MPC8272VRTIEA

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Today, complex systems often require reliable and powerful processors for their operations. MPC8272VRTIEA, a compact and high-performance PowerPC multi-chip module from Freescale Semiconductor, offers peak performance, a high level of integration, and excellent power management in one solution.

MPC8272VRTIEA is designed to provide the best performance and integration levels required in a variety of embedded systems. It integrates an e500 type PowerPC core with a DDR2 memory controller and an Ethernet switch controller, providing an optimum solution for industrial, military and avionics applications. The device also provides a wide range of connectivity options, with support for many interfaces including Ethernet, USB, I2C, UART, SPI and CAN.

The high-performance MPC8272VRTIEA is ideally suited for applications such as medical imaging, industrial control, network and storage systems, communication gateways and other military and avionics applications. It features an advanced PowerPC core with 4kB instruction and 4kB data caches and a double precision floating point unit. It also includes a full-featured 16/32 bits Quicc Engine, a DDR2 memory controller, and a Real-time Clock (RTC). The device comes with a variety of options for an embedded development environment to help reduce time-to-market.

The MPC8272VRTIEA includes a integrated peripheral control unit (PCU) that provides a high degree of system customization by allowing the user to configure hardware settings such as clock frequency, memory mapping and interrupt routing. This provides a versatile environment for applications in different embedded markets. The device also incorporates an internal bus with 128-bit bus width, allowing to take advantage of the high data rate available over Ethernet or USB interfaces.

The integrated PowerPC processor core featured on MPC8272VRTIEA combines standard PowerPC instructions set with a superscalar embedded core, to deliver peak performance for the most demanding applications. The device includes an on-chip Memory Management Unit (MMU) that provides a secure and efficient way of both hardware and software protection. It allows inventory control of memory, access control, and memory protection. The device also supports virtual memory, allowing multitasking and efficient software development.

The integrated DDR2 memory controller manages the control of the external DDR2-based memories, providing improved system performance. Furthermore, the controller supports 64 bits wide datapath, allowing to take advantage of the higher performance of DDR2 memories. The controller can be configured to both read and write data to and from the memory. In addition, the controller allows several burst sizes, allowing the user to fine-tune the system for the most demanding applications.

The integrated Ethernet switching controller supports a wide range of Ethernet devices and allows connection to multiple systems. The controller supports VLAN, QoS and multicasting, and is also capable of bridging and routing. The device is also compliant with a wide range of network protocols, such as IPv4, IPv6, Ethernet, MPLS and VLAN.

The MPC8272VRTIEA is also ideal for energy-constrained applications, as it integrates power management features that help reduce the total system power consumption. The device uses dynamic frequency scaling, allowing it to adjust the operating frequency according to system workload, thus reducing power consumption. It also supports Automatic Power Control (APC) and Automatic Gain Control (AGC) mechanisms, enabling advanced power management.

Overall, the MPC8272VRTIEA is a compact, high-performance multi-chip module that provides an integrated solution for a variety of embedded systems. The device incorporates an advanced PowerPC core, DDR2 memory controller, Ethernet switching controller, and several other peripheral interfaces, while also offering advanced power management capabilities. Making it a perfect choice for high-performance industrial, military and avionics applications, as well as digital audio systems, medical imaging and communication systems.

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