Asus ZenWiFi AX review: This Wi-Fi 6 mesh router hits the sweet spot. Asus zenwifi et8
Asus Zenwifi ET8 vs Linksys Atlas Axe8400 Mesh Wi-Fi 6e Which One Gives You Better Value
Previously few vendors applied the new Wi-Fi 6e technology to Wi-Fi routers; today you can find Asus and Linksys release mesh Wi-Fi product by adopting this Wi-Fi 6e technology. Asus introduces Asus zenwifi et8 so does Linksys with velop atlas axe8400 mesh Wi-Fi 6e products.
Which of these two mesh Wi-Fi 6e products provides the best value for your home Wi-Fi network?
Mesh Wi-Fi 6e routers
Unlike the Wi-Fi 6e routers such as Asus gt-axe11000 and Netgear raxe500 that I discussed earlier where you only need one router to cover the entire room of your household with solid three distich radio bands. If there is still a dead zone you need to add wireless range extender. However, so far there is still no available Wi-Fi range extender product based on Wi-Fi 6e technology that supports 6GHz Band. It is possible to add a Wi-Fi 6 extender product such as netgear eax80, but it cannot forward the 6GHz signal.
That’s why you need a mesh Wi-Fi system that can cover all corners of your home from the basement to the attic with a mesh router and one or more satellite nodes. That way the signal rate and all the benefits of the mesh Wi-Fi are evenly distributed throughout the rooms with solid mesh Wi-Fi signal.
Asus and Linksys have released mesh 6e Wi-Fi products to the market, how do these two mesh 6e products compete in the market?
Asus ET8 vs Asus XT8
After previously Asus was quite successful with mesh Wi-Fi 6 product on its Asus xt8 ax6600, now Asus releases another zenwifi series – the Asus et8 with Wi-Fi 6e technology. Is there any difference other than the addition of 6GHz radio Band?
Як налаштувати систему ZenWiFi AiMesh? | ASUS SUPPORT
Same specs
Based on datasheet specifications between these two different series, you can refer to the following spec comparison table 1 below. See that there is no spec difference but only the addition of 6Ghz radio Band on this new Wi-Fi 6e model of Asus zenwifi et8.
Probably Asus uses the same prototype as Asus xt8 with a slight change in hardware design to change one of the two @5GHz radio bands to @6GHz radio Band. And of course also need to modify the firmware to be able to support Wi-Fi 6e technology.
Table 2 Asus zenwifi xt8 vs Asus zenwifi et8
| Model | Asus ET8 | Asus XT8 Zenwifi (2pk) |
| Wi-Fi technology | Simultaneous tri-Band axe6600 with 8 streams with AiMesh technology | Tri-Band mesh Wi-Fi 6 ax6600 Mbps with 8 streams and supports aimesh technology |
| Wi-Fi speeds | 574Mbps @2.4GHz 2×2 1201Mbps @5GHz 2×2 4804Mbps @6GHz 4×4 | 574 Mbps @2.4GHz 2×21201 Mbps @ 5GHZ-1 2×24804 Mbps @ 5GHZ-2 4×4 |
| Backhaul link | Auto backhaul selection or you may select which Band to use either @5GHz or 6GHz | You can configure which 5GHz Band is used as backhaul link, or wired Ethernet backhaul |
| Antennas | 6x internal antennas | 6x internal antennas |
| Ethernet Ports | 1x 2.5Gbps WAN port; 3x 1.0Gbps LAN ports; | 1x RJ45 2.5G BaseT for WAN x 1,3x RJ45 Gigabits BaseT for LAN x 3 |
| USB Port | 1x USB 3.1 Gen 1 | 1x USB 3.1 gen 1 |
| Processor | 1.5GHz quad core processor with 256MB Flash and 512 MB RAM | 1.5GHz quad core processor with 256MB Flash And 512 MB RAM |
| Price (Nov 2022) | 472.99 (2-pack) | 369.99 (2-pack) |
There is not much price different between the two series; Asus et8 should be preference with three distinct radio bands instead of two. Now, let see what Linksys introduces in its new Atlas axe8400 mesh Wi-Fi 6e system.
