A contemporary home layout infographic illustrating a Wi-Fi Optimization Simulator. It shows a 'Main Router' emitting weak signal arcs blocked by simplified icons of wood, drywall, and concrete walls. A recommended 'Optimal Extender Placement' path is highlighted between the router and a plug-in 'Wi-Fi Extender' that boosts strong signal to a bedroom containing a smartphone and laptop. The header reads "WI-FI OPTIMIZATION SIMULATOR".

Wi-Fi Optimization Simulator

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Wi-Fi Optimization Simulator

Calculate signal attenuation & optimal extender location

Target Room Distance 10 m
Frequency Band
Obstacle Material
Number of Walls/Doors 2
Coverage & Extender Map Router ➔ Extender ➔ Room
📡
Router
⚡
Extender
💻
Room
Estimated Signal
-65 dBm
Good Signal
Optimal Extender Location
5.0 m
From Main Router

Key Features

  • Real-time Signal Modeling: Uses Free Space Path Loss (FSPL) and logarithmic obstacle attenuation models to compute dynamic RSSI values (dBm).
  • Interactive Visual Map: Dynamically shifts the range bar, displays wall obstacles, and automatically slides the Wi-Fi Extender icon to its recommended sweet spot based on input values.

How to Use

  1. Set Target Room Distance: Adjust the top slider to match the physical distance between your main router and the target area.
  2. Select Band & Obstacles: Choose between 2.4 GHz (longer range, higher wall penetration) or 5 GHz (faster speed, weaker wall penetration), then choose the material and quantity of intervening walls/doors.
  3. Review Optimal Placement: Check the Optimal Extender Location card to find the exact recommended placement distance from your main router for maximum throughput and stability.

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