Comparative Analysis of Power, Temperature and Hardware Utilization on Implementation of Half Adder

Several developing countries have been faced with serious energy deficits. Environmentally conscious communication has been advanced by the creation of an economical half adder using the Vivado software framework and several FPGA families. To determine the most energy-efficient FPGA series, three distinct FPGA families with seven series each were developed: Airtex, Virtex, and Kintex. The Airtex, Virtex, and Kintex families each consume 0.795 watts of power, but the Kintex family consumes 1.013 watts. Temperatures of Airtex, Virtex, and Kintex are 58.5 degrees Celsius, 73.6 degrees Celsius, and 74 degrees Celsius, respectively. Using components from the Airtex-7 series instead of those from the other two families reduces power dissipation, as specified. Airtex's power efficiency is comparable to that of rival FPGA architectures. Using this strategy, it is possible to meet future energy demands. Moreover, Airtex board is more affordable than competing brands. Airtex FPGAs have a unique set of characteristics that make them suitable for specific applications when compared to other FPGA families. Using this strategy, future energy demands can be met. Additionally, Airtex board is less expensive than competing brands. Compared to other FPGA families, Airtex FPGAs have a unique set of characteristics that make them suitable for specific applications.