TP-Link Deco WiFi 6 Mesh WiFi System(Deco X20) - Covers up to 2200 Sq.Ft, Replaces Wireless Internet Routers and Extenders, 1-Pack

So far I’ve been using them for 2 years. Pros: they are very easy to set up, great quality, they do not drop connection, very stable internet as long as you set them up right, the app allows you to label them, they work fine for connection up to 1Gb. Make sure you connect your main to your modern near an open space centralized and with an Ethernet cable cat 5 or higher. Each has a duel Internet port in case you want to hardwire into a device instead of wife. Cons: the app sometimes prevents them from working properly so sometimes you simply have to open up the app so it can reboot itself, after a reboot sometimes they don’t automatically start working (so you must unplug the power of those showing red, will quickly reboot and show green), my biggest issue, the app displays usually the wrong speed, sometimes showing mbps or kbps, speed fluctuates a lot, even when you perform a 3rd party speed test, not exactly sure why. Location is a must, you must make sure they are set as close to each other as possible while getting a strong signal ( must play round to find the sweet spot). Over all they are great if you set them up properly, they provide great internet, very easy to use and set up, requires no maintenance but updates, so far I’ve had no issues for the last 2 years. I would recommend the Decos.

I'm an IT geek / software developer for a living. I know all about how this stuff works and I wanted fast, but I didn't need crazy expensive for my home and some of these mesh systems are way overpriced IMHO. Reality is you can have all the latest crazy standards but once you get 20ft from the access point all bets are off and you'll never see the speeds you see quoted so you need to mix practical with price. There seem to be sooo many mesh system options these days, that I was overwhelmed, but after some consideration I thought I would just go for this one which seemed reasonably priced, but still offered most of the latest standards (and thus speed limits) and also had free returns! In this case this config with 2 slave units was great for my ~4500 sq ft house, my previous single access point left some dead spots (like my Ring outside the house) just outside the range. But with this setup I can blanket the house and get pretty good speeds (>100-200Mb throughput) just about everywhere, and faster (400+ when you are reasonably close / line of sight to the access point) It's important to remember when thinking about laying these out in your house what and where you need the speed. If you need speed inside your house (say you are always streaming movies from a pc to another device) or if you need speed from a device to the internet. The slave access points can only provide as much throughput back to the main access point (which is probably directly plugged into your router/internet) as good as their own wireless connection is to EACH OTHER. eg: if you put the slave access points 50ft away they might "only" be able to get like 20Mb back to the internet, as your devices is going from device -> slave access point ->* main access point (next to your router/internet) and the * connection is the weak link. What was the killer feature for me on these is you can actually use ethernet as a backbone for the slave access points. My house is pre-wired with ethernet so I was able to put the slave access points pretty far but every slave is hardwired back to the main access point and thus has 100% of the throughput back to the internet so no matter which access point you connect to in the house each access point is as fast as the main one so the access point to access point speed drop is a non-issue if you can set it up like this. DO THIS IF AT ALL POSSIBLE! It's like having 3 "full speed" access points strategically dropped through your house. It wasn't obvious I could do this from the (very basic) docs for setup that came with it, but a quick search through the online docs showed you could this and it's brain dead, just plug your home network into the port on the back. Extra bonus feature, you can use the 2nd port on the back as a local hardwired port so if you have a single PC or "device" (like an xbox or something) next to the access point you can still plug it in directly and get full hard-wired speed without needing to buy an extra switch in the middle. Note: If you don't use the 1st port for the backbone, then you get 2 ports for local devices that will get at least Access Point -> Access Point speeds without one more wifi hop needed. I was pretty impressed with the iPhone app that you use to manage the setup, gone are the days of a webbrowser hitting a super slow admin page, the app is snappy and you can tweak all kinds of stuff. (favorite feature: One of the access points ended up in a kids room and they complained about the LED at night, guess what, turns out there's a "night mode" where it turns off the LED's during a timewindow in the settings pages!) The "mesh" part works really good too, from the app you can see your device move from access point to access point and what devices are on which and stuff. Super handy for initial setup troubleshooting and geeking out over how it's all working. I will admit, I was a little nervous since TP-Link is sort of a more bargain brand in my head, but I've had it going for about 8 weeks now in my house and it's been basically flawless. I'm sold, I'd TOTALLY buy this again or recommend it to a friend (or anyone reading this)!

