For a presentation room behind thick walls or floors, consider whether you can place a mesh node closer to the room rather than relying on a faster standalone router in the same position. An Ethernet connection between nodes avoids making their link depend on Wi-Fi across the obstruction; if the room already receives a strong direct signal, repositioning a single router may be sufficient. Ofcom notes that building materials weaken Wi-Fi signals, so test the connection with the devices and room layout you will actually use.
If brick walls, floors or other obstructions separate your presentation room from the router, focus on getting a usable signal into that room. Ofcom explains that Wi-Fi weakens as it passes through objects; a higher advertised speed at the router does not remove the wall between it and your laptop.
When screen-sharing or calls need to work in more than one room, consider where additional nodes can go and how they connect to each other. TP-Link specifies wired and wireless backhaul options for its Deco BE65, giving you a way to connect a suitably placed node by Ethernet where cabling is feasible.
If the presentation room is close to the router, try moving the router before choosing a multi-node system. Ofcom advises placing it centrally, off the floor and away from objects that can obstruct the signal.
Decide whether the room needs a closer Wi-Fi point, then work out how that point could connect back to the main router. Only after that should headline Wi-Fi rates and port speeds influence the choice.
Choose when: A cable can reach a node nearer the presentation room, so the connection between nodes need not cross the wall by Wi-Fi.
Allow for: Multiple powered units and a practical cable route.
Choose when: Cabling is impractical but an intermediate node can still receive a usable signal.
Allow for: The wireless link between nodes remains sensitive to walls and placement.
Choose when: The presentation room can receive a strong direct signal after the router is repositioned.
Allow for: One router does not create another access point beyond a severe obstruction.
| Concern | What to check | Who this matters to |
|---|---|---|
| Coverage through walls | Check the number of nodes and whether one can sit closer to the presentation room; consider Ethernet backhaul if a cable can reach it. | If the room has little usable signal, I need a connection there before extra router speed will help. Around 50% of consumers put coverage through the obstruction first. |
| Presentation stability | Check backhaul options and whether the laptop, display adapter and wired equipment can use the features you are considering. | While other devices are active, I need my screen-share or call to remain responsive. For around 30% of consumers, keeping presentation traffic stable is the primary concern. |
| Simpler nearby-room setup | Try a central, raised router position; check your broadband connection requirements before replacing the router. | If I present in a nearby room, I would rather correct poor router placement than install several units unnecessarily. That simpler fix is the main priority for around 20% of consumers. |
Ofcom explains that brick walls and other materials weaken Wi-Fi. Replacing a router in the same location does not put a new Wi-Fi point on the far side of the obstruction.
Try moving the router and testing in the presentation room. If the signal remains weak, consider a node closer to that room, with Ethernet backhaul where practical.
That approach may require another powered node and an Ethernet cable route.
A node using wireless backhaul still needs a usable connection to the rest of the network. Placing it inside a dead zone can leave the presentation connection weak.
Try an intermediate position that receives a signal and is closer to the presentation room, or connect the node by Ethernet. Test the complete presentation connection after installation.
Manufacturers' coverage and speed figures do not establish performance through your particular walls. eero, for example, says building materials and obstructions affect actual range and performance.
Check the retailer's applicable return terms before purchase, then test with the intended laptop, display adapter and node positions.
eero states that access to its Pro 6E's 6 GHz band requires a Wi-Fi 6E device. Faster Ethernet ports likewise need suitable connected equipment to be useful to the presentation setup.
Check the laptop and display adapter's Wi-Fi capabilities, along with the speeds of any wired equipment and connection between nodes, before making those features a deciding factor.
Its UK range includes standalone Archer routers and multi-node Deco systems, allowing a choice between repositioning one router and placing Wi-Fi points across rooms.
The Orbi 370 RBE373 is a three-unit, dual-band Wi-Fi 7 mesh option for placing units across several rooms.
An app-led mesh option for people who prefer guided network setup.
ZenWiFi BT10 is a tri-band Wi-Fi 7 AiMesh option for buyers assessing advanced networking controls and wired connections.
These multi-unit mesh packs offer places to position a Wi-Fi unit nearer an obstructed presentation room. Check each model's backhaul options and your available node positions before choosing; the packs do not guarantee a connection through a particular wall.
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The three-unit pack suits a layout where you can position a node closer to the presentation room. TP-Link specifies tri-band Wi-Fi 7, combined wired and wireless backhaul, and four 2.5 Gbps ports for Deco BE65.
Check where the units and any Ethernet cable can go, and confirm your broadband provider's modem or ONT requirements before purchase. Test the connection with your presentation devices in the intended room.
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This three-unit mesh pack offers multiple placement points when one router cannot reach the presentation room well. TP-Link identifies Deco BE22 as a dual-band Wi-Fi 7 system and specifies support for combined wired and wireless backhaul.
Check that the Ethernet connections suit your wired equipment and confirm modem or ONT requirements with your broadband provider. For wireless backhaul, place a node where it can still receive a usable signal.
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The router-and-two-satellite pack suits a setup needing Wi-Fi points in several rooms. NETGEAR identifies RBE373 as a dual-band Wi-Fi 7 mesh system; this variant lists 2.5 Gbps Ethernet.
If you intend to cable a satellite, confirm wired-backhaul support for this system before buying. Check the modem or gateway requirements and test satellite positions against the walls in your layout.
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This three-unit mesh pack offers several possible node positions for a presentation room beyond the main router. Its listed features include dual-band Wi-Fi 7, 2.5 Gbps Ethernet ports and Deco app setup.
If a wired node is central to your plan, confirm this variant's wired-backhaul support and available ports. Also check your broadband connection requirements and test coverage in the presentation room.
Not if the main problem is the Wi-Fi signal crossing the walls. Ofcom explains that objects and building materials weaken that signal, so compare the connection beside the router with the connection in the presentation room before changing your broadband service.
Place it where it can still receive a usable connection while bringing Wi-Fi closer to the presentation room, rather than starting inside a dead zone. If Ethernet can reach the node, wired backhaul removes its dependence on a wireless link across the obstruction.
They need compatible hardware to use features specific to those Wi-Fi generations. For example, eero says access to the Pro 6E's 6 GHz band requires a Wi-Fi 6E device; check the laptop and wireless display adapter rather than assuming a new mesh system changes their capabilities.
Check how your service connects before buying. TP-Link says most Deco models need the provider's modem or optical network terminal for fibre-optic or coaxial services; confirm the equipment and any connection settings your provider requires for the model you choose.