IDT79R4700-133G

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The utilized embedded microprocessor IDT79R4700-133G is commonly used in an array of applications. Based on the MIPS architecture, this microprocessor has been used to develop products in the consumer electronics, communication, peripherals, gaming, and graphics segments. In many instances, this processor has been used in enterprise products as well.

Major Characteristics

The IDT79R4700-133G processor has a frequency of 133 MHz and a typical power requirement of 0.68W. It has a floating-point unit, which provides a 32-bit integer and 32-bit floating-point performance. It has support for a third-generation MIPS CoreArchitecture that allows multitasking and wide range of peripherals. It also has advanced memory management algorithms.

The processor can be interfaced with rapid I/O, parallel bus I/O, or SDRAM or DDR SDRAM. It supports 64-bit DDR SDRAM and DDR-2 SDRAM. It also supports parallel bus I/O, PCI, and serial port I/O. It can be used to control high-performance digital signal processing (DSP) applications.

The processor also has a built-in cache controller and memory controller. It has a maximum memory capacity of up to 2 gigabytes (GB). It supports PC pipeline and real-time instruction set extensions. It can also be used with the embedded software development environment (ESDE).

Working Principles

The IDT79R4700-133G is an embedded processor that is designed to run on the MIPS architecture. The processor has a MIPS CoreArchitecture and a 64-bit Memory Management Unit. The processor can also be used with a embedded software development environment (ESDE) for programming.

The processor utilizes the MIPS instruction set to execute code and has support for real-time instruction set extensions (RISE). It is capable of performing parallel operations and supports multiple buses for data transfers. It has a processor pipeline for executing instructions.

The processor has a 64-bit Memory Management Unit (MMU) and can address up to 2 gigabytes (GB) of memory. The processor has an embedded cache controller and memory controller. The processor also has support for cache coherency.

The processor also has built-in hardware acceleration technologies, such as prefetching, intralevel memory coherency and prefetching, and key access features such as write-through and write combining. It also has support for multiple scheduling models and an instruction prefetch mechanism.

Applications

The IDT79R4700-133G processor is commonly used in consumer electronics, communication, peripherals, gaming, and graphics related products. It has been used for enterprise-level applications such as data storage systems, surveillance systems, and wireless communication networks. It is also used for factory automation applications, medical imaging systems, and video surveillance systems. It has a wide application in robotics, military, and automotive markets.

The IDT79R4700-133G processor is used for rapid I/O, parallel bus I/O, and SDRAM or DDR SDRAM. It can be used to control high-performance digital signal processing (DSP) applications. It is also used to implement fast instruction pipelines and in integrated control systems.

In addition, the processor can be used to impelment a wide range of features such as complex arithmetic computations, register manipulation, data transfer, and access to peripheral devices. The processor is also used to create embedded systems for real-time applications. It can be used to develop embedded systems for secure and reliable booting and system configuration.

Conclusion

The IDT79R4700-133G is a MIPS-based embedded microprocessor that is suitable for a wide range of applications. It has a wide range of features and support for multiple scheduling models. It can be used in many consumer electronics, communication, gaming, and graphics products as well as enterprise systems. The processor also has support for cache coherency, hardware acceleration technologies, and instruction prefetch features. It also has support for multimode I/O, DDR SDRAM, and PCI.

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