ASUS - TUF Gaming AX6000 (TUF-AX6000)

I've had zero problems with M1 for many years. Only went down once, and that was for scheduled maintenance in the middle of the night. Also, it's not just your internet plan that could be the cause of any issues. If your router isn't good enough, or is in a terrible position, or is overheating, or the bomb shelter is between your laptop and the router, you are gonna have issues no matter what plan you have. I have a standard 1Gbps plan but an Asus gaming router with ethernet cables going to the 3 heaviest users in the home – PS5, living TV and bedroom TV. I also set up a second router using Asus AImesh to provide wifi signal to one of the further corners of the house.

FYI , all of our current routers and mesh product all have extensive on router functionality including Open, Wireguard and much more. As such you could pick BT6, 8, 10, 16 our any of the routers. Also all of the units have our Gaming QoS option for prioritizing game packets and or specific systems, if you want a more streamlined experience our gaming models ( ROG, ROG STRIX, TUF GAMING ) also have dedicated Gaming Ports which are pre configured should you connect your device to that port. You can also do this manually through our firmware/app. Also note unless you need the coverage specific to a kit ( which can be done via AiMesh ) on the router side you have the benefit of no backhual use maximizing throughput if you are within the coverage area of a router.

I've been using AiMesh since the beginning, and it was rocky at first, but now I'm currently quite happy with it. One solid main router and two APs outside. What unifi did you get to replace your setup and do you think it was worth the cost?

hi, got the Asus AX6000,really great performance and not so expensive.

That or ASUS TUF AX6000 - the same hardware. Both great devices.

I do own TUF AX6000 and its QoS is almost perfect with SQM cake on a gigabit WAN. But that’s a device that is an overkill to use on 11Mbps connection. You can do that with any decent OpenWRT router from the past 10 years if you set up SQM cake properly. If you still want to use this router, it’s a great device and I highly recommend it for fiber connections over 500Mbps. I think I was the first person to actually start the the discussion about SQM, hard/soft offloading and optimizations, in the router’s respective thread on OpenWRT forum, because no bufferbloat is of highest importance for a stable and responsive internet connection. SQM with some hardware offloading works well on this device at least up to 1.5Gbps/1.5Gbps (down/up). It has 2 x 2.5Gbps ports (for NAS), and with some LAN port remapping it works great. That was the crucial feature for me. The alternative was x86 + dumb AP, but in my opinion a router should be simple and just that - a router. Also, power usage is way lower. And reboot times in case of power down or restart are significantly shorter then booting up any PC. I have never seen better home WiFi coverage, and had a chance to test more than a few (expensive) OpenWRT routers over the years in real life scenario. By my criteria it’s a perfect WiFi 6 router for my needs. Been using it since the early days of its beta OpenWRT build in 2023. Unless you explicitely need 6GHz, WiFi 6 is more than most people really need. This is probably related to all 3 routers mentioned here, since they are basically the same hardware. I picked up ASUS since it was available locally and was cheapest at the moment. Search for “SQM” here for more details: https://forum.openwrt.org/t/asus-tuf-gaming-ax6000-support/ Let me know if I could help with any questions or concerns. Oh, an important notice: try to stick with 23.05 (not 24.10 yet) for at least a few weeks until all the bugs are fixed abd tested. This is a normal thing for most routers. And you can search TUF AX4200 thread as well, since the only difference is a 2.5Gbps port and minor difference in WiFi.

Thank you! For 11Mbps internet speed, you can have a good router with SQM if you go with any decent router from the past 10 years or so. Just look for devices that support official releases (not beta), at least 23.05 to be up to date. ARM devices are beefy, but most MIPS devices will be able to handle that speed well. Even the good old Linksys WRT54G(L). However, most WiFi 6 routers (your request) are using more modern hardware and appeared in the last 3 years or so. Look at the official OpenWRT list of WiFi 6 devices and pick your favorite one. Try to stay away from Qualcomm for reasons already mentioned above (Mediatek is good), and look for devices with official releases (avoid beta). Then look for availability of that device in your own country and go with that. For future-proofing I would suggest 4 core devices, but in your case it’s not really needed. Any 2 core ARM cpu will work just perfectly. Here is the list. Whatever your pick will be, read the wiki page for that device and check out the forum, so you can learn more about the device, so you can have an informed decision. https://openwrt.org/toh/views/toh_available_16128_ax-wifi Feel free to send any questions you got.

I was referring to ASUS TUF AX6000 most of the time. The same hardware (the same SoC) is used on Glinet and Xiaomi devices mentioned above. ASUS TUF AX6000 has the same SoC with different (slower) wifi cards on ASUS TUF AX4200, so development was pretty much the same. For your info as a user: those are two different devices and ROMs are NOT interchangeable! There is almost no difference in wifi delivery in real life, so if you can live without 2 port 2.5Gbps, TUF AX4200 is a good choice. When I mentioned 23.05 I was in fact referring to the latest version, which is at the tims of writing 23.05.5. 23.05.x has been very stable since day 1. New 24.10 is using new kernel and already has an (emergency) upgrade 24.10.1 that fixes boot loops. About your wifi going “silent”, unless it is a hardware fault, it almost certainly has to do with wifi calibration data being corupted. Try “downgrading” (quote marks used deliberately) to 23.05.5 and see if that fixes the issue. If not, contact people on OpenWRT forum in the respective thread for your device, looking for mtd partition backup. Hopefully somebody will be able to help. Depending on a device and how OpenWRT rom was packed for it, one of those two things will usually help. If nothing helps, your last resort is to return the device for waranty with returning to the original manufacturer rom (or to contact the manufacturer for software help).

With all the due respect, it’s an overpriced router nowadays. Any modern ARM with 4 cores router can eat if for breakfast for half the price. Turris had the best router for more than a few years now. And well deserving. But since wifi 6 devices with powerful arm soc started popping up, they have been de-throned for almost 2 years now. Unless they upgrade the hardware and/or decrease the price, any x86 (mini) pc + dumb ap will provide way more cpu power. Or you can buy 4 core ARM router for half the price to be the router, and top it up with a N100 mini pc (or a second hand ThinkCentre) to be a vm host for the other half. You will end up with 5-10x more cpu power for the same money. Again, we are talking about (fiber) gigabit speeds.

I second that. It has 2 x 2.5 Gbps ports, and wifi is crazy stable.

Asus AiMesh - Yea TP-Link Deco - Yes TP-Link Easy Mesh - Not sure

--banana pi r4, tp-link be805 (not available yet) with filogic 880 --asus bt8 (snapshot) with filogic 860 --banana pi r3, gl.inet flint 2, asus tuf ax6000, asus tuf ax4200, redmi ax6000, mercusys mr90x; with filogic 830 --lots of cheaper devices like xiaomi ax3000t with filogic 820 --x86 openwrt on mini pc with intel n100/n150 + wifi ap device

ASUS aimesh is the best option besides true ap based systems.

I bought one and but its slower than my Asus ax6000 😢

I prefer routers with openWRT support to migrate if official firmware support ends. I use ASUS TUF AX4200 and RT-AX59u for standard usage and asus tuf ax6000 if more speed or power is required (like thick walls and NAS).

Depends on your need/situation. Even with a 500mbit internet access a 5ghz wifi6 router is mostly good enough if the client device is in the same room. So, how many rooms/walls do you have to support? I use 4x ASUS tuf ax6000 in mesh configuration because of the thick walls in our apartment. The router supports 4x4 for 5ghz streams between routers. Mobile devices support 2x2. The 6ghz band isn’t serving my needs.

Good. So, I keep my four ASUS tuf ax600 routers. They do a good job for my use case.