For years I've lived with pretty good WiFi from my network provider's Internet modem, with the exception that there were some dead zones in my house. In addition to that, it has dual-band 2.4GHz and 5.0GHz networks. When I encounter a Wifi dead zone with my phone, I would then have to manually try the 2.4GHz (slower) network, or switch the phone into 5G cellular mode. Frustrating - and not optimal. I looked into WiFi repeaters and extenders, but all the research to find a better working, and integrated, WiFi experience was leading me to build a Mesh Wifi network for my home. After watching lots of product reviews on-line, I finally decided on the Tp-link Deco X20 system. I purchased a 3-node solution. Node 1 is in my office and connected to my Internet modem. Node 2 in the living room with my home theater, and node 3 upstairs in my bedroom. Now I have decent and reliable Wifi signal throughout the house, with speeds ranging from 500mbps, to about 150mbps in the most distant areas. Set up was very easy. I chose to set up the X20 as a WiFi access point (AP mode), and not use the X20's router functions. This means that my Internet modem is still in charge of DHCP and assigning IP addresses to all devices downstream, and that all devices on my network can talk to each other, because they are all on the same subnet. In addition, the AP mode allows me to leave the original WiFi networks turned-on, and migrate these devices to the new mesh WiFi, as needed. Two important things to note about the Deco X20 system. First, the 2.4GHz and 5.0GHz signals are combined into one SSID. If switching is required, the Mesh Wifi does this seamlessly in the background - so you don't have manually switch WiFi networks on your device. Second, the nodes have two wired network ports. In my office, one of these ports is used to connect the node to my Internet modem. However, it is possible to use the other network port, and the two ports on the other two nodes, for devices that are sitting close to the node. For example, upstairs I have the Deco X20 node sitting next to a Roku Ultra video streaming device, which has a network port on the back of the unit. Rather than telling the Roku to use Wifi to connect to the mesh Wifi network, I can just connect a short network cable from my Roku to the Deco X20 node, and the Roku now thinks it has a wired LAN connection. Wiring a device directly to the node, where it is convenient to do so, should provide a faster connection, because there is one less network hop for the data to jump through, to get onto the network. In short, the Tp-link Deco X20 this is a very good product, easy to set up, and I recommend it as an affordable way to get started building a mesh WiFi.

The TP-Link Deco WiFi 6 Mesh WiFi System (Deco X20) is an excellent entry-point for anyone looking to modernize their home network with Wi-Fi 6 technology. This single-node unit is designed to cover up to 2,200 square feet, making it a perfect choice for small-to-medium apartments or as an expansion unit for an existing Deco mesh network. It effectively eliminates dead zones by providing a stable, high-speed connection that can handle over 150 devices

You will not regret this choice. Having a reliable mesh system circumvents the need to pay outrageous prices for internet speeds that nobody on earth actually needs. Believe it or not, but you probably don't need more than 100Mbps in your entire home and this device allows you to better utilize every last drop of it. After doing much research, I figured my WiFi needs would be met with the absolutely lowest Spectrum tier of 100Mbps, but a much router or mesh system as the problem was not the theoretical download speeds but the quality of connection. Having a mesh system would allow me to downgrade my bill, as well as saving $5/mo on the "equipment rental" fee for using the Spectrum router, and yet still be able to stream 4K on every device all at once if I so pleased. I live in a one bedroom apartment, smack-dab in the middle of a sea of apartment complexes in a big city so there's a lot of competing signals bouncing off one another. While everyone said all I needed was a better router, my experience proved otherwise. Speed wasn't the issue at all, but latency and spread across the apartment to my 12+ devices. Constantly I suffered from buffering issues, especially surfing the web or watching YouTube. But I didn't need to go faster on the highways, I needed more lanes on the highway for all the cars to run parallel, and to increase the overall range. This is the benefit of a mesh system over a traditional router, as well as the ability to roam from Deco to Deco based on bandwidth/proximity, allowing better prioritization. I've stuck with TP-Link for years, having had seamless experiences with all of their products from WiFi cards to WiFi bulbs, and for much less cost. This was no different. I was very impressed with their easy, intuitive and speedy setup. The app is sleek, and its fun to see which Deco everything is connected to and witness it switch around as bandwidth demands change. The WiFi, despite being much slower on paper than the 400Mpbs I was receiving since the start of 2024, has been a massive improvement, and for less than half the cost. As a stress test, I played a 4K streaming movie on one TV, streamed 4K YouTube on my computer, another 4K video on my laptop, played 1080 streaming movie on another TV, and did an online speed test all at once. Never a single buffer on any of the devices and the speed test still managed to download over 100Mpbs anyway with a 12-14 ping. That's plenty of internet speed and then some. Over 30 days later, its still flawless. In the end, I only wound up using 2 of the 3 Decos (but glad I have the third for only $10 more, just in case). Now, I'm not kidding when I say I actually profited from downgrading my WiFi, and I invite you to do the same... First, I dropped Spectrum, and went over to T-Mobile for $40/mo for exactly 3 months. I qualified for a $200 debit card rebate after that, which I used to pay off my phone/internet bills. I cancelled T-Mobile's internet after the speeds were awful, went back to Spectrum once I qualified for their promo rate of $30/mo for 100Mpbs for two years. So, since July, I have paid T-Mobile 3 months ($120) and will pay Spectrum 3 months ($90) before 2025. That means I paid $10 out of pocket for 6 months of internet after the $200 rebate. Of course, the mesh system sets me back $140, but over the next two years I'm saving $5/mo on router rental fees ($120 after two years). So, it pays for itself. And because its WiFi 6, its backwards compatible and will remain relevant for several more years at the very least. I estimate that in two years I will have saved a total of $960 in internet speeds after the cost of the Decos.

