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Product test

Speed testing the Dream Machine

Martin Jud
12.3.2020
Translation: Patrik Stainbrook

The Ubiquiti UniFi Dream Machine reportedly performs well despite its compact design. As noted both on Reddit, and by user comments in our shop. But is this router actually good for something, or is the only impressive thing about it its sleek cylindrical design? Our speed test will reveal all.

In the UniFi Dream Machine, Ubiquiti combines its basic components – access point, cloud key, security gateway and switch. It should be easy to combine with other UniFi products. You can add network cameras or expand your Wi-Fi into a mesh network.

The technical details:

Apartment floor plan and router location

I install the Dream Machine in my 120 m² maisonette. The best Wi-Fi device I've tested so far in this flat is by TP-Link. Their router, the Archer AX6000 leads the pack with an average of 405.32 Mbps, 3 ms of ping and a signal strength of -62 dBm.

Setting up the router

I like the HomePod design of this router. You get one WAN and four LAN ports. Plus a reset button and a mains connection – the power supply unit is integrated in the product.

When you turn on the Dream Machine, it sounds like a low-power hair dryer for a short time. The fan fires up and blows any dust out of the case. After a few seconds there is silence – I never notice the fan in operation. A bright white LED ring continues to pulse during the boot process. When the device is ready for use, the LED changes to a static blue. You also hear a jingle, which reminds me of a train announcement or a Brother printer.

The initial setup of the router is done quickly:

  1. Connect a PC or other terminal device to the router via a LAN cable or Wi-Fi. The router has open WLAN, SSID initialises with a UDM setup.
  2. Open a browser and visit setup.ui.com. If necessary, an insecure connection must be accepted before the router can be set up.
  3. Follow the setup.

During setup, aside from setting up a new Wi-Fi source, an ubiquiti account must also be created. The product can't be used without one.

What's surprising about Ubiquiti are the many settings and options that are offered after the initial setup. This gives pro users a chance to let off steam. Beginners on the other hand require some patience and Google.

Speed, ping and signal strength per room

As a reminder, a higher value means better signal strength. While values between -35 and -55 dBm near a router provide a good signal, values of -75 dBm or less in distant corners correspond to a weak signal.

Results

This is how the Ubiquiti UniFi Dream Machine performs:

Another unusual thing about the new winner is that the 5 GHz signal strength averaging -65 dBm is 3 dBm worse than its TP-Link competition. In an environment with many interfering signals, TP-Link should therefore have a slight advantage. The following heat maps show my signal strength measurement in detail.

5 GHz heat map

The lower the measured dBm value, the worse the signal strength and the more blue the colour.

2.4 GHz heat map

The 2.4 GHz frequency band has a higher range, but lower speeds.

Comparison with the competition

A comparison with the four fastest devices tested so far in my apartment gives us the following picture:

Conclusion: not just a pretty face

The only real disadvantage I notice is in the slow 2.4 GHz frequency band and a lack of features that Wi-Fi-6 would bring.

Finally, my new Top 5:

1. The Ubiquiti UniFi Dream Machine, with an average of 453.09 Mbps, 3 ms latency and -65 dBm

2. The TP-Link Archer AX6000, with an average 405.32 Mbps, 3 ms latency and -62 dBm.

3. The Synology RT2600ac, with an average of 383.1 Mbps and 4 ms latency.

4. The Netgear RAX120 Nighthawk, with an average of 336.21 Mbps and 3 ms latency (in terms of range, this router ranks second).

5. The Asus ROG Rapture GT-AC2900, with an average of 329.4 Mbps and 3 ms latency.

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I find my muse in everything. When I don’t, I draw inspiration from daydreaming. After all, if you dream, you don’t sleep through life.


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