MPC859TVR133A

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The MPC859TvR133A is an embedded microprocessor specifically designed for complex embedded systems, such as telecom and transportation, industrial automation, aerospace and defense, and energy and environmental control. It incorporates a high performance MIPS64 architecture capable of executing 128-bit instructions. The MPC859TvR133A also features an optimized instruction set and a low power architecture to make it highly efficient for embedded applications. The processor is supported by an on-chip supervisor that provides enhanced security and manageability features.

The MPC859TvR133A provides a number of integrated peripherals and interfaces to help reduce system design time and drastically simplify system development. It includes an internal 16-bit ECC-enabled SRAM, four external DRAM controllers and a flexible internal bus controller that provides four banks of addressable memory. In addition, the integrated peripherals and interfaces provide support for Universal Serial Bus (USB) 2.0, Serial Advanced Technology Attachment (SATA), and Gigabit Ethernet.

The MPC859TvR133A has a maximum operating speed of 667 MHz and is fabricated on a 65nm process technology. The processor supports both single and dual-core configurations, with the dual-core model offering a maximum power dissipation of 25W. It is also capable of high-end multimedia processing, providing support for AVX 256-bit and SSE4.1/4.2 instruction sets.

The MPC859TvR133A has a number of additional features related to system-level security, such as secure boot and secure debug support, as well as comprehensive encryption and decryption capabilities for enhanced data protection. Additionally, it features data protection through symmetric keys,authentication of devices using public key algorithms, and support for secure sockets to improve customer trust.

The working principle of the MPC859TvR133A is simple yet powerful. An instruction is loaded into an instruction queue, decoded, and then executed by the processor. Depending on the instructions, the relevant peripheral or logic resource will be enabled, as required. After instruction execution, the processor will write back the results to memory or a peripheral, as directed by the instruction set.

The reality is that the MPC859TvR133A offers unique reliability,performance, and security features in a cost-effective embedded microprocessor. The processor is ideal for critical applications requiring real-time performance, precise processing, and the assurance that data is securely processed and stored. Thanks to its low power dissipation, it makes an outstanding choice for mobile and battery powered applications. No matter the application, the MPC859TvR133A is sure to deliver.

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