Different designers used different substrate materials to design sub-6GHz 5G antennas,
therefore, it becomes imperative to carry out different investigations and analysis on the …

Communication systems have been driven towards the fifth generation (5G) due to the
demands of compact, high-speed, and large bandwidth systems. In this research, a 28 GHz …

In this paper, a 3.5 GHz microstrip patch antenna using three different substrates materials
with varying relative permittivity have been designed. However, the thickness of the …

This paper presents a design of a centre-fed Rectangular Microstrip Patch Antenna (RMSA)
that resonates at exactly 3.8 GHz. The effect of the dielectric material's choice, substrate …

—Fifth generation (5G) is the next major phase of mobile telecommunications standards
beyond the current 4G, which will operate at millimeter-wave frequency band. In any …

The performance characteristics of microstrip patch antennas depend on various
characteristics like substrate material selection, patch dimensions, feeding techniques …

In this research paper, various substrates are analysed to design a rectangular microstrip
patch antenna for high frequency 5G applications. The proposed rectangular patch antenna …

This paper presents the design and simulation of a microstrip patch antenna operating at 28
GHz for 5G communication. The antenna operates at the Local Multipoint Distribution …

The higher frequency spectrum prevalence of the next generation of mobile communication,
as well as other new service applications, will likely be dependent upon new advanced …

The main objective of this paper is to design and simulate the microstrip patch antenna
which operates at 28GHz for advanced 5G communication. The designed antenna achieves …