+39 02 94750217 sales@tanaza.com

The new IEEE’s 80211ax standard will make it possible and will dramatically improve your Wi-Fi network capacity.

802.11ax will improve your Wi-Fi network capacity

Are you dreaming of being provided with super-fast Wi-Fi anytime and continuous network connectivity, without worrying about network congestion from devices’ overlaps?

Nowadays, users are using more and more devices while being online, which means Wi-Fi networks and devices need enhanced performance to handle the increased amount of traffic produced. For this reason, the Institute of Electrical and Electronics Engineers (IEEE) is working on the new 802.11ax Wi-Fi standard, which in 2019 is expected to be publicly released replacing the actual 802.11ac.

In the meantime, Qualcomm, the chipset vendor specialized in 3G and next-generation mobile technologies have recently announced the development of IPQ8074 and QCA6290, two new system-on-chips (SoC) compatible with the new standard features, designed to improve the connected user experience. It will take a while to see 802.11ax Wi-Fi devices available on the market: Qualcomm’s IPQ8074 SoC-based Wi-Fi routers should be released by the end of the year, whereas the QCA6290 ones are expected to be out in 2018.

IPQ8074 will target transmitting routers, gateways and enterprise access points, and is expected to reach a peak speed of 4.8 Gbps across 5GHz and 2.4GHz bands. QCA6290 will be instead adopted for receiving Wi-Fi devices (smartphones, laptops, and tablets) and will reach a peak speed of 1.8 Gbps in clients’ wireless devices. Furthermore, the new 802.11ax standard will provide better signal coverage on both 5GHz and 2.4GHz bands, which will also improve connections’ range and responsiveness. Interestingly, QCA6290 is going to be the first-ever released client-side SoC. Fast speed is only one of the many benefits 80211ax will bring to Wi-Fi devices.

The new IEEE standard also aims at improving Wi-Fi networks’ capacity by limiting congestion on Wi-Fi networks, so that connections of high-traffic wireless deployments can work well even when thousands of devices are connected simultaneously, creating interferences. It is likely that vendors will start developing new product lines in order to base enhanced Wi-Fi devices on the new standard.

Are you interested in calculating your Wi-Fi networks’ capacity? Click here


How will 802.11ax improve Wi-Fi network capacity?


  • Switching from SU-MIMO to MU-MIMO


Single-User Multiple-Input Multiple-Output (SU-MIMO) is the current technology compatible with the current 802.11ac standard, which allows routers to shift connections using multiple inputs and outputs in order to serve a single user at a time. Soon, it will be replaced by the Multiple-User Multiple-Input Multiple-Output (MU-MIMO), based on 802.11ax, which will be able to serve a higher number of users simultaneously.


  • MU-MIMO together with OFDM


The 802.11ax standard will use Orthogonal Frequency-Division Multiple Access (OFDMA), the technology currently used to enhance LTE networks’ capacity that allows low data rate transmission from several users at the same time. 802.11ax access points will be able to combine OFDMA with MU-MIMO, so that they will have full control of all aspects of multiple user operations and will be able to further increase the data transfer to multiple devices at the same time, by subdividing signals in the same channel bandwidth into smaller sub-channels.  

By virtue of these capabilities, the new 80211ax Wi-Fi standard will boost Wi-Fi networks’ capability and performance.

Which Wi-Fi devices can be Tanaza Powered? CHECK THE LIST OF SUPPORTED MODELS

Related articles:


The Capacity Planner tool for network administrators

Wi-Fi Monitoring Software – WirelessMon


Things you should be aware of when deploying a Wi-Fi network

Tanaza - The cloud platform for IT professionals to operate Wi-Fi networks

Legal Information Tanaza S.p.A., via Carlo de Cristoforis 13, 20124 Milano, Italy - VAT Number: IT07081410966

Europe Flag

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 873466.

GDPR Compilant Logo