Radiation Analysis in a Gradual 5G Network Deployment Strategy

Abstract

Overview

In our research, we explore the escalating concerns about the increased levels of electromagnetic radiation following the 5G network deployment in areas already covered by 2G, 3G, and 4G networks. A specific model for deploying a 5G network within downtown Austin, Texas, is proposed utilizing existing 4G LTE sites.

Findings

• The model is built considering the electromagnetic field (EMF) exposure limits according to current standards and comparing them to levels using only the LTE network.
• Simulation results demonstrate a significant increase in radiation when 5G cell towers are added.
• Several international and national standards specify varying EMF limits, highlighting the potential for unsafe exposure levels.
• The paper discusses a detailed analysis of 5G deployment under these strict exposure constraints, pointing out the economic and technological challenges of achieving safe radiation levels.

Conclusion

The findings necessitate a critical review of governmental and technological approaches to EMF exposure limits to mitigate health risks associated with 5G radiation levels. It advocates for innovative design and strategic deployment of 5G infrastructure to align with health safety standards and reduce public health risks.