UniFi Dream Router vs Dream Router 7

Both are the same idea: one desktop box that routes, serves Wi-Fi, switches a few ports, powers a device or two, and records a camera. Of the eight gateways this site tracks, these two are the only ones with a radio inside.

The question is not whether the newer unit is better, because on most rows it plainly is. It is whether the two things the older one does better — PoE and Protect storage — matter in your install. How to choose a UniFi gateway places both against the gateways that have no Wi-Fi at all.

The 6 GHz radio is the real addition, and Wi-Fi 6E and Wi-Fi 7 clients are the ones that can reach it. On a recent phone or laptop that band is clean spectrum the older unit simply does not offer, which is the strongest argument for the newer box in a busy building.

Stream counts run the other way, and it is worth knowing before assuming the newer radio wins everywhere. Ubiquiti lists the Dream Router at 4 × 4 on both of its bands and the Dream Router 7 at 2 × 2 on all three, so the older unit puts more streams on 5 GHz even though its ceiling is lower.

Rated coverage still favours the newer one, at 160 m² against 140 m². Neither radio can be repositioned, so in both cases the coverage is wherever the router has to sit — which is the case for a separate access point in a larger home.

A gigabit WAN is the hard limit on the older unit, so a faster line cannot be used no matter what else changes. The newer one takes a multi-gig line on copper or fibre, and its 2.3 Gbps of IDS/IPS means inspection stays on above a gigabit rather than becoming the next ceiling.

Client capacity moves with it. Ubiquiti rates the Dream Router 7 for 300+ simultaneous users and 30+ UniFi devices, against 150+ and 20+. For a household with a few dozen connected things, either is sufficient, and the gap shows in a busy office or a rental full of guest phones.

Forty watts across two ports runs two cameras, or a camera and an access point, directly from the router. Fifteen watts on one port runs a single G6 Bullet at 9.9 W and nothing beside it, so a second powered device behind the newer unit means a PoE switch or an injector.

The storage difference is smaller than it looks, because both are rated for the same camera count: 5 HD, 2 2K, or 1 4K. An SSD is the better medium for continuous recording, but the ceiling either one supports is the same, and Protect storage sizing covers what a given retention window actually needs.

One more row favours the older unit. It is rated to 45 °C against 40 °C, which matters in a warm cupboard or a loft.

Neither is a meaningful load, and both are fanless towers meant to sit in the open rather than in a cabinet. The newer unit spends its extra watts on a third radio and faster silicon, which is exactly where you would want them going.

Both carry a 0.96-inch status display and both are managed through UniFi Network on-device, so day-to-day the two behave the same way.

The newer unit wins the spec sheet. The older one wins on powered devices, so start there.

Buy the Dream Router 7 if:

• Your clients are Wi-Fi 6E or Wi-Fi 7. The 6 GHz radio is the reason to buy it, and nothing else here has one.
• Your line is faster than a gigabit. Its WAN and its 2.3 Gbps of inspection both clear that bar; the older unit's do not.
• The network is 2.5 GbE. Four 2.5 GbE ports and a 10G SFP+ against five gigabit ports.

Buy the Dream Router if:

• Two devices need PoE from the router. 40 W across two ports against 15.4 W on one.
• Gigabit is the line. Nothing above it is reachable, and $80 stays in your pocket.
• It will sit somewhere warm. Rated to 45 °C against 40 °C.

If the Wi-Fi does not need to live in the gateway, Cloud Gateway Max vs Cloud Gateway Fiber covers the radio-free pair at the same $279, and the Access Points hub has the separate-AP route.