Wireless connectivity is experiencing one of its biggest transformations in years. While millions of users still use routers and devices compatible with old technologies, the wireless ecosystem is beginning to move towards a new generation marked by two major protagonists: the 6 GHz band and Wi-Fi 7.
That is the main conclusion of the Global State of Wi-Fi 2026 report, prepared by Ookla based on millions of tests carried out with Speedtest on Android devices between 2022 and the first quarter of 2026.
The study reflects a market in full transition in terms of connectivity. Wi-Fi 4 and Wi-Fi 5 continue to be the majority on a global scale, but they are gradually losing ground to Wi-Fi 6 and, to a lesser extent, to Wi-Fi 7, which is beginning to make its way especially in advanced markets such as Singapore or the United States.
6 GHz, the key to the technological leap
The great driver of this evolution is the 6 GHz band. This new portion of wireless spectrum, first used with Wi-Fi 6E and fully exploited by Wi-Fi 7, allows for improved connectivity, reduced network congestion, increased capacity and offer much higher speeds than those available in the traditional 2.4 and 5 GHz bands.
According to Ookla, North America is clearly leading this transition in advanced connectivity. In just two years, the percentage of users connected via 6 GHz went from 2.2% in the first quarter of 2024 to 13.8% during the same period in 2026.
The main reason is the regulatory strategy followed by the United States and Canada, which quickly released large blocks of spectrum for unlicensed use. That decision allowed us to accelerate the deployment of 6 GHz-compatible routers and access points, improving home and business connectivity.
The situation, however, is very different in other regions. Europe has only partially enabled this band, while China has chosen to allocate it to mobile services. This regulatory fragmentation is slowing down the global deployment of Wi-Fi 7 and limiting part of its connectivity possibilities.
Still, the report makes clear that the market direction is already set. Although 5 GHz continues to concentrate around 60% of global Wi-Fi connections, the 6 GHz band is beginning to establish itself as the future of high-performance wireless networks and multi-gigabit connectivity.
Wi-Fi 7 connectivity slowly takes off
Despite the attention it receives in the technology industry, Wi-Fi 7 still has a limited presence. Ookla’s report estimates its global adoption at less than 2% of the connections analyzed during the first quarter of 2026.
The implementation is being slower than expected due to several factors. The first is that the final 802.11be standard was not officially approved until 2025, although many manufacturers launched commercial equipment ahead of time.
The second major obstacle is precisely the availability of spectrum in 6 GHz. Much of the advanced capabilities of Wi-Fi 7 depend on this band to offer its maximum performance and improve wireless connectivity.
However, the technological potential is enormous. Wi-Fi 7 introduces channels up to 320 MHz, reduces latency and allows multiple bands to be used at the same time thanks to Multi-Link Operation (MLO) technology.
All of this translates into faster and more stable connections, especially in homes and offices with many connected devices and a high demand for connectivity.
The new wireless generation is designed to support applications that are especially demanding in terms of bandwidth and response time: 8K streaming, cloud gaming, augmented reality, advanced teleworking or artificial intelligence services executed close to the user.
Additionally, Wi-Fi 7 will play a critical role in the expansion of multi-gigabit fiber connections. More and more operators offer speeds of 5 or even 10 Gbps, but many current home networks are not able to really take advantage of that speed due to old routers or internal connectivity problems.
Singapore leads the way
The most striking case in the report is Singapore. The Asian country already has the highest Wi-Fi 7 penetration in the world: approximately one in four users uses this technology.
The explanation combines public strategy and commercial bet. The country’s Government actively promoted the modernization of home networks to accompany the deployment of 10 Gbps connections, while operators began to include Wi-Fi 7 routers in their premium packages.
The result demonstrates that the evolution of connectivity no longer depends solely on deploying more optical fiber. It is also essential to modernize the wireless network within the home.
Wi-Fi 6 becomes the new standard
As Wi-Fi 7 begins to take off, Wi-Fi 6 continues to grow much faster. According to Ookla, its global share went from 6% in 2022 to 27% in 2026.
In Europe the progress is even more evident. Wi-Fi 6 already represents more than 35% of the connections analyzed and is beginning to establish itself as the dominant technology in numerous connectivity markets.
In parallel, the older generations begin to regress. Even so, Wi-Fi 4 and Wi-Fi 5 still account for more than 70% of the global total.
Wi-Fi 7 introduces channels up to 320 MHz, reduces latency and allows multiple bands to be used at the same time thanks to MLO
This data reflects one of the great challenges of the market: the connectivity bottleneck is often not in the fiber, but in the home Wi-Fi itself.
The situation of the Spanish market
Spain represents this transition quite well. The country has one of the best fiber coverage in Europe, but a good part of users continue to use relatively old Wi-Fi networks, which limits the connectivity experience.
According to Ookla data, Wi-Fi 5 continues to be the most used technology in Spain, with just over 40% share. Wi-Fi 6 already reaches 35.6%, while Wi-Fi 7 barely exceeds 2%.
The situation shows an increasingly common paradox: many homes have ultra-fast connections, but the real experience ends up limited by old routers or by devices that do not support the latest wireless technologies.
The Ookla report leaves a clear conclusion: Wi-Fi is entering a new phase marked by multigigabit networks, the expansion of 6 GHz and the progressive arrival of Wi-Fi 7.
Although the change is still uneven between countries, the trend seems irreversible. The growth of video traffic, artificial intelligence, connected homes and real-time applications will force a large part of current wireless infrastructure and home connectivity to be renewed.
For years, the great focus of investment was on extending fiber optics. Now, the next challenge will be to ensure that Wi-Fi within the home is capable of keeping up with these connections and guaranteeing fluid connectivity across all devices.
