Start a project
Start a project
Home network
and WiFi.
Dead zones, calls that drop in one room, a smart home that works most of the time. These are coverage and infrastructure problems, and they are not solved by a faster internet plan. A designed network for a Salt Lake City home starts with measurement.
Interactive
Construction decides how far a signal reaches. Compare one router against planned access points.
Illustrative. Real coverage is established by a site survey, because construction matters more than floor area.
Square footage is a poor predictor of how many access points a house needs. Construction matters more: plaster with wire lath is close to a shield, concrete and stone heavily attenuate, radiant floor heating affects propagation between levels, and metal ductwork creates shadows that do not appear on a plan.
This is also where coverage gets confused with internet speed. If every device is slow everywhere, that is the service. If devices are fast in some rooms and unusable in others, that is coverage, and no plan upgrade will fix it.
A wired access point has its own cable back to the switch, so whatever it serves has dedicated capacity. A mesh node without a cable relays through another node over the air, using the same radio capacity it is also using to serve devices. Throughput falls with each hop.
That is why a large house can show full signal at the far end and still be slow. In a home where cable can reach the right ceiling locations, wired access points are the better answer and it is not particularly close.
Separating guest traffic, cameras and control systems onto their own segments is sensible practice and limits what a compromised device can reach. It is worth being accurate about what that does and does not achieve: segmentation reduces exposure, it is not a guarantee of security.
Remote access requirements should be stated up front, because they shape how the network is configured and what has to be reachable from outside.
Every run certified to its category with results provided, labelled at the outlet and the patch panel, with a port map showing what connects where. Cable that is not labelled during installation gets traced by hand later, and that cost recurs every time anything changes.
Cable runs and access, equipment, terminations, certification and coverage validation. Access is the variable: before drywall a drop is minutes of work, afterwards it may mean fishing a wall, drilling a plate and repairing finishes.
Common questions
No, and it is worth being direct about that. Your plan speed is what the provider delivers to the building. A designed network makes that speed actually reach every room reliably, which often feels like a speed increase but is a different thing. If every device is slow everywhere, talk to the provider first.
Usually, and the route decides. Some drops are straightforward; some have no path without opening a ceiling. A walkthrough establishes which locations are realistic before anything is quoted, rather than discovering it mid-installation.
If cable can reach the right ceiling locations, wired access points, because each one has dedicated capacity back to the switch. Where cable genuinely cannot reach, a good mesh system with as few hops as possible is a legitimate solution rather than a compromise. Even then, cabling the one or two nodes you can reach improves the whole system.
Serving Salt Lake City and the Wasatch Front, with projects in Park City, Provo and St. George. Coverage elsewhere in Utah is confirmed per project. Residential systems · All services
Next step
Tell us the size of the home and how many floors, what symptoms you are seeing, and what router or wiring is already in place.