Dead zones are a special kind of frustration. That one corner of the house where your video call freezes, the back bedroom where streaming buffers every few minutes, the garage where your phone gives up entirely. The Deco X20 exists to solve exactly that problem and it does so with a minimum of fuss. Setup is where this system immediately earns goodwill. The Deco app walks you through everything in plain language and the whole network was up and running in under fifteen minutes, which for networking hardware is practically unheard of. No cryptic router menus, no digging through settings pages that look like they were designed in 2003. Just a clean app experience that gets out of your way fast. WiFi 6 makes a tangible difference in a busy household. Multiple people streaming, gaming and on video calls simultaneously without anyone complaining about lag is the real world benchmark that matters, and the X20 handles it comfortably across 4000 square feet without breaking a sweat. Coverage is genuinely seamless as you move between rooms, with devices handing off between nodes so smoothly you never notice it happening. The units themselves are compact and understated enough to sit on a shelf or counter without looking like networking equipment someone forgot to hide. That sounds minor but in a living space it genuinely matters. For very large properties or extremely demanding multi gigabit needs there are more powerful options out there, but for the overwhelming majority of homes this system hits a sweet spot of performance, simplicity and value that is difficult to argue against.

I just came back from the park. I brought an inverter to power the SONOFF TH10. I brought an Android 9 phone to pretend to be the Deco SSID. I use another Android 10 phone to pair the smart switch. This is my last resort to pair it. It worked and continue to work after I brought it home. I thought the Deco worked pretty well until I realized that the weather has been perfect for a few days. I had several TH10 to be temperature sensors for my HVAC system. They didn't connect and couldn't be paired again. I was panicking and pray for the weather to stay perfect. There are many reasons that it's very hard to pair again. And it's not only Deco. But I would call it iDeco in the same league as iDevices. And that with Apple in the way, the psychiatrist is never far away. There is something called Smart Connect that you are forced to use in the iDeco. You can have only one, single, uno, un, yi, SSID. The idea is that Deco will connect to the device in the best band, 2.4 GHz, and one of the two 5 GHz bands. Deco is not tri-band. It doesn't use both 5 GHz bands simultaneously. But how possibly does it work? I don't think it's a new standard. It's not up to Deco. The phone will scan and connect to the strongest signal even with the same SSID. The 2.4 GHz has the advantage. I almost returned it when I saw my phone connected to the lower band. But after some observations, it seems that all the 5 GHz capable devices all connect to the higher band, which should be the case as the interference at the 2.5 GHz band is terrible here. The 1st problem is those cheap smart things that use little bandwidth stay at the 2.4 GHz tech. All of my switches from different manufacturers only support 2.4. My phone will connect to 5. So the Sonoffs won't pair. I have no control over which band the phone connects to. You can have 2nd guest SSID but the guest network is isolated from the main network. The Deco replaced my three router tree that is increasingly difficult to pair new devices. The Sonoffs may be connected to the same SSID on different routers. I was hoping the Deco mesh appears to the Sonoffs as one router. Is that easy just to turn off the 5 GHz band during pairing? To my horror, you can't turn off any band. You are just turning off the broadcasting of the SSID. Any devices that already have the SSID can still connect. Of course, I can still connect to the 2 GHz band if I forget the SSID and reconnect. But the 2 GHz band here is jammed solid. I have to use two APs at the front and back of the house with an ethernet backhaul. All the APs are wired to the cable internet source. They not actually ethernet cables but modems turning unused TV cables in the house into ethernet. But the modems are limited to 100 Mbps from years ago. Now I am paying for 150 Mbps. Instead of upgrading that I opted for a wifi 6 mesh. My 3 Deco's are pretty good in putting a wifi shield around my house that no neighbors' signals can penetrate. Even the internet speed at 2 GHz is pretty fast and reliable instead of unusable before. But the Deco occupies two channels so that you can't do much from channel 1 to 8. And the rest are belong to my neighbors. You can't move it around. And I don't see how it can adapt when there are three Deco's subject to different interferences. Wifi pairing is always tricky because to be simple you have to give out your password to eWelink. For the Sonoff's newer quick pairing mode, the device is looking for a secret SSID, 12345678 with the password abcabcab. The app asks the phone to generate a hotspot with the SSID and the password so it can communicate with the device. After the device downloaded the normal login credentials, the app deletes the hotspot and connects to the normal SSID. But the iPhone would never have allowed that and you can't do that in Android 10 anymore. But that's the default mode when you power up the IoT device. Until the newer devices use BT pairing. Anyway, I don't think the 2 GHz from the phone here is good enough to finish pairing. The last resort is the old compatibility mode where the device becomes an AP in channel 7! It's always channel 7. I never saw it moves. Are you that lucky always? But this Sonoff AP always crashes with the Deco AP. If I have to add another AP to make another SSID to test things, I will be running out of clean bandwidth at 2 GHz. The only thing I can do is to wait until everybody sleeps and unplug all the Deco's. But I rather go to the park. I also think you have to delete the device from the app first before you pair it again as some info will be stored in the cloud. Maybe you can try the secret SSID first to unstuck some old bits. The quick pairing mode works in the park. You have absolutely no web-based control panel like DD-WRT. The one there is just for show. I stayed with the Deco because my problems are solved. Except that Smart Life doesn't allow me to edit any device from time to time. I have no idea. I read that some satellites limit the bandwidth to like 60% of the ISP bandwidth. Whereas my Deco's are about the same 130 Mbps (Netflix) vs 150 Mbps for the ISP. And also each Deco has two ethernet ports whereas some others have only one. So I need 3 mesh devices to give me one cable modem connection, one game connection, and one internet phone connection, and no more. Yes, I have plenty of old routers to split the ethernet ports but they are still in the 70's! Original review: I needed to upgrade. Speed isn't the main issue as I'm only willing to pay my ISP for a 150 Mbps connection, enough for more than one 4K streaming and many zooms. I considered a tri-band one because of the interference from neighbors. But