Barcelona’s Mobile World Congress has a tradition of companies walking in with a stack of slides and announcing the future. Qualcomm did exactly that this week — except their announcements weren’t just roadmap promises. Between Wi-Fi 8 chips, a new 5G modem, self-managing cell networks, and factory AI, they covered more ground in one week than most companies do in a year.
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Wi-Fi 8 Is Here Earlier Than Anyone Expected
Most people are still getting comfortable with Wi-Fi 7. Qualcomm clearly wasn’t done. At MWC they pulled out the FastConnect 8800 — the first mobile connectivity chip to run a 4×4 Wi-Fi radio configuration. Every phone you’ve used until now ran a 2×2. That’s not a minor tweak; going to 4×4 spatial streams changes how the device handles simultaneous data traffic, which is the thing that actually falls apart when you’re at a packed venue and everyone around you is on their phone at the same time.
Speeds top out at 11.6 Gbps — twice what the previous FastConnect got on Wi-Fi 7 — and range extends to three times the gigabit coverage. Bluetooth 7.0 is in there too, with a throughput jump from 2 Mbps to 7.5 Mbps that’ll mean something to anyone who regularly runs more than one wireless audio device simultaneously. The whole thing — Wi-Fi 8, Bluetooth 7.0, Ultra Wideband, Thread 1.5 — sits on a single 6nm chip.
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On the infrastructure side, the Dragonwing NPro A8 Elite handles enterprise access points and premium home routers with a 5×5 Wi-Fi 8 radio, 40% higher throughput at typical distances, 2.5x lower latency during peak usage, and 30% less daily energy consumption. For mainstream homes, the Dragonwing N8 and F8 platforms bring Wi-Fi 8 to everyday routers and mesh systems — these are the ones that will quietly end up in most living rooms. Everything is sampling now, commercial devices expected late 2026.
The X105 Modem Nobody’s Talking About Enough
Buried slightly under the Wi-Fi 8 excitement was something worth stopping on. Qualcomm also announced the X105 5G Modem-RF — the world’s first 3GPP Release 19-ready modem, which is the last major standard before 6G. It hits 14.8 Gbps downlink and 4.2 Gbps uplink, runs on a 6nm RF transceiver that draws 30% less power and takes up 15% less board space than the X85 it replaces.
The part that makes it practically interesting: it supports 5G over satellite via NR-NTN, meaning data, voice, and messaging even in places with zero cell coverage. It also has NB-IoT fallback for dead zones — parking garages, elevators, underground — spots where your phone currently gives up entirely. Qualcomm has been putting AI in modems since the X70 in 2022, before generative AI was even a mainstream conversation. The X105 continues that with a 5th-generation AI processor that classifies and optimises traffic in real time based on what you’re actually doing. Commercial devices are expected in the second half of 2026.
Teaching Cell Towers to Manage Themselves
The second press release was aimed squarely at the people running mobile networks rather than using them. Qualcomm launched its Agentic RAN Management Service — a layer of AI agents that sit inside existing commercial network infrastructure and handle problems without waiting for a human engineer to notice them.
Picture a concert finishing in a city centre and 40,000 people simultaneously trying to upload videos. Today, that’s either handled badly or managed manually after the fact. With Agentic RAN, the system detects the surge, reallocates spectrum resources in real time, and fixes it before anyone files a complaint. No hardware changes required on the carrier’s end — it runs on what’s already deployed.
The targets are Level 4 autonomous operations by 2026, cutting carrier opex by around 25%, and Level 5 full automation by 2028, pushing that saving to 40%. Separately, Qualcomm is working with Siemens to bring the same agentic AI logic into factories — running Qualcomm’s Cloud AI 100 Accelerator inside Siemens industrial PCs so manufacturing decisions happen on-site, without data leaving the building.
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All of it feeds into the same argument Qualcomm is making for 6G by 2029: the network needs to think, not just transmit.
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