The range of a 5G mobile signal varies depending on the frequency band used. Low-band 5G, also known as Sub-6 GHz, can cover several kilometers and offers better penetration through buildings and obstacles. Mid-band 5G typically covers hundreds of meters to a few kilometers, balancing coverage and speed. High-band 5G, or millimeter waves, generally provides coverage of several hundred meters and is more limited by physical obstructions and atmospheric conditions.
The distance that a 5G signal can travel is influenced by the frequency band and environmental factors. Low-band 5G can travel several kilometers, offering extensive coverage and better indoor penetration. Mid-band 5G typically reaches a range of a few hundred meters to a couple of kilometers. High-band 5G, with its millimeter waves, usually covers a shorter distance of a few hundred meters and is more affected by obstacles and weather conditions.
The typical range of a 5G phone signal depends on the frequency band used. For low-band frequencies (Sub-6 GHz), the range can extend several kilometers, providing broad coverage. Mid-band frequencies offer a range from several hundred meters to a few kilometers. High-band frequencies, or millimeter waves, have a shorter range, usually covering a few hundred meters and experiencing reduced effectiveness in dense environments.
The mobile 5G frequency range encompasses several bands. Low-band frequencies, also known as Sub-6 GHz, range from 600 MHz to 1 GHz. Mid-band frequencies, or mid-spectrum, typically range from 1 GHz to around 6 GHz. High-band frequencies, or millimeter waves, range from 24 GHz to 100 GHz. Each band has different characteristics affecting coverage, speed, and penetration.
The range of 5G wireless signals is affected by the frequency band used and the environment. Low-band 5G offers a broader range, typically several kilometers, with better coverage and penetration. Mid-band 5G provides moderate range, usually covering hundreds of meters to a few kilometers. High-band 5G, or millimeter waves, has a shorter range, generally covering several hundred meters, and is more susceptible to attenuation from obstacles and atmospheric conditions.