With a single satellite unit set up 50-feet from the eero Pro 6 router on the same floor, the network delivered 142.3Mbps to the test system positioned another 40-feet away. Still, it was between the Linksys Velop AX4200 (525.7Mbps) and the Netgear Orbi RBR750 (326.6Mbps). With the receiving system set up 25-feet and a wall away from the eero Pro 6 router, it was able to get 375.6Mbps, about half that of the Netgear Orbi RBR850 (782.9Mbps). This is roughly the same as the Linksys Velop AX4200 (437.5Mbps), but off the pace set by the Netgear Orbi RBR850 (670.1Mbps). In fact, it was able to move 430.9Mbps upstairs to a system directly above the router. It was a mixed bag when it came to pushing a strong data signal throughout my old house. The eero Pro 6 had a range of 105-feet, as much as 20 feet farther than other Wi-Fi 6 mesh kits. Happily, the eero pro 6 stayed online at 90-feet with 29.5Mbps of throughput available for the test system the others were offline at this distance. Meanwhile, at 75-feet, the eero Pro 6 retained the lead at 208.9Mbps, while the Linksys Velop AX4200 moved 139.6Mbps and the Netgear Orbi RBR850 and RBR750 fell behind at 85.9Mbps and 82.5Mbps, respectively. With the router and the test system 50-feet apart, the eero Pro 6’s bandwidth caught up with the others at 239.9Mbps, surpassing the Linksys Velop AX4200 (201.3Mbps), the Netgear Orbi RBR850 (124.4Mbps) and the Orbi RBK752 (100.3Mbps). This is not only slightly more than Wi-Fi 5 mesh kits could deliver but was well off the pace set by the Netgear Orbi RBR850 (833.6Mbps), the Linksys Velop AX4200 (507.7Mbps) and the Orbi RBR750 (506.7Mbps). With 10 simulated data-hungry clients, the eero Pro 6 was a disappointing performer up close, delivering only 436.1Mbps to a Dell XPS 15 system 15-feet away. Using Ixia’s IxChariot networking benchmark software, we created a busy Wi-Fi network in my 100-year old 3,500-square-foot home. In other words, the eero Pro 6 can consolidate all this gear. It has a full 802.15.4 smart home hub built in and works with Alexa voice control. The eero Pro 6 has a home automation ace up its sleeve that will appeal to those who want to use online thermostats, lights and locks. It adds up to a $145 a year value and is similar to the annual charges for Orbi’s Armor security software. By contrast, the Secure + plan costs $9.99 a month or $99 a year and adds the 1Password password manager, virtual private network and Malwarebytes antivirus software. It includes frequent reports on who’s doing what online as well as VIP support. At $2.99 a month or $29.99 a year, it adds basics like content filtering, parental controls and ad blocking that others, like Asus, provide for free. In addition to the expected security attributes, the eero Pro 6 offers the Secure package. The company continues its long-held view that the Wi-Fi Protected Setup system is inherently insecure and doesn’t offer it. While the eero Pro 6 lacks a power switch, there is a reset button underneath. It does without a USB data port for adding a hard drive to the network. It’s powered by a USB C power port but stick to using the included AC adapters or you’ll risk encountering a compatibility problem and seeing a blinking yellow warning light. They’re both capable of moving 1Gbps of data, but the system lacks the ability to connect with Multi-Gig 2.5Gbps modems or perform port aggregation. In the back is a rudimentary connection panel with two Ethernet connections. Relying on passive cooling, each eero Pro 6 unit has limited ventilation and topped out at 124 degrees Fahrenheit, much hotter than others in its class. Altogether, the eero Pro 6 is capable of 4.2Gbps of throughput.Īll this adds up to a lot of heat generated in a small space. The eero Pro 6 system is theoretically capable of delivering 574Mbps over its 2.4GHz link as well as 1.2Gbps over one 5GHz connection and 2.4Gbps over the other 5GHz band. By contrast, Orbi reserves one of the 5GHz bands for communication from the satellite to the host, whether it’s needed or not. Using eero’s Modulation Coding Scheme, the system dynamically optimizes and balances the flow of data to and from the host router. On top of its 2.4GHz data band, the system has two 5GHz bands that equally share in the movement of data to and from the network’s wireless satellites. It includes MU-MIMO and beamforming technology to push the maximum amounts of data to the connected devices. Based on Qualcomm’s IPQ8174 Wi-Fi chip, the system has a 1.4GHz quad-core processor, 1GB of RAM and 4GB of flash storage for its settings and firmware. Each eero Pro 6 has internal antennas for Bluetooth (used during setup) and Zigbee (for connecting home automation devices) as well as five Wi-Fi antennas.
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