Exploring Performance Trade-Offs in Excess-3 to BCD Code Implementation on Zynq FPGA: A Power and Temperature Analysis

Mostly focusing on the Zynq FPGA board, this effort targets energy-efficient green communication using FPGA devices. Examined in practical applications, excess-3 to binary coding is noted for its simplicity in digital system decimal number representation. The 1.364W Zynq FPGA board runs dynamic power at 1.236W and stationary power at 0.127W. Effective thermal control comes from its 40.7°C junction temperature and 44.3°C thermal margin. Using just 0.01% of its Look-Up Table (LUT) hardware and 4.0% of its Input/Output (IO) capability, the board maximizes resource use. These benchmarks show how well the Zynq FPGA board designs energy-efficient circuits required to solve world energy crises. Particularly in green communication technologies, the Zynq FPGA board with its economy and heat control offers potential for creating long-term digital solutions.