Smart Home Wi-Fi Mesh Planner

How the Wi-Fi mesh planner works

This Wi-Fi mesh planner estimates how many mesh nodes or access points a home needs for reliable whole-home coverage. It starts from your built-up area and adjusts for two things that decide real range: the number of floors (RCC slabs block signal, so each floor typically wants its own node) and your construction. A single node covers roughly 1,000 sq ft through light drywall partitions, about 700 sq ft through Indian brick or AAC block, and closer to 500 sq ft in an RCC-heavy home full of concrete, granite and metal.

The core formula is: nodes = ceil( built-up area × floor factor ÷ coverage per node ), never fewer than one (your main router). Multi-floor homes are bumped so there is at least one node per floor when each floor is sizeable, and the total is capped at a sensible home-mesh maximum. Multiply the node count by a typical ₹4,000–8,000 per unit for a rough kit cost.

2.4 GHz, 5 GHz, 6 GHz — and dual vs tri-band

2.4 GHz travels furthest and through walls best, so keep low-bandwidth IoT — smart bulbs, plugs, sensors and most cameras — on it. 5 GHz and 6 GHz are faster but shorter-range, ideal for phones, laptops and streaming. A dual-band mesh suits most homes; a tri-band or Wi-Fi 6E mesh adds a dedicated backhaul band that keeps speeds up when you have many satellites or a lot of devices. A single radio starts to congest past roughly 30 clients, so a device-heavy smart home benefits from tri-band and a separate IoT SSID.

How many mesh nodes does my home need in India?

A typical 1,200 sq ft brick apartment on one floor is usually happy with two nodes — the router plus one satellite. A 2,400 sq ft duplex in RCC can need three or four. Wire the backhaul between nodes wherever the conduit allows, place each node high and central away from metal and the microwave, and treat this figure as a starting point — a two-minute walk with a signal-meter app beats any calculator.