TP-Link Deco AXE5400 Tri Band WiFi 6E Mesh System, Black and White, Deco XE75(3-pack)_US

Full hous coverage ,internet package full speed,good price.

للاسف وصلني المنتج ناقص فيشه الراوتر حطو لي وحده وثنتين ماشي 🥲😕

Expensive for the purpose and the functionality given.

راوتر جميل ، اعطاني انتشار كويس وتغطية جيدة ، اذا فيه ملاحظة بعض الجوالات ما يتنقل بسهوله بين قطع الراوتر عند الذهاب من غرفة الى اخرى ، لا اعرف السبب هل من الراوتر او الجوالات ، اضافة ان الحماية المتطورة اصبحت باشتراك ؟

اقل من ٦ شهور تعطل الجهاز وامازون مايضمن الجهاز ومكتوب بالوصف ضمان سنه للأسف امازون السعوديه خدمات سيئه

Needed to replace the old Deco M4 which I have been using since 2018. It worked great but its aging showed especially with more devices connected to it and the large lot size of my house. It's close to 7200 sq ft with a guest house in the backyard. With the Deco M4, the wifi signal would be decent reaching to the guest house but the signal quality would drop about half or more. And, I needed at least 4 mesh satellites to relay the wifi signal. The XE75 changed all that. With the wifi 6e technology, wifi signal is a lot better and no more traffic getting congested. The wifi signal in the guest house is getting about 70 to 80% of the full strength signal which is good considering how far away it is from the main mesh device acting as the router. Also, the tri band feature is a super addition. Having a device able to use the 6ghz band is so good. Not to mention the upgraded wifi security protocol from WPA2 to WPA3. A fore warning, some older devices may not be compatible with WPA3, so it'll refuse to connect to the wifi even if you set the XE75 to support both WPA2/WPA3. I had one such device, an old iPad. To resolve this, I had to create a separate guest network within the XE75 app and set it to use only WPA2. Setting up the XE75 was a breeze. Took less than 15mins. It is also future proof. I'm looking to cut the cord with Spectrum (expensive and only has old cable internet) and switch to fiber internet with At&t. Unfortunately, 1GIG is the fastest offered in my area at the moment but the XE75 is more than capable to handle it. I bought the XE75 with a great deal on Prime Day for like $180 for the 3-pack. If you ever needed to upgrade your home wifi mesh, I highly recommend the XE75 if you can get it on a deal. If faster ports are important to you, I suggest looking at the XE75 Pro.

I am an network engineer with 30+ years of experience - way longer than WiFi has been around. I have designed and implemented many business WiFi systems that support seamless roaming over larger areas so when I say that this system is a pathetic implementation of meshed WiFi and roaming I do have experience to back it up. I bought this system because I wanted to upgrade my home's WiFi system with a 6GHz WiFi 6e capability and I was sorely disappointed in this system's meshing and roaming capability. I performed extensive testing with demanding applications on modern Android phones, Apple iPads, Samsung tablets and laptops. The bottom line - this system is an abysmal failure for supporting roaming in a meshed WiFi network. This system's ability to allow devices to roam between access points is pathetic to non-existent. You might as well have 3 independent WiFi access points in your home. In spite of everything you read about this system it is technically inferior because it relies on using the exact same WiFi frequencies on all units when they are meshed! This pretty much kills the ability for devices to smoothly roam between the APs without dropping, re-scanning and re-connecting. The reviews for WiFi access points generally only emphasize performance - how fast you can download and upload and how much the signal degrades based on distance to the AP. That is fine for a single AP however, any system like this one that is supposedly offering a fully meshed solution it is an inadequate measure of performance and completely leaves out test results for the main reason to consider a meshed system in the first place. In fact, I have yet to read a single review that addresses a consumer grade system's meshing/roaming capabilities and performance. This system like almost all of the 'consumer' grade systems do not set the WiFi frequencies independently for each AP. This system chooses the exact same WiFi channels for 2.4GHz, 5GHz and 6GHz for each node. This makes it all but impossible for devices to smoothly roam between AP's. Why you may ask? Because the device has a difficult time distinguishing between a signal that is fading from a more distant AP and the stronger signal of the next AP (that it has yet to connect to) effectively causing the device to stay connected to the distant AP until it is overwhelmed by the interference of the stronger signal from the the same WiFi frequency on the closer AP next to the device. Eventually the device just drops the connection to the distant AP and goes through a 'scan and connect' to the closer AP with the stronger signal. This will always interrupt VoIP (WiFi) calls and other latency sensitive applications such as gaming and trading apps. This system purports to offer 'Fast Roaming' (802.11r) but it is totally ineffective. Next there is the issue of frequency management. A good system will only use 2.4GHz bands with client devices as a last resort. Either because the client device can only connect on 2.4GHz channels (many IoT devices only work on 2.4GHz channels) or because a device has gone beyond the useful range of a 5GHz channel. 5GHz channels are a much lower power level and don't penetrate walls very well. 2.4GHz channels offer better penetration through walls and floors. A well designed and implemented WiFi AP will 'encourage' devices to connect on 5GHz channels because 5GHz offers much better performance than 2.4GHz. This system does not do this AT ALL!! In fact it will mostly connect at 2.4GHz - especially once a device moves far enough away to make 5GHz to weak. From that point on - even when switching (I can't call it roaming because it is a drop, scan and re-connect) to the next AP it will tend to remain on 2.4GHz channels. Only devices that stay relatively still, close to an AP and rarely move to another AP will utilize 5GHz channels and even then for no reason the device may switch from 5GHz to 2.4GHz even if it doesn't change position and has a strong 5GHz signal. This could be caused by nearby interference (your neighbor's WiFi). Please don't confuse this with the selectable option that causes the AP to only use 5GHz channels - an option that is disruptive to most devices and can actually make roaming and the overall WiFi experience worse by depriving devices the ability to use 2.4GHz channels when 5GHz channels would be ineffective. The absolute worst aspect of this system (and most other 'consumer' meshed WiFi systems) is that it used the exact same 2.4GHz, 5GHz and 6GHz channels for each node making it impossible to mitigate any external WiFi interference near each node (mostly your neighbor's and outside WiFi systems) since each node is bound to be exposed to different WiFi frequency interference. There are so few WiFi channels available that this means at some locations you will have good WiFi performance with the nearest AP and at other locations performance will be poor due to local interference newar that AP. The bottom line don't buy this if you are looking for smooth and seamless roaming between APs. The high cost of this system just means you are throwing more money away - not getting a good solution. In case you are wondering - I returned mine.

Works great. Easy set up. The only issue is the VPN doesn't work nor does the Security+ trial. The VPN never connects and I can't apply the Security+ features to my network. I bought the Pure VPN options and had to request a refund since that doesn't work. Wireless connection and speeds are fantastic though. Update: The Security+ trial started working as well as the IPVANISH VPN. My normal internet speed is 1000 mbps up and down. When connected to VPN it dropped to 25 mbps up and down. I requested a refund for IPVANISH as well. Besides that, I'm very satisfied with the system.