5G Technology Analysis in Relation to Electromagnetic Waves

Abstract

Electromagnetic waves are present in most of the main equipment used by humans. The advancement of 5G mobile network technology has been gaining ground in the telecommunications market and with it both positive and potentially negative consequences as it is used. Fundamental research has been conducted to gain knowledge and familiarity with 5G technology, how it works and its millimeter waves, which is a new range of the electromagnetic spectrum, which works with this new very high frequency and the first time used in technology. mobile network, as well as exploratory research through techniques such as bibliographic surveys in search of data such as frequency, related to 5G and the equipment transmitting electromagnetic waves, and conducting a comparative study to determine through the data collected from both , pointing out studies that present the evils that may cause the human being due to the use of high frequency. According to the results obtained on the 5G, the use of mobile network frequency presents no risks compared to other equipment that humans have been using. Therefore, despite the research results, it is still too early to point out possible damage over the years with the use of this technology, not ruling out possible consequences.

A new model path for the development of smart leisure sports tourism industry based on 5G technology

“…From the perspective of wireless communication technology [15], non-orthogonal multiple access (NOMA) technology uses power domain multiplexing to allow multiple users to share the same spectrum resource, while using serial at the receiving end. The interference cancellation technology (successive interference cancellation, SIC) decodes the user signal [16], which greatly improves the spectrum efficiency of the network. Network slicing technology allows multiple virtual networks to be built on the infrastructure, meets the differentiated needs of vertical industries, ensures that mobile services can customize virtual networks on demand, and greatly improves the flexibility of mobile service deployment [17].…”