TP-Link - Archer AX55 Pro

I'm referring to the previous Spectrum wifi routers, that wifi 7 model is more recent, I've never used it. All the previous Spectrum wifi 6 models that they supplied me with failed, they have good coverage but they restarted every day and are very unstable. I had to buy a tp-link archer ax 55 wifi router to put an end to the problems, this model works wonderfully and is very stable, in addition to saving the $5 rental of the Spectrum wifi router at that time.

I have the TP-Link AX3000, and unfortunately, its actual performance does not live up to its specification. My ISP service is nominally 600 mBps, but the maximum I can get through the AC3000 on either WiFI or one of the ethernet ports is 100 mBps. It is supposedly possible to set the AX3000 to deliver higher speeds, but on my device that setting doesn't work. Instead, the WAN input is locked at 100 mBps. I've spoken to TP-Link about the problem, and they agree that something is wrong, but they can't offer any suggested solutions and none of their suggested diagnostics has pointed to a cause. And they maintain a web site where a lot of other people have complained about similar problems. After TP-Link discovered the my box is out of warranty, they ghosted me. The FCC has a web page that lists the recommended bandwidth needed for various home applications. The worst case is streaming TV - they suggest that you need 25 mBps per TV. All other applications are far lower. So one rule of thumb is that your total household requirement is 25 multiplied by the number of streaming TVs that you expect to operate simultaneously. ln our case, that turns out to be 75mBps, and in fact we have found that the 100 mBps we are getting through our AX3000 is good enough for our current needs. ln general, routers tend to become technically obsolete after 5-7 years, so we will eventually replace the AC3000. But given the treatment we have received from TP-Link, the replacement will be some other brand.

I have the TP-Link AX3000, and unfortunately, its actual performance does not live up to its specification. My ISP service is nominally 600 mBps, but the maximum I can get through the AC3000 on either WiFI or one of the ethernet ports is 100 mBps. It is supposedly possible to set the AX3000 to deliver higher speeds, but on my device that setting doesn't work. Instead, the WAN input is locked at 100 mBps. I've spoken to TP-Link about the problem, and they agree that something is wrong, but they can't offer any suggested solutions and none of their suggested diagnostics has pointed to a cause. And they maintain a web site where a lot of other people have complained about similar problems. After TP-Link discovered the my box is out of warranty, they ghosted me. The FCC has a web page that lists the recommended bandwidth needed for various home applications. The worst case is streaming TV - they suggest that you need 25 mBps per TV. All other applications are far lower. So one rule of thumb is that your total household requirement is 25 multiplied by the number of streaming TVs that you expect to operate simultaneously. ln our case, that turns out to be 75mBps, and in fact we have found that the 100 mBps we are getting through our AX3000 is good enough for our current needs. ln general, routers tend to become technically obsolete after 5-7 years, so we will eventually replace the AC3000. But given the treatment we have received from TP-Link, the replacement will be some other brand.

You already have a lot of good advice. Restech is a Wisconsin-based internet service provider that also offers tv/streaming services. https://www.restechservices.net/for-property-owners/ They’ll probably offer various speed tiers. Don’t let them oversell you beyond your needs. You’ll probably not need a modem but definitely could use a router for basic protection and WiFi. For a budget-minded person, a recent model TP-Link AX3000 router is often available on FB Marketplace for around $40. As you configure your router, change the default DNS to 1.1.1.1 so your service provider is not tracking your surfing destinations. You can also subscribe to the free level of Proton VPN for added privacy. You may be able to get some volunteer assistance for setting up your router. Check with your local library for resources.

yoo same ISP and internet package and i got a Mesh WiFi as well. bought it off from India as the sellers here just rip you off on any networking devices. i got TP-Link Deco M4(INR 2599 = NPR 4155) via third party and paying the added customs + vat + delivery fees costed me around NPR 5200-5300 which is way cheaper than buying it here for NPR 8750-10000 each. if you are only planning on buying a single mesh router, i would advice to just get a normal router like TP-Link Archer WiFi6 instead and use it as AP mode. but if you plan on having multiple routers, get a mesh one with WiFi6.

Netgear nighthawk for 6. Using tplink easy mesh for 7 and been happy so far

Agreed. I have two TP Link routers, both are very good. One has been in use for 9 years now. I liked that one so much that when we got internet at our summer house I bought another. My needs are modest, the new one is an AX3000, it does everything I need, its cheap, under $100.

Ok, that's not that big and 1 access point should cover it. I think you'll be fine with any wifi 6 router, honestly. Avoid any of the mesh systems, and don't use any repeaters. As long as you have the wifi 6 router wired directly to the modem, you'll get the best possible latency and performance. Personally, I'm a fan of TP-Link, so there are two I could recommend, if you're looking for a specific model. * TP-Link Archer AX1450 - $50: It'll do everything you want and it'll perform well. It's an older model, so the availability of it will be more limited. However, it also could be much cheaper if you're considering a used one, since people may be selling their old router when they upgrade. I see there are some listed for only $25 on ebay. * TP-Link Archer AX55 - $65-100(there are some sales now, if you can get one for a decent sale price): This is a step up from the AX1450 and this is a current model. It'll do all the same things, but has more powerful hardware and will support higher maximum speeds, if you're looking for something more future proof. The AX1450 is really all you need, since it can support speeds up to 1 gbps over wifi, assuming all the connected device also supports speed that high. The speed it supports is well beyond what you mentioned as your requirement. The AX55 is almost twice as fast as the AX1450, but since the AX1450 is already so much faster than what you need, the AX55 may just be overkill and unnecessary.

