In the Fifth-Generation network, the mobile networking requirements are more likely to work
at the millimetre wave frequency bands, which are superior to the frequency bands used in …

A low-profile microstrip patch antenna (LMPA) with defected ground structure (DGS) for 5G
applications has been developed and proposed in the paper. The antenna has a large …

In this paper, a novel proximity-coupled fed microstrip Circular Patch Antenna (CPA) is
proposed for 5G applications. The proposed CPA resonates at a frequency of 3.5 GHz. The …

Recently, the increasing demands of 5G of higher data rates, and lower latency have been
progressively investigated to cater the modernization and technology development. In order …

Abstract Fifth-generation wireless (5G) is the next cellular technology iteration, designed to
significantly improve wireless network speed and responsiveness. Besides, 5G allows a …

This paper presents the design and analysis of a rectangular microstrip patch antenna using
two different substrates material that are FR-4 and RT-Duroid 5880. The aim of this paper is …

Besides bandwidth and gain actuation conflict, a microstrip antenna is easy to fabricate and
install at a cheap cost. Hence makes it suitable for modern-day telecommunication and …

The higher frequency spectrum prevalence of the fifth-generation applications will likely be
dependent on a small advanced antenna technology. Most 5G frequency bands are …

This paper presents a rectangular-shaped microstrip antenna that resonates at dual
frequencies, 33 GHz & 46 GHz. The model was simulated using the Computer Simulation …

The design and simulation of a microstrip patch antenna for 5G mobile networks is
presented in this paper. The antenna operates at the Local Multipoint Distribution Service …