The distance you should be from a 5G tower varies based on the frequency band. For low-band 5G, you can be several miles away and still receive a signal, while mid-band 5G might require you to be within a few miles. High-band 5G, known as mmWave, has the shortest range, often requiring you to be within a few hundred meters of the tower for a strong signal. Obstacles, user load, and local regulations can also affect signal strength and coverage.
How far away should you be from a 5G tower?
The distance you should be from a 5G tower can vary depending on several factors, including the frequency band used, the specific equipment on the tower, and local regulations.
5G operates on a range of frequencies, including low-band, mid-band, and high-band (mmWave). The distance from the tower at which you can receive a strong and reliable 5G signal depends on the frequency:
Low-Band 5G (Sub-6 GHz): This is the most common type of 5G, and it has relatively good coverage. Low-band 5G signals can travel longer distances and penetrate buildings better than higher-frequency bands. You can typically be several miles away from a low-band 5G tower and still receive a signal, similar to 4G coverage.
Mid-Band 5G: Mid-band 5G offers a compromise between coverage and speed. It doesn’t reach as far as low-band, but it provides faster speeds. You might need to be within a few miles of a mid-band 5G tower to get the best signal.
High-Band 5G (mmWave): High-band 5G, often referred to as mmWave, offers the fastest speeds but has the shortest range. To get a strong mmWave signal, you may need to be within a few hundred meters (or even closer) of the tower. It’s typically used in dense urban areas for high-capacity data transmission.
Keep in mind that obstacles like buildings, trees, and hills can impact the range of 5G signals. Additionally, the number of users connected to the tower can affect signal strength, especially during peak usage times.
Local regulations and tower deployment strategies also play a role. In some areas, there may be zoning restrictions that limit how close 5G towers can be to residential areas or schools.