EP2AGX125EF35C5N

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Field Programmable Gate Array (FPGA) is a type of programmable logic device (PLD) which is used to provide digital circuits with customised hardware. FPGAs are widely used in various areas of application and are becoming more and more common in embedded systems. The use of FPGAs in embedded systems has enabled significant design flexibility and significant cost reduction. EP2AGX125EF35C5N is one of the popular FPGAs in the industry.

EP2AGX125EF35C5N is a high-density embedded FPGA fabricated on a 0.25 μm silicon technology. Built around an embedded array of programmable logic blocks, the FPGA has 125,000 usable logic elements for high-performance applications. The FPGA also includes dedicated multipliers, DSP blocks, memory blocks, and I/O cells, allowing it to be used in a wide range of applications.

EP2AGX125EF35C5N is used in many embedded applications requiring high performance and flexibility. Its main application fields include but are not limited to embedded computing, wired / wireless communications, video processing, medical imaging, and automotive applications. Its main advantages are low cost, high performance, and low power. The FPGA also has various features such as low-power dissipation, high reliability and scalability, and parallelism that makes it suitable for low-power applications.

EP2AGX125EF35C5N, being a programmable FPGA, features an on-chip memory architecture that allows the user to configure the FPGA to any desired application logic without the need for external components. Its basic working principle is that all the logical operations and signal processing within an application system will be done on this FPGA, instead of using multiple off-the-shelf digital components. This feature allows it to eliminate multi-chip configurations and reduce the cost and PCB size.

In summary, EP2AGX125EF35C5N is a versatile high-density embedded FPGA that can be used in various applications such as embedded computing, wired / wireless communications, video processing, and automotive applications. Its on-chip memory architecture allows it to eliminate multi-chip configurations and provides significant design flexibility and cost reduction. Additionally, its features such as low power dissipation, high reliability and scalability, and parallelism make it suitable for low-power applications.

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