While Wi-Fi 7 adoption is accelerating among enterprises, retail Wi-Fi 8 products could arrive as early as summer 2026. Wi-Fi 8 is aimed at boosting reliability and lowering latency in dense, interference-prone environments.
The Wi-Fi 7 wireless standard gained momentum in 2025, but Wi-Fi 8 is on its heels.
To be sure, 2025 was a big year for Wi-Fi 7 adoption. The standard hit its final draft in September 2024, and the formal IEEE 802.11be standard publication followed in July 2025. Since then, adoption has been robust across all sectors.
“By the end of 2025, an estimated 583 million Wi-Fi 7 devices are expected to ship globally,” Jeff Platon, vice president of marketing at Wi-Fi Alliance, told Network World, citing data from IDC Research.
Enterprise Wi-Fi 7 adoption takes off
After a slow start, enterprises are now embracing Wi-Fi 7 at a faster pace than previous generations.
Wi-Fi 7 access point shipments jumped from 26.3 million in 2024 to a projected 66.5 million in 2025, according to data shared by Tiago Rodrigues, CEO at the Wireless Broadband Alliance. Looking ahead, ABI Research forecasts this trend will accelerate further with 117.9 million Wi-Fi 7 AP shipments expected in 2026.
Chris Szymanski, director of product marketing for wireless broadband communications at Broadcom, explained that the initial hesitation for enterprise adoption of Wi-Fi 7 was understandable. “Wi-Fi 7 came only a short time after the launch of Wi-Fi 6E, so the enterprise market had to adjust to a shorter period between equipment releases, and it was hungry to adopt Wi-Fi 6E,” Szymanski said. “This led to a little slower adoption in 2024. Now enterprises are adopting Wi-Fi 7 quickly.”
The numbers support this acceleration. The Wi-Fi Alliance forecasts 1.1 billion total Wi-Fi 7 device shipments in 2026, including 196.1 million IoT devices, 22.3 million healthcare devices and 159.4 million consumer devices.
Large public venues and educational institutions are leading the charge. According to Platon, these sectors see Wi-Fi 7 as the solution to spectrum congestion challenges and as an enabler of new use cases.
Wi-Fi 8 arrives ahead of schedule
The big story for 2026, however, is likely to be Wi-Fi 8. In a development that breaks from typical wireless generation timelines, consumer products could arrive much sooner than anticipated.
“Broadcom launched a full ecosystem of Wi-Fi 8 products in October 2025,” Szymanski revealed. “We expect the retail market to act quickly on this product availability, and the market could see Wi-Fi 8 products as early as Summer 2026.”
This timeline represents a significant acceleration. The IEEE 802.11bn Task Group formed in May 2021 with a target standard approval date of September 2028. Broadcom’s ecosystem launch puts Wi-Fi 8 retail products on track to arrive before the standard is finalized. The gap between Wi-Fi 7’s launch and potential Wi-Fi 8 product launches in mid-2026 could potentially be shorter than the typical cycle between Wi-Fi generations.
While consumer adoption might come early, the enterprise and operator markets will follow a more traditional adoption pattern. “It’s likely that such products will not launch until mid to late 2027,” Szymanski noted. These sectors typically move more deliberately due to longer refresh cycles and procurement processes.
What’s driving Wi-Fi 8 development?
The IEEE 802.11bn standard represents a shift in Wi-Fi evolution.
Rather than primarily chasing higher peak speeds, Wi-Fi 8 focuses on improving real-world performance in dense, interference-prone environments. At its core, Wi-Fi 8 prioritizes consistent performance under challenging conditions. The standard maintains the same theoretical maximum data rate as Wi-Fi 7 while targeting improvements in effective throughput, lower latency for time-sensitive applications and reduction in packet loss.
According to Platon, Wi-Fi Alliance priorities for the next generation include ultra-high reliability, bounded latency, faster speeds and reduced power consumption. “Interest in the next generation of Wi-Fi is already building, underscoring the critical role Wi-Fi plays in global connectivity,” Platon said.
Wi-Fi offload gains traction
Beyond the transition between wireless generations, another trend is gaining momentum: Wi-Fi offload. Mobile carriers face mounting pressure from increasing traffic on cellular networks while trying to improve customer connectivity experiences.
“A plethora of trends will act to spur investments into Wi-Fi offloading in 2026,” Rodrigues said.
Smart cities are turning to Wi-Fi offload to provide residents and tourists with continuous free connectivity. The technology enables applications ranging from smart traffic management to disaster prevention systems. Advancements in OpenRoaming technology are expected to accelerate this trend in 2026, making seamless roaming between networks more practical and widespread.
“For mobile carriers, the challenge of grappling with ever-increasing traffic on their cellular networks, alongside the need to improve connectivity experiences for their customers, will drive them to expand their Wi-Fi offloading capabilities,” Rodrigues said.
