FPGA is highly integrated, and its component density varies from tens of thousands of system gates to hundreds of thousands of system gates. It can complete very complex timing and combinational logic circuit functions, and is suitable for high-speed and high-density high-end digital logic circuit design. The scale of new FPGA is getting bigger and bigger, and the cost is getting lower and lower. The high cost performance makes programmable logic devices play an increasingly important role in the field of hardware design. More and more products equipped with FPGA will contain high processor cores such as DSP or CPU, so FPGA will gradually transition from traditional hardware design method to system-level design platform; The further integration of FPGA and traditional ASIC will include hard cores (hard IP cores) with more and more functions and accelerate the occupation of some ASIC markets through structured technology; The density of low-cost FPGA is getting higher and higher, and the price is becoming more and more reasonable. It can be predicted that FPGA will gradually become the ideal first choice component for complex digital circuit design. The appearance of large-capacity and high-speed FPGA has overcome many shortcomings of AS 1C design. The appearance of large-capacity and high-speed FPGA has overcome many shortcomings of AS 1C design. The biggest difference is that there is no customized production process in FPGA design, but it is configured by downloading it into the chip in various types of binary bits. In these FPGA, high-speed RAM, PLL, LVDS, LVTTL and hardware multipliers with configurable DSP modules are generally embedded ...

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