For the past year or so, TP-Link has been on a roll, releasing a number of inexpensive Wi-Fi routers that stand out for their performance in our speed testing. The TP-Link Archer AX21, TP-Link Deco W7200, and even the TP-Link RE605X, which is presently at the top of our list of the best Wi-Fi range extenders, are among the options. also you will learn our article on TP-Link Deco XE75 review. We must admit that when TP-Link announced a new mesh router with support for Wi-Fi 6E, which combines Wi-Fi 6’s faster speeds with access to the recently opened, ultrawide 6GHz band, our eyebrows were raised. The cost of the two-pack system, which includes your primary router and a range-extending satellite device, is what most appeals to consumers: just $300. This is hundreds less than competing Wi-Fi 6E systems like the Linksys Velop Atlas Max, the Netgear Orbi AXE11000, and the Eero Pro 6E.

The XE75 was designed by TP developer Link’s using white cylindrical columns, similar to previous mesh devices. This gives it a plain appearance, but allows for optimal antenna placement and good heat dissipation. The Deco XE75, on the other hand, is a gadget that can match any interior. The Deco XE75 measures 6.6 x 4.0 x 4.0 inches and can be placed on a desktop, kitchen counter, or bookshelf. The tower has no soft rubber feet, but there are cooling holes on the bottom and a ribbed black disk on top.The XE75 is not wall mountable, but many third parties produce mounting gear for the older, slightly wider Deco design, which should fit. The Deco X75 units won’t appear like a light show because there is only one LED at the base. When everything is in order, they glow green, but when they turn red, they are disconnected and require care. Similar to the Asus ZenWiFi ET8, the Deco XE75 creates three networks using the 2.4-, 5-, and 6GHz bands and is powered by a Broadcom Wi-Fi chip. It does not, however, have the second 5GHz LAN of the Orbi RBKE963 for transmitting data from the satellites to the host router. The Deco XE75, in contrast, employs the 6GHz band for backhaul data flow whenever it is possible and dynamically changes its flow over the most effective channel. It employs artificial intelligence to direct the data to the least crowded channel using four amplified antennas. The Deco XE75 can tap into 1024 Quadrature Amplitude Modulation in addition to high-speed 160MHz data channels to cram as much data as possible into its broadcasts. Up to 200 devices can fit in its 2×2 MUMIMO system. It can’t compete with the RBKE963’s 16 stream capability despite having the ability to move six independent streams of data at once. It can transmit data at a total rate of 2.402Gbps over the 5 and 6GHz frequencies and 574Mbps over the 2.4GHz frequency. A theoretical maximum throughput of 5.378Gbps is the result of this. Its rating is AXE5400. Only two of the three Ethernet ports are available for downstream connections because one will be used by the host router to connect to one of the top cable modems. Additionally, these ports have a gigabit per second rating; none of them can support faster 2.5- or 5Gbps connections, and two of them cannot be connected together using port aggregation.


The TP-Link app-based setup process is great for people who have never set up a router before, but more experienced users with networking knowledge may find the simplicity a touch too simple. Like its contemporary home-based counterparts, the Deco XE75’s setup is fully managed by the app, which instructs you on how and when to connect the modem and nodes. The majority of consumers should enjoy it because it is simple, reliable, and easy. More experienced networkers will probably desire access to extra settings and customizations via a web-based portal. The front LED light on the Deco will begin to glow yellow once it is plugged in. If you don’t want to check the app, the light will change color and blink based on the state of your network to give you a visual indication of what’s occurring. Launch the app after plugging in the Deco to start the setup by choosing the appropriate model from the list. It is the Deco XE75 in this instance. You can follow the procedure with the help of the TP-Link app, which can be downloaded for free on iOS and Android devices. You can expand the number of satellite nodes through the app to help with coverage. Additionally, you ought also be able to mix and match nodes from TP-Deco Link’s line. In principle, you may have a main Wi-Fi 6E network that can be supplemented with Wi-Fi 6E, Wi-Fi 6, or even Wi-Fi 5 nodes in various parts of your home as long as you have one of the two Deco XE75 units linked into your modem and acting as a router. The system should automatically direct your connection to the node that is nearest to you or has the strongest signal as you move about the house. The AI-driven mesh from TP-Link is what drives this automated routing. It’s basically just marketing speak for beam steering, and the device’s internal 1.7GHz quad-core processor powers the entire operation. If you have visitors you don’t want to share your master network password with, you can name your network, modify the network password, and create a guest network in the app.

