MC8640DVU1067NC

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MC8640DVU1067NC Application Field and Working Principle

The MC8640DVU1067NC is a single-core, embedded processor designed for advanced multimedia applications. It is based on a scalable OpenCorePlus architecture developed by Freescale, now known as NXP Semiconductor. It incorporates multiple media processing engines such as vector computing, digital signal processing and partial vectorization to enable efficient media processing. The MC8640DVU1067NC is used in a variety of consumer, automotive, and industrial applications as well as network computing applications.

Application Field

The MC8640DVU1067NC is a powerful processor designed for a wide range of application fields. It is used in consumer, automotive, and industrial applications such as navigation systems, audio and video processing, and communication infrastructures. It is also used in media servers to provide video transcoding and video over IP services, as well as in network computing applications for distributed computing. Additionally, it is also used for high-performance imaging, gaming, consumer virtual reality systems, augmented reality, and machine vision.

Working Principle

The MC8640DVU1067NC is based on Freescale\'s OpenCorePlus architecture which provides high performance computing and communications capabilities. It has two PowerPC processor cores capable of executing multiple floating-point and integer instructions in parallel. The cores are equipped with embedded static and dynamic branch prediction logic, multiple functional units, and an instruction cache. Additionally, the MC8640DVU1067NC also has multiple peripherals such as Ethernet controller, NAND flash controller, GPIO interface, interrupt controller, timers, and SRAM. The processor also provides power management capabilities, including dynamic frequency and voltage scaling, and thermal management.

The MC8640DVU1067NC is a low power, high performance system-on-chip and is designed for advanced multimedia applications. It uses vector computing, digital signal processing, and partial vectorization for efficient media processing. The processor integrates multiple peripherals and power management capabilities, enabling efficient performance and lower power consumption. Additionally, the processor is available in various package sizes, making it flexible and suitable for a wide range of applications.

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