![]() I had this same 6GHz issue with two different kits, and varying the location of the nodes didn't do any good. The uplink should be 6GHz, but it constantly drops to 5GHz even after firmware updates. When this happens, the 6GHz connection for devices also stops working. That limits your speed and can make things less reliable in high-performance scenarios. The mesh can continue working in this mode, but you're sharing the 5GHz bandwidth with the mesh's backhaul connection. If you're not asking a lot of your network, you might not notice anything amiss. No matter what I do, the problem persists. I have moved the nodes around, changed settings, and even swapped them with a new set. This is usually accompanied by connectivity loss across a large swath of the network. I've found that the Asus ZenWiFi ET8 periodically encounters an error that causes it to crash back to 5GHz backhaul. No matter, I was mainly interested in 6GHz for its backhaul ability, but this became a sticking point. So, the benefit from connecting over 6GHz is largely theoretical right now. That's faster than my home internet, and even my wired devices are bottlenecked by their gigabit ethernet ports. I was able to connect devices like the Galaxy Z Fold3 and Pixel 6 to the 6E network, seeing real-world 6GHz speeds of around 2 Gbps. Like pat ZenWiFi devices, the ET8 has extraordinary range, easily connecting to outdoor smart devices that frequently drop from lesser routers. ![]() My first few days with the ZenWiFi ET8 were good. I'm not sure why Asus would skimp here when the kit is priced at a whopping $530. The ET8 bundle comes with two power adapters and a 3-foot ethernet cable, which isn't long enough for a lot of setups. However, you might want to get a longer ethernet cable. As long as you're not constantly reaching around the cables, the routers should stay put. The Asus ET8 routers are lighter than I expected, so the power and ethernet cables can sometimes tug them out of place. Most tri-band routers have a pair of 5GHz radios and a single 2.4GHz, and dual-band routers only have one 5GHz band for both connectivity and backhaul. It's still a tri-band system, though, with 2.4, 5, and 6GHz radios. This bit of spectrum is less congested and has very high maximum speeds-as much as 6,600 Mbps under ideal conditions. You can do wired backhaul, but the main selling point of the 6E mesh is that you can use the new 6GHz band for backhaul. Simply plug one of them in, and the firmware will figure it out. ![]() The two nodes that come in the box are both capable of becoming the primary router. ![]()
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