Montana (MT) DAS & Cell Signal Booster Installers

Cell Booster Installer in Montana

Montana in Latin means mountainou, which is very fitting as it’s one of the eight mountain states. The western part of the state consists of mountains, deep valleys, and forests due to the Rocky Mountains. Many of the state's most populated cities, such as Helena, Missoula, Great Falls, and Bozeman, are located in that region. The eastern side is predominantly hills, river valleys, and grain fields. Such characteristics make the state a great location for business, but those same characteristics also cause cellular signal challenges.

Different factors could be affecting the quality of your cell signal. Some of them include the exact location you live or work in, or how far the nearest cell tower is. Sometimes even the structural materials present in your house or company building can kill your signal. Other times, it’s what’s around your structure: thick trees, tall mountains, rises and valleys – all can affect how and where your cell signal finds you. Sometimes, it’s all of these - a mix of building material, topography, and distance from the signal source can combine to shut down 5G and 4G LTE signals, causing deficient data speeds and lousy reception.

Whether your company is in the Missoula metro area, another major city, or out in the country, Wilson Amplifiers offers complete cell phone signal booster installation. Our accredited cell booster installers can design, install, and integrate commercial cellular boosters, public safety BDAs (bi-directional amplifiers), small cell, and DAS (distributed antenna systems) anywhere in the state of Montana.

Commercial cell signal booster installation solves weak signal issues across all carriers, including AT&T, Verizon, T-Mobile, and more. Our cell system designers make use of the latest iBwave design software to create a custom plan that fits your needs. Once that’s ready, our cell booster installers will assess your site and offer an obligation-free quote. Once installed, your in-building cellular problems will be yesterday’s news.