Owners of fixed, wired-only devices
A desktop, music streamer, TV, console or other stationary device needs an Ethernet connection in a room away from the router. Connection predictability matters more to you than avoiding a cable at all costs.
If you can run an acceptable cable to the upstairs device, start with direct Ethernet. If a new cable route is impractical, a powerline kit is worth testing at the intended wall sockets; a mesh satellite is another option when it has a spare Ethernet port and can maintain a suitable link to the router.
A desktop, music streamer, TV, console or other stationary device needs an Ethernet connection in a room away from the router. Connection predictability matters more to you than avoiding a cable at all costs.
You need an Ethernet port upstairs but cannot, or would rather not, run a visible cable between rooms. Powerline may be an option if the intended wall sockets and electrical circuit are suitable.
You need a port for one wired device and would also make use of Wi-Fi near it. A mesh satellite could address both needs if the exact unit has an available Ethernet port and a suitable connection back to the router.
Compare a safe, acceptable cable route with the less disruptive alternatives before buying equipment. Moving compatible network equipment may also shorten the cable needed, but only if the broadband connection and household layout allow it.
Choose when: A cable can reach the device by a safe, acceptable route; add a switch at the remote end only if more ports are needed.
Trade-off: Concealing or permanently routing the cable may involve trunking, drilling or installation work.
Choose when: You want to try a connection between rooms without running a new data cable, and suitable wall sockets are available at both ends.
Trade-off: The result depends on the property’s electrical wiring and must be tested at the sockets you intend to use.
Choose when: You also want Wi-Fi near the device and can place a compatible satellite where its link to the router works well.
Trade-off: The device plugs into Ethernet, but the satellite’s connection back to the router may still be wireless.
| Concern | What to check | Who this matters to |
|---|---|---|
| Connection predictability | Check whether a direct cable route is acceptable and whether the device location needs more than one Ethernet port. | When my fixed device depends on Ethernet, I would favour a straightforward connection even if routing a cable takes work. Around 38% of consumers put connection predictability first. |
| Avoiding a new cable route | For powerline, check the intended wall sockets and electrical circuit; for mesh, assess satellite placement. | I need a port upstairs without a conspicuous cable through finished rooms, but I can test whether an alternative works there. Avoiding that cable is the primary concern for around 31% of consumers. |
| Ethernet alongside local Wi-Fi | Confirm that the exact mesh satellite has a spare Ethernet port and is compatible with the planned system. | If nearby wireless devices also need coverage, I want the remote unit to serve them without leaving my wired device disconnected. Around 23% of consumers put this combined need first. |
| Keeping setup simple | Check whether the broadband connection, router position and available power sockets permit moving compatible equipment. | I would rather move equipment than add another system if the router can still connect to broadband and reach the device. Around 8% of consumers primarily want to minimise extra hardware. |
The advertised maximum does not tell you how the adapters will perform on your home’s electrical wiring. Socket choice and electrical interference can affect the usable connection.
Try a two-adapter kit at the actual router and device locations, plugged directly into wall sockets, and assess the connection with the device you intend to use.
Better Wi-Fi coverage alone cannot connect an Ethernet-only device. The remote satellite needs an available Ethernet LAN port.
Check the exact satellite specification and count the ports available to the device, particularly if you plan to use Ethernet backhaul.
Connecting several wired devices at that location may also require a separate network switch.
Mesh add-ons can depend on a particular router or product family. NETGEAR, for example, says Orbi add-on satellites must be compatible with the existing Orbi router or system.
Check the manufacturer’s compatibility guidance for both model numbers before choosing an add-on rather than a complete system.
An incompatible add-on may mean changing the router or choosing a matching mesh system instead.
A cable may solve the device’s Ethernet requirement without adding powerline or mesh equipment. Ofcom advises that a direct Ethernet connection to the router should be faster and more reliable than Wi-Fi.
Map a safe route around doorways and skirting before deciding. If permanent building work is involved, check the requirements applicable to the property before proceeding.
TP-Link has powerline kits for a remote Ethernet endpoint and Deco mesh systems for setups that may use Ethernet backhaul, depending on the model.
devolo’s Magic 1 LAN range is relevant when you want a wired endpoint supplied through a compatible powerline setup.
NETGEAR’s Orbi range is relevant when a compatible mesh satellite can provide Ethernet near the device; supported setups can also use Ethernet backhaul.
These products offer powerline or mesh routes to an Ethernet connection in another room. Compare their connection method and the port you need at the device before deciding whether either route suits your home.
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Consider this powerline kit if you want to try providing Ethernet away from the router without a new room-to-room data cable, while also wanting Wi-Fi at the remote unit.
The title specifies Gigabit Ethernet and Powerline Wi-Fi; AV1300 is a product rating, not a promise of the speed at your device. Check the intended wall sockets and circuit, then test the connection where you will use it.
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Consider this mesh system if you also want Wi-Fi near the remote wired device. Confirm that the satellite you intend to place there has an available Ethernet port and can maintain a suitable link to the router.
The product title specifies a dual-band, three-unit system and 2.5Gbps Ethernet; those specifications do not establish the connection speed or backhaul arrangement in your home.
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Consider this powerline kit if a wired endpoint in another room is your main need and you would prefer not to route a new data cable between rooms.
The title specifies Gigabit Ethernet and a passthrough socket. AV1300 is an advertised powerline rating rather than the speed you should expect at home; check the circuit arrangement and test the intended wall sockets.
They may work, but the floor layout alone cannot tell you how well. TP-Link says a basic powerline network needs two units on the same electrical circuit, so test the intended wall sockets with the device you plan to connect rather than relying on the advertised maximum rate.
Use free wall sockets for setup and testing where possible. devolo warns that power strips shared with other devices can result in a low data rate.
No: the exact satellite needs an available Ethernet LAN port, and an add-on must be compatible with the intended mesh system. NETGEAR says Orbi add-on satellites require a compatible Orbi router or system rather than working as standalone Wi-Fi extenders.
Only the connection from your device to the satellite is necessarily wired. If the satellite communicates wirelessly with the router, that part of the route remains wireless; Ethernet backhaul instead requires a cable between the mesh units.