Slow loading, stuttering video calls, “dead” spots in the bedroom. A weak Wi-Fi can be genuinely frustrating. Before you call your provider or buy yet another box, it pays to understand how the network actually works. Most problems can in fact be solved without changing your internet plan.

There is only one router in the network

Right at the start, one important detail that almost everyone gets confused about. A router is the device that brings the internet from your provider into your home and distributes it further. In an ordinary network there is always only one. Adding a second router usually solves nothing; on the contrary, it can cause conflicts on the network.

When Wi-Fi does not cover the whole house, the solution is not another router but an access point (AP). It is a device that connects to the existing network (ideally with a network cable) and creates Wi-Fi where the signal does not reach. So a router and an access point are not the same thing, even though many “combined” boxes from providers do both at once, and usually neither one properly.

1. Placement matters more than price

A router or access point hidden in a wiring cabinet, behind the TV or in a corner near the floor is the most common cause of a weak signal. Wi-Fi spreads sideways and is absorbed by walls, mirrors and water. So:

  • Place the device as high as possible and in an open space, not inside a cabinet.
  • Aim it at the centre of the flat or floor you want to cover.
  • Avoid the vicinity of a microwave oven and thick load-bearing walls.

2. Use the faster bands: 5 GHz and 6 GHz

Wi-Fi today broadcasts on up to three bands, each with its strengths and weaknesses:

  • 2.4 GHz has the longest range and passes through walls best, but it is the slowest and, in an apartment block, literally overcrowded, because your neighbours and household appliances broadcast on it too.
  • 5 GHz is significantly faster and cleaner, it just has a shorter range and passes through walls less well. For most households it is the main working band today.
  • 6 GHz is the newest, fastest and practically free of interference. It is used by the Wi-Fi 6E and Wi-Fi 7 standards, but it needs a newer router and newer devices (phone, laptop). It has the shortest range, so it suits a fast connection in the same room.

A practical rule: connect devices near the router to 5 or 6 GHz, and leave distant or “weaker” ones on 2.4 GHz. Many modern routers handle this for you automatically with a single network name (band steering).

3. Change a congested channel

Each band is divided into channels. In a densely built-up area, dozens of networks broadcast on the same channels and interfere with each other, which is felt mainly in the evening. Switching to a less occupied channel often noticeably improves both speed and stability. You do, however, need to know which channel is free at your location, and that is found out by measurement.

4. Do not ignore firmware updates

Manufacturers regularly release updates that fix bugs, speed up operation and, most importantly, close security holes. A router with outdated firmware is an easy target for attackers. If you do not feel up to updating it yourself, we are happy to do it for you.

5. When you need to cover the whole house: access points, not “boosters”

In a two-storey house a single access point is not enough. The right solution is to deploy several access points linked by a network cable (ideally with power over the cable, so-called PoE) so that they hand over smoothly to one another. Cheap wireless signal “boosters” are a compromise that often reduces speed even further.

In practice, for quality coverage we reach for MikroTik or Ubiquiti devices. They are stable, can be managed centrally, and the customer gets one seamless network throughout the house or premises, with no dropouts when moving between rooms. A wireless mesh only makes sense where a cable genuinely cannot be run.

When to call a professional

If you have tried the basic steps and the problem persists, the cause usually lies deeper: in a poor configuration, a congested band or outdated equipment from your provider. That is when it pays to have your network professionally checked. We will measure the real speed and the signal quality, propose the correct placement and set the network up so that it works reliably throughout the whole house.