Blog › Dead Zones
March 10, 2026 · 7 min read
Every home has them. The master bedroom where your phone says "Connected" but video won't load. The basement office where Zoom calls crash every 20 minutes. The backyard patio where you can't check your phone without walking back inside. These are WiFi dead zones, and they're more predictable than you might think.
WiFi transmits on radio frequencies — 2.4 GHz and 5 GHz. These radio waves pass through some materials easily (air, glass, thin drywall) and get absorbed or reflected by others. The further a signal travels and the more obstacles it passes through, the weaker it gets. By the time it reaches a room on the far end of a large house, there may be very little signal left — not enough for reliable video streaming or VoIP calls.
Different building materials absorb WiFi signal at dramatically different rates:
This is why older New England homes — Providence's East Side Victorians, colonial homes in suburban Rhode Island and Massachusetts, brick triple-deckers — consistently have the worst WiFi coverage. Their construction was excellent for the 19th century but it's terrible for radio frequency propagation.
Most routers get placed wherever the cable company installed the modem — which is often in the worst possible location for WiFi coverage. A router in a first-floor closet near the front door has to push signal through the entire depth and height of the house. A router in the basement has to push signal up through the floor. Optimizing router placement helps, but it can only go so far when you're fighting construction materials.
Range extenders are the most commonly suggested fix, and they're also the most disappointing. Here's why: a range extender receives your existing WiFi signal and then rebroadcasts it. But to rebroadcast, it has to use half the available bandwidth for receiving and half for transmitting — so the best case is 50% of the original speed. In practice, it's often worse because the extender is placed in a marginal signal area to begin with.
Worse, range extenders create a second SSID that your devices have to manually switch to. Your phone won't automatically roam from "HomeNetwork" to "HomeNetwork_EXT" — you have to manually switch, and most people don't bother, so they stay connected to the far-away router with a weak signal instead.
Consumer mesh systems like Eero, Orbi, and Google WiFi are better than range extenders because they handle roaming automatically. But they still have a fundamental problem: wireless backhaul. The satellite nodes talk to the main router wirelessly, which creates the same 50% bandwidth problem. In a 3-node mesh system, by the time the signal gets from the main router to node 2 to node 3, you've lost 75% of your bandwidth. You'll get coverage, but you won't get speed.
The permanent solution to WiFi dead zones is running ethernet cable through your walls to access points in the right locations. Each access point connects to your router via ethernet — no wireless backhaul, no speed loss. You get full-speed coverage in every room.
This is exactly what we install: Ubiquiti UniFi access points, mounted in the ceiling or high on walls, connected via ethernet, configured to work seamlessly together. Your phone or laptop automatically roams between them based on signal strength, with no drops and no manual switching. Whether you're in the basement, the third floor, or the backyard, you're always connected to the nearest access point at full speed.
Dead zones in your home?
We permanently eliminate WiFi dead zones in homes across Rhode Island, Massachusetts, Connecticut, and New Jersey.
Call (401) 593-8282 — Free AssessmentWe survey your home, identify every dead zone, and install the right access points to give you full coverage everywhere.