Supporting evidence-based legislation for effective 5G deployment
5G mobile networks will enable reliable, high capacity connectivity, and accelerate a digital economy already growing, in terms of data, at 40 % a year. However, European operators face regulatory challenges caused by some locally imposed limits for radio-frequency electromagnetic field (RF-EMF) exposure that diverge from internationally agreed guidance. Ambiguities in interpreting limits delayed 4G deployment and could, it’s feared, also slow 5G rollout. RF-EMF measurement methods are obsolete with 5G technologies and divergent legislation risks undermining the Digital Single Market. Industry, therefore, requires a credible verification methodology, as could be provided by methodologies developed in the previous EMPIR project MET5G.
This project has established measurement capability and recommended traceable RF-EMF measurement methods applicable to high-frequency massive multiple-input-multiple-output (MIMO) 5G base stations and produce best practice guidance. This will lead to more informed debate and regulations, that balance performance and public safety. Sound evidence will also assist the EU Commission to decide whether to harmonise policies on deploying mobile broadband and other wireless technologies.
A Study of Experiment-based Radio Frequency Electromagnetic Field
2020 14th European Conference on Antennas and Propagation (EuCAP)
Selected SSB-based RF-EMF Indoor Measurement Campaigns data
Selected processed 5G base station RF-EMF measurement data
Selected SSB-based RF-EMF Outdoor Measurement Campaigns data
Selected Electric Field Measurement Campaigns data