What is an FPGA used for?

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  • #9060 Reply
    Michael V
    Guest

    Can anyone explain what an FPGA is used for?

    #10048 Reply
    chrisjackson
    Guest

    Stands for “Field-Programmable Gate Array.” An FPGA is an integrated circuit that can be customized for a specific application. … These blocks create a physical array of logic gates that can be used to perform different operations. Because the gates are customizable, FPGAs can be optimized for any computing task

    #10142 Reply
    IsakVisini
    Guest

    Hello…as per my knowledge FPGAs have found their way into a number of industrial, scientific, military, and other applications that require the calculation of complex mathematical problems or transfer functions. There are many algorithms, such as the CORDIC algorithm, that you can use to calculate transcendental functions.

    #10899 Reply
    LevDower
    Guest

    Hi…i would like to share FPGA benefit. One of the benefits of FPGAs that make them such a good tool for working with measurement systems and other edge computing applications that require the processing of a large amount of data like embedded vision is that they are able to process in parallel. CPUs/GPUs work sequentially, processing one piece at a time, but with a well-configured FPGA you’ll be able to simultaneously intake and process the next batch of information before the first batch is done, giving a low latency.

    #11375 Reply
    phani Krishna
    Guest

    Field-Programmable Gate Array popularly known as FPGAs are designed in the way that they can be programmed for any specific application and can be programmed only after the manufacturing by the end-user. They are customized by using an HDL(Hardware Description Language). FPGAs can be well optimized for any type of computing task and this helps to perform operations faster than any hard-wired processor.

    FPGAs are used for a wide variety of applications such as data centers, telecommunications, audio/video processing, and scientific computing. Furthermore, they can also be used in electronic devices such as medical equipment, radios, and TVs, etc. FPGAs can be implemented faster and are programmable in a software context and can also be programmed from any remote location. FPGAs are flexible, quicker, reusable, and faster to acquire.

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