Remote creatives with a thick-wall workspace
If you upload large portfolio files from a room several walls or a floor away from the broadband router, focus on the stability of the connection from that room, not just its Wi-Fi signal indicator.
Who is this for?
Households that can use Ethernet cabling
If you can run a cable or have Ethernet sockets near the workspace, an Ethernet-linked mesh node can avoid a wireless hop between nodes. TP-Link United Kingdom describes this benefit for its Deco Ethernet-backhaul setup.
Households that cannot run a cable
If Ethernet is impractical, you need to assess where wireless mesh nodes could sit—or whether a mesh kit that explicitly supports powerline backhaul suits your layout and electrical wiring.
What matters when choosing?
Mesh with Ethernet backhaul
Choose it when: A cable can connect a mesh node near the upload workspace to the main network.
Trade-off: The cable run and the chosen system’s port and setup requirements need planning. TP-Link United Kingdom says its wired-backhaul arrangement avoids bandwidth loss from a wireless hop.
Powerline-backhaul mesh
Choose it when: Ethernet is impractical and thick walls obstruct the wireless link between nodes, provided the home’s electrical setup is suitable.
Trade-off: Powerline backhaul is model-specific. TP-Link United Kingdom identifies Deco P9 and PX50 as examples, but lists the PX50 as end of life.
Wireless mesh
Choose it when: You cannot run Ethernet and can position a node to give the workspace a shorter wireless path.
Trade-off: The link between nodes still depends on their distance and the materials between them, as ASUS UK notes.
Single router
Consider it when: A central router position already gives the workspace a usable connection without another node.
Trade-off: A newer Wi-Fi generation does not place an access point on the other side of a thick wall.
| Concern | What to check | Who this matters to |
|---|---|---|
| A reliable path between rooms | Check whether a node can be connected by Ethernet and whether the selected mesh system supports the intended wired setup. | I can get a cable near my workspace and want uploads to avoid a wireless link between mesh nodes. Around 37% of consumers put that wired path first. |
| Coverage without cabling | Check the number of nodes in the kit and where each could sit without an unnecessary dense barrier between nodes. | Running cable is impractical, so I need a nearer wireless node that can still communicate with the main router. For around 27% of consumers, cable-free coverage is the primary need. |
| Another path around difficult walls | Confirm that the exact kit supports powerline backhaul and check its current product status. | If walls obstruct the link between wireless nodes, I want to assess whether a kit could use my home’s electrical wiring instead. That alternative comes first for around 27% of consumers. |
| Fast service and newer devices | Check the upload service at your address, router port speeds and whether your upload device supports the proposed Wi-Fi band. | Once the connection to my workroom is usable, I want equipment that matches my broadband service and devices. Around 9% of consumers prioritise that capacity and compatibility. |
Mistakes to avoid
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Expecting a newer Wi-Fi generation to overcome the walls
A Wi-Fi 6E or Wi-Fi 7 label does not shorten the distance between the workspace and the router. ASUS UK notes that distance and building materials affect coverage.
Work out whether the room needs a nearer node and how that node will connect to the main network before comparing Wi-Fi generations.
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Treating advertised coverage as a room-by-room guarantee
A stated coverage area cannot tell you how a particular arrangement of dense walls will affect the connection from your workroom.
Use coverage figures for initial sizing, then check the retailer’s return terms and test uploads from the actual workspace while trying suitable node positions.
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Replacing Wi-Fi equipment without checking broadband upload
A better in-home connection cannot raise the upload service delivered to your property. Ofcom says its address-level broadband figures are predictions and that received speeds can differ.
Check the upload service available at your address alongside the size and frequency of your portfolio uploads.
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Assuming every mesh kit has the same backhaul options
Powerline and Ethernet-backhaul arrangements depend on the particular model and setup; the word mesh alone does not establish either capability.
Confirm the exact kit’s backhaul support, pack size, ports and setup requirements before planning where its nodes will go.
