Cross-floor project collaborators
If large project folders regularly move between devices on different floors, assess the connection between mesh nodes as well as signal in each work room. Check where fixed work devices could use Ethernet.
For regular project-file sharing across three storeys, start with node placement and the connection between nodes, rather than advertised Wi-Fi speed. Where cabling is practical, use Ethernet between nodes and for fixed computers or a NAS; Ofcom advises using Ethernet for a fixed computer, while walls and floors can weaken Wi-Fi. If cabling between floors is impractical, consider a mesh system with greater wireless backhaul capacity and place each node where it can still receive a usable signal.
If large project folders regularly move between devices on different floors, assess the connection between mesh nodes as well as signal in each work room. Check where fixed work devices could use Ethernet.
A desktop, NAS or switch connected by cable need not rely entirely on a device-to-node Wi-Fi link. Multi-gig ports matter only if the connected devices, cabling and storage can also use them.
If weak upstairs or downstairs coverage is the main problem, plan node positions before choosing hardware by its headline speed. Ofcom notes that signals weaken as they pass through objects, so an extra node still needs a usable connection to the rest of the mesh.
Choose the connection between floors first, then check whether the ports and devices along the project-file transfer path can use the capacity you plan to buy.
Choose when: Ethernet can connect node locations on different floors and project files regularly move between fixed devices.
Allow for: Cable routes and suitable connections throughout the transfer path; faster node ports alone cannot make a slower device or storage drive faster.
Choose when: Cabling between floors is impractical, but an intermediate node can receive a usable signal and cross-floor transfers are frequent.
Allow for: Walls, ceilings, distance and interference still affect the link; an advertised wireless rate is not a room-by-room file-transfer speed.
Choose when: Coverage is the main priority and project-file transfers between floors are occasional.
Allow for: Wireless links between nodes share radio resources with other traffic, so check whether a fixed computer or storage device can instead be wired to a nearby node.
| Concern | What to check | Who this matters to |
|---|---|---|
| Coverage across floors | Plan a node layout for the rooms where files are used, and check that each node can maintain a usable connection. Confirm whether the pack can be expanded. | When work moves between floors, I need a dependable signal in each working room, not just beside the main router. Around 42% of consumers would put cross-floor coverage first. |
| Local file-transfer capacity | Check wired-backhaul support and the port speeds of relevant nodes, computers, switches and storage devices. | Frequent transfers between my workstation and NAS make the whole local connection path important. For around 33% of consumers, transfer capacity would be the primary concern. |
| Setup and proportionate equipment | Check the number of nodes and ports needed for the property, and whether any services you want have continuing terms. | I mainly want usable coverage and share files only occasionally, so a more elaborate network may offer capacity I seldom use. Simplicity would come first for around 25% of consumers. |
Advertised rates do not describe the signal a node will receive through the floors and walls of a particular house. Ofcom notes that objects and building materials can weaken Wi-Fi.
Plan node positions and test transfers from the rooms used for project work. If a node has a weak connection, try moving it before adding equipment.
A workstation-to-NAS transfer can still be constrained elsewhere along the path, including at a computer, switch or storage device.
Check the computer adapter, cables, switch, mesh ports, NAS connection and storage before deciding whether multi-gig ports will be useful.
Using those ports may also require cabling, a suitable switch or compatible adapters and storage.
Three nodes provide a starting layout, not proof that signals will pass reliably through this house’s particular floors and walls.
Place each additional node where it can connect to the mesh, then test the working rooms. Repositioning a node or using wired backhaul may be more useful than relying on the pack’s stated coverage area.
A listing name alone is not enough to settle which pack, ports and accessories a particular variant includes.
Before ordering, check the product-detail page for the full model, pack size, Ethernet ports, plug and included accessories, along with the applicable warranty, returns and UK-market documentation.
The Deco BE65 is a relevant example when fixed work devices or mesh nodes can use Ethernet.
The Orbi 970 series is a higher-capacity route to consider when Ethernet connections and the link between nodes are priorities.
The eero 7 three-pack is a simpler dual-band option to consider when coverage and occasional file sharing take priority.
Three nodes are a sensible starting plan if all three floors need service, but the count does not guarantee coverage. Ofcom notes that objects weaken Wi-Fi signals, so place each additional node where it can still connect to the mesh and test the rooms where files are shared.
Not necessarily: a transfer between devices on the home network has different limits from the incoming broadband connection. For a fixed computer, Ofcom advises using Ethernet; also check the mesh ports, cables, switch, computer adapters and storage along the transfer path.
Whether it can replace the router depends on the broadband connection and the mesh model. TP-Link says Deco can connect to an existing router by Ethernet; before buying any mesh system, check whether your provider’s equipment must remain in place and what connection the mesh requires.