Hardware and Specs

The Deco XE75, like the Archer AXE75, has a Broadcom 1.7GHz Quad-Core CPU and 512MB RAM. This is actually a bit faster than the CPU in the most recent flagship Deco X90 model we tested previously, which TP-Link says can accommodate more than 200 linked Wi-Fi devices. Two additional Gigabit Ethernet LAN ports have been added to this product, bringing the total to three Gigabit Ethernet ports on each TP-Link product. Unfortunately, unlike the more expensive Deco X90 model, the Deco XE75 does not have a 2.5G WAN/LAN connector, which can be found in our TP-Link Deco XE75 Review article.

Mesh Performance Test

The Deco XE75 easily produced speeds in excess of 800 Mbps on my Gigabit Internet connection, while the Deco X90, TP-ownLink’s flagship model, was much slower than the Deco XE75 in extensive in-home testing. This is quite a shocking result given that the Deco X90 has 20% more backhaul capacity. This shows that Wi-Fi 6E can provide faster speeds overall by providing a clearer signal in the 6 GHz band. The Deco XE75 performs significantly better than the Deco X90 when linked to a mesh node across two walls with the Deco itself, operating at a faster pace with the new 6GHz’s very improved efficiency. At our next site, where we are pushing the limits of the system – two walls from the mesh nodes and four walls from the main body – we are pleasantly surprised to see that the Deco XE75 continues to have a significant advantage over the Deco X90. Curiously, no matter how many times we test it, its performance repeats itself.

In our 100-year-old home, the TP-Link Deco XE75 performed admirably throughout the real-world testing. after using two kits to cover the 3,500-square-foot house, there were still some Wi-Fi dead zones that would have been filled if a third node The Deco XE75 used Ixia’s IxChariot networking test to simulate a Samsung Galaxy Book Pro with 10 data-intensive users and a receiving system 15 feet away with 1.220 Gbps was transmitted to measure performance. This exceeds the 1.189 Gbps of the Linksys Atlas Max 6E and the 1.009 Gbps of the Netgear Orbi RBKE963 kit, demonstrating the potential of 6 GHz data transmission over short distances. Still, it provides only half the throughput of the Netgear Nighthawk RAXE500. With a maximum bandwidth of 2.396 Gbps, the Deco XE75 remains in first place; the throughput of the Deco XE75, like other Wi-Fi 6E devices, dropped rapidly at 25 to 30 feet when 6GHz communication ceased. The router was able to transfer 299.1 Mbps at a distance of 50 feet (15 meters). Actually, this was better than the Nighthawk RAXE500’s 215.8 Mbps, but still 22% slower than the Linksys Atlas Max 6E’s record speed of 382.2 Mbps. Still, it outperforms Wi-Fi 6 routers such as the TP-Link Deco X20 and Orbi RBK852 (124.4 Mbps). The network regained speed, achieving 318.5 Mbps with the host router and receiving system 75 feet (22.5 meters) away. This was more than three times the throughput of the Orbi RBKE963 (93.4 Mbps) at the same distance, making it the top performer in this case. Linksys’ Atlas Max 6E and Netgear Nighthawk RAXE500 lagged behind at 148.6 Mbps and 50.6 Mbps, respectively, while the Deco XE75 had a range of 100 feet (27 meters) and 90 feet (27 meters). stayed online and could barely handle some HD video streams with 23.7 Mbps available; the Orbi RBKE963 was 39.9 Mbps, a 40% improvement. With 990.1Mbps available, slightly shy of the 1.008Gbps that the Linksys Atlas Max 6E recorded, the Deco XE75 excelled at delivering data across a 25-foot room and through a wall. Even so, it was almost twice as fast as the Orbi RBKE963’s 547.9Mbps. The Deco XE75 was able to deliver 579.1Mbps after we placed the Galaxy Book Pro 40 feet down the hall and the first satellite 40 floors above the host router. This is more than three times the 163.4Mbps of the Orbi RBKE963 and five times the 102.7Mbps of the Atlas Max 6E.

Price and Availability

The TP-Link Deco XE75 Pro mesh network is a solution to think about if you’re prepared to jump on the 6GHz bandwagon. It instals quickly, has built-in parental controls, reliable performance, and a user-friendly app. Although this system lacks USB ports and some HomeShield features call for a monthly fee, it does provide multi-gig WAN for high-speed networking. Consider the Asus ZenWiFi ET8, our winner for Wi-Fi 6E mesh systems, if USB connectivity is essential. Additionally, it provides complimentary lifetime parental controls, anti-malware security, and slightly improved overall performance.

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