Structured Cat6/Cat6A cabling, and fibre optic where copper won't cut it. Paired with Ubiquiti UniFi Wi-Fi, planned with proper coverage mapping before a single cable is run, and a network properly segmented from day one.
The usual approach to home or office Wi-Fi is to put a router somewhere central and see what happens — then add a mesh point wherever the signal drops out. It works, eventually, but it means dead spots get found by whoever's unlucky enough to stand in one, and every device sits on the same flat network as everything else.
We design coverage with UniFi's Design Center before any cable is run, modelling access point placement against the actual floor plan and building materials. Every network gets proper VLAN segmentation as standard — guest devices, IoT/smart home gear, and your main traffic kept separate — and every cable run is tested with Fluke test equipment, so what you're handed over is proof of quality, not a hope that it'll hold up.
Both end with Wi-Fi in the building. Only one of them can tell you why it works before it's installed.
A homeowner recently asked about fixing patchy Wi-Fi, then went ahead and bought a consumer mesh kit themselves instead. We'd already mapped a coverage plan for the property, so it's a useful, real comparison — not a hypothetical one.
To match the coverage a properly placed two-access-point install would give, the house needed at least four mesh nodes: one in the garage where the connection enters, one next to it just to relay the signal further in, and two more for the far side of the house.
| Mesh Kit (4 nodes) | Designed Wired Install (2 APs) | |
|---|---|---|
| Hardware cost | ~$2,000 | Lower — including design & install labour |
| Backhaul | Wireless, degrades at every hop | Wired, full speed to every access point |
| Placement | Constrained by node-to-node range | Modelled on the actual floor plan |
| Real-world performance | Compounding signal loss | Consistent throughout the home |
| Latency (ping) | Extra hops add delay at each node | Lower, more consistent — no hop-to-hop delay |
Wi-Fi speed already drops off with distance before you factor in mesh backhaul — so each hop isn't cleanly halving a full-strength signal, it's halving one that's already degraded. A chain of wireless mesh nodes compounds that loss at every step, and each hop also adds latency, not just lower bandwidth — which matters for anyone gaming online, not just for download speeds. Two properly placed, wired access points don't carry that penalty at all — which is how a smaller, cheaper setup ends up outperforming a larger, more expensive one, with better ping as well as better throughput.
Every property is different — coverage needs depend on floor plan, construction, and how the space is used. This is why we plan first and quote second.
The same design discipline applies whether it's a three-bedroom house or a multi-tenant office.
Cat6 and Cat6A copper for standard runs, and fibre optic where copper won't cut it — longer distances, higher bandwidth, or a genuinely future-proof backbone. Most electricians running ethernet only offer the copper side; we do both.
Copper & FibreAccess point placement modelled against your actual floor plan and building materials before install day — coverage where you need it, not where it happened to land.
Planned, Not GuessedGuest Wi-Fi, IoT and smart home devices, and your main network kept properly separate as standard, not an optional extra.
Segmented By DefaultEvery run tested with Fluke test equipment and handed over with proof of quality — not just plugged in and assumed to work.
Tested, Not AssumedEvery network labelled, tested, and documented at completion — so any future technician, not just us, can pick up exactly where we left off.
No Guesswork LaterAn established trade business moved off an ageing, poorly segmented network onto a properly designed one — new structured cabling, a dedicated IoT/camera VLAN, isolated guest Wi-Fi, and a same-day cutover with no downtime for staff or point-of-sale.