IDT79RV4700-175DP

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Embedded systems are a type of computer system which is dedicated to a single task or a few tasks related to a specific application. They are usually not designed to perform general purpose tasks. The IDT79RV4700-175DP is a microprocessor designed for an embedded system. It is a single chip RISC processor designed for efficient low power operations for embedded control applications.

IDT79RV4700-175DP is a specialized microprocessor for embedded control applications that require minimal power usage. This processor is ideal for embedded systems where low power operations, such as digital signal processing, need to be completed efficiently and reliably. This processor is perfect for use in robotics, home automation and machine control. It is also used in medical devices, remotely controlled vehicle systems, building automation and automotive systems.

This processor utilizes the MIPS 32 bit architecture to provide efficient and reliable operations. It is also equipped with a 32K Instruction-cache, 4K Data-cache, memory management and exception handling. It also contains a variety of other features such as clock synchronization, timeslicing, context switching, and multiple interrupt sources. This enables the processor to maintain a consistent behavior when responding to different stimuli, while maintaining a low power draw.

To maximize power savings, the IDT79RV4700-175DP also come with a wide range of power management features. It has built-in features to decrease system current draw, including active and deep power down modes. It also has a wide range of power states that can be used to further minimize power consumption. This includes the ability to enter a low power standby mode when the processor is idle.

The IDT79RV4700-175DP is an embedded processor designed for low power consumption and efficient operations for embedded control applications. Its integrated design and power management features enable it to run efficiently with minimal power usage. Its MIPS 32 bit architecture also enables it to maintain a consistent behavior when responding to different stimuli, while keeping power consumption low. This makes it an ideal solution for embedded systems which require reliable and efficient operations with minimal power usage.

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