Radio frequency is classified as 5G when it falls within the spectrum of 1GHz to 300GHz, which means that the current technology we are utilizing in New Zealand can be categorized as low to mid-range 5G. In comparison, 5G levels that exceed what we currently have available in New Zealand involve transmissions in the millimeter wavelengths, specifically above 28GHz. This elevated frequency necessitates that the transmission towers be positioned closer together, typically every 200 to 400 meters, because higher frequencies cannot travel as far as lower ones can. 5G technology operates using a 16-degree beam, but it faces challenges penetrating obstacles such as trees and various types of infrastructure.

Consequently, in some countries, there have been efforts to cut down trees to facilitate the deployment of 5G networks. In contrast to previous generations of radio frequency, which radiated broadly like the wide spray of a shotgun blast, 5G is much more targeted, akin to a sniper bullet in its precision. In New Zealand, the highest frequencies currently available on the Spark network are 2.4GHz, while the OneNZ network offers up to 3.7GHz.

However, it is anticipated that these frequencies will progressively increase, resulting in more powerful signals. Alarmingly, 5G will operate concurrently with the existing 3G and 4G networks, which raises concerns. There has been insufficient research conducted to fully understand the biological impacts of 5G; numerous scientists and medical professionals worldwide advocate for an immediate halt to its deployment. They argue that further studies must be undertaken to establish that there are no harmful effects, not just on humans, but also on animals, insects, birds, and the broader natural ecosystem. This situation presents a scenario where the entire planet is being utilised as a sort of experiment, with the long-term consequences of 5G still largely unknown and possibly undiscernible for many years to come.

Studies showing harm with exposure to 5G