MPF300TS-FCG784I Integrated Circuits (ICs)

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Field Programmable Gate Arrays (FPGAs) are integrated circuits (ICs) that offer programmability, configurability, and re-configurability. A FPGA is composed of thousands or millions of configurable logic blocks (CLBs) and interconnects, depending on the size of the FPGA. MPF300TS-FCG784I is an FPGA developed by Xilinx Inc., designed specifically for embedded applications.

MPF300TS-FCG784I’s main applications range from high-performance workstations to high-end embedded and industrial control systems. The device is characterized by low power operation, high-performance computing, increased system performance and design flexibility, and scalability. It is suitable for use in automotive, networking, consumer, and industrial applications.

The MPF300TS-FCG784I utilizes the Virtex-3 FPGA family\'s latest feature, the low-cost, low-power Virtex-3LP device. This device enables designers to extend the performance parameters of their embedded systems, by providing up to 81.4Mb of configurable logic gates, 2.5m I/Os, and up to 50% lower dynamic and static power compared to competing FPGAs. Additionally, the device is reconfigurable, meaning it can reprogram itself to adapt to changing conditions. This increases system performance, reduces board-level components, and lowers system costs.

In terms of the MPF300TS-FCG784I\'s working principle, it enables very complex operations to be completed in a single clock cycle. Its high performance and resiliency to vibration, noise, and temperature fluctuations make it a reliable choice for embedded applications. Additionally, its power optimized design enables the device to achieve a high level of integration into small form factor spaces, which results in high efficiency and faster data transfer.

MPF300TS-FCG784I provides a secure and flexible solution to the rising demand for embedded solutions. Its robust architecture allows developers to build systems that can quickly adopt the latest capabilities and technology, helping to ensure the longevity and long-term sustainability of the embedded application solutions.

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