Wi-Fi obeys one unwritten law: it works best where you need it least. Full bars in the hallway, two in the bedroom, none exactly where you wanted to sit and work. It's hardly ever your internet plan — it's coverage, and often the router is simply in the wrong place.
Putting a home network into service is exactly this job: we measure coverage room by room, then decide the route with you — move what you already own, add mesh access points, run a wired backhaul where the house allows it. We take care of bands, channels, security and the guest network, and at handover we test everything together, in the rooms that matter to you.
Before anything gets touched: a survey, the measurements, and a quote — free, clear, in writing before work starts. If the honest fix is moving one box instead of buying three, that is what the quote will say.
The scene repeats itself in house after house: new router, fast plan, one room where nothing loads. The explanation usually sits in the floor plan — reinforced concrete, a tiled bathroom right in the signal's path, the router shut inside the hallway cabinet because that's where the cable comes in. So our work starts with an on-site survey, room by room, with real numbers instead of squinting at signal bars. It's the honest way to decide: sometimes the answer is one more access point, very often it's moving what you already own.
The boxes say Wi-Fi 6, 6E, 7. Those aren't slogans: they are the Wi-Fi Alliance's generational names — 'Wi-Fi 6' was introduced as "the industry designation for products and networks that support the next generation of Wi-Fi®, based on 802.11ax technology", numbers that "can be used by product vendors to identify the latest Wi-Fi technology a device supports". Wi-Fi 6E offers the same features "extended to the 6 GHz band"; Wi-Fi 7, introduced in 2024, "enhances Wi-Fi performance in the 2.4 GHz, 5 GHz, and 6 GHz bands". The principle we draw from all this is unromantic: the generation matters, but only where the signal actually reaches. A latest-generation box behind two load-bearing walls loses to a well-placed one from the generation before.
When one access point isn't enough, there are two roads: a repeater or a mesh network. The difference isn't marketing — there's a standard for it: the Wi-Fi Alliance describes EasyMesh networks as networks that "employ multiple APs that work together to form a unified network, and can guide devices to the best AP and modify the network structure based on changing conditions", with a "standards-based approach" that keeps you free in your choice of devices. Then there's the workshop rule no standard writes down for us: a repeater that repeats over the air gives up bandwidth precisely where the signal is already weak — so wherever the house allows it, we run the backbone between access points over a cable. Light installation only: trunking, skirting-board runs, one cable routed properly. Wall chasing and mains wiring are not our trade, and we don't promise them.
Security is nothing we improvise — no need to: the standard exists. The Wi-Fi Alliance describes WPA3 as "cutting-edge security protocols" with "more robust authentication" and stronger encryption, and states that "WPA3 is mandatory for Wi-Fi CERTIFIED devices". We switch it on wherever your devices support it; where they don't, we tell you plainly instead of faking safety. A separate guest network for the friend who stays one evening and for the smart home gadgets: they get online, but stay out of the network where your data lives. And the house rule applies: the new network password is chosen and typed by you. We don't ask for it, and we don't keep it.
A limit stated clearly is worth more than a promise: the network we put into service is made of devices and configuration. Where the electrical system needs work, a licensed electrician takes that part — you'll read it in the quote, not discover it halfway through. And the network is the floor, not the roof: everything else lives on top of it. Moving PCs, phones and printers over is device setup; cameras on the network belong to the video surveillance page; if you're dreaming of a NAS or a small home server, that's covered under custom builds. Here we do the groundwork: signal where you actually live, a protected network, and a handover where you've seen it work with your own eyes.
| Floor area and storeys | More square metres and more floors to cross mean more access points to plan, place and configure. |
|---|---|
| Wall materials | Reinforced concrete, solid brick and tiled walls soak up signal far more than plasterboard: the on-site survey says so, not the catalogue. |
| Existing cabling | Network sockets or cables already in place allow a wired backbone with no new runs: it changes the job — and the quote — considerably. |
| Devices to serve | Computers, TVs, consoles, smart gadgets: how many there are and what they do shapes bands, priorities and network separation. |
| Light cable runs | Trunking and existing ducts yes; wall chasing and mains wiring no — where more is needed, a licensed electrician steps in. |
| Security required | WPA3 where your devices support it, a guest network, passwords typed by you: every extra separation is extra configuration. |
What genuinely moves the cost of a set-up: how many devices and accounts, how much data to move, what is already in place. Agreed together before we start — the quote is clear before, not after.
ElectrONIK Lab is an independent workshop: it is not an authorised service centre and is not affiliated with the manufacturers. The trademarks named here belong to their respective owners and are used only to identify the devices we work on. Your statutory consumer rights towards whoever carries out the repair are unaffected.
Free diagnostics, a clear quote and the part chosen by you.