MCF5280CVM80

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The MCF5280CVM80 is a coldfire dual core processor developed by Freescale. It’s part of the Coldfire V2, V3 and V4 processor families that includes a wide range of highly integrated and cost effective choices for many embedded applications. The MCF5280CVM80 is built on a 32-bit RISC architecture with enhanced system management peripherals, a extensive range of module enhancements, wide operating frequency range, extensive Processor and Peripheral Interfacing, and multicore support.

The MCF5280CVM80 with 800MHz is specially designed for industrial applications. The processor is equipped with a powerful and energy efficient floating point unit, an extended Apollo CPU core, and a substantial amount of L2 cache memory. The processor is designed to provide the flexibility and performance required for various industrial applications, such as power control, automation, and medical systems. With integrated communication peripherals, the MCF5280CVM 80 is suited for high speed communication solutions, as well as for on-board or external memory solutions.

The Apollo core of the MCF5280CVM80 provides a high degree of flexibility and is a key element of the processor’s ability to meet the needs of embedded applications. The Apollo CPU core provides up to four levels of embedded instruction set, instruction trace debugging capability, embedded memory management and Cache BusterTM technology, enabling system designers to tailor embedded program codes and applications to the complexities of their individual system requirements.

The powerful embedded instruction set of the processor and its instruction trace debugging ability enable it to perform complex operations, such as memory access, I/O control and data manipulation. In addition, the Turbo Mode feature of the Apollo CPU core allows for faster code execution and improves instruction execution rate. This capability is beneficial for applications that require intense processing cycles.

The integrated peripheral support of the MCF5280CVM80 includes multiple serial and SPI modules, an Ethernet controller, dual USB ports, a Digital signal processor core, UARTs, and an integrated MC (Modem/Communication) controller. These capabilities enable the processor to be used for a variety of industrial applications, such as power control, automation and medical systems. The processor also supports multiple external memories, up to eight external channels, and several external device interfaces.

In addition to its Apollo core and embedded instruction set, the MCF5280CVM80 also contain system management peripherals, including a real-time clock, a programmable low-power timer, a watchdog timer, as well as advanced power management. The system management peripherals support various sleep modes and provide the processor with advanced power savings. All together, these capabilities make the MCF5280CVM80 processor an ideal choice for many embedded applications.

The performance and features of the MCF5280CVM80 processor make it suitable for use in a wide range of industrial applications. Among the applications served by the processor are industrial control, factory automation, power control, medical systems, and mobile devices. As proof of its versatility, the processor is already being used in such devices as electric motor controllers, smart grids, display controllers, digital monitoring systems and telecom servers. With its high performance and low power consumption, the MCF5280CVM80 is an ideal choice for a wide range of demanding embedded applications.

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