![]() ![]() To do that, you’ll need to perform a site survey. The first step in fixing your poor AT&T signal is identifying where the problem lies. However, there are solutions you can take advantage of to better your prospects. Improving the AT&T signal in your building can be a process, especially if you’re facing high network congestion or stubborn building construction. Even things such as trees and tall hills cause signal loss. If your building is a downtown high-rise surrounded by other commercial buildings, then it will be that much more problematic for your devices to grab hold of a strong signal. Just as a building’s construction can impact signal strength, the surrounding environment does as well. ![]() Coupled with green design practices, a modern, eco-friendly building can create a veritable dead zone for cell coverage. Of course, concrete and steel used in most construction projects also dampen cellular signal considerably. – Bricks and blocks: Clay, shale or cement bricks and blocks reduce cellular signals significantly. – Low-E glass: This glass creates a barrier against UV without obstructing light, but it also subtracts a significant amount from cellular signals. Energy Star and LEED construction projects use problematic materials, such as: The design and construction of eco-friendly buildings, for example, cause a variety of issues with the frequencies used by mobile carriers. The Building’s Construction MaterialsĮven in areas where a signal is strong, the materials of your building could be interfering. ![]() If too many of them try to get through at the same time, nobody goes anywhere. You can think of it as a doorway that people walk through. If there are more people using the network than what it’s designed to accommodate, then you’ll experience significant slowdowns, dropped calls, and generally poor connectivity. The towers are designed to accommodate a significant amount of total bandwidth, but they can still be strained - especially if they’re utilizing older technologies. When people use a cellular tower, whether it’s for a phone call or they’re browsing the web on their smartphone, they use a certain amount of bandwidth. That said, if you’re in an area that doesn’t yet have 5G coverage, your poor cellular connection could be the result of network congestion. It’s important to note you’ll also need a 5G-compatible phone to take advantage of all that 5G has to offer. As it upgrades its network to 5G, bandwidth improves and networks get faster. Right now, AT&T operates on over half a dozen 4G LTE bands on multiple frequencies to maximize coverage. You’ve likely seen this referred to as Mbps and Gbps, respectively. It’s typically measured in bits per second, though modern networks are calculated by a factor of bits per second and even billions of bits per second. This determines both how strong your connection is and how much throughput, or bandwidth, you get from it.īandwidth refers to the amount of information that can move through a network in a given amount of time. Much of AT&T’s signal strength comes down to how many towers you have in your area and the frequencies the company operates those towers at. Thankfully, if you’re looking for ways to improve the AT&T signal in your commercial building, then there are some steps you can take to make stronger signal a reality in your business. These networks can be hindered by inadequate technology on the carrier’s part, too many people using them simultaneously, or simply an environment not conducive to reliable cellular signal. Individuals now run their lives from smartphones, but the mobile networks these devices rely on aren’t perfect. While mobile phone technology has come a long way, people still experience a dropped call or slow internet speed every now and again. These days, smartphones are practically necessary for everyday life. It wasn’t that long ago that plastic flip phones were luxuries only a few could afford. ![]()
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