Network cabling and Wi-Fi installation in Luxembourg

We install structured copper cabling in RJ45 Cat 6a or Cat 7, in-building fibre for riser and building-to-building links, coaxial for the cable distribution still found in many buildings, and every PoE link that powers access points, cameras and door stations straight from the data cable. Outlets and faceplates are matched to your existing wiring accessories — Legrand, Schneider Electric or Hager — so the network stays out of sight.

In new build we pre-cable during the shell phase: conduits, back boxes and spare draw wires towards the future technical room. In refurbishment we work with what is there — slim trunking, suspended ceilings, existing conduits where they are free, the occasional core drill — keeping making-good and repainting to a minimum.

• RJ45 Cat 6a and Cat 7 outlets, single or double, flush or surface mounted, in faceplates matching your switches.
• In-building fibre, single-mode or multi-mode, between floors, outbuildings and technical rooms.
• PoE and PoE+ links for access points, IP cameras, video door stations and display screens.
• Full pre-cabling in new build: conduits, boxes, spare capacity to the cabinet, coordinated with the builder and the heating engineer.
• Retrofit pulling: trunking, skirting ducts, suspended ceilings, lofts and crawl spaces.
• Overhaul of existing installations: rebuilding cabinets, replacing tired Cat 5e outlets, removing improvised extension leads.

Every link comes back to one place: the patch cabinet. We fit 6U to 12U wall cabinets for homes and small offices, and 19-inch floor-standing racks for office floors. Inside: patch panel, switch, UPS where it is needed, and above all order — every panel port carries the number of the outlet it serves, every patch lead is the right length, and bundles run through proper cable management.

The cabinet has electrical needs of its own: a dedicated protected circuit, enough sockets inside the enclosure, and ventilation sized for the equipment. A switch shut inside an unventilated cupboard is the single most common cause of unexplained summer outages.

Wi-Fi that holds up under load does not come from a box on a shelf. We start with a coverage study: floor area, partitions, materials, number of simultaneous devices, critical zones. From that we derive how many access points you need, where they sit on the ceiling and which channel each one uses, then feed them over PoE from the cabinet — one cable per access point, no power bricks at height.

We then separate uses with VLANs: staff network, isolated guest network, a dedicated network for tills and payment terminals, another for building services. In a restaurant or a shop this stops customers in the room sharing bandwidth with the till. Consumer mesh kits are a sensible answer in a small flat, but they have no place in a commercial space where downtime is measured in euros.

An IP door station runs on the same cabling as the rest of the network. We install street panels with a camera, an indoor monitor and door release from a smartphone, for detached houses as much as for small apartment buildings with several call buttons.

The real benefit of an IP panel appears when it joins the rest of the system: same cable, same PoE supply, footage recorded alongside the cameras, and the strike driven by your badge access control where you have one. We always run the route from the gate or front door back to the cabinet, even when the panel itself is fitted later.

Home: two to four outlets per living space, a feed in the study and one behind the television, one access point per floor, a discreet wall cabinet in the utility room or garage.

Office: a pair of outlets per desk, a dedicated link for each multifunction printer, ceiling access points across the meeting areas, and a cabinet sized to take a server or a NAS.

Shop: tills and payment terminals on an isolated network, customer Wi-Fi on a guest VLAN, PoE links to the cameras and to the window display.

Restaurant: ordering terminals in the dining room and on the terrace, a wired kitchen printer rather than a wireless one, and coverage designed for a full room rather than an empty one.

Cabling cannot be judged by eye. Every link is checked with a certifier: length, continuity, pair mapping, attenuation, crosstalk. Links that fail are reworked before commissioning, never afterwards. You receive the test report link by link, labelling at both ends, and a cabling plan that places every outlet on the building drawing.

We work to the EN 50173 series on generic cabling systems and to the Luxembourg national standard ILNAS 108:2025 on vertical cabling in residential and mixed-use buildings, ratified on 29 October 2025. It is our reference whenever a project touches the risers of a residential or mixed-use building.