Demultiplexer Power Management: Strategies for Enhancing Energy Efficiency and Thermal Stability

This paper presents a study of energy-efficient demultiplexer design on FPGA platforms in response to the growing energy demands in communication systems. We achieve significant power consumption reductions without compromising functionality or performance by examining power, temperature, input/output resource utilization, and creative circuit optimizations. Through extensive testing and prototyping, data demonstrates significant energy savings for developing green communication technologies. Also found that Artix board consumed less power than the Virtex board.