M2S005-VFG400

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The System on Chip (SoC) Embedded M2S005-VFG400 is a powerful device that is used to cost effectively reduce the system requirements of a wide variety of applications. This SoC includes a highly integrated system based on only a few ICs (Integrated Chips), allowing manufacturers to reduce the number of components required to complete the system. Additionally, users are offered a range of cost effective software solutions, development tools and services which drastically reduce system assembly time and cost. In this article, the application field and working principle of the M2S005-VFG400 will be discussed.

The M2S005-VFG400 is specially designed for controlling memory transactions, used in embedded applications for memory and register access. This SoC provides an efficient and reliable architecture for a wide range of applications, such as mobile handsets, consumer electronic devices, automotive and industrial applications. In addition, this SoC is designed to facilitate efficient data transfer and manage system power consumption under low power conditions. Furthermore, this SoC is optimized for ultra-low power usage and provides a comprehensive set of features to address the needs of the target applications.

The M2S005-VFG400 integrates several key components and peripherals into one single chip. The core of this SoC includes dual ARM Cortex®-M3 processor cores and 32 variable-length registers. The variable-length registers can be used to store up to 48K bytes of programming code or data. In total, there are 32 32-bit registers, that are linked to a System Memory Map, allowing direct access to all hardware functions. This single chip also includes a dedicated Memory Access Controller, that is used to control the CPU access to the memory, ensuring that the right data is accessed. Furthermore, the M2S005-VFG400 integrates a dedicated Memory Interface (MIF) for direct access to the system flash, SRAM and DDRAM as required.

The M2S005-VFG400 also offers significant savings in system power consumption, compared to conventional SoC designs. This is enabled by a combination of hardware and software optimizations that are implemented into the device, as well as the on-chip power management controller. This controller is dedicated to managing the power consumption of the chip, as well as the surrounding hardware, allowing the device to operate under very low power conditions. This complete SoC is also capable of delivering very low dynamic power consumption, enabling manufacturers to reduce the overall system power consumption of their products.

The M2S005-VFG400 operates at up to 50Mhz, and can access external memory up to 128Megabytes. This SoC also supports on-device debugging features and can be used with a variety of development tools, including IAR Embedded Workbench and Keil uVision IDE.

In conclusion, the M2S005-VFG400 System on Chip (SoC) Embedded is an ideal device for a range of embedded applications, including mobile handsets and consumer electronic applications. This SoC includes a highly integrated system, reducing the number of components required and the overall system cost. Additionally, this SoC is designed to address the needs of the target applications and provides a comprehensive set of features, such as variable length registers, dedicated Memory Access Controller and Memory Interface, as well as integrated power management controller. Finally, this SoC is capable of delivering very low dynamic power consumption, reducing system power consumption and providing significant cost effective savings.

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