There's nothing wrong with the AX12. It's a step up from either of those I mentioned, but it also costs $150. If you're ok with spending that much on it, then you can get that one, but it's kinda overkill from what you described as needing. The reason to avoid wifi mesh, is because a mesh system uses multiple wifi access points that communicate wirelessly, to extend range. With the size of the coverage area you need, you don't need the additional range, in my opinion, so you won't benefit from it. Also, in a mesh system, your traffic is sent to one of the mesh access points, then the mesh system needs to relay that traffic from point to point, until it reaches the central router. Those additional hops in the mesh system increase latency. In summary, for your purpose, a mesh system will just increase latency and won't give you any benefit, since you don't need the range. So you'd get all the cons and no pros of using a mesh system. And to clarify that, I don't mean that you should avoid a "mesh compatible" device. Devices can be mesh compatible, but that doesn't mean you're using the mesh functionality. My suggestion is simply to not use mesh. If you buy a router that is compatible with a mesh environment, and you're not using the mesh functionality, there's no harm in that.

Thanks for the recommendations. As the axe75 is more than twice the price of the ax55 and the biggest advantage is 6GHz compared to 5GHz (which the quest3 doesn't seem to benefit from) I think I'll go with the ax55

Since my 5ghz net is not congested I bought a AX55. But don't do that - it's worse than AX50 and gets 268mpbs max no matter what setting. I think I'll return it for a axe75.

Im a happy customer using AX55. I got it used on Facebook marketplace for $20.

I had good experience with AX55 (wifi6), AXE75 (wifi6e) and AXE95 (wifi6e with 2.5G port). AXE95 does provide 2.5g port, but just 1. If your ISP is <= 1G, you can probably use 1G port as WAN and connect 2.5G switch to 2.5G port for 2.5G internal network. My 1000 sqft apartment did fine with a single AX55, was more than enough. Even recently moving to 3000 sqft SFH, AX55 at dead center of the house covered entire house.

Yes, your Wi-Fi 5 mesh system is definitely bottlenecking your internet speed. Google Wi-Fi 5 only supports gigabit ethernet ports, so even though your Rogers plan offers 1.5 Gbps, your router is capped at 1 Gbps before accounting for network overhead. Wi-Fi 5 also has limited real-world speeds, with a maximum of around 800 to 900 Mbps per device under ideal conditions. Mesh systems can introduce additional latency and signal loss, especially when using wireless backhaul, which explains why your speed drops to 60 to 130 Mbps upstairs. Mesh routers are not inherently bad, but they often suffer from signal degradation when connected wirelessly. A Wi-Fi 6E mesh system or a system with wired ethernet backhaul can provide full speeds with minimal loss. If you upgrade, you should look for a Wi-Fi 6E router with a 2.5 Gbps ethernet port to fully utilize your internet plan and improve performance across your home. The Amazon eero Pro 6E is a high-performance mesh Wi-Fi system that supports Wi-Fi 6E, giving access to the 6 GHz band for faster speeds and lower latency. It features a 2.5 Gbps ethernet port, allowing you to fully utilize high-speed internet plans. This system supports multiple devices simultaneously and is ideal for modern smart homes. You can find it here: https://www.amazon.com/Amazon-eero-Wi-Fi-router-newest/dp/B091G65HH6 For alternatives with similar capabilities, there are several options. The TP-Link Deco XE75 Pro is a Wi-Fi 6E mesh system featuring a 2.5 Gbps WAN/LAN port, providing smooth 8K and 4K streaming with low-latency gaming performance. It covers large areas with seamless Wi-Fi. https://www.tp-link.com/us/promotion/deco-xe75-pro/fb/ The ASUS ROG Rapture GT-AX11000 is an AX11000 tri-band Wi-Fi 6 gaming router with a quad-core CPU, PS5 compatibility, a 2.5G port, DFS band, Adaptive QoS, AiMesh for mesh Wi-Fi systems, and free network security. https://www.asus.com/us/networking-iot-servers/wifi-routers/all-series/filter?Spec=768 The TP-Link Archer AX55 Pro is a Wi-Fi 6 router featuring a 2.5 Gbps port, dual-band connectivity, VPN support, OFDMA, MU-MIMO, USB port, and WPA3 security. It is compatible with Alexa and offers multi-gigabit wireless speeds. https://www.amazon.com/2-5gb-router/s?k=2.5gb+router The Netgear Nighthawk RAXE500 is a Wi-Fi 6E tri-band router with an optimized CPU, multi-gig LAN support, link aggregation, and advanced networking features. https://www.homeowner.com/connectivity/routers/best-2-5-gb-routers The TP-Link Deco X55 Pro is an entry-level Wi-Fi 6 mesh system with two 2.5 Gbps multi-gig ports, providing reliable whole-home coverage and solid mid-tier performance when used with wired backhaul. https://dongknows.com/multi-gigabit-wi-fi-6-routers-to-bring-home-today/ When selecting a router, consider coverage area, device compatibility, speed requirements, and features like multi-gigabit ports to ensure it meets your networking needs.