Linksys Atlas Series
So far Linksys introduces two models of Atlas series, the Atlas Pro 6 and Atlas Max 6e after previously Linksys introduced Velop series including Velop mx10 and Velop ax4200. What is the difference between these two series? Both hardware and firmware are totally different, let’s have a look at the following hardware specs between the two Linksys Atlas series and later take one of them to compare with Asus zenwifi et8.
Wi-Fi and Hardware differences
Technically the Wi-Fi designed between the two series is different, the Atlas Pro is based on Wi-Fi 6 dual Band while the Atlas Max 6e is based on tri-Band Wi-Fi 6e with the addition of 6GHz so that the three radio bands are distinct. Of course it makes differences in the hardware design of these two products, you can see from the table below from the processor embedded to the machine board to the interface ports.
Table 3 Linksys Atlas Max 6e vs Pro 6
| Atlas series | Linksys Atlas Pro 6 | Linksys Atlas Max 6e |
| Wi-Fi technology | Simultaneous dual Band ax5400 | Simultaneous tri-Band axe8400 |
| Signal rates | 600Mbps @2.4GHz 2×2 4800Mbps @5GHz 4×4 | 1147Mbps @2.4GHz 4×4; 2402Mbps @5GHz 4×4; 4804Mbps @6GH 4×4 |
| Ethernet Ports | 1x Gigabit WAN port; 3x Gigabit LAN ports | 1x 5.0Gbps WAN port; 4x 1.0Gbps LAN ports |
| USB port | N/A | 1x USB 3.0 |
| Processor | 1.0GHz dual core processor with 256MB Flash and 512MB RAM | 2.2GHz Quad core processor with 512MB Flash and 1GB RAM |
| Wi-Fi chipset | Qualcomm Immersive Home 216 | Qualcomm networking pro 1210 |
Linksys atlas max 6e is equipped with powerful specs from internet capabilities with high bandwidth up to 5Gbps to a processor embedded on the board to provide maximum performance on the mesh Wi-Fi 6e product.
Now, let’s compare Asus et8 and Linksys Atlas Max 6e series.
Asus ET8 vs Linksys Atlas Max 6e
At a glance you will think that Asus zenwifi et8 is not a balanced rival against Linksys Atlas Max 6e series, the price of Atlas Max 6e 3-pack is almost double that of Asus et8 3-pack. The higher price is not a guarantee that the product can provide performance comparable to the price you have to spend for the product.
Wi-Fi design
Each of the series comes with different Wi-Fi technology and design. See that Asus et8 comes with tri-Band axe6600 with 8 streams, while Linksys atlas e6 comes with tri-Band axe8400 with 12-streams. With 12 streams each Band delivers 4×4 mu-mimo, the ultimate data streams the Wi-Fi Band can deliver simultaneously to multiple connected devices.
Currently, there are few models of adapters with Wi-Fi 6e technology; however they are limited to desktop computers that have PCI-e slots. For example is the Wi-Fi 6e pci-e adapter released by OKN and Fency that support 2×2 mu-mimo. So if there are two desktop computers with these Wi-Fi 6e adapters on the board, your mesh Wi-Fi 6e routers can send two streams of data to two desktop computers simultaneously in a time. Thus reduces network latency and the network performs optimally. Check out here various models of Wi-Fi 6e adapters.
Backhaul
Mostly connected devices at home use @2.4 or @5GHz radio Band connections, so @6GHz Band can be used as dedicated backhaul if you have option to choose. Asus zenwifi et8 provides options for auto backhaul selection (@5GHz and @6GHz) or manual backhaul configuration. Unlike the Linksys atlas max 6e which provides dedicated @6GHz backhaul option which is also shared with other 6e Wi-Fi clients.
Both models support wired Ethernet backhaul using UTP network cable in connecting Ethernet port each of the router and the satellite nodes. You can either connecting Ethernet backhaul using daisy chain or star topology.
