Most home networks in 2026 are worse than they need to be. The reason is that the router your ISP provided is doing a job it was not designed for, and the Wi-Fi experience you are getting is the result of compromises the ISP made to minimize support calls, not to maximize performance.
This is a guide to the actual setup most homes should have in 2026. It assumes you are not a networking expert. It assumes you are willing to spend some money, but not a lot. It assumes you want Wi-Fi that works reliably throughout a typical apartment or house, with enough performance for video calls, streaming, and the increasing number of smart home devices.
What is what, first
A few terms that need to be clear before any of this makes sense.
The modem. The device that connects your home to the internet. The modem is owned by your ISP. It modulates and demodulates the signal on the cable, fiber, or DSL line that comes into your house. The modem is the device your ISP sends when you sign up for service.
The router. The device that manages the network inside your house. The router assigns local IP addresses, manages traffic between devices, and provides the firewall. The router is what most people mean when they say "Wi-Fi router."
The access point. The device that broadcasts the Wi-Fi signal. In most home setups, the router and the access point are the same device. They can be separated, and in larger homes they often are.
The mesh system. A setup with multiple access points that work together to provide Wi-Fi coverage across a larger area. Mesh systems are sold as a set — typically two or three devices that are designed to talk to each other.
The ISP gateway. The combined modem + router + access point that most ISPs provide. This is the device that does everything. It is also usually the device that is the bottleneck.
What is wrong with the ISP gateway
The ISP gateway is the device your ISP gives you to use their service. It is usually a combined modem, router, and access point. It works. It is also usually the reason your home network is slower and less reliable than it should be.
The reasons:
The hardware is cheap. ISPs source the gateways at the lowest possible price because the gateway is a cost of providing service. The chipset, the antennas, the memory, and the software are all designed to meet a price point, not a performance target.
The firmware is locked. You cannot install alternative firmware on most ISP gateways. You are stuck with what the ISP provides, which is updated rarely and configured for the ISP's needs, not yours.
The software is bloated. ISP gateways often include parental controls, guest networks, and "security" features that consume CPU and memory without providing value to most users. The result is slower Wi-Fi and less responsive management.
The access point is in the wrong place. ISPs typically install the gateway at the point where the cable or fiber enters the house, which is often a hallway closet, a basement, or an exterior wall. The Wi-Fi signal is weakest where you actually use your devices — the bedroom, the living room, the home office.
The combination of these factors means that the Wi-Fi experience is usually worse than the underlying internet connection would suggest. A gigabit fiber connection delivered through a cheap gateway in a hallway closet might deliver 200 Mbps of Wi-Fi in the living room. The bottleneck is the gateway, not the connection.
What to do about it
There are three options, in increasing order of effort and effectiveness.
Option 1: Turn off the gateway's Wi-Fi
The simplest improvement. Most ISP gateways allow you to disable the Wi-Fi function while keeping the modem function active. This frees the gateway from managing Wi-Fi and lets you use a separate access point for that job.
If you already have a Wi-Fi router (even the one from your previous ISP), you can connect it to the gateway via Ethernet and use it as the access point. The gateway handles the internet connection. The router handles the Wi-Fi. Each device does the job it was designed for.
This is the option for people who do not want to buy new equipment but want better Wi-Fi. It requires a spare router. Most people have one in a drawer somewhere.
Option 2: Buy a dedicated access point
A dedicated access point is a device whose only job is to broadcast Wi-Fi. The access point connects to the gateway (or a router) via Ethernet and provides Wi-Fi for devices. The gateway handles the modem function. The access point handles the Wi-Fi.
The current best options:
Ubiquiti U7 Pro. The professional-grade option. €199. Requires a UniFi controller (free software). Excellent performance, detailed configuration, the standard for small businesses and serious home users.
TP-Link EAP670. The mid-range option. €130. Managed via a web interface or TP-Link's Omada controller. Good performance, easier setup than Ubiquiti.
ASUS ExpertWiFi EBR63. The high-end home option. €180. Easy setup, good performance, designed for home use.
These devices, mounted on the ceiling or on a high shelf in the room where you use Wi-Fi most, will dramatically outperform the ISP gateway. The performance difference is usually obvious within the first hour.
Option 3: Build a mesh system
For larger homes (over 100 square meters, multiple floors), a single access point is not enough. The signal drops in distant rooms. The fix is a mesh system — two or three access points that work together to provide coverage.
The current best mesh options:
Eero Pro 6E. €300 for a three-pack. Easy setup via app. Excellent performance for the price. The standard recommendation for most homes.
TP-Link Deco XE75. €250 for a three-pack. Similar performance to Eero, slightly cheaper, slightly more configuration options.
Netgear Orbi RBKE963. €1,400 for a three-pack. The premium option. Best performance. Overkill for most homes.
Ubiquiti U7 Pro mesh. Requires more setup. The professional-grade mesh option. €600 for a three-pack.
For most homes in 2026, the Eero Pro 6E or TP-Link Deco XE75 is the right answer. Three nodes, placed one in the living area, one in the main bedroom, and one in the home office, provide coverage for almost any home.
What to skip
A few categories that are popular but not worth the money.