Brands and product families to consider
TP-Link Deco
A product family to consider for wireless mesh, model-dependent Ethernet backhaul or specific powerline-backhaul kits.
- TP-Link United Kingdom identifies Deco P9 and PX50 as powerline-backhaul options for challenging layouts and describes the wireless-hop benefit of Ethernet backhaul in a supported Deco setup.
- Do not assume every Deco kit has powerline backhaul. TP-Link’s UK product page labels the PX50 end of life.
ASUS ZenWiFi / AiMesh
A mesh ecosystem to examine if you can connect nodes by Ethernet or need to position them around a complicated layout.
- ASUS UK documents an Ethernet-backhaul setup for AiMesh and ZenWiFi; its described arrangement calls for CAT5e-or-better cabling and a suitable switch.
- ASUS UK also notes that building materials and node distance affect coverage, so node positions still need planning.
eero
An app-led mesh option to examine if newer-device compatibility is relevant after the connection between rooms has been addressed.
- Amazon’s UK listing describes the eero Pro 6E as supporting Wi-Fi 6E devices on 6 GHz and app setup.
- Listing coverage figures do not establish how the system will perform through your home’s particular walls.
Mesh systems for thick-wall workspaces
These Joybuy three-pack mesh systems give you multiple units to position around a home where one router may be too far from the upload workspace. Check each model’s supported backhaul method before planning a wired connection, and test the resulting link from the room where you upload.
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TP-Link Deco BE22 BE3600 Wi-Fi 7 mesh system, 3-pack
The three-pack is relevant if you need to position a mesh unit closer to the upload workspace.
Wi-Fi 7; BE3600. Confirm the supported backhaul setup and port requirements before planning an Ethernet-linked node.
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TP-Link Deco BE65 BE9300 tri-band Wi-Fi 7 mesh system, 3-pack
Consider this three-pack if you can place mesh units between the main router and a distant workspace without relying on one long connection through thick walls.
Tri-band Wi-Fi 7; BE9300. Check the exact model’s ports and Ethernet-backhaul support if a cable is part of your plan.
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NETGEAR Orbi 370 RBE373 dual-band WiFi 7, 3-pack, white
This three-pack is relevant when you want to position mesh units across several rooms rather than rely on one router to reach the workspace.
BE3600 and 2.5 Gbps Ethernet are stated in the product name. Confirm the port arrangement and backhaul method for the connections you intend to make.
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TP-Link Deco BE25 WiFi 7 mesh system, 3-pack
The three-pack offers multiple mesh units to position around a workspace separated from the main router by thick walls.
Check this model’s backhaul support and ports before choosing between wireless node placement and a wired connection.
Questions about setup and uploads
Will a new router speed up uploads if my broadband upload speed is low?
A new router can address a weak in-home Wi-Fi path, but it cannot increase the upload service delivered to your address. Check the property’s predicted broadband availability using Ofcom’s checker; Ofcom notes that actual availability and received speeds can differ from predictions.
Should I choose mesh instead of a single router for thick walls?
Mesh is worth considering when the workspace needs a nearer access point because the existing router’s path crosses thick walls or several rooms. Use Ethernet backhaul if a suitable cable run is feasible; otherwise, plan wireless node positions carefully, since ASUS UK notes that materials and distance affect coverage.
What should I check before connecting mesh nodes by Ethernet?
Confirm that your exact mesh model supports the intended wired arrangement, then follow its instructions for ports and operating mode. For the ASUS AiMesh or ZenWiFi setup described in its UK guidance, ASUS specifies CAT5e-or-better cables and a switch supporting 10/100/1000Tbase.
Do I need to replace my existing broadband equipment to add mesh?
Not necessarily: the equipment you keep depends on your broadband connection and how the chosen mesh system operates. Check your provider’s connection instructions and whether the mesh system will act as the router or as access points before ordering.