Title : Advanced antennae systems for 5G mm-wave and next generation communication and wireless applications
Abstract:
Nowadays, the industry demands very low-profile antennas and compact antenna systems for point-to-point communication. The antenna's suitability for S-band applications, including weather radar and satellite communications, and its compatibility with X-band applications further underscore its wide-ranging utility. The compact size and robust performance make this antenna a promising candidate for applications in the S band, C band, 5G band, and beyond. The proposed fractal antenna presents a compelling solution for diverse wireless communication needs, spanning 4G and 5G technologies across various frequency bands. The proposed antennae have multiband, which cover more applications in the n257, n258, n259, n260, and n261 5G NR bands and expected 6G bands as depicted in Figure1, with the ground base radio navigation applications, and so forth. One promising future direction is the integration of these antennas into ground-based radio navigation systems, leveraging their multiband capabilities and IoT devices to autonomous vehicles and remote sensing equipment. The size reduction achieved in this research makes it a pioneering contribution, as smaller and more efficient antennas are essential for the proliferation of wireless technologies in diverse environments.
