Wi-Fi 8 Presents Both Lucrative Opportunities and Unprecedented Challenges for the Industry

At the July 2026 IEEE plenary in Montreal, the 802.11bn Task Group (TGbn) voted to send Draft 2.0 of 802.11bn (the formal IEEE technical designation for Wi-Fi 8) to a 30-day working-group ballot starting in early August 2026, locking in Wi-Fi 8’s core features. The Draft 3.0 letter ballot is now scheduled for January 2027, with the Draft 4.0/initial Standards Association ballot targeted for May 2027. Final working-group approval is set for March 2028, followed by the IEEE Standards Board (RevCom) ratification in May 2028. It is expected that the Wi-Fi Alliance Wi-Fi 8 certification program will also commence in January 2028. Product development for Wi-Fi 8 has also advanced swiftly. The first Wi-Fi 8 chipsets were announced by Broadcom in October 2025, followed soon after by MediaTek and Qualcomm. Within a few months, a wide range of Wi-Fi 8 Access Point (AP) prototypes were unveiled, including from TP-Link and Sercomm. September 2026 also saw the Wi-Fi Alliance host its first three-site Plugfest for pre-certification Wi-Fi 8 interoperability, across Beijing, Taipei, and California. This ABI Insight analyzes the new capabilities of Wi-Fi 8 and the challenges the upcoming standard will face, and shares recommendations for how the industry should seize Wi-Fi 8-related opportunities.

In contrast to previous Wi-Fi generations that focused on improving throughputs, Wi-Fi 8, or IEEE 802.11bn, is centered on delivering Ultra High Reliability (UHR). Central to achieving this will be Wi-Fi 8’s Multi-AP Coordination (MAPC) capabilities, which are aimed at resolving the interference and inefficient communication that arises when several Wi-Fi APs operate independently in an uncoordinated fashion. MAPC encompasses a range of features designed to maximize spectrum efficiency and increase resilience by coordinating channel selection across all client/APs and distributing the load intelligently and evenly among APs on the network. MAPC features include Coordinated Spatial Reuse (Co-SR), Coordinated Beamforming (Co-BF), Coordinated Orthogonal Frequency-Division Multiple Access (Co-OFDMA), Coordinated Time Division Multiple Access (Co-TDMA), Coordinated Uplink Multi-User Multiple Input, Multiple Output (Co-UL-MU-MIMO), and Joint Transmission (JT). While elements of MAPC were originally proposed during Wi-Fi 7 development, they were ultimately not adopted, with the community postponing implementation to Wi-Fi 8.

Wi-Fi 8’s shift in focus toward reliability will help Wi-Fi address new use cases, particularly latency-sensitive, mission-critical applications, helping to expand the total market for Wi-Fi. Additionally, the requirement for two or more nodes to fully enable MAPC capabilities will similarly raise the total number of Wi-Fi Customer Preemies Equipment (CPE) and APs in homes and enterprises. These dynamics will help drive rapid uptake of Wi-Fi 8. The first Wi-Fi 8 APs are expected to hit the market in 2027, with shipments increasing from 0.3 million that year to 1.0 million in 2028, thereafter increasing swiftly to 10.9 million in 2030. Devices are also anticipated to quickly adopt Wi-Fi 8. For example, in 2030, ABI Research forecasts that 47.0% of all smartphone chipset shipments will support Wi-Fi 8.

At the same time, Wi-Fi 8’s shift in focus toward reliability is also likely to make clear messaging for the new standard challenging. Whereas the throughput enhancements of previous Wi-Fi generations could be measured with easily comparable metrics, reliability improvements are tougher to communicate to end consumers. A reliance on multiple APs for many of Wi-Fi 8’s advancements also creates challenges for the standard in the home environment, because MAPC features will be of little use to the large swathes of residential broadband subscribers with just one Wi-Fi AP deployed in their home. While Wi-Fi 8 will encourage an expansion in the number of homes with multiple CPE, the majority will still rely on just one.

Wi-Fi 8 is imminent, and ecosystem vendors need to start laying the groundwork now to ensure that they can extract maximized value from the standard. To do this, ABI Research recommends that the industry take the following steps:

• Create a Unified and Clear Vision for Wi-Fi 8: To avoid divergent and contradictory value propositions for Wi-Fi 8 between ecosystem vendors, the industry should settle on one clear, easy to communicate message for the new standard.
• Introduce Wi-Fi 8 as Complementary to Wi-Fi 7: Vendors that choose to selectively introduce Wi-Fi 8 into their portfolios where it can add the most value will be able to prevent cannibalization of their Wi-Fi 7 business and can ensure strong Return on Investment (ROI) on their Wi-Fi 7 investments.
• Design Solutions Targeted at Specific Business Pain Points: Incentivize network upgrades and generate maximum customer value by optimizing Wi-Fi 8 solutions to overcome existing business challenges.
• Push for Spectrum Harmonization and/or Spectrum Sharing: The industry must advocate expanding unlicensed 6 Gigahertz (GHz) access globally, or adopting shared spectrum models, in order to bring greater Wi-Fi 8 performance parity between regions/markets.
• Develop AFC System Reference Templates: The authorization of Automated Frequency Coordination (AFC) systems globally, which are required for Standard Power 6 GHz, is progressing slowly. To accelerate the process, the industry should devise AFC system reference templates for certification, which other nations will then be able to emulate.

While Wi-Fi 8 is not yet on the market, the reality is that industry discussions on the focus of Wi-Fi 9 have already begun. This summer at the Wireless Next Generation (WNG) Standing Committee at the IEEE 802.11 interim meeting in Australia, a topic of discussion was which features Wi-Fi 9 would include. The standard is still in its early conceptual stages of course—in fact, development on the standard is so early that a formal IEEE technical designation has not yet been created. It is expected that a study group is likely to be formed in late 2026 or early 2027. Given the typical Wi-Fi generational cycle of approximately 4 years, it can be expected that Wi-Fi 9 product certifications wouldn’t begin until 2032, 4 years after Wi-Fi 8 certifications are projected to begin.

Although the technical capabilities of Wi-Fi 9 are purely conceptual at this point, figures within the industry have proposed several key performance targets. These include real-world (not merely theoretical) multi-gigabit speeds on end devices, the ability to handle numerous high-bandwidth devices in dense environments simultaneously, ultra-low latencies (5–10 Milliseconds (ms)), zero tolerance for packet loss for mission-critical use cases, and lower power consumption. The idea of incorporating the 60 GHz and sub-GHz unlicensed frequencies has also been floated, as has direct communications with satellites. Some vendors may feel that now is the time to begin getting involved in Wi-Fi 9 development so that they can stake their claim as an innovation leader. Yet, even those that aren’t in a position to contribute directly to Wi-Fi 9 development now must still take Wi-Fi 9 into consideration when they plan their Wi-Fi 8 portfolios, so they can account for how the future standards may impact Wi-Fi 8 product pipeline plans and ROI calculations.