MPC8536EAVTANG

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MPC8536EAVTANG Application Field and Working Principle

MPC8536EAVTANG is an embedded microprocessor designed and developed by Freescale Semiconductor, Inc. It is used in a wide array of applications like Networking and Communications, Automotive, Consumer and Industrial solutions etc. This microprocessor is a digital signal processor (DSP) based on a single core Power Architecture® e500T core.

The MPC8536EAVTANG enables designers to develop general-purpose applications that can meet the performance and scaling requirements of their networked and communications markets. This microprocessor is ideal for high performance and cost effective embedded solutions for enterprise, automotive, industrial and consumer markets.

MPC8536EAVTANG applications offer expertise and flexibility in building advanced driving, automotive infotainment and body electronic systems. This microprocessor enables developers to take full advantage of the next-generation automobiles with low-cost, high performance and high integration solutions. This microprocessor is also suitable for home automation control, security, surveillance, network communications and other industrial applications.

MPC8536EAVTANG Working Principle

The MPC8536EAVTANG microprocessor is a digital signal processor (DSP), based on a single core Power Architecture® e500T core. This microprocessor includes a high-performance, single-core PowerPC core, 256KB of Built-In RAM (BIRAM), four Serial Communication Controllers (SCCs) and two independent clock domains (Core and Busclock). It also has an external memory controller, a power-saving block, integrated Ethernet, DDR3 and SDRAM interfaces, analog to digital converters (ADCs), external I/O ports, an On-Chip DMA engine, and an extensive range of integrated peripherals.

The MPC8536EAVTANG utilizes a multi-core platform with a single core Power Architecture® e500T core. This core is based on a RISC processor architecture, which is designed for high performance applications. It also has a 32-bit instruction set architecture and is optimized for high speed deterministic processing, which allows it to complete compute-intensive tasks quickly and efficiently. The processor core has an in-order execution capability, which enables it to efficiently decode and execute instructions, resulting in better system performance.

The external memory controller, which is incorporated in the MPC8536EAVTANG, enables support for both synchronous dynamic random access memories (SDRAM) and DDR3 memories. The integrated memory controller maintains and manages the memory accesses, arbitration and security features. The On-Chip DMA engine helps offload data transfer tasks to reduce the system load. The ADCs in the MPC8536EAVTANG can be used for converting the analog signals to digital values for further processing. The external I/O ports give access to the external peripherals such as keyboards, displays, and external storage. Other integrated peripherals include Ethernet, USB and I2C.

The power-saving block in the MPC8536EAVTANG enables the processor core to switch to a low-power mode of operation to reduce the overall power consumption. The two independent clock domains enable asynchronous operations, thus allowing greater design flexibility for the microprocessor. In addition, the processor also supports multiple operating modes, allowing it to be customized for specific applications.

The MPC8536EAVTANG processor offers several benefits that make it an ideal choice for a wide range of embedded applications. It provides improved application performance and scalability, greater efficiency and integration and reduced clock rate operation. It is also highly configurable and easy to use, and its power-saving mechanism improves system performance, reliability and battery life.

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