What Is Fixed Wireless Internet, and Is It a Good Choice for Your Home?

If cable and fiber don’t reach your street, a provider may offer you “fixed wireless” instead. It is home broadband delivered by radio rather than by a wire, and it can be a very good option or a frustrating one depending on where you live. This guide explains how it works, how it differs from 5G home internet and satellite, and what to check before you sign up.

What Fixed Wireless Is

The FCC defines fixed wireless as a radio communication service between specified fixed points. In plain terms: the provider’s transmitter on a tower or tall building sends the signal to a receiver installed at your home, and neither end moves. That is the difference from mobile broadband on your phone, which works anywhere in the provider’s coverage area.

The FCC counts fixed wireless as a fixed (home) broadband service, in the same group as cable, fiber and DSL. It also describes longer-range directional fixed wireless as a way to bring broadband to remote or sparsely populated areas where laying cable would be too costly.

It is not a niche technology anymore. In the FCC’s June 2025 report on internet access services, fixed wireless made up 8.5% of all fixed connections in the US — behind cable (55.2%) and fiber (28.5%), but ahead of copper DSL (5.4%) and satellite (2.3%).

How It Works

1. The provider has radio equipment on a tower or a tall building, connected to its network by fiber or a microwave link.
2. Your receiver — a small antenna on the roof or wall, or an indoor gateway — picks up the signal.
3. A cable runs from the receiver into the house to a router, or the gateway itself has a router and Wi-Fi built in.

From the router onward, everything is the same as with any other home internet: your devices connect over Wi-Fi or Ethernet. Fixed wireless is not Wi-Fi from the tower — the link from the tower is a separate radio connection, and Wi-Fi only exists inside your home.

Two Kinds: WISP and 5G/LTE

Fixed wireless covers two quite different services:

• Wireless ISPs (WISPs). Usually local or regional providers that install an outdoor antenna aimed at their tower. Many use unlicensed spectrum — the FCC’s definition includes fixed service over Wi-Fi-type frequencies — and some use licensed bands. These links generally need a clear or near line of sight to the tower: NTIA project documents describe choosing tower sites so the signal can reach homes without trees or terrain in the way.
• 5G and LTE home internet. Cellular carriers use their mobile network and licensed spectrum to serve a gateway that sits indoors near a window. Verizon describes its 5G Home service as fixed wireless access and as self-installable, plug-and-play. See what is 5G home internet for this type in detail.

Both are “fixed” because the service is tied to your address, not to a device you carry.

Compared With Other Options

• Cable and fiber are usually faster and more consistent where they are available. See fiber vs cable internet.
• Satellite reaches almost anywhere, but the FCC notes its speeds depend on line of sight to the satellite and on weather, and that extreme weather can disrupt it. Fixed wireless from a nearby tower is a terrestrial link, so it avoids the long trip to orbit.
• A mobile hotspot uses the same kind of cellular network as 5G/LTE fixed wireless, but it is meant for a few devices on the move. The FCC notes mobile broadband is typically slower than wired or fixed wireless service. See mobile hotspot vs home internet.

Pros and Cons

Advantages:

• Available where cables don’t reach.
• No digging or wiring to the street; installation is usually quick, and 5G gateways can be set up by yourself.
• Ping is typically lower than geostationary satellite, because the signal travels to a nearby tower, not to orbit.

Drawbacks:

• Signal path matters. Trees, hills and new buildings between you and the tower can weaken or block the signal, and a link that works on the day of installation can degrade as trees grow.
• Shared capacity. Everyone on the same tower sector shares its capacity, so evenings can be slower.
• Speed varies by address. Two neighbours can get very different results depending on distance and obstacles.
• CGNAT is possible. Some wireless providers share one public IP address between many customers, which affects port forwarding and hosting. See what is CGNAT.

Router and Setup Tips

• Placement of the receiver is everything. An outdoor antenna should be aimed by the installer; an indoor 5G gateway works best by a window facing the tower, often on an upper floor.
• Use your own router if the gateway is weak at Wi-Fi. Put the gateway where the signal is best and run Ethernet to a router or mesh system in the middle of the house. If both do routing, avoid double NAT by putting the gateway in bridge or passthrough mode if it has one.
• Check latency, not only speed. For calls and games, run a speed test at busy hours and look at ping and jitter — see what is a good ping and what is bufferbloat.

What to Ask a Provider

The FCC’s broadband labels require providers to show typical download and upload speed, typical latency, monthly price, fees and any data cap for each plan. Before signing up, compare those, and also ask:

• Do you need to check line of sight at my address, and what happens if the signal is poor?
• Is there an installation fee, equipment fee or contract?
• Is there a data cap, and what happens after it?
• Do I get a public IP address, or is the service behind CGNAT?

To estimate the speed you need, see how much internet speed do I need.