What’s the Best Way to Get Wifi in Your Garden Office

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We understand how important a stable connection is for working from home, and we know a garden office can be a great place to do it. This guide shows you the best ways to set up your internet.

Best Ways to Get WiFi to a Garden Office

Trust us, we’re not fans of WiFi dropping out mid-call or going offline either. So here are some of the best methods to get it installed, whether extending your home connection or setting up a separate one in the garden office.

Run a direct Ethernet cable from your house

This is a great option if your garden office is a few steps away from your house. You can get internet access by connecting your laptop or computer to an Ethernet cable that runs back to your home’s local area network (LAN).

With a direct connection, an Ethernet cable gives you full speed, low latency, and no signal drop. Though keep in mind that such cables have limits. Most Cat5e or Cat6 cables maintain full speed up to around 100m. Beyond that, signal strength can drop, and speeds may fall.

Tips: If your garden office is further away, we recommend fibre optic cable, as it can handle longer distances and higher speeds. And if your garden room doesn’t have electricity, this guide can be useful:

How to Add an Electric Supply to Your Shed

Use a point-to-point wireless bridge

When running an Ethernet cable isn’t possible, a point-to-point wireless bridge could work for you. Instead of wires, it uses an antenna or radio devices at each access point to create the connection.

You install one unit in your house and another in the garden office. They form a direct link in a straight line between two locations, thereby enabling a far more stable wireless connection than standard Wi-Fi extenders.

The main weakness of this method is that it requires a clear line of sight. The walls of your house can interfere with this. You would need the unit sending the signal to be on a windowsill, pointing across the garden to your outbuilding.

Try a WiFi extender

WiFi extenders can be useful when you can’t move your router or want to avoid running cables. They pick up the signal from your home router, amplify it, and rebroadcast it to your garden office.

However, extenders work best over short distances and where the existing WiFi signal is still strong. If the signal reaching the extender is already weak, it will simply repeat that poor signal.

Use a mesh WiFi system

A mesh WiFi system uses multiple interconnected devices, or “nodes, to expand the coverage of a single WiFi network. It’s like having several mini routers working together.

In practice, one main unit goes in the house, and extra nodes go around the garden. These nodes communicate with each other to create a seamless network, eliminating dead zones or weak spots.

Mesh systems are great for improving coverage, but not as good as a wired connection like Ethernet, especially for very high-demand tasks.

Is 5G Home Broadband a Good Option for Garden Offices?

Yes, it’s a good alternative that doesn’t require linking to your home router for connectivity.

5G home broadband used to be seen as a backup plan, but now it’s a strong plug-and-play option. It comes as a small router or hub with antennas inside and plugs into a power socket. Place it in your garden office, power it on, and connect straight away.

Speeds depend on local coverage, but in many open areas, it’s fast enough for calls, streaming, and daily work. Just make sure the signal strength in your garden is strong.

Do Powerline Adapters Work in Garden Offices?

Powerline adapters can work in a garden office, but there are some limitations. They send the internet signal through the electrical wiring in your building. This is only effective if your garden office and your house share the same electrical circuit.

Say, your garden office is connected to the same consumer unit as your house, the connection may perform reliably. However, if your office has its own separate consumer unit, which is common for outbuildings, the signal often drops or won’t connect at all.

In short: same circuit = may work; separate consumer unit = likely unreliable.