Wi-Fi 7. As of 2026, Wi-Fi 7 is the newest standard. The performance gains over Wi-Fi 6E are real but small for most uses. The cost premium is significant. Unless you have specific 8K streaming or VR requirements, Wi-Fi 6E is the better value.
"Gaming" routers. Routers marketed as gaming routers usually have QoS (quality of service) settings that prioritize gaming traffic. For most home networks, the QoS makes no difference. The "gaming" branding is mostly marketing.
Mesh systems under €150. Cheap mesh systems cut corners on the chipset, the antennas, or the backhaul (the connection between nodes). The result is slower Wi-Fi than a single good access point at the same price.
Range extenders. Range extenders rebroadcast the Wi-Fi signal at half the bandwidth. They are a worse solution than mesh for almost every home.
How to set it up
Once you have the equipment, the setup.
Step 1: Position the equipment
The most important variable in Wi-Fi performance is position. Wi-Fi signal is attenuated by walls, floors, and furniture. The access point should be:
- In the room where you use Wi-Fi most
- High up (ceiling or top of a shelf)
- Away from metal objects (refrigerators, filing cabinets, mirrors)
- Away from other electronics (microwaves, baby monitors, Bluetooth devices)
For a mesh system, the nodes should be positioned so each is within range of at least one other node. Most mesh systems have a setup app that helps with placement.
Step 2: Configure the network
The minimum configuration:
- WPA3 encryption (or WPA2 if WPA3 is not supported by all devices)
- A strong Wi-Fi password (16+ characters, randomly generated, stored in a password manager)
- A separate guest network for visitors
- A separate IoT network for smart home devices (optional but recommended)
The configuration is done via the access point's web interface or app. Most modern systems make this straightforward.
Step 3: Test the network
After setup, test the network in the locations where you use devices. The tools:
- Speedtest.net or the Fast.com app for throughput
- PingPlotter or similar for latency and packet loss
- The Wi-Fi analyzer app for signal strength
The goal is consistent performance across the home. If a particular room has poor performance, the fix is usually moving a node, adding a node, or repositioning the access point.
The smart home complication
Smart home devices — light bulbs, thermostats, locks, cameras, vacuums — are often the most numerous devices on home networks. They are also often the worst-behaved.
The problems:
- Many smart home devices only support 2.4 GHz Wi-Fi, not 5 GHz
- Many devices do not support modern security protocols
- Many devices generate constant background traffic
- Many devices are slow to reconnect after a network outage
The fix is a separate IoT network. Most modern access points and mesh systems support multiple SSIDs (network names). The setup:
- Primary network: your devices, with WPA3 and a strong password
- IoT network: smart home devices, with WPA2 and a separate password
- Guest network: visitors, with WPA2 and a separate password
The IoT network isolates the smart home devices from your primary network. A compromised smart bulb cannot reach your laptop. The isolation is the security gain.
The wired alternative
For devices that do not move — desktop computers, smart TVs, game consoles, home servers — the best network connection is Ethernet. Ethernet is faster, more reliable, and lower latency than Wi-Fi. It is also cheaper.
A 10-meter Ethernet cable costs €8. A USB-Ethernet adapter for a laptop costs €15. The investment is minimal. The performance gain over Wi-Fi is significant.
For most homes, the wired devices should include:
- The main desktop or work computer
- The smart TV (for 4K streaming)
- The game console
- The home server or NAS
Wi-Fi is for mobile devices. Ethernet is for stationary devices. The combination is the optimal setup.
What I would buy today
A modern mesh Wi-Fi node placed on a shelf in a bright living room, indicating good positioning
If I were setting up a home network in 2026, here is what I would buy.
For a small apartment (under 80 square meters, one floor):
- Keep the ISP gateway
- Buy a TP-Link EAP670 access point (€130)
- Position the access point in the main living area
- Configure WPA3, separate guest network
- Total cost: €130
For a medium house (80 to 150 square meters, two floors):
- Keep the ISP gateway
- Buy a TP-Link Deco XE75 three-pack (€250)
- Place one node per floor in central locations
- Configure WPA3, separate guest and IoT networks
- Total cost: €250
For a large house (over 150 square meters, multiple floors):
- Keep the ISP gateway
- Buy a Ubiquiti U7 Pro three-pack (€600)
- Add a UniFi Cloud Gateway for advanced features (€200)
- Place nodes strategically, possibly ceiling-mounted
- Configure WPA3, multiple VLANs for guests and IoT
- Total cost: €800
For most people, the medium option is the right answer. The small option is for people who do not need coverage beyond one room. The large option is for people who want professional-grade networking.
The honest summary
Most home networks in 2026 are bottlenecked by the ISP gateway. The fix is to separate the modem function from the Wi-Fi function. The Wi-Fi function is best handled by a dedicated access point or mesh system.
The setup is not complicated. The equipment is not expensive. The performance gain is significant. The most common mistake is to keep using the ISP gateway because it works, when a small investment would make the entire network better.
If your Wi-Fi is slow, drops out, or does not reach certain rooms, the answer is almost never "more bandwidth from the ISP." The answer is almost always "better equipment in better positions."
The internet connection you have is probably faster than the Wi-Fi you are using. The bottleneck is in your house. The fix is in your house.