU with the power of the DSP. The TMS320DM6467CCUT7 features an ARM Cortex A8 processor for real-time control and two DSPs for real-time signal processing. The combination of these powerful processors allows for the efficient implementation of real-time software solutions. The integrated architectures of both the ARM Cortex A8 and the DSPs enable real-time operations, asynchronous data transfers and data buffering for multiple audio and video signals.

The DSPs on the TMS320DM6467CCUT7 offer a high-performance solution for digital signal processing applications. The DSP cores on the TMS320DM6467CCUT7 are used for the processing of digital audio, video, image and even RF signals. The combination of programmability, parallel processing capabilities and the inherent power efficiency of the processors make them ideal for embedded systems processing.

The TMS320DM6467CCUT7 has many applications in the embedded industry, including but not limited to applications in the automotive, mobile, consumer, medical and industrial segments. It is also easily used for home entertainment and communications applications. This embedded DSP processor provides significant performance and cost efficiency benefits in the audio, speech and video applications.

The working principle of the TMS320DM6467CCUT7 is based on an architecture which includes four core processors; an ARM Cortex A8 microcontroller, two DSPs for real-time digital signal processing tasks, and a quad-core DSP accelerator for advanced real-time applications. Utilizing shared memory architecture, the Cortex A8 and DSPs can operate simultaneously and independently of each other, each processor operating independently but using a shared set of resources. This allows for substantial flexibility when it comes to processing multimedia, audio, video and image data in real-time applications. In addition, the TMS320DM6467CCUT7 has special instruction sets to facilitate the processing of multimedia applications.

The TMS320DM6467CCUT7 also incorporates an external bus interface for off-chip memory access, which facilitates data sharing between the four processors. It also supports the latest peripheral interfaces such as USB, Ethernet and UART for connecting to external devices. This is in addition to debugging capabilities such as trace and real-time performance data collection.

In summary, the TMS320DM6467CCUT7 is an excellent embedded Digital Signal Processor (DSP) that provides system designers with significant performance and cost efficiency benefits in a wide range of applications. Its combination of powerful ARM Cortex A8 and DSP cores, shared memory architecture and comprehensive development tools make it ideal for embedded systems processing. It is well suited to applications in the automotive, mobile, consumer, medical and industrial segments, as well as in home entertainment and communications.

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