Start with the router in an open spot, off the floor and near the rooms where you use Wi-Fi most. Measure the same devices in the same places before and after moving it. If one room remains weak because of its construction or distance, consider extending coverage from a point with a reliable connection.
Map the rooms and choose a baseline
Walk through the home and list the places where a weak connection causes a real problem. A couch used for video calls and a desk used for large transfers matter more than an empty hallway. Include a location near the router as a reference. Write down the device you will use at each point. A phone and laptop may have different antennas and may choose different bands, so compare each device to itself.
Record the current position of the router, including its height, nearby cabinets, and whether it sits behind a television or appliance. Measure before moving it. Take a few speed or latency samples and note interruptions in a real task, such as a video call. Repeat tests at comparable times if possible. One slow internet speed test might reflect congestion outside the home. A repeatable difference between a near-router test and a specific room gives stronger evidence of a local wireless problem.
Choose a practical candidate location
Look for a location with a relatively direct path to several important rooms. The geometric center of a floor plan is only a starting point. If most devices are on one side of the home, moving toward those rooms can help more than reaching the middle of an unused area. Keep the router off the floor and out in the open when you can. Google’s Nest Wifi placement guidance illustrates these principles for its routers and mesh points.
Avoid putting the router behind a large metal cabinet or inside furniture that blocks airflow. Consider what lies between the router and the client. A single wall made of a dense material can matter more than several lighter partitions. Door position can also change the path enough to affect a marginal room. Test under normal conditions. If you normally work with an office door shut, take at least one measurement with it closed rather than optimizing for a situation you rarely use.
Make a reversible move first
If an Ethernet cable connects your router to an internet gateway or fiber terminal, a longer suitable Ethernet cable may let you test a new router position without moving the provider’s equipment. Photograph the existing connections and identify the router’s upstream port before unplugging anything. If the router is built into the provider gateway, ask which connections may be moved safely. Leave installed fiber and other provider cabling alone if moving it would require unfamiliar work.
Use a temporary route that does not create a trip hazard, and keep the device in a stable, ventilated spot. Move one piece of equipment at a time. Leave the Wi-Fi name and settings as they were so the test captures the effect of placement. Once devices reconnect, wait for your usual connection to settle and repeat the baseline measurements. If the new location helps the weakest room but makes a frequently used room worse, try an intermediate spot before making a permanent change.
Compare the same tests in each room
Run the same test at the same distance from walls, with the device facing the way it normally does. For a laptop, use its typical position on the desk. For a phone, hold it as you would during ordinary use. Test again on a different day if the change is small. Record any differences in the connected band or access point. A device may choose another connection after the move, which is useful information when interpreting speed and range.
Look beyond the highest number. A video call can benefit from fewer disruptions even when its peak download speed changes little. A local transfer from a wired computer can help distinguish Wi-Fi changes from variation in your internet connection. If you’re unsure why the same spot behaves differently on different bands, see our guide to 2.4, 5 and 6 GHz Wi-Fi. Test the device in the room where you use it rather than assuming one band will always win.
Decide whether another access point would help
A placement change has limits. If the router serves two floors separated by dense material, one device may struggle to cover both. If you can run Ethernet to the distant area, a wired access point or a compatible mesh point with wired backhaul can provide a better starting signal. Our Ethernet backhaul guide explains how to verify the wired link and test it with a client device.
If you need a wireless mesh point, start somewhere that still receives a reliable connection from the router or an existing point. Putting a node in the worst room can leave it with a poor upstream connection. Try the hallway or room between the router and the weak spot and run the system’s mesh test if it offers one. Confirm the result with a real client where you need coverage. If you’re still isolating the cause, use our Wi-Fi dead zone troubleshooting guide.
Check the finished setup in normal use
Once you choose a location, secure cables safely and check that connections stay seated. Keep enough room for airflow, power and access to the controls. Retest after placing any furniture that you moved for the experiment. A measurement taken with a television cabinet open may not describe the performance you get after closing it again.
Revisit the rooms at the times they are used most. If performance drops only when several people are active, run an Ethernet test during that period if you can. Compare it with Wi-Fi before blaming the router position. If the wired device slows down at the same time, look at shared network demand or your internet connection as well. Keep the baseline notes for later so you have something to compare after moving furniture, changing providers or adding a mesh point.
For an upstairs office, compare a spot below the staircase with a position directly beneath the desk. The first path may pass through an opening while the second must pass through the floor. Bring the device to the same desk position after each move and run an upload test as well as a download test. A room that receives data adequately can still struggle to send video during a meeting. That practical check can decide between placements that look similar in a download-only test.
Frequently asked questions
Should I put the router as high as possible?
Use an open, reasonably elevated location and compare results in the rooms you care about. The best height depends on the layout.
Should a mesh node go in the dead zone?
Start closer to the router where the node can maintain a usable upstream connection. Test the resulting coverage from the weak room.
Will a router move speed up my internet plan?
It can improve what wireless devices receive in a room. Check a wired baseline separately when evaluating the internet connection itself.
