Router Placement: We Tested 5 Locations

Router Placement: We Tested 5 Locations
🔬 Methodology: Single WiFi 6 router (Netgear Nighthawk) tested in a standard 2,200 sq ft, 2-story drywall home. Speeds measured via DCSpeedTest array on 4 corner devices simultaneously to assess total house coverage.

Physics Doesn't Care About Interior Design

Most ISPs install routers in the worst possible locations: tucked in a corner of the basement, inside a TV cabinet, or behind a couch. WiFi signals are high-frequency radio waves. They act like light from a bare bulb. If you put a lamp under a couch, the room stays dark.

Test Results by Location

  • 1. The TV Cabinet (Hidden behind TV, near floor): Worst. The metal in the TV acts as a shield. Speeds dropped by 70% just one room over.
  • 2. The Basement Utility Room: Terrible. WiFi signals radiate outward and slightly downward like an umbrella. A basement router pushes signal into the dirt, not the second floor.
  • 3. Corner Office (1st Floor): Okay. Full speed in the office, but the opposite corner of the 2nd floor became a dead zone (15 Mbps). You waste 50% of your signal broadcasting out into the street.
  • 4. Central Bookshelf (1st Floor, 3ft high): Good. Covers most of the house. Corner rooms achieved 120+ Mbps.
  • 5. Central Hallway (Ceiling mounted / 7ft high): Optimal. Unobstructed path over most furniture. Least interference. Enabled 400+ Mbps in every room of the house.

The 3 Rules of Router Placement

  1. Height is King: Place the router at least 4-5 feet off the ground. Radio waves easily pass through drywall but struggle through dense furniture, human bodies, and appliances.
  2. Centralize It: Imagine the router is the center of a sphere. Place it in the physical center of where humans use the internet in your home.
  3. Avoid The 3 H's: Heaters, Hydro (water), and Heavy Metal. Do not place near radiators, fish tanks (water absorbs 2.4GHz waves completely), or microwaves.

A $300 gaming router in a bad location will perform worse than a $50 budget router placed high and centrally.

Sources & References

See our research methodology for how we combine our own testing with public data sources.

About the Author

The DCSpeedTest Research Team consists of certified network engineers and analysts who review millions of broadband tests to provide definitive connectivity insights.