Wi-Fi Installation near you

Regulation 4 of the Wireless Telegraphy (Exemption) Regulations 2021 exempts from section 8(1) of the Wireless Telegraphy Act 2006 the establishment, installation and use of stations and apparatus complying with the interface requirements in IR 2030, Ofcom's UK Interface Requirements for licence exempt short range devices, published in April 2021. The exemption is conditional. The equipment must not cause or contribute to any undue interference to wireless telegraphy, and where the relevant interface requirement does not permit airborne use, the apparatus must not be used airborne.

The word to notice is exemption. You are excused from needing a licence; you are not given any right to the spectrum. Everyone within range of your house is operating under the same exemption, which means congestion is a shared condition rather than a fault anyone can be made to fix. Equipment sold in the UK is built to comply with IR 2030, which is why the practical advice is to buy equipment intended for the UK market and leave the region and power settings alone rather than importing hardware configured for somewhere else.

The same regulations are the reason a professional installation is worth more than a bigger router. Since nobody can turn the neighbours down, the gains come from placing access points where the walls are not, choosing channels that are not already crowded, and moving the devices that do not need to be wireless onto a cable.

Ofcom makes Wi-Fi available on a licence-exempt basis in the 2.4 GHz, 5 GHz and Lower 6 GHz bands. Indoor use is permitted across all of that spectrum, while outdoor use is restricted in parts: outdoor access points are not allowed in parts of 5 GHz or in any of Lower 6 GHz, and Lower 6 GHz has been available for low power indoor Wi-Fi since 2020, with higher power outdoor operation permitted only under the control of an automated frequency coordination system.

For a house, that resolves into a simple plan. 2.4 GHz travels furthest through solid walls and is the most congested, so it is the band that reaches the shed and the band that performs worst in a terrace. 5 GHz carries far more but is stopped more easily by masonry, so it wants an access point in the same part of the house as the devices. Lower 6 GHz is clean, short-ranged and indoor, which makes it excellent in the room it is in and irrelevant two floors away.

If your house is a recent new build in England, some of this should already have been done. Approved Document R Volume 1, 2022 edition, supports Part R of Schedule 1 to the Building Regulations 2010 and took effect on 26 December 2022. Requirements RA1 and RA2 apply to the erection of a dwelling or of a building containing one or more dwellings. RA1 requires building work to be carried out so that each dwelling is equipped with gigabit-ready physical infrastructure extending from a network termination point and reaching a distribution point, or as close to one as is reasonably practicable where the developer has no right to install in the intervening land. Where the building contains more than one dwelling, it must also be equipped with a common access point.

Two details in the Approved Document matter to a homeowner. Paragraph 2.6 says at least one network termination point should be provided in a suitable position at each new dwelling, and the accompanying note observes that in some dwellings wireless coverage may not extend from that point to all rooms, and that some developers decide to include wired distribution within the dwelling at the time of construction. In other words, the regulations get a gigabit connection to the house; whether it reaches the back bedroom was always a separate decision. Paragraph 2.14 sets the cost cap for the network connection at £2,000 for each dwelling, with exemptions where offers from suitable network operators exceed it.

Part R Volume 1 is for use in England. Scotland works to its own building standards and a building warrant, Wales has its own version of the regulations, and Northern Ireland has its own building regulations, so do not assume the same duty applied to a new house elsewhere in the UK. If you are buying new, ask the developer where the network termination point is and whether any wired distribution was installed behind it.

Position beats everything. A router placed where the line happens to arrive — a hall cupboard, behind a television, on the floor next to a metal filing cabinet — is throwing away more performance than any upgrade will recover. Moving it, or extending the connection so the radio can sit somewhere central, is the first intervention worth paying for.

Congestion comes second, and it is worst at 2.4 GHz in flats and terraces where every household is using the same few channels. Third is the building: one insulated internal wall, one foil-lined chimney breast or one thick stone party wall will do more damage than the distance suggests. Fourth is the device at the far end, because an old phone or a cheap smart plug with a poor radio will report a bad connection in a place where a newer laptop is perfectly happy.

Notice what is not on that list. The broadband package is rarely the cause of a Wi-Fi problem, and upgrading it will not fix one. A quick test is to plug a computer into the router with a cable and compare: if the wired result is good and the wireless one is not, the money belongs inside the house rather than on the tariff.

Wi-Fi drifts. Neighbours change equipment, a new appliance appears, a room changes use, and the arrangement that worked in March is mediocre by October. Re-testing the weak rooms once a year takes minutes and tells you whether anything has actually changed or whether a single device has developed a fault.

Keep the firmware on routers and access points current, because these are the devices on the boundary of your home network and they are the ones worth keeping patched. When you replace equipment, keep the network name and password the same if you can, since that saves rejoining every sensor, plug and speaker in the house — and if you do change them, write down the list of devices that will need re-joining before you start.

The number of access points is the visible variable; how they are fed is the expensive one. Running a cable to a landing, a loft or a garden office involves lifting, drilling and making good, and a solid-walled Victorian house costs more to do that in than a 1990s timber-and-plasterboard one. After that: whether outdoor coverage is wanted, whether the equipment is being supplied or you already own it, whether a survey and a documented re-test are included, and whether anything needs mains power at the far end.

The role LokalMatch plays is introductions, full stop. One description of the house, the rooms that let you down and what happens in them, sent once with your postcode, reaches the installers who cover your area, and they approach you. Nothing is charged to homeowners; the pros are the ones paying, for each request that reaches them. No surveying, no installing, no support, no price-setting and no vetting, ranking or recommending happens at this end — so put the same question about survey scope to every firm that answers.