Wi-Fi for the whole property, when the house has internet and the shop doesn’t.
What you need is Wi-Fi in the buildings you spend time in, and a faster router or a bigger internet plan rarely does that. Whole home and property Wi-Fi, installed across North Florida and South Georgia, is for houses with thick walls, properties with more than one building, and yards where the signal fades out halfway across.
- 5.0 across hundreds of Google reviews
- Three out of every five Starlink installs go on to become a whole home Wi-Fi job
Why a Wi-Fi extender often falls short, and what works better
The first try is usually a range extender from a big-box store. Sometimes it works. More often it halves the speed, still doesn’t reach the shop, and may add a second network name to switch to. Mesh Wi-Fi is different: several small units, called nodes, work as one network with one name, and your phone moves between them without you doing anything.
| Range extender | Mesh system | |
|---|---|---|
| Speed | Usually halves the speed, because the one device has to receive the signal and then send it out again. | Nodes that connect to each other without a cable lose some speed at each step too. A node fed by a cable gives its full speed to the devices around it. |
| Network name | Often a second network name you have to switch to by hand. | The network keeps one name, and your phone switches between nodes on its own. |
| Reaching the shop | Still doesn’t reach the shop. | A node goes inside the shop itself, connected by a cable where one can be run, or wirelessly where it can’t. |
Connecting the Wi-Fi units by cable where possible
The best node is one with a cable running to it. Wherever a cable can reach a node, it’s worth running one, because a node fed by cable gives its full speed to the devices around it instead of spending half of it talking back to the router. Wireless links are for where the cable can’t go.
Getting Wi-Fi to barns, shops and outbuildings
This work covers barns, shops, second homes, RV hookups and a pole barn across the paddock. Metal buildings add a problem of their own: metal walls block most of a Wi-Fi signal, so a node outside the shop usually won’t cover the inside. The connection has to be brought to a node inside, by a cable or a wireless link. When a building is farther than mesh Wi-Fi can reach, the answer is point-to-point wireless, two antennas aimed at each other between the two buildings, not a stronger signal from the house.
point-to-point wirelessOutdoor Wi-Fi built for Southern weather
Wi-Fi that has to work outside needs hardware designed for outdoor use. Heat, humidity, rain, and changing weather conditions are part of the job throughout North Florida and South Georgia. For outdoor installations, DLT uses outdoor mesh systems.
Wi-Fi cameras need strong Wi-Fi first
A Wi-Fi camera at the edge of the signal sends its data slowly, and a slow device ties up the network for longer than a fast one does. Put four of them on a network that already can’t reach the shop and everything else on it slows down too. So the Wi-Fi gets fixed first and the cameras go on afterwards, which is why Wi-Fi and cameras usually get planned together.
security camera installation
“They had us set up with a custom mesh network and Starlink system in just a couple of hours.”
Frederick C., Google review
5.0 across hundreds of Google reviews
Questions about whole home and property Wi-Fi
(386) 243-9535Donnie answers the phone Monday to Saturday, 9am to 7pm.
Why not just buy a Wi-Fi extender?
Try it first if you like; it’s cheap and sometimes it’s enough. What usually happens is that it halves your speed, often adds a second network name, and still doesn’t reach the building you bought it for. A mesh system, several Wi-Fi units working as one network, solves the same problem properly and keeps one network name across the whole property.
How far can Wi-Fi reach?
Less than people hope. A stronger router alone won’t get Wi-Fi to a far building, because your phone has to send a signal back, and a phone transmits more weakly than a router does. Mesh nodes that connect to each other without a cable have to sit fairly close: the maker of the outdoor mesh system DLT uses recommends keeping each unit within about 33 feet of the next, and 50 feet at most. Past that, or through a metal wall, it takes a cable to a node in the far building or a point-to-point wireless link, two antennas aimed at each other.
Will whole home and property Wi-Fi work with the internet I already have?
Yes. This work spreads whatever connection you already have across the property, so it works on Starlink, cable or fiber. If the connection itself is the problem, that’s a separate job, and it comes first. On Starlink, a separate mesh system plugs into the Starlink router with a network (Ethernet) cable. The Router 3 in Starlink’s Standard kit has two ports for it. The older Gen 2 router needs Starlink’s Ethernet Adapter.
What does whole home and property Wi-Fi cost?
It depends on the size of the property, how many buildings are involved and how much of it can be wired. Fill out the quote request form or call, and describe the property. Standard installations can often be quoted on the call. For other jobs, we’ll discuss the job and give you a quote or explain what else we need.
Do you charge for a site visit?
Yes. A site visit, when needed, is billed. Asking for a quote is free.
Tell us about the property. We’ll give you a quote or explain what else we need.
Donnie answers the phone Monday to Saturday, 9am to 7pm. Closed Sunday.
Whole home and property Wi-Fi across North Florida and South Georgia, about 120 miles out from Lake City.
