How to Compare Mesh Wi-Fi Systems

Compare mesh systems on six things: whether a band is reserved for the nodes, how many Ethernet ports each unit has and how fast they are, how many units are in the pack, the coverage rating per unit, whether the software costs money, and how long the model has been getting firmware. Ignore the combined speed figure, the square-footage headline, the device-count claim and the antenna count.

That list is short because most of what differentiates a mesh system is structural rather than numerical. Two systems with similar headline numbers can behave completely differently in the same house, and the reason is almost always in the first column.

The six columns worth building

1. Dedicated backhaul band: yes or no. The most predictive single fact about a mesh system. Without one, every satellite relays on the bands your devices use and delivers roughly half of what it receives — what backhaul is and why it decides everything.
2. Ports per unit, and their speed. Ports are the escape hatch: they let you wire the backhaul and take fixed devices off the air. One port on a satellite is a constraint; three is freedom.
3. Units in the pack. Compare like for like. A two-pack and a three-pack at the same price are not the same product, and node count is what actually solves distance.
4. Coverage rating per unit. Per unit, not per pack — dividing the pack figure by the number of units is how marketing departments make a weak radio look strong.
5. Software cost. Parental controls, filtering and threat protection are included on some platforms and rented on others. Over four years this is a real line item — the systems that include it.
6. Firmware track record. How old is the model, and is the manufacturer still shipping updates for the previous generation? That is the best available proxy for how long this one will last.

The four numbers to cross out

The combined speed figure. AX1800, AXE5400, BE11000, BE27000 — these add together radios that no single device can use simultaneously. A BE11000 system with no reserved backhaul band can deliver less to your far bedroom than an AXE5400 system that has one.

The square-footage headline. Measured in conditions nothing like a house. A single 30-centimeter bearing wall can cost 20 to 25 dB at 2.4 GHz, which leaves roughly a tenth of the open-space distance — so the figure on the box and the figure in your hallway are different kinds of number.

The device-count claim. “Supports 200 devices” is a client-table size, not a performance promise. Your real limit is airtime, and how many devices a router can handle sets out the much lower practical number.

Antenna count. Internal or external, six or eight, it tells you nothing you can act on. Transmit power is capped by regulation, so more antennas is not more range — what actually extends reach from one box.

Then sanity-check against measurements you did not make

We do not run a test lab, so we lean on outlets that do. RTINGS and Tom's Guide both publish measured throughput at distance for most of the systems above, and reading two independent measurement sets for your shortlist takes ten minutes. Where a figure appears on this site it is attributed in Sources, which is also how you should treat any other site comparing this hardware.

When the shortlist is down to two, the head-to-head pages do the last step: eero vs Orbi, eero vs Deco and all three brands together. And if the comparison is really about whether you need mesh at all, mesh versus a router answers it with one speed test.

How we picked

We do not run a test lab. Rankings here are built from the manufacturers' published specifications, measurements taken by independent outlets that do have labs, and the structural reasoning on this site about what a given house or job actually needs. Every product was checked as currently sold before it was included. Where a figure appears it is attributed and linked in Sources; where we have no basis for a claim, it is left out. Our methodology sets out exactly what we will and will not assert.