IDT79RV4700-133GH

The IDT79RV4700-133GH is an embedded microprocessor designed for a very specific application. It is well-suited to applications requiring high-performance and low-power consumption, including industrial control, embedded communications, medical devices, automotive, and home electronics. It is a powerful, low power, 32-bit RISC processor, making it ideal for low power applications.

The IDT79RV4700-133GH includes on-chip support for the widely used RV4700-133GH instruction set architecture, making it easy to program and maintain. This processor also utilizes a 4-stage pipeline architecture that improves instruction execution speed and instruction throughput. It also includes an Enhanced Coherence Manager (ECM) which provides cache coherency, memory protection, and priority inversion protection, making it a great fit for low power applications.

The IDT79RV4700-133GH also includes a variety of add-on peripherals such as a DDR SDRAM controller and a Lightweight Communications Processor (LCP) for communications and networking. The DDR SDRAM controller enables high-speed access to external memory, while the LCP enables data transfer between the microprocessor and connected peripherals. In addition to these peripherals, the IDT79RV4700-133GH also includes a variety of dedicated ports – like a serial port, universal serial bus, and general-purpose input/output – for interfacing to external devices such as RTOSs (real-time operating systems) and user-defined logic.

The IDT79RV4700-133GH operates in a 32-bit memory addressing mode, allowing it to access up to 4 GB of memory. The processor is capable of executing up to 100 MIPS (million instructions per second), making it suitable for high-speed, real-time operations. Additionally, the IDT79RV4700-133GH is designed to support both linear and non-linear memory addressing, allowing it to access large amounts of data without needing to perform costly memory-mapping operations.

The IDT79RV4700-133GH is used in a variety of applications, ranging from GPS navigation systems to audio processing systems to industrial control systems. Its low power consumption, high performance, and compatibility with a variety of peripherals make it a perfect choice for embedded applications requiring high performance and low power consumption.