![]() ![]() FPGAs can improve applications, devices, and programming, making our current systems smarter and more energy-efficient. FPGA Use CasesįPGAs are used in a variety of data solutions. In essence, a regular computer processor itself is unchangeable whereas an FPGA can be re-written as many times as desired. An FPGA can even be developed and created to work with multiple programs. FPGA programmers can configure an FPGA and decide what programs and hardware setup are best suited to their data needs. This means there is a variety of options for us to choose from when designing with an FPGA. With an FPGA, the programming and hardware are not set in stone. The primary functions of a laptop cannot be changed although you may buy applications or software to improve data functions, the hardware remains the same. The silver or black memory card chip inside of the laptop’s motherboard is an example of an FPGA. When you purchase a brand new laptop, it may come with set programming inside of the data portion. ![]() FPGAs are known as integrated circuits that contain groups of programmable elements. In technical terms, this is a hardware component that allows you to program and tailor data operations. 'Incorporating FPGA smart solutions into your everyday devices will allow for a range of opportunities and technical improvements.' -Shahbaaz Lokhandwala Click To Tweet What is an FPGA?įPGA simply stands for Field-Programmable Gate Array. ![]()
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