Satellites won’t be replacing cell towers any time soon. When you compare latency, bandwidth, and all-around costs, 5G cell sites offer far better performance—especially in densely populated areas—at a much lower cost to the community.
There are places infrastructure can’t go.
Today, strong wireless infrastructure is vital to economic growth, quality of life, and public safety. As the wireless network grows—and
Whatever the case for your community, creating and expanding a successful wireless network is a cooperative effort.
Leadership and business.
Local policies play a key role in how quickly wireless networks can be deployed. Clear processes, timely reviews, and consistent access to infrastructure help ensure communities get the reliable connectivity they need. Common areas where local governments and businesses can support network build-out include:
Streamlining and updating local permitting policies and processes helps prevent delays as more macro and small sites are deployed to meet demand.
Allocating enough resources to meet required timelines, such as those outlined in Section 6409 of the Spectrum Act.
Providing access to government-owned sites like utility poles and streetlights through the timely processing of right-of-way applications.
Reasonable fee structures that allow for the large number of sites needed to support infrastructure deployment for strong, reliable coverage across entire communities.
Community members.
Whether you want to advocate for better wireless in your area or have questions about a proposed cell site near you, taking part in the process is key. Here are some ways to get involved:
Attend public hearings to show your support and encourage other residents or groups who are passionate about improving connectivity to join you.
Engage in or organize community meetings and workshops to learn about a project's goals and benefits or ask questions about the proposed site.
Create or join digital literacy programs or seek out information about local jobs and training opportunities related to your community’s wireless networks.
Before recommending new structures,
If a new tower is needed, we approach the process with care and transparency to evaluate siting options that meet the community’s needs for wireless service. We handle all permitting and documentation thoroughly and submit plans
Siting for safety and coverage.
When deciding where to place a new cell site,
Radio frequency design engineers develop a map that identifies your community’s coverage and capacity gaps and outlines the geographic boundaries or “search ring” where the new site should be located.
As part of the evaluation, trained personnel eliminate any candidate sites that are unsuitable due to zoning, regulatory issues, environmental and safety impacts, natural or human-made obstacles, or aesthetics.
Property owners whose parcels contain good candidates for a site are contacted about the option of leasing their property to
A list of potential candidate sites and landlords are submitted to the radio frequency engineers, who then select the best option.
Permitting.
The permitting process might vary depending on your local jurisdiction, but most new cell towers and site improvements must be approved by the local land use office. A typical process may include:
Required zoning applications must be submitted and approved. These applications may include details about the site’s proposed design (location, height, setbacks, etc.), propagation maps (predicted signal strength and coverage area), impact on the surrounding area, and compliance with local and federal regulations.
Building permits must be submitted, including tower mapping to identify the need for a new site and analysis reports of the site’s structure (location, dimensions, setbacks, wind loading velocity, etc.). Power and backhaul electrical drawings and a permit for new cable might also be required.
The time to review and approve permits and applications must comply with Section 6409 of the Spectrum Act. If an application is submitted to modify an existing site, it must be approved in 60 days. For new sites or towers, some jurisdictions allow for longer review times.
The right wireless infrastructure for your community depends on several factors: physical geography, building density, and how many people are using the network.
Strong wireless networks depend on two things: coverage and capacity.
Coverage refers to the geographic area where the network is available.
Capacity is the amount of traffic the network can handle at once.
Together, coverage and capacity determine whether a video call connects, a VR game renders smoothly, or reliable bandwidth is available to someone working from home.
Any network has a finite amount of capacity. Just like traffic congestion on a road, when too much information is being transmitted over a wireless network at once, the speed of the network slows down.
Improving both coverage and capacity requires denser wireless networks. That doesn’t always involve building new cell towers or macro sites. Thanks to innovations like small cells,
Like 4G before it, 5G uses spectrum, or radio waves, to transmit data at safe, regulated levels. Only 5G does it better.
The difference? 5G networks use a mix of radio frequencies to balance performance, coverage, and capacity.
It's this multi-spectrum technology that makes the shift from 4G to 5G a game changer for everyone.
Speed. 5G is up to 10 times faster-that means less buffering of your favorite show.
Connectivity. 5G can connect more devices at once and deliver better service to all communities.
Security. 5G keeps your data safer with stronger encryption and security features.
Efficiency. 5G consumes much less energy, making it better for you and the environment.
What's next? 6G, of course.
It’s not just about building more infrastructure. Meeting your community’s wireless demands requires the right infrastructure in the right places.
Cellular antennas are installed on rooftops, building facades, and tall monopoles to provide coverage over wide areas and long distances. The higher they're installed, the further their signal can travel, reducing the total number of sites needed to cover a region.
Small cells are compact, low-power antennas that enhance network performance in busy areas. Installed on streetlights, utility poles, or inside large buildings, they add extra capacity and help ensure reliable service in crowded or high-usage zones.
A distributed antenna system (DAS) is a network made up of a base station connected to a group of antennas installed in indoor or outdoor locations to improve wireless coverage and capacity. DAS deployments in public spaces often require permits.
As we continue to expand our nationwide 5G network across the country,
