Published Paper Details:

With the miniaturization of electronic devices, interconnects (the pathways for data flow) are not shrinking as fast as the devices themselves. This inefficiency leads to problems with power consumption, area usage, and signal interference (crosstalk). To address this issue, the paper explores the use of serial links, which transmit data one bit at a time, as a replacement for traditional parallel buses that send multiple bits simultaneously. Serial links offer several advantages, including fewer connection points (pins), lower power use, smaller physical connectors, and better resistance to noise. The proposed architecture is simulated using a standard CMOS technology and industry-recognized simulation tools. The simulations are set up to evaluate factors like power consumption and data processing speed (throughput) under realistic operating conditions. The paper then compares the performance of this new design with previously reported architectures, highlighting improvements in power savings, area usage, and overall functionality. By analyzing the simulation results and comparisons, the paper demonstrates the significant benefits of the proposed architecture in terms of reduced power consumption, efficient chip area utilization, and improved data processing. Finally, the paper concludes by summarizing the key findings and advancements achieved with this design.