wifi 6 cost extra less than going out for a meal. I'm not sure it's a better decision. But my current 5 GHz APs, D-Link AC750s, have dates in the 1970s because they are too old, the dates wrapping around. The Deco will see some new wifi 6 devices added to the house. Installation is easy. All Deco's are identical with a power socket and two ethernet sockets, identical and bi-directional. Each can be used as a satellite or the main router. Basically, you plug it in, open the app and give it the SSID, password, and security mode. Easy except that the hardware and software are more Apple-like than I prefer. I was distracted when I installed the main router. Then I couldn't find a way to install the 2nd Deco. After I exhausted the menus, I found that it's the + sign. Silly me, or is it? I was also distracted when I added the last Deco. The app said I didn't finish but the LED said yes. There's no way you can see how many Deco's you have in your network. Instead of being driven crazy often by Apple products, I let go. Hours later when I accidentally tapped on the globe icon, with a label saying internet, all my connected Deco's appeared. Silly me, or is it? The signal strength is a bit stronger. That's not the point as I can jack up the signal killing my neighbors'. It looks like that I can use only one Deco to replace my DIY mesh network, except for a room in the middle of the 2nd floor that is somewhat less than the ISP speed. I think if your house isn't that large, and your ISP speed isn't that great, you can just put a satellite Deco where you need speed. Because the max speed is much faster, like 1 Gbps, and the ISP connection is only 150 Mbps, the wireless Deco connections are as good as wired ethernet. You don't need to use an ethernet backhaul. I have speeds at the 5 GHz band from over 100 Mbps to 120 Mbps. Netflix says 130 Mbps. Surprisingly, you can only have one SSID for both bands. My phone automatically connects to the 2.4 GHz band that is much slower because of neighbors' interference. The only way out seems to set up a guest network for the 2.4 GHz band only and the main network for the 5 GHz only. Use a different SSID for each one so you can select. This Apple-like feature almost made me return it. I wasted my time using the guest network for a different SSID for a different band. The IoT switches work but they route via the internet. The guest network is isolated from the main. So I can't see the IP cameras on the 2.4 GHz band when my phone is normally connected to the 5 GHz band. When I searched further, this feature isn't uncommon. It's like a sort of handover between the two bands. You need both bands because the 2.4 GHz travels further while the 5 GHz band has much more bandwidth. But I don't think there is a standard protocol to select one of the bands. The Deco can't force a device to change bands. It depends on the device to pick the best band. When I have the same SSID on two different 2.4 GHz channels, the stronger one will be picked and it simply makes sense. But it's a disaster if any device picks one of the bands based on signal strength. Comparing the signal strength of the two bands is like comparing apples to oranges. I was alarmed when my phone connects to the 2.4 GHz band and I have no way of making it change. After observing the Deco for days, I conclude that devices that need fast data connect to the 5 GHz band. Most desktops, laptops, and phones connect to the 5 GHz band eventually. The conventional router settings are still there but a lot less. Perhaps you don't need to with the content filters and parental controls. To change the DNS server, you need to tap on the dynamic IP setting, and then edit it to see the DNS address. The content filters depend on the Trend Micro and the Deco database, which is not as reliable as the OpenDNS database. But you can add individual url's. As for parental control, there is a time limit on each device that is hard to program on older devices. There are also bedtime settings so it's rather enough for kids. For my classic RT-N16, with DD-WRT on you can program it as a Linux computer. I used to have a timetable for games and other fun sites when switching to different DNS filters automatically. With the automation feature of the Deco, it looks like it can do something like that. You can do something when some devices connect to the mesh or at a specific time, but there's nothing much to set. It's not easy to see what websites are connected to anymore. Though the top ones are listed on the monthly reports. If you want to know you need to set the DNS to something like OpenDNS so you can see the website logs. For the Deco, it's MAC-based filtering so you can easily tell which devices are connected and give them a meaningful name. The RT-N16 wasn't able to install a MAC filter so I have to set up a table of IP reservations manually and then setup filters on the static IP addresses. But my RT-N16 isn't reliable anymore. It crashes once in a few months and lost all data. I have to restore backups that aren't always updated. And the last time I thought I couldn't power it up anymore. Do I need that high speed? I think I can pay a lot less going for 50 Mbps at my ISP. But I need better wifi to deal with interference from my neighbors. I need either a good mesh or an ethernet backhaul. I did have an ethernet backhaul. All my wifi AP's are connected by ethernet. But it's not direct ethernet cables. They are TV cables with ethernet modems on both ends. I had them when the 5 GHz band began to be crowded. I had two to finally four AP or routers, ethernet connected via TV cable. But with wifi 6 mesh this good we can save a lot of money by sharing the ISP with neighbors. Each house only needs one Deco and we can share the 150 Mbps or higher among as many houses as we want. The TV cable modem adaptors I have are cheap and limited to 100 Mbps. The faster ones are not worthwhile until I have a gigabyte ISP connection. This is the main reason I go for better wifi to get my worth of the 150 Mbps ISP connection. Do I need a mesh? Probably not for an average 3 bedroom. The newer routers seem to handle interference well at the 5 GHz band. It's also better at 2.4 GHz. They use a wideband, 40 MHz instead of 20 MHz. But I always have a DIY mesh. You can actually use the same SSID on two different AP's. It works seamlessly on two different channels without overlapping. Though it's not a seamless handover, you have to disconnect manually and reconnect if it doesn't disconnect automatically due to poor signal. Though it's a lot easier for the kids instead of using different SSIDs depending on where they are. The front and back of the house are subject to different interfering signals. With only one AP I have to suffer all of them. With two AP and two channels, I suffer only half. It worked well until the 5 GHz channels are crowded too. I suppose the older AP's at 5 GHz doesn't work as well with newer AP's with newer devices. With a 3-Deco mesh at 2.4 GHz, I won't worry about dead zones for the IoT and outside cameras. They are a fraction of the ISP connection but very reliable now across the house. Maybe one or two can do it, but since I got three already, I don't bother to sell one of them.