With star topology you can connect each satellite nodes direct to the router. Asus et8 with 3x LAN ports can connect up to 3 satellite nodes. While Linksys with 4x LAN ports allows you to connect up to four satellite nodes in star topology, no need to add separate unmanaged switch.
Port interfaces
Both mesh Wi-Fi 6e routers can support high speed internet up to 2Gbps, even Linksys comes with 5Gbps WAN port for super blast internet plan. So far you can find docsis 3.1 cable modems that support 2.5Gbps Ethernet port. See also high speed docsis 3.1 cable modem Motorola vs Arris cable modems.
КРУТОЙ MESH РОУТЕР С WI-FI 6E И 6 Ггц. ASUS ZenWiFi Pro ET12 стильная пушка
Security protection
Asus et8 provides a network protection with free AiProtection Pro software against any networking threats for your network including intrusion prevention system (IPS), malicious site blocking, etc. Besides that, Asus ET8 also provides VPN protection with instant guard to ensure your VPN connection is safe from internet threats.
On the other hand, Linksys atlas max 6e doesn’t provide such a free security protection like Asus.
Hardware gear
Linksys atlas with 12 streams requires powerful gears to handle all processing tasks faster, it makes sense that the embedded processor is a quad core 2.2GHz processor with abundant memory. In contrast to Asus which is also embedded with a quad core processor but with a lower processor clock rate; while the memory capacity is also half of atlas.
Comparison table Asus et8 vs Atlas Max 6e
Take a look at the following table 3 below that shows you spec comparison between Asus et8 and Linksys Atlas max 6e.
Table 3 Asus et8 vs Atlas max 6e
| Mesh Wi-Fi 6e Model | Asus ET8 (3-pack) | Linksys Atlas Axe8400 (3-pack) |
| Wi-Fi technology | Simultaneous tri-Band axe6600 with 8 streams with AiMesh technology | Simultaneous tri-Band axe8400 with 12 streams 4×4 MU-MIMO |
| Signal rates | 574Mbps @2.4GHz 2×2 1201Mbps @5GHz 2×2 4804Mbps @6GHz 4×4 | 1147Mbps @2.4GHz 4×4 2402Mbps @5GHz 4×4 4804Mbps @6GHz 4×4 (dedicated backhaul and Wi-Fi 6e compliant devices connection) |
| Backhaul | Auto backhaul selection or you can select manually @5GHz, @6GHz or wired backhaul | 4,800Mbps @6GHz |
| Coverage | Up to 8,000 sq ft (3-pack) | 9,000 sq ft (3-pack) |
| Network name | Single name or separate name each Band | Single network name |
| Antennas | 6x internal antennas | 12 internal antennas |
| Ethernet Ports | 1x 2.5Gbps WAN port; 3x 1.0Gbps LAN ports; | 1x 5Gbps WAN port; 4x Gigabit LAN ports |
| USB Ports | 1x USB 3.1 Gen 1 | 1x USB 3.0 |
| Security | WPA2-PSK, WPA-PSK, WPA-Enterprise. WPA2-Enterprise; | WPA2/WPA3 Mixed Personal (2.4GHz 5GHz) WPA2 Personal (2.4 GHz and 5 GHz only) WPA3 Personal (all bands) |
| Others | Free life Asus AiProtection Pro; Instant Guard free VPN | Auto firmware update; guest network; |
| Processor | 1.5GHz quad core processor with 256MB Flash and 512 MB RAM | 2.2 Quad core processor with 512 MB flash and 1GB RAM |
| Dimension | 160 mm x 75 mm x 161.5 mm (6,3 in x 2,9 in x 6.4 in) | 113.0 mm x 113.0 mm x 243.0 mm (4.45 in x 4.45 in x 9.57 in) |
| Price | 625.00 | 1,199.99 (3-pack) |
If you have a large number of connected devices with high demand bandwidth applications, super-fast Internet requirement, you may consider Linksys atlas max 6e. However, Atlas with a fairly expensive price, you may consider Asus et8 with free aiprotection network protection and easy guard secure vpn. Click the product’s link below to see current price and read more details in Amazon (#ads).
