MPC875CVR133

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The MPC875CVR133 is an embedded microprocessor from Freescale which includes features such as an embedded flash memory controller, a Quad SPI Flash Memory Controller and an Ethernet interface. It is intended for use in applications requiring high performance, secure communications with minimal power consumption. The MPC875CVR133 is ideal for many applications such as industrial automation, automotive, telecommunications, and medical. Additionally, the MPC875CVR133 is designed to provide developers with a scalable, secure, software-controlled platform that allows developers to quickly develop, test and deploy their embedded applications.

The MPC875CVR133 is based on the Power Architecture e5500 core, which is a 32-bit processor core developed by Freescale and intended as a high-performance replacement for the earlier Power Architecture e500 core. The processor core itself is a superscalar design, capable of executing up to eight instructions in parallel. The core supports ARMv7-A and Thumb-2 instruction sets and operates at up to 1.86 GHz. Additionally, the processor core includes various accelerators for optimized execution of code, as well as advanced power management capabilities.

The processor core is supported by a range of integrated peripherals. This includes an embedded Flash Memory Controller with up to 768KB Flash memory and an 8KB SRAM, a Quad SPI Flash Memory Controller, and a Fast Ethernet MAC for networking. The embedded Flash memory controller supports two Flash ID codes and up to four independent Flash memory banks. The Quad SPI Flash memory controller supports four different flash memories with variable operating frequencies. The Ethernet MAC supports both 100 BASE-TX and 10BASE-Te standards, and is optimized for performance while minimizing power consumption. Additionally, the MPC875CVR133 includes a range of external interfaces such as a USB 2.0 host port, a SATA 3.0 port, three serial ports and two PCI buses, as well as an external bus port. These external interfaces allow the embedded processor to be connected to a vast array of external devices.

The MPC875CVR133 also includes a variety of security features. This includes support for a secure boot process, in which the processor can be configured to load its code from a secure source, such as a programmer-specified external flash memory. Additionally, the processor includes features such as secure debug and secure execution environments, whereby programs can be securely debugged and executed without risk of tampering. Furthermore, the processor supports hardware-enforced access control, allowing for management and control of the processor resources by external agents.

In summary, the MPC875CVR133 is an embedded microprocessor designed to provide developers with a high performance, secure and power-efficient platform for embedded applications. The processor is based on the Power Architecture e5500 core and provides a range of integrated peripherals and security features. The processor is ideal for many applications requiring secure communications with minimal power consumption, such as industrial automation, automotive, telecommunications and medical.

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