Our Installation: We subscribe to a 800 Mbps Comcast plan which actually tests at 900 Mbps. Our 1975 tinker toy construction (drywall/plywood) L-Shaped, single-story ranch 2300 sqft home has a crawl space under the footprint with an attached 3 car garage and backyard patio/swimming pool area. The 5800 sqft wi-fi coverage (overall average wi-fi data rates = 500 Mbps includes smartphones) is more than adequate for our needs (no gaming, 2 TVs (family room and garage) with 5 Alexa Plus/Echo Dots, roaming smartphones/GEN 6 laptop, desktop, multiple switches/plugs, Xfinity/Comcast owned Home Security router and irrigation controllers). We tested the Deco X-68 (2-pack) with dedicated 5GHz tri-band, finding the Home Security upgrade solicitations to be annoying vs the lifetime included Home Security bundled with the X-20 (very good). Since we have a crawl space, wiring backhaul CAT 7 cable (chosen if ISP plan ever exceeds 1 GIG) through a TP-Link unmanaged 5-Port switch made longer term usage/performance sense. Note: also connected TP-Link USB/Ethernet adapter to switch for HP Pavilion Desktop (ethernet adapter only 100 Mbps)...increased wi-fi data rate from 250 Mbps to wired 500 Mbps. Aside: The Mrs wasn't thrilled to call the local Fire Department because I was stuck trying to get out of the crawl space! 900-600-300-(50%) 900 = ISP subscription signal data rate directly from Arris SB8200 cable modem to desktop and laptop. ALERT: The cable modem has 2 1-Gigabit ports, but ONLY 1 is operational unless you upgrade your Comcast subscription plan (not knowing cost me a lot of time plus the Comcast technician during his visit didn't even comment on this condition..."we don't troubleshoot 3rd party equipment" Oh you don't? = I collected $250 in refunds FROM Comcast during this installation process) Suggestion: We put a book cover around cable modem on bookcase to hide it, but it's still accessible if we need to manually reboot (see photo). 600 = Signal loss (300 Mbps) connecting cable modem to Main Deco and backhaul ethernet cable wiring 2 nodes/satellites. Both our desktop and Lenovo Gen 6 laptop speed test at 600 Mbps by each Deco X-20 location. Note: Gen 6 laptop "wi-fi data rate" is also 600 Mbps at each location which implies the Gen 6 new standards firmware is performing well. Also smartphone Pixel 3A XL wi-fi roaming throughout house speed tests at 500 Mbps. 300 = Signal loss (300 Mbps) speed testing wi-fi on the Gen 6 laptop in remote areas: Garage & Patio areas performing at 300 Mbps 50% Loss Non-Wired Backhaul = Using the Deco X-20 routers to transmit ISP signal through its 4 antenna/radios vs backhaul wiring, decreases signal by 50% at all locations...ie signal in Garage by Android TV drops from 300 Mbps to 150Mbps (basically triggered decision to run ethernet cables or reinvestigate tri-band solutions) Deco APP = Extremely well designed, absolute piece O cake to use. Provides me all I need to manage the entire network (connected devices/mac addresses/connected frequency rate (2.4 vs 5)/locations/wired not wired) by online/offline plus separate listing by locations) Easily reboot All Decos, optimize network, turn on/off Guest Network (works well with Alexa skill) to include 2.4GHz and/or 5GHz signals+++ = Just terrific! TP Link Support = 24/7 phone support with very caring and generally very competent technical troubleshooting. I made a very costly set-up error by testing QoS (Quality of Service) by entering 100 Mbps download (I recommended to TP-Link about adding WARNING for this input) because it basically puts a governor on your real available data rates. Xfinity and I got tired proving I was getting the subscription rate we are paying for! Bottom Line = For our installation and needs, we couldn't be more ecstatic with the upgraded High-Efficiency/High-Value mesh routers for $220. Note: Switch, USB/Ethernet adapter, CAT 7 cables = $75 What triggered this entire project was our purchase of a Gen 6 enabled Lenovo laptop. Of note, BOTH your router and connected device need 802.11ax or Gen 6 chip sets to tap OFDMA (Orthogonal Frequency Division Multiple Access)/RU (Resource Units) efficiency and WPA3 security (160 MHz channels (not supported in X-20) and MU-MIMO (Multi-user, Multiple Input, Multiple Output = currently vaporware) adds nothing to our WLAN performance needs). I believe, although cannot unequivocally test, the Gen 6 enhanced data rates are performing extremely well. All other legacy devices are solid with the new available signal strength and strong data rates near the 3 APs (Access Points). Our Orbit hose/timer up the back hill tucked under the redwood trees receives 75 Mbps! 6E chip set devices will be rapidly appearing in the marketplace over the next few years. You need BOTH the router and device to include 6E chipsets to utilize the new 1200 MHz, 6Ghz "pristine spectrum". As we Long Term Evolve (LTE), our new Deco X-20 (3-pack) will easily last 3 years or longer as our devices are steadily upgraded to 6E. We highly recommend!