Related products
For lower bandwidth requirement for small sized homes, you may consider Netgear MK83 ax3600 vs Deco x68. Or higher bandwidth requirement you may consider D-link ax6000 vs Archer vs Linksys.
Asus ZenWiFi AX review: This Wi-Fi 6 mesh router hits the sweet spot
The Asus ZenWiFi AX is one of the strongest systems we’ve tested.- and it costs hundreds less than its closest Wi-Fi 6 competitors.
Originally hailing from Troy, Ohio, Ry Crist is a writer, a text-based adventure connoisseur, a lover of terrible movies and an enthusiastic yet mediocre cook. A CNET editor since 2013, Ry’s beats include Smart home tech, lighting, appliances, broadband and home networking.
Fast speeds throughout your entire home. Particularly strong performance at range. Simple setup. A steady, reliable mesh that automatically steers you from Band to Band and routes your connection without dropping it. A tri-Band design featuring a dedicated backhaul for transmissions between the router and the satellites. A future-proofed, multigig WAN port. Full support for Wi-Fi 6. the newest, fastest version of Wi-Fi.
Asus ZenWiFi AX Wi-Fi 6 mesh router
Like
- Full support for Wi-Fi 6
- Tri-Band design with dedicated wireless backhaul
- Stable mesh performance
- Multigig WAN port on each device
Don’t like
- Limited speeds on the 2.4GHz Band
- Quality of Service engine requires third-party data-sharing
These were all reasons that the two-piece, 700 Netgear Orbi Wi-Fi 6 mesh router earned a strong review here on CNET. But I could say all of the same things about the Asus ZenWiFi AX, too.- and that two-piece system only costs 450. On top of that, the ZenWiFi AX boasts better range per device and a better array of app-based controls and customizations for your network, and it lets you use either device as router or extender (the Orbi doesn’t). It even comes in your choice of white or black.
Go ahead and read that first paragraph again. If it’s describing the 700 Netgear Orbi 6 mesh router, then it’s detailing a very strong system, albeit an expensive one. But if we apply those same points to the 450 Asus ZenWiFi AX, then we’ve found the sweet spot for a mesh router upgrade, with that same high-end performance at a price that’s a lot easier to swallow. That makes the new ZenWiFi system my top-rated mesh router to date, an easy Editors’ Choice Award winner, and the first system I’d recommend for anyone looking for a router worth splurging on.
Setup and design
The first thing you’ll notice as you unbox the two-piece ZenWiFi AX system is that the two pieces are identical. Either device can serve as the router or as the range-extending satellite device, which makes for setup that’s essentially foolproof.
To get started, you’ll just plug one of the devices in and connect it to your router with an Ethernet cable. Then, open the Asus app and follow the instructions to get your network up and running. You’ll need to plug in the satellite device within 3 meters of the router in order to pair the two together (before presumably unplugging and relocating it to where you actually want it), but aside from that, the process is about as straightforward as it gets, and only took me about 10 minutes from start to finish.
Once your network is live, you’ll be able to use the app to track speeds and tweak settings, including up-to-date touches like support for WPA3 encryption, the latest Wi-Fi security standard. The system defaults to putting out a single Wi-Fi network that automatically steers your connection between the 2.4GHz and 5GHz bands, with the second, more capable 5GHz Band serving as a dedicated wireless backhaul between the router and its satellites. If you want to, you can split those bands into separate networks, which is a nice touch.
Even nicer: You can customize that backhaul connection as you see fit. If you’d rather share its bandwidth with devices on your network, you can switch to a nondedicated approach.- or you can switch the two 5GHz bands altogether, using the first as the backhaul and the second, faster Band for your normal network traffic. And, if you’ve got Ethernet cables running through your walls, you can wire the satellites back to the router and use all three wireless bands for your network traffic.
