Wi-Fi 8 is shaping up as the rare networking upgrade that does not lead with a bigger number on the box. The next standard, formally IEEE 802.11bn, is expected to keep the same 46 Gbps theoretical ceiling associated with Wi-Fi 7, according to WIRED’s Simon Hill, while trying to make home and office connections less flaky.
That shift matters if your problem is not a speed test screenshot, but the laptop dropping from a mesh node during a call, the phone clinging to the wrong access point, or a crowded apartment block turning 6 GHz into a polite knife fight. The standard has not been finalized, so early router claims deserve the usual squint.
The Institute of Electrical and Electronics Engineers, which develops the 802.11 family of standards, is using 802.11bn for Wi-Fi 8. The Wi-Fi Alliance handles certification under the consumer-friendly Wi-Fi branding. Wi-Fi 7 certification arrived in January 2024, and WIRED says a Wi-Fi 8 certification window around 2028 is a reasonable expectation, given the usual four-to-five-year rollout cycle.
Reliability gets the marketing slot
Wi-Fi 7 focused on what the standards world calls Extremely High Throughput. Wi-Fi 8 is being described around Ultra High Reliability, according to WIRED. In plainer English: the radios are supposed to cooperate better, hand off devices faster and reduce interference that makes wireless networking feel cursed.
The bands are familiar. WIRED reports that Wi-Fi 8 will still use 2.4 GHz, 5 GHz and 6 GHz, with channel widths up to 320 MHz. That means buyers should not expect a clean generational speed leap from Wi-Fi 7 in the way some earlier upgrades were sold.
The proposed feature set is more plumbing than fireworks:
- Multi-access point coordination is meant to let nearby access points work together instead of shouting over one another. That could help coverage, performance and power use.
- Seamless roaming domain targets the handoff problem in mesh networks, where a device changes access points and packets get lost or delayed.
- Low latency indication lets devices signal that a stream or session needs priority. WIRED links that to mechanisms such as TXOP preemption and high-priority EDCA for better quality-of-service handling.
- In-device coexistence addresses interference inside a gadget, where Wi-Fi can be affected by other radios such as Bluetooth, Thread or Zigbee.
- Extended long range and distributed-tone resource unit features are intended to keep devices connected at the edges of a home network without adding more access points.
Early hardware will arrive before the standard
Manufacturers are not waiting for the final stamp. WIRED reports that chip makers are already producing Wi-Fi 8 chipsets. TP-Link has announced Wi-Fi 8 routers and mesh systems, with the first release planned before the end of 2026.
That pattern is familiar from Wi-Fi 7: vendors build against working drafts, then hope the final certification does not move enough to make early hardware awkward. Sometimes that bet works fine. It is still a bet, and early systems tend to cost more.
Backward compatibility should soften the transition. A Wi-Fi 8 router is expected to work with older Wi-Fi devices, as previous generations have. Getting the new features, however, requires both sides of the link to support them, which means new routers plus new phones, laptops, TVs and other client devices.
For people already happy with Wi-Fi 7, WIRED frames Wi-Fi 8 as a tougher sell. The likely gains are in reliability under interference, roaming and latency, not in headline throughput. For US buyers, WIRED also flags a possible additional constraint: an FCC foreign-made router ban could reduce available options.
This story draws on original reporting from WIRED.