I have not had any issues with this mesh since initial set up. The set up is easy to follow and straight forward. I did have a minor issue, but that was on my end and my service provider was able to give me the correct information needed to set up. It has been running now for about 4 months and we have had steady connection across all devices - computers, TVs, gaming systems, smart home and surveillance systems. The back room that was often a dead zone now gets a good strong signal. I like that I am able to hard wire certain devices into each unit if I want to. We currently have the main home computer connected to the second unit, and the Xbox and smart TV on the third unit. Not that any of these devices were experiencing any lag or connection issues on wifi. It also has the option to set specific devices to priority on wifi or to set a device to only connect to one unit rather than the mesh to maintain a steady connection on items that are stationary. The parental controls are also a great feature. You do need to pay to unlock everything, but the free features are enough for my needs. It allows to filter content, block websites, and set up screen limits. The only inconvenience on the free side is that you cant set multiple time limits for differentdays of the week. While I can set a bed time daily, if I want to give extra time on the weekend I do need to manually reset it every week. However, it is not a big deal with the app. Wifi to all devices you set to your child's profile will be turned off at the time you set, and not turn back on until a time you set. Bedtime routines have gotten smoother as they quickly learned there is no "just a minute". They now take note of the time and hurry to finish, save their progress and say goodbye to friends before the time runs out.

