The wireless industry is at it again. At CES 2026, manufacturers unveiled Wi-Fi 8 routers and chips even though the IEEE 802.11bn specification won’t be finalized until 2028.
If you’re keeping track, that means consumers could be buying Wi-Fi 8 hardware as soon as July based on a draft standard that might still change.
Wi-Fi 7 only launched commercially in 2024, which makes this one of the shortest gaps between Wi-Fi generations in recent history.
To be fair, Wi-Fi 8 isn’t chasing bigger speed numbers. It keeps the same maximum data rates as Wi-Fi 7 but targets the problems that actually frustrate users: inconsistent performance, dropped connections, and lag under real-world conditions.
The focus is on stability, power efficiency, and better handling of multiple devices competing for bandwidth.
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In dense environments with interference, or when you’re streaming while someone else is gaming and another person is on a video call, Wi-Fi 8 aims to maintain performance instead of degrading.
It’s about reducing packet loss and latency for time-sensitive applications rather than inflating theoretical speed specs.
Hardware Concepts
Asus showed a concept router called the ROG NeoCore that looks like a 20-sided die and eliminates the usual antenna forest. According to The Verge’s Sean Hollister, the prototype broke when he picked it up, which probably wasn’t the intended demonstration of build quality.
Broadcom announced its BCM4918 application processor along with two dual-band radios, the BCM6714 and BCM6719. These chips combine 2.4 GHz and 5 GHz operation on a single piece of silicon and include integrated power amplifiers to reduce the need for external components. The chips are designed for both consumer routers and service provider gateways.
MediaTek launched its Filogic 8000 series, targeting everything from enterprise access points to smartphones, laptops, TVs, and smart home devices. Both companies expect products using their chips to ship later this year.
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Broadcom is framing the BCM4918 as more than a networking chip. It includes a neural engine for on-device machine learning and can handle all networking traffic without touching the CPU. The chip also has hardware acceleration for cryptographic protocols.
The pitch is that Wi-Fi 8’s reliability and low latency make it suitable for edge AI applications that need real-time responsiveness.
Whether this matters for typical home use or is just positioning for future scenarios isn’t clear yet, but Broadcom is betting on AI workloads moving closer to the network edge.
The Wi-Fi Alliance is still deciding which features will make the final cut for Wi-Fi 8 certification. Kevin Robinson, the organization’s CEO, confirmed to The Verge that manufacturers routinely start building products before standards are finalized, but that doesn’t eliminate risk.
Anyone buying Wi-Fi 8 hardware in 2026 is purchasing based on a draft specification. When the IEEE completes 802.11bn in 2028, those devices will need firmware updates to match whatever the final standard looks like.
Best case: it’s a straightforward software update. Worst case: some advertised features might not work as promised or could require hardware changes that early buyers won’t receive.
This pattern has played out with previous Wi-Fi generations and generally works out fine, but there’s inherent uncertainty. If you’d rather avoid being a test case, waiting for fully certified hardware after 2028 is the safer approach.
