The installation of mobile hardware, such as mobile phone antennas, cellular modems or signal boosters, requires precision and a thorough understanding of the surrounding environment. A mobile phone coverage analysis tool such as the NCM is a vital tool that can simplify the process, ensuring optimal performance for installers. Here’s how it can help:

1. Determining Where to Point a Mobile Phone Antenna

One of the most critical aspects of installing cellular hardware is aligning the antenna correctly. The NCM provides accurate data on not only the location of mobile phone towers, but also the direction in degrees from a particular location. It will recommend the best cell tower for the location as well as alternative towers to try. This allows installers to identify the direction with the strongest signal and aim the antenna accordingly. Proper alignment ensures:

• Enhanced signal reception.

• Reduced chances of dropped calls or slow data speeds.

• Maximised hardware efficiency.

2. Calculating the Distance to the Mobile Tower

Knowing how far the installation site is from the nearest mobile tower is crucial. The NCM displays this information in km, which helps installers:

• Choose the right equipment, such as antennas with appropriate gain.

• Evaluate the need for additional components like signal boosters.

• Plan installation strategies for optimal signal strength.

3. How to Locate a Mobile Tower

The NCM makes locating nearby mobile towers straightforward. By integrating maps and tower location databases, this coverage checker tool provides:

• Recommended and Alternative tower options

• Visual representations of tower positions.

• Specific details about the tower’s frequency bands and technology (e.g., 4G, 5G, 700, 1800).

• Address and GPS coordinates of the tower

4. Evaluating the Elevation Profile

The terrain between the installation site and the cell tower can significantly impact signal strength. The NCM include elevation profiling tools, which help installers:

• Identify potential obstacles like hills, vegetation or buildings.

• Determine the need for higher mounting points.

• Plan for optimal line-of-sight connections.