- The first routers and chips compatible with WiFi 8 were shown at CES 2026, although the standard will not be ratified until 2028.
- Asus, MediaTek, Broadcom and Qualcomm lead the first demonstrations with equipment aimed at reducing congestion, latency and instability.
- WiFi 8 maintains similar maximum speeds to WiFi 7, but improves performance, latency, and packet loss by around 25% in complex scenarios.
- Europe and Spain are preparing for a gradual rollout, with a direct impact on connected homes, teleworking, and services based on artificial intelligence.
CES 2026 has become the industry's chosen showcase to unveil the first WiFi 8-ready devices to the world. Although the standard is still being defined and its official approval is not expected for several years, the main router and chip manufacturers have wanted to get ahead and stake their claim in the next major evolution of wireless connectivity.
While WiFi 7 is still just beginning to reach homes and businesses in Europe, the tech sector is already looking to the next stage. The new generation, known as WiFi 8 or IEEE 802.11bn , not only aims to maintain multi-gigabit speeds, but also to offer more stable networks with less congestion and much lower latency—key for data-intensive applications, artificial intelligence, and spaces with dozens of devices connected simultaneously.
An early debut: prototypes, chips and routers at CES 2026
In Las Vegas, a first wave of products was showcased, and although many are still prototypes or developer platforms, they provide a fairly clear idea of how brands envision the transition to WiFi 8. Most of these solutions are designed for high-demand scenarios: homes full of devices, hybrid work environments, shopping malls, sports arenas, or university campuses.
One of the announcements that has garnered the most attention is Asus's presentation of the ROG Neo Core, a concept router compatible with WiFi 8. According to the company, this device has served to carry out one of the first real-world performance tests with the future standard, offering a preview of how the new technology will perform when it leaves the labs.
Asus explains that these WiFi 8 routers have been designed with congestion as their primary target . The key lies in improving the efficiency of the radio spectrum and implementing dynamic bandwidth scheduling, in line with recommendations for optimizing your WiFi network so that every megahertz is used more effectively and with less waste. Although maximum speed figures are similar to those of WiFi 7, the goal is for the experience to be more stable in practice when many devices are vying for the same network.
The manufacturer has hinted that the ROG Neo Core could arrive on the market sometime this year, but without committing to a specific date. This aligns with a common strategy in the industry: putting "future-proof" products in users' hands even before the final standard is signed, paving the way and refining the technology.
In parallel, MediaTek has unveiled Filogic 800, a new family of chips designed for WiFi 8. This range of solutions is intended for integration into smartphones, computers, televisions, and high-end home devices, including smart home equipment. The goal is to offer more efficient connectivity in demanding environments: live streaming, immersive experiences, and applications that rely on artificial intelligence, both in the cloud and on the device itself.
MediaTek anticipates that the first chipsets of this new generation will begin reaching its customers toward the end of the year, paving the way for the first WiFi 8-ready mobile phones, laptops, and televisions to appear on the market even before the standard is fully ratified. For European manufacturers and operators, this provides a window of opportunity to test and adapt the rollout before widespread adoption.
Broadcom has also made it clear that it doesn't intend to be left behind and has announced a platform based on the BCM4918 APU compatible with WiFi 8. This system-on-a-chip combines high-performance computing, advanced networking functions, and artificial intelligence acceleration on a single piece of silicon. This integration is designed for routers and gateways capable of managing increasingly complex environments, such as smart buildings or carrier networks.
Broadcom's offering is rounded out by two dual-band WiFi 8 radios designed for next-generation equipment. The BCM6714 incorporates three spatial streams in both the 2,4 GHz and 5 GHz bands , while the BCM6719 goes a step further, integrating four spatial streams in both the 2,4 GHz and 5 GHz bands. These products are already being offered to customers and partners through early access programs, indicating that the serious testing phase has begun.
What does WiFi 8 really offer compared to WiFi 7?
Beyond impressive figures, what defines WiFi 8 is a shift in priorities. Previous versions of the WiFi standard focused primarily on increasing the maximum theoretical speed in gigabits per second . With WiFi 8, the focus shifts to efficiency, stability, and the network's ability to perform well under challenging conditions: interference, constant user movement, thick walls, or dozens of devices connected simultaneously.
Among the planned improvements , Multi-AP coordination stands out as key for Mesh networks . This technology allows multiple routers or access points in the same home, business, or building to coordinate with each other to better distribute connections and prevent signal interference. In practical terms, this means fewer dead zones and less performance drop-off when moving from room to room.
In terms of raw speed, WiFi 7 has already brought home connections to multi-gigabit speeds, with theoretical peaks around 46 Gbps. WiFi 8 isn't so much about inflating that number as it is about maintaining those speeds more consistently , even with 30, 40, or 50 devices connected to the same network: mobile phones, game consoles, televisions, smart speakers, security cameras, or IoT sensors scattered throughout the house.
One of the key aspects is latency. WiFi 7 already operates at sub-10 milliseconds under optimal conditions, enabling cloud gaming and high-quality video calls. With WiFi 8, the expectation is to reduce both latency and packet loss by around 25% , even in adverse scenarios. This opens the door to even more response-sensitive applications, such as augmented reality, telemedicine, and real-time industrial control systems.
