Comparative Energy & Hardware Analysis on Implementation of 8-Bit ALU Using Different FPGAs Families

Multiple developing countries admit serious shortages of energy. Using the Vivado software platform and multiple generations of FPGAs, an efficient 8-bit ALU is implemented, boosting the growth of environmentally focused connectivity. In order to get there, a wide variety of FPGA families had to be studied. Different FPGA boards from the Genesys, Kintex, and Virtex families are employed. Researchers looked at the power needs of several FPGA families to identify the most efficient. A comparison of power consumption reveals that Genesys consumes 10.871 W, Kintex 7.01 W, and Virtex 18.975 W. Genesys, Kintex, and Virtex each have temperatures of 44 degrees Celsius, 34 degrees Celsius, and 35 degrees Celsius, respectively. Power dissipation can be minimized by adhering to the requirements for employing the Genesys family of 7 series of components rather than the other two families. Kintex's power efficiency is on par with that of other types of FPGAs. Comparing the energy efficiency, cost, size, and performance of the Genesys board to the Kintex board, the latter comes out on top in every category.