How Does The Service Work?
Line of sight signal from our local towers to your home or business
Custom built for rural Northern California
Line of Site Solutions
Our fixed wireless internet sends a strong signal from our towers (or sometimes a neighbor’s setup) straight to an antenna at your home. For the best connection, there needs to be a clear “line of sight” between them (no big trees, hills, or buildings blocking the path).
- The distance can be anywhere from a few hundred feet to 50 miles.
- Longer distances need bigger antennas or stronger equipment on both ends.
For the most affordable setups
Basic radios (using 5GHz or 2.4GHz frequencies) work great up to about 12 miles.
Adding an external antenna can push that to 20+ miles.
We often use a 2-foot dish for 2.4GHz signals, or a 2- to 3-foot dish for faster 5GHz or 3.65GHz bands on longer runs.
Your Home Setup
Your computer or home network connects to a small power adapter (called POE, it sends power and data through one cable). That adapter plugs into your outdoor radio/antenna using a standard Ethernet cable (up to 300 feet long). We mount the radio outside where it has a clear view of our nearest tower, adding a bigger antenna if needed for distance.
Trees, Hills, or Buildings in the Way?
Our local team knows every trick from strategic repeaters to custom setups
To get you fast reliable internet that fits your spot perfectly
No Clear View? How We Bounce the Signal Anyway
Radio waves work a lot like light waves—you can bounce them off surfaces to change direction, just like a mirror redirects light.
We use special “reflectors” (like flat boards or passive antennas) or powered repeaters to redirect the signal around obstacles such as trees or hills.
The trick is getting the timing right: multiple bounces can mix up the signal if they’re out of sync, so our local team carefully plans each setup to deliver strong, clear internet to your antenna.
Here are real-world examples of these non-line-of-sight (NLOS) fixes in action:
- Reflecting Boards
- Live Repeaters
- Antennas in Trees