According to the technical information provided by the manufacturers, the new standard aims to deliver approximately 25% better performance in environments with interference, congestion, or poor coverage . It's not just about a fast connection in a speed test, but about maintaining a stable connection when the network is overloaded, a common occurrence in apartment buildings, open-plan offices, or university campuses.
Timeline, regulations and Europe's role in the deployment
Despite the flurry of announcements at CES, the WiFi Alliance predicts that official ratification of the WiFi 8 standard won't arrive until mid- to late 2028. In other words, we're still in a relatively early stage, where manufacturers are showcasing "WiFi 8-ready" products based on drafts and evolving specifications.
This time lag between marketing and standardization is not new, but it compels both companies and users to be cautious. For the European market, where regulatory requirements regarding spectrum use and compatibility are strict , it will be especially important that devices sold as WiFi 8 compatible can be updated and adapted to the final version of the standard once it is finalized.
In any case, the major companies in the sector agree that it's worth moving quickly. Qualcomm points out that WiFi 8 will be a key component for deploying smart and mobile workspaces, connected homes with immersive experiences , and high-density networks in public places such as airports, stadiums, and train stations. The idea is for wireless networks to keep pace with an increasingly digital world.
The European Commission and national regulators will have the final say on how the frequency bands needed to fully leverage this standard are allocated and managed. If the experience of previous generations is repeated, serious commercial deployment in Europe is expected to begin gaining traction in the second half of this decade , initially in professional and operator equipment, and later in mid-range home routers.
Meanwhile, infrastructure manufacturers and operators are already preparing. Upgrading backbone networks, improving equipment in central offices, and reinforcing fiber optic connections to homes are necessary steps so that, when WiFi 8 becomes widespread, the bottleneck won't be in the internet connection itself, but rather in how that connection is distributed within each home or office.
Impact in Spain: connected homes, teleworking and digital leisure
In Spain, where fiber optic internet is widespread and the penetration of connected devices per household continues to grow, the leap to WiFi 8 comes at a particularly opportune time. Spanish homes already have numerous mobile phones, smart TVs, game consoles, and IoT devices , creating an ideal scenario for a technology focused on efficiency and congestion management to make a real difference. That's why it's worthwhile to learn how to optimize your home's WiFi signal.
While it might seem to the user that "it's time to change routers again," the benefits aren't limited to seeing a higher speed test result. Work video calls, online classes, and streaming in 4K or higher resolutions will all benefit from reduced lag, pixelation, and buffering at the worst possible moment.
WiFi 8 networks are also targeting the rise of remote work and hybrid models that have already become established in many Spanish companies. Having a wireless connection with lower latency and the ability to prioritize WiFi networks allows collaboration tools, remote desktops, and cloud services to run more smoothly—something that is often more noticeable than a simple increase in peak speed.
In the entertainment sector, cloud gaming services, virtual and augmented reality experiences, and high-resolution video platforms are clear candidates to benefit from the new standard. With smarter interference management and reduced packet loss, online gaming sessions and live sports broadcasts can be more stable, even when the home network is full of devices connected in the background.
For all of this to become a reality, operators and manufacturers will need to gradually introduce compatible routers and devices into their product lines. It's likely that the first consumer WiFi 8 devices will arrive in Spain at the high end of the market , either included in premium fiber optic packages or as routers and access points designed for advanced users, small businesses, and homes with demanding connectivity needs.
How the industry is preparing for the next WiFi wave
The moves seen at CES 2026 show that the industry doesn't want to wait until 2028 to start laying the groundwork. Asus, MediaTek, Broadcom, and Qualcomm are building the reference ecosystem upon which many other manufacturers of routers, laptops, mobile phones, and televisions will rely. These initial platforms serve as a testing ground for optimizing firmware, traffic management algorithms, and spectrum utilization strategies.
One of the major trends accompanying WiFi 8 is the use of artificial intelligence within the network itself. Some manufacturers are developing routers capable of analyzing usage patterns and anticipating movements , dynamically adjusting transmission power, signal direction (advanced beamforming), and resource allocation among devices. The goal is for the network to adapt automatically, without any user intervention.
On the chip side, platforms like MediaTek's Filogic 800 or Broadcom's BCM4918 APU are designed to be the core of devices that will need to coexist with older standards for years. This means maintaining backward compatibility with WiFi 6, 6E, and 7 , while also taking advantage of the new capabilities of WiFi 8 when the devices and conditions are right.
For Europe and Spain, this transition phase also presents an opportunity. Local network equipment manufacturers, systems integrators, and operators can use this window to test pilot deployments in businesses, educational institutions, or public buildings , identify shortcomings, and fine-tune configurations before the technology reaches millions of homes.
For end users, the transition to WiFi 8 will most likely be gradual, occurring as routers and devices are replaced. In the short term, it won't be essential to replace all equipment at once , but it will be wise to consider compatibility with the new standard when buying a new router or upgrading a laptop, especially if you're looking to extend its lifespan for several years.
The debut of the first WiFi 8 devices at CES 2026 confirms that the next generation of wireless networks is already underway, although it will still be some time before it is fully deployed. With a focus on efficiency, stability, and reduced latency rather than inflating theoretical speeds, the industry is laying the groundwork for connectivity designed for homes saturated with devices, flexible businesses, and AI-driven applications— a scenario in which Spain and the rest of Europe can leverage their robust fiber optic infrastructure to take the next step without starting from scratch.
