MCIMX31VMN5C

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The MCIMX31VMN5C is an embedded microcontroller designed by Freescale Semiconductor. It is based on ARM1176JZ-S architecture and is optimized for enhanced graphics, audio and video acceleration performance. The integrated multimedia processing unit (MPU) delivers improved performance, low-power consumption and low-cost system design.

The MCIMX31VMN5C consists of 32-bit xCOREs for high-speed memory access and integrated multimedia engines for improved user interfaces. It also supports a wide range of peripherals including a variety of interfaces, FPGA, and GPIOs. It also includes several integrated analog sub-systems.

The MCIMX31VMN5C is ideal for consumer application and portable devices. The device is compatible with other Freescale microcontrollers for additional flexibility and scalability. With its flexible development platform, the MCIMX31VMN5C is suitable for applications that require low power consumption and high performance.

The MCIMX31VMN5C has an embedded non-volatile memory structure with up to 32KB RAM and 16KB ROM. It also has a variety of external interfaces, which include JTAG, CAN, USB, UART and Siface interfaces. The integrated FLASH memory provides up to 128KB memory storage.

The MCIMX31VMN5C features a wide range of powerful features, including an integrated floating-point unit, DSP-like instruction sets, and a full suite of development tools. It is also compatible with a variety of Power Architecture 32-bit virtual platforms for rapid prototyping and software development.

The MCIMX31VMN5C is designed to accelerate real-time embedded software economically and rapidly. The combination of its impressive performance, low power consumption and flexible external interfaces make it perfect for a variety of applications such as digital audio processing, touch screen interface, machine vision and medical equipment.

The MCIMX31VMN5C operates on a programmable clock, which provides the power and control to the processor. The clock rate can be adjusted to suit the specific application needs. The integrated real-time clock (RTC) allows the processor to evaluate the current system time and control the processor’s clock rate.

The processor contains a minimum of two levels of memory protection, which prevents application code and other sensitive data from being accessed by unauthorized entities. It allows software to define different protection zones and assign different levels of access to each of them.

The MCIMX31VMN5C is designed to provide robust performance and scalability in low-power and cost-effective system designs. The integrated peripherals provide flexibility and allow for optimized system architectures. It is ideal for a wide range of embedded applications, such as industrial control, consumer electronics, medical devices, automotive and IoT.

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