As for the hardware itself, it’s the same design as the Wi-Fi 5 version of ZenWiFi, but the aesthetic is appropriately high-end without drawing too much attention to itself. With the tall-but-not-too-tall design and antennas hidden inside, some might mistake the things for Smart speakers, alarm clocks or other such tech that commonly sits out in the open in people’s homes. That’s good for a router.- they’ll perform better if you don’t feel compelled to stash them out of sight in a closet or a drawer somewhere.
You’ll find a multigig WAN port on the back of each device that supports incoming wired speeds as high as 2.5Gbps, which is a nice, necessary piece of future-proofing for a router at this price. You’ll also find four spare Gigabit Ethernet jacks, and a single color-changing LED status light on the front. I like the way that light turns amber in color when a firmware update is ready for download, but it took me a minute to realize that’s what it meant, as the app makes no mention of amber in its LED color guide.
Regardless, the system makes an excellent first impression.- but how well does it perform? Well.
Network nirvana?
The Asus ZenWiFi AX wasn’t necessarily a runaway standout in our lab-based speed tests. With a top speed of 825Mbps at a close-range distance of 5 feet, it’s comfortably faster than Wi-Fi 5 routers like the Eero. the Nest Wi-Fi and the dual-Band, budget-priced version of the Netgear Orbi. all of which top out at around 600Mbps. But it isn’t capable of top speeds that are quite as fast as those of the fancier Wi-Fi 6 mesh routers like the AmpliFi Alien. the Arris Surfboard Max Pro or the tri-Band version of the Netgear Orbi. all of which cost a few hundred dollars more than the ZenWiFi AX.
Even more of an eyebrow-raiser: the ZenWiFi AX got beat at all distances by the Netgear Nighthawk mesh router. That’s a budget-priced Wi-Fi 6 system that costs about 200 less than the ZenWiFi AX.
Still, our top speed tests leave the range-extending satellite devices out of the equation, and they also don’t include any walls or obstructions in between the router and our test laptop. Both of those variables will make a big impact on the way these systems perform in a real-world environment. So, I took the ZenWiFi AX home, set it up on my 300Mbps fiber internet network and then clocked the speeds throughout my smallish, shotgun-style home in Louisville, Kentucky.
The Asus system shone in these real-world tests. Over multiple days and across dozens of speed tests, the ZenWiFi AX never once dropped my connection or stalled out as I moved from room to room. In the end, it finished with an overall, whole-home average download speed of 271Mbps, or about 90% of what my internet connection is capable of. That’s second only to the 700 Netgear Orbi 6 mesh system, which finished with an overall average of 288Mbps in the same spate of tests.
What’s more, when I removed the range extender and reran my tests with just the router, the ZenWiFi AX jumped up to first place. In my back bathroom, the farthest room from the router and a common dead zone for single-point routers in my speed tests, I was still averaging speeds just over 250Mbps, which is excellent. Next best was the AmpliFi Alien, which averaged back-bathroom speeds of 132Mbps with the range extender unplugged. On its own, the Netgear Orbi Wi-Fi 6 router averaged a back bathroom speed of just 82Mbps. Both of those competitors returned faster top speeds in an open-floorplan lab, but the ZenWiFi AX router seems to be the more capable piece of hardware once you take obstructions into consideration.
Consider your data, too
One of the nice features in the Asus app is a Quality of Service engine that lets you prioritize traffic to specific devices on your network. It’s a handy tool that you don’t always get with mesh routers like these.
But when you go to turn the feature on, the app alerts you to the fact that using the Quality of Service engine requires you to agree to the terms and conditions for a third-party company called Trend Micro. That company runs the software that powers the Asus QoS engine, and “your information will be collected,” Asus says.
“Asus is not responsible for neither the agreement between you and Trend Micro nor any content of the service provided by Trend Micro,” the statement reads (presumably the double negative is unintentional). “Please refer to the privacy-related statement issued by Trend Micro or contact Trend Micro for more details.”
Fine print directing you to read more fine print, and from a company you’ve likely never heard of. Wonderful.
