Qualcomm's 6G Vision: AI, Sensing & the Road to 2029 | John Smee at MWC 2026

Why It Matters

Qualcomm’s 6G strategy promises to redefine connectivity as an AI‑enabled platform, unlocking new revenue streams and accelerating adoption of immersive and industrial applications before commercial rollout in late 2029.

Key Takeaways

• Qualcomm positions 6G around connectivity, compute, AI, and sensing.
• AI will enhance air interface, capacity, and digital twin creation.
• Integrated sensing will enable new applications like AR glasses and robotics.
• Qualcomm has built an early ecosystem of hyperscalers, operators, and device makers.
• Pre‑commercial 6G trials target LA28 2028; rollout slated for late 2029.

Summary

At Mobile World Congress 2026, Qualcomm outlined its 6G roadmap, emphasizing four pillars: ubiquitous connectivity, on‑device compute, artificial intelligence, and integrated sensing. The company argues that each new generation reflects broader societal needs, and 6G will move beyond faster data to become the substrate for AI‑driven services and real‑time environmental awareness. The discussion highlighted AI as both a use case and a design tool, improving the air‑interface, capacity, and enabling digital twins of physical spaces. Integrated RF sensing, paired with AI, is slated to power applications ranging from smart‑glasses reminders to industrial robot training. Qualcomm also announced a pre‑formed ecosystem of hyperscalers, telcos, hardware partners, and device innovators to accelerate development. Demonstrations at the show included gigamimo capacity tests in 6‑8 GHz bands, RF‑based digital‑twin creation, and AI‑recall smart‑glasses prototypes. A concrete milestone is the planned pre‑commercial deployment for the Los Angeles 2028 Olympics, providing a large‑scale trial before the expected 2029 standard finalization and commercial launch. If Qualcomm’s timeline holds, the industry will see a shift toward AI‑centric wireless services, new device form factors, and tighter integration between network operators and cloud providers. Early ecosystem coordination could give partners a competitive edge in the emerging 6G market, reshaping revenue models across telecom, hardware, and enterprise sectors.

Original Description

At MWC Barcelona 2026, RCRtv sat down with John Smee, SVP of Engineering at Qualcomm Technologies, to explore how Qualcomm is designing 6G from the ground up as an AI-native system.

John breaks down why 6G is fundamentally different from previous generations, explaining how connectivity, compute, sensing and AI must work together to support the use cases of the future. From integrated sensing and communications enabling real-world digital twins