Range limitations of goTenna Mesh in urban areas?

Urban Obstacles and goTenna Mesh Performance

goTenna Mesh uses a proprietary mesh network technology to extend its range by relaying signals through other devices. However, urban areas present unique challenges due to the high density of obstacles that can disrupt signal transmission. Buildings, in particular, can act as physical barriers, reducing the effective range of the device. In a study, goTenna’s own tests showed that signal strength was significantly reduced when a building was placed between the transmitter and receiver.

Measuring Range in Urban Environments

To accurately measure the range of goTenna Mesh in urban areas, it’s essential to consider the specific environment and obstacles present. In a typical urban scenario, the device’s range may be significantly reduced due to the presence of tall buildings, trees, or other structures that can block or absorb the signal. For example, a study found that goTenna Mesh range was reduced by 75% when transmitting through a single building.

Techniques for Maximizing goTenna Mesh Range in Urban Areas

While the range of goTenna Mesh may be limited in urban areas, there are techniques that can help maximize its performance. By placing devices on higher elevations, such as rooftops or hills, users can potentially increase the range of the device. Additionally, using multiple devices in a mesh network configuration can help extend the range by relaying signals through other devices. In a real-world scenario, users have reported increasing the range of goTenna Mesh by up to 50% by using a combination of these techniques.