At any rate, I made sure to give that Trend Micro privacy policy a read. It’s 21 pages long, but the part that seems to apply most to ZenWiFi users starts on Page 9.
When you use Trend Micro products like the Asus QoS engine, the policy reads, Trend Micro collects personal data that may include your name, phone number, email address and device ID.
“We use this personal information to ensure that the relevant customer’s license to our solutions is valid, and to contact our customers regarding renewals, technical issues and new product information.”
The policy goes on to get more granular about the types of data Trend Micro collects, and it links out to a separate data disclosure document (again, fine print directing you to read other fine print). That data disclosure lists five specific purposes for which Trend Micro collects user information, and the specific types of user information that each purpose collects. I asked Asus which of the five functions on the list applied to the QoS engine. Per Asus, it was actually four of them.- and between them, the data collected includes source and destination IP addresses, URLs, file names and file paths.
This is where I jumped back over to the Trend Micro privacy policy:
Trend Micro does neither wish to receive nor need any sensitive personal information, i.e. personal information revealing racial or ethnic origin, political opinions, religious or philosophical beliefs, or trade union membership, genetic data, biometric data, data concerning health or data concerning a natural person’s sex life or sexual orientation.
To me, that’s all but an admission that sensitive data is, in fact, getting scooped up by Trend Micro’s processors. And even if the company says it doesn’t want or need that type of information in particular, it still wants your information as a whole. Much of that may be for legitimate purposes, like monitoring network traffic for potential threats.- but the policy also admits to using personal information for marketing: “We may also use personal information for other business purposes, including keeping existing and past Customers informed about our Products, Services and promotions.”
I’ll also point out that Trend Micro’s legalese keeps things pretty vague when describing how it keeps user data secure, mentioning only “appropriate security measures” that restrict access to “authorized personnel only.”
I give Asus some credit for alerting you to the privacy implications in a fairly straightforward manner as soon as you try to turn the QoS engine on. Still, I wouldn’t recommend doing so unless you’re certain that you need it (and most almost certainly won’t).
The verdict
Privacy gripes aside, the Asus ZenWiFi AX is an excellent mesh router. It feels every bit the part of a high-end upgrade, and nearly managed to match the best-in-class performance of the Wi-Fi 6 version of the Netgear Orbi despite costing hundreds less than that system. The ZenWiFi AX system was a cinch to set up and use, it offers a much stronger degree of customization than you typically get with a mesh system and it performed like a champ, keeping speeds high throughout all corners of my home and never dropping my signal as I moved from room to room.
At 450, this is still a splurge, no doubt about it. But the Asus ZenWiFi AX is well worth the cash if you’re looking for the best value possible from a high-end, Wi-Fi 6 mesh router system with a dedicated backhaul Band. If you’re looking for an upgrade, put it right at the top of your list.
Originally published March 1.Update, March 2: Updated to reflect that the ZenWiFi AX supports WPA3 security.
Asus ZenWiFi ET8 Review
The ZenWiFi ET8 from Asus is a Wi-Fi 6E mesh system with two compact nodes and fast AXE6600 speeds. It is available in black and white. Rather than using a single router to cover a large area, mesh systems connect multiple nodes (the backhaul) in order to cover a larger area.
A faster and more consistent backhaul can be used to keep speeds high even on older devices that only support 2.4GHz and 5GHz Wi-Fi, thanks to the 6GHz spectrum made available by Wi-Fi 6E and Wi-Fi 6 certification.
Changing the backhaul frequency from 5GHz to 6GHz makes a lot of sense on paper because a mesh network can take advantage of the new spectrum right away and pass those benefits along to the 5GHz devices that are connected to the mesh. This is without a doubt one of the best Wi-Fi 6E routers available on the market.
The hardware is in place to provide a fantastic home networking experience, and as long as Asus’ software can keep up, the performance meets or exceeds expectations in almost every area of performance.
This mesh system is available for purchase in the United States for a suggested retail price of 529.99. This is the cheapest Wi-Fi 6E mesh kit available, and it is also one of the cheapest Wi-Fi 6E routers in general. It is available on Amazon and Asus’ own web store. The stock of this router fluctuates frequently, so you may have to wait several weeks for delivery, at least until the supply catches up later in the year before you can get your hands on one.
If you live outside of the United States, it is possible that Wi-Fi 6E routers are not yet available. While a handful of countries have approved some spectrum at 6GHz, there haven’t been any other widespread Wi-Fi 6E launches as of yet, according to Wi-Fi Alliance.
Keep in mind that countries must approve wireless devices of this nature before they can be sold, which means that these products will eventually be sold in more countries. Due to software configurations specific to your region, you should exercise caution when importing these devices before they are officially available.
Performance
When I first learned about Wi-Fi 6E, the first thing that came to mind was mesh networks. It is necessary to establish a connection between the nodes in a mesh system; the faster and more consistent than connection, the better. Even if you don’t own a single Wi-Fi 6E device, using the 6GHz spectrum for your mesh connection can improve the performance of your network. The ZenWiFi delivers on that promise, and it can be configured to prefer 6GHz as a mesh link, resulting in stunning results.
First and foremost, there are some compromises that must be understood when using this AXE6600 connection. This router only supports 2×2 connections at the 2.4GHz and 5GHz frequencies, respectively. That means your maximum wireless throughput at 2.4GHz is 574Mbps and at 5GHz it is 1201Mbps, respectively.
The remaining 4804Mbps is reserved exclusively for the 6GHz frequency Band. This makes a lot of sense given that the mesh link is operating in the 6GHz Band, but it results in lower than expected 5GHz speeds in a congested area such as my own.
The results at 6GHz were generally good, with full speeds achieved in the same room as the primary node in most cases. My internet connection only has a speed of 940Mbps, but the 6GHz connection was more than capable of delivering that amount of bandwidth. It was important to me to see how well the speeds held up on the mesh network, so I connected the tests in the front room and bathroom to the node.
6GHz (160MHz) results (two tests):
| Zenfone 8 (Wi-Fi 6E) | 934 Mbps939 Mbps | 666 Mbps681 Mbps | 539 Mbps643 Mbps |
| Galaxy S21 Ultra (Wi-Fi 6E) | 940 Mbps938 Mbps | 635 Mbps673 Mbps | 715 Mbps671 Mbps |
5GHz (up to 80MHz) results (two tests):
| OnePlus Nord N200 (Wi-Fi 5) | 254 Mbps255 Mbps | 284 Mbps317 Mbps | 239 Mbps244 Mbps |
| Galaxy S20 (Wi-Fi 6) | 518 Mbps495 Mbps | 721 Mbps657 Mbps | 338 Mbps321 Mbps |
| Zenfone 8 (Wi-Fi 6E) | 409 Mbps420 Mbps | 466 Mbps551 Mbps | 406 Mbps395 Mbps |
| Galaxy S21 Ultra (Wi-Fi 6E) | 506 Mbps553 Mbps | 733 Mbps744 Mbps | 501 Mbps486 Mbps |
2.4GHz (20MHz) results (two tests):
| OnePlus Nord N200 (Wi-Fi 5) | 43.9 Mbps46.1 Mbps | 50.1 Mbps49 Mbps | 42.1 Mbps40.7 Mbps |
| Galaxy S20 (Wi-Fi 6) | 88.8 Mbps80.4 Mbps | 90.7 Mbps96.3 Mbps | 113 Mbps97.2 Mbps |
| Zenfone 8 (Wi-Fi 6E) | 103 Mbps101 Mbps | 87.6 Mbps116 Mbps | 108 Mbps136 Mbps |
| Galaxy S21 Ultra (Wi-Fi 6E) | 121 Mbps109 Mbps | 99.1 Mbps89.5 Mbps | 116 Mbps121 Mbps |
Each node in this pack is equipped with three gigabit LAN ports as well as a 2.5Gbps LAN/WAN interface. When connecting to the primary node, the 2.5Gbps port is used for your incoming connection; however, it can also be used for fast wired devices when connecting to the remote node. You can connect a fantastic home network appliance (NAS) to a multi-gigabit Ethernet port, or you can ensure that your gaming PC has the best possible connection.
As a result, many of Asus’ top motherboards include a multi-gigabit Ethernet port in addition to Wi-Fi 6E support. The only difference is that you’ll need to be running Windows 11 in order to use Wi-Fi 6E, but 2.5Gbps Ethernet is now available. You can also purchase a low-cost USB 3 adapter for 2.5Gbps Ethernet to upgrade your current connected device, such as a Mac or PC, to a faster speed. Android only recognized my Realtek-based adapter at a speed of 1Gbps during my testing.
The ZenWiFi ET8 nodes are surprisingly small and have a sleek appearance. The ZenWiFi nodes had a more premium feel to them when compared to every other mesh system I’d tested. The plastics do not have a cheap feel to them, and the matte white housing does not show much dust. The off-white insert on the top of the node provides a little contrast, preventing the node from appearing too utilitarian. The status of your network is indicated by a single LED on the front that changes color and pulse rate. This feature can be turned off in the Asus Router application.
Speaking of the app, Asus has one of the most feature-rich mesh-system apps I’ve seen, with a lot of different options. You have the ability to change nearly every Wi-Fi setting; in fact, I did not find it necessary to access the web browser in order to make a change, which is a first in all of my router reviews to date.
With tri-Band Smart connect, the ZenWiFi ET8 distinguishes itself from some of its peers in the Wi-Fi 6E market, as it allows users to connect to the 2.4GHz, 5GHz, and 6GHz bands all under one name. Alternatively, this feature can be turned off completely, allowing you to select which Band you want your device to connect to.
It’s nice to have the option to choose the proper connection, even if the Smart connect feature does a good job of assigning the correct connection in most cases. This can also be useful for people who have older Smart home devices that operate on the 2.4GHz frequency Band and do not communicate well with Smart connect.
Network Standard
IEEE 802.11aIEEE 802.11bIEEE 802.11gWiFi 4 (802.11n)Wi-Fi 5 (802.11ac)Wi-Fi 6 (802.11ax)Wi-Fi 6E (802.11ax)IPv4IPv6
Known Vulnerabilities for Zenwifi Et8 Firmware by Asus
These CVEs are retrieved based on exact matches on listed software, hardware, and vendor information (CPE data) as well as a keyword search to ensure the newest vulnerabilities with no officially listed software information are still displayed.
Data on known vulnerable versions is also displayed based on information from known CPEs
Known Vulnerabilities
| CVE-2021-43702 | Asus RT-A88U 3.0.0.4.386_45898 is vulnerable to Cross Site Scripting (XSS). The Asus router admin panel does not sanitize the. | 9. CRITICAL | 2022-07-05 | 2022-07-18 |
Asus ZenWiFi ET8 Review: That Big 6GHz Bet | Dong Knows Tech
@ Asus Backhaul (telecommunications) Router (computing) Wi-Fi Mesh networking Ethernet Multi-Band device CPU multiplier Computer hardware IEEE 802.11a-1999 Node (networking) Port (computer networking) Computer network Wide area network IEEE 802.11ac Client (computing) Local area network Porting Use case List of Asus routers
ZenWiFi AX XT8 Review: Asus’s Best Wireless AiMesh Set | Dong Knows Tech
L HZenWiFi AX XT8 Review: Asus’s Best Wireless AiMesh Set | Dong Knows Tech The Asus ZenWiFi AX XT8 AX6600 is the first Wi-Fi 6 AiMesh system built from the ground up, and it’s one of the best wireless mesh systems you can find.
Wi-Fi Router (computing) Asus X86 Wireless Backhaul (telecommunications) Node (networking) Mesh networking Computer hardware Data-rate units Client (computing) Ethernet Computer configuration Wireless mesh network IEEE 802.11a-1999 Megabyte Computer network Local area network CPU multiplier AX architecture
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