For a virtual workshop near the router, a dual-band Wi-Fi 6 router or an Ethernet connection is a sensible starting point. Choose mesh if the workshop room has persistently weak coverage; consider Wi-Fi 7 if your devices support its features and your wider network can use them. Check the broadband connection before replacing a router, because faster Wi-Fi cannot improve a slow incoming service.
If you join from upstairs, behind several walls or far from the main router, coverage in that room matters more than a router’s advertised maximum rate. Which? describes mesh nodes as a way to extend a home Wi-Fi network.
If others are streaming, working or joining calls during your workshop, check the broadband capacity available to the household as well as how the router handles connected devices. Ofcom identifies video calls and streaming as everyday broadband uses.
If you have a high-speed broadband service and compatible recent devices, check whether the router’s ports and Wi-Fi features fit that setup. Faster router specifications alone do not establish what speed a workshop device will receive.
Test the broadband connection and the signal where you attend workshops before choosing between a single router and mesh.
Consider it: The workshop device is near the router or can use Ethernet.
Trade-off: One router may leave distant rooms with weak coverage.
Consider it: Compatible newer devices and a high-speed network can use its additional features.
Trade-off: An older workshop device or slow incoming broadband may see little benefit from those features.
Consider it: The workshop room consistently has weak Wi-Fi because it is far from the main router.
Trade-off: Nodes need suitable placement, and mesh cannot improve the broadband entering the home.
| Concern | What to check | Who this matters to |
|---|---|---|
| Coverage in the workshop room | Compare the connection in that room with one near the main router; consider Ethernet or mesh for persistent weak spots. | If the room is upstairs or behind several walls, I need a connection that stays usable throughout a workshop. Roughly 42% of consumers put coverage at the workshop location first. |
| Shared-connection capacity | Check available upload and download capacity, then whether the router offers multi-device Wi-Fi features or a wired connection for the workshop device. | When others are online during my workshop, I need the connection to accommodate calls alongside their activity. Around 33% of consumers prioritise shared-connection capacity. |
| A compatible upgrade | Confirm the broadband connection method, required WAN and LAN ports, and the Wi-Fi bands supported by the workshop device. | For a nearby laptop and an otherwise adequate connection, I want a router that works with my existing setup without paying for unused features. About 25% of consumers make straightforward compatibility their primary concern. |
A slow Wi-Fi result in the workshop room does not, by itself, identify whether the problem is the incoming service or the home network.
Test close to the main router or connect a computer by Ethernet. Which? recommends a direct router connection for a more accurate broadband speed reading; if that connection is also slow, check the service and property-level availability before choosing new Wi-Fi equipment.
A router’s advertised rate is not the speed a workshop device will necessarily receive. The device, signal conditions and broadband connection also matter.
Check the workshop device’s Wi-Fi capabilities and the available upload and download capacity. Use Ethernet for that device where practical.
Rooms far from the main router can remain difficult to cover even if the replacement router advertises a higher maximum rate. Which? explains that mesh systems use multiple nodes around the home.
If the workshop room remains a weak spot after checking placement, compare mesh coverage with an expandable router setup.
Features such as 6 GHz connectivity and Multi-Link Operation depend on compatible client devices; multi-gig ports also need suitable connected equipment to be useful.
Check the laptop or tablet’s supported bands and Wi-Fi generation, plus the broadband connection method and port speeds, before choosing a Wi-Fi 7 router for a workshop.
TP-Link lists both conventional Wi-Fi 6 routers and higher-specification Wi-Fi 7 models relevant to different home setups.
ASUS offers the RT-BE86U as a standalone Wi-Fi 7 router for setups considering faster wired networking.
NETGEAR’s Orbi 970 line is a mesh option to consider when workshop-room coverage is the main problem.
Check both upload and download speed at your property, preferably with a computer connected to the router by Ethernet. Zoom lists 2.6 Mbps upload and 1.8 Mbps download for a 720p HD group meeting, and 3.8 Mbps upload and 3.0 Mbps download for 1080p HD; other activity in the home also uses the connection. Ofcom notes that speeds received at a property can differ from availability information.
A new router may help if the problem is in-home Wi-Fi, but it will not fix a slow incoming broadband connection. Compare performance in the workshop room with an Ethernet connection or a test close to the main router; if the direct connection is also poor, investigate the broadband service.
Consider mesh when a workshop room on another floor or far from the main router consistently has weak Wi-Fi. Which? describes mesh as multiple nodes placed around the home; node placement matters, and mesh does not increase the speed delivered by the broadband service.
No: a well-positioned Wi-Fi 6 router or Ethernet connection can be sufficient when broadband capacity and coverage meet your needs. Consider Wi-Fi 7 features only after checking that your workshop device supports the relevant bands and features and that the wider network can use them.