Why is my Wi-Fi slow?

Build three useful baselines

Repeat each condition and record the band or access point from your device or router if available. This browser tool cannot read Wi-Fi signal strength or reliably identify your Wi-Fi generation. Its connection-type estimate is not a radio survey.

Make one change at a time

If wired and nearby wireless tests are strong but one room is poor, investigate coverage, interference, placement and which access point the client uses. If one device is slow in every location, compare its adapter, power settings and supported capabilities. A difference narrows the investigation but does not prove one component is faulty.

If wired trials are also slow, inspect the negotiated Ethernet rate and other household traffic before blaming Wi-Fi. Keep required VPN and security policies in place. Follow the repeatable test procedure so different conditions do not become mixed together.

Check position and the path between devices

• Place the router or access point in an open, suitable position within its installation requirements. Avoid enclosing it behind dense objects.
• Test an alternative permitted position before buying more hardware. Floors, walls, nearby interference and antenna orientation can matter.
• For a wireless mesh or repeater, verify the link back to the main network. A node placed inside the dead spot may have a poor upstream connection.
• If Ethernet or an extra access point is appropriate, use a safe installation route and suitable equipment; seek an installer where necessary.

Choose bands and channels using actual conditions

2.4, 5 and 6 GHz have different coverage, channel and compatibility characteristics. Available bands depend on local rules and equipment. A higher-frequency band or newer standard is not a promise of a faster result in every room; client capability and signal conditions matter too.

Start with the equipment maker’s automatic channel guidance. If investigating channels manually, follow the model’s documentation and regional restrictions. Wider channels can increase potential capacity while using more spectrum. There is no single channel or width that improves every home. Keep supported encryption enabled; weakening security is not a troubleshooting shortcut.

Separate airtime from broadband use

Moving a busy client to Ethernet can reduce Wi-Fi airtime use. Its downloads and uploads still share the internet connection, however. Check backups, cameras, game updates and outgoing calls when the problem occurs, then temporarily pause one nonessential activity to compare.

Use supported firmware updates from the supplier and review device-specific faults. Replace equipment when the evidence and requirements support it, rather than using a universal router-age rule. A faster plan addresses service capacity; an access point addresses a different part of the path. See the coverage options guide for their trade-offs.