AN OVERVIEW OF DEPLOYMENT AND APPLICATION OPTIONS FOR 5G NR TECHNOLOGY-BASED NETWORKS

Abstract

This paper is focused on the relevance and prospects of fifth-generation networks (5G), which becomes particularly important in the context of the increasing number of mobile devices and devices for machine-to-machine interaction. The main goal of this article is to explore possible scenarios for the use of 5G NR technology and deployment options, highlighting their advantages and disadvantages.

The primary emphasis is also placed on describing wireless access networks within fifth-generation networks, including the radio interface, its architecture, and key components. The conclusions of this article are based on materials that underscore the flexibility and functionality of 5G networks depending on their purpose and deployment location.

The article highlights that 5G networks can be used for various projects and deployment scenarios, each with different initial configurations, providing reliable and high-speed communication for network elements, mobile devices, and other equipment. 5G technologies offer a wide range of possibilities for network operators, industries, and municipal services, thanks to the diversity and characteristics of frequency bands in 5G networks, such as high-frequency bands that provide high bandwidth, and technologies like massive Multiple-Input Multiple-Output (MU-MIMO) that enhance the user experience.

These advanced technologies enable the development of industrial automation, smart cities, healthcare, and other fields, creating new sources of revenue, improving the user experience, and driving scientific and technological progress. In conclusion, fifth-generation networks (5G) are a key component of the modern world, helping to address various challenges and promote societal development in the digital era..