This has worked out really well for us. We live in a good sized 4 bed villa and had lots of places with weak or no wifi. We now get good coverage everywhere and in the garden too. It was pretty easy to set up using the app, I just haven't worked out how to switch my Alexa and Sonos over to the new network, I'll fix that when I have some time.

Im using it in addition to a huwawei modem that has internet connection from a 4G sim card. I connected router to this device with the included wire and spread the 3 connection points between two floors. Now I have very strong coverage in every room!

Purchased 2 for a total of 4 units. It's overkill but wanted to make sure I have great coverage inside and outside, plus its was on sale. My house is set up with ethernet cables on every floor and in every room on the main floor. This makes it alot easier to set up and very strong signals with no drops or lost. Moving from room to room and different floors too, makes it seamless. You don't notice it at all. At the beginning I did have 1 main, 1 ethernet , and 2 wifi connectioned all in mesh. The wifi signals are good, but speed tests results are not as fast compared to having them all mesh via ethernet cables. But if you aren't able to mesh them via ethernet cables, and your only choice is through wifi, you won't be disappointed. You'll still get great coverage and good speeds. The set up using the app is very easy and fast. You can make all changes to all the settings at your fingertips. You can also see what device is connected and to which deco. Almost forgot, if you have a switch, prefer TP Link switch, use it after your ISP modem, and main Deco. There is diagrams on TP Link website to help you out. This setup eliminates all my multi wifi routers and the manually connecting to them as you move from one room to another, as you lose wifi signals.

Haven't found the performance to be particulary great and I had to find power supplies as they arrived with EU plugs and I'm in the UK. Aside from that, they were easy to setup and manage, but I've seen no where close to the speeds they boast :(