The Asus RT-AX3000 is a great option if you live in a congested area and do not necessarily require the extended range that a mesh network provides. Compared to the prices of the other products in this compilation, the Amazon product you’re viewing is a steal. If you are unsure as to whether you require one or two devices, the fact that the AiMesh system can be expanded in the future is an additional benefit to consider. This would be an extremely potent solution with performance comparable to devices that cost several hundred dollars more.
Specifications
- Brand ASUS
- Model Name RT-AX3000
- Frequency Band Class Dual-Band
- Wireless Communication Standard 802.11n, 802.11b, 802.11ax, 802.11a, 802.11ac
- Compatible Devices Personal Computer
- Frequency 5 GHz
- Recommended Uses For Product Security
- Included Components RT-AX3000 router, User guide
- Connectivity Technology Wi-Fi, Ethernet
- Color Black
Where to get ASUS WiFi 6?
In most cases, router manufacturers will misrepresent the achievable speeds of their products. The website for the ASUS RT-AX3000, for example, advertises that it is capable of 3000 Mbps. This pace is the sum of all the band’s capacities, and no single device is capable of reaching it; it is merely a claim. When testing the RT-AX3000 on our own, we were able to attain a speed of 889.41 Mbps on the 5 GHz band using a Wi-Fi 6 2×2 device. This was accomplished from 5 feet away.
The only disadvantage that should be mentioned is that the RT-AX3000 has a limited range. Although it may still outperform its rivals at prolonged ranges, we were unable to receive any signal once we exceeded the maximum range. Something which did not occur on any of the other routers. You were still able to connect if you used one of the other options in the mid-range price range, despite their severely limited performance.
Using mesh Wi-Fi to solve this issue is one possible solution. As the RT-AX3000 is a dual-band router, you should anticipate that the efficacy of the nodes will be lower than that of the main router. This is because satellite nodes require a portion of the available bandwidth to reconnect with the principal router.