MPC8349VVAGD

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Embedded systems are designed to perform specific tasks, and microprocessors are essential components in this endeavor. Embedded microprocessors, such as the MPC8349VVAGD, are found in a variety of applications ranging from industrial automation to medical devices.

The MPC8349VVAGD microprocessor is a two-chip embedded processor based on the Power Architecture technology. It includes an on-chip 5 Gb/s serial RapidIO interconnect and comes in either a 486-pin microBGA package or a 268-pin MAP-BGA package. Designed for low-power applications, the MPC8349VVAGD processor comprises of a 32-bit Power Architecture core, integrated system controller, and powerful software tools that enable designers to create custom designs with fewer components and much lower power consumption.

The MPC8349VVAGD’s architecture also features an integrated level two (L2) cache, dynamic bus sizing, an improved Harvard architecture and an advanced instruction set to enable it to run at significantly higher speeds with less power consumption than typical embedded processor designs. The integrated L2 cache boosts performance and ensures that cached data is always available when needed. An integrated on-chip NAND flash controller supports code execution from NAND flash configured as either a solid state hard drive or a non-volatile memory.

The MPC8349VVAGD also incorporates additional technologies such as a Power Architecture- compliant Virtualization Assistance Unit (VAU) and Hardware Cryptographic Unit (HCU) as well as integrated real-time debugging capabilities. The integrated VAU improves system performance by offloading processor instructions that are not essential to the main application and allowing the processor to focus on the critical operations at hand. The HCU provides a secure environment that enables data encryption and decryption, digital signatures and secure storage.

The near memory capabilities of the MPC8349VVAGD including Flash and static memory and standalone NAND Flash also allow for improved system performance by keeping frequently used data close to the processor to reduce latency. An integrated Power Architecture-compliant PCI Express controller allows for low-latency communication between multiple processors or between the processor and I/O devices.

The MPC8349VVAGD can also be used in applications that require the system to retrieve data or code from remote or heterogeneous memory copies including SAS and SATA memory. The integrated HyperTransport controller enables multiple processors to communicate with each other, providing a multiple processor environment, with low latency and high performance, allowing for an efficient distributed switch.

In addition to its advanced architecture, the MPC8349VVAGD comes with a wide range of software tools designed to simplify the development of embedded applications. These tools include an application development environment, integrated debugging tools, a comprehensive software suite, a variety of device drivers and a wide selection of system software and boot tools.

MPC8349VVAGD is an ideal embedded processor for applications that require high processing performance and power efficiency. It combines Power Architecture technology with advanced I/O and memory technologies, an advanced instruction set and a wide range of software development tools for easy application development and debugging.

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