Abstract

Overview

As 5G deployment expands globally, concerns about electromagnetic exposure are on the rise, with particular attention to the comparison against pre-5G networks. This study investigates electromagnetic exposure from a cellular tower over a six-month timeframe, highlighting the implications of 5G technology.

Method

The research employed a long-term monitoring strategy to measure electromagnetic exposure levels from both 5G and pre-5G networks at a specific site in Italy.

Findings

Initial results indicate that overall 5G exposure remains lower than that from previous generations. However, there is a noted increase in both the intensity and frequency of exposure peaks from 5G, pointing to potential increases in exposure levels going forward.

Conclusion

The study underscores the necessity of ongoing monitoring and assessment of 5G's electromagnetic impact, suggesting a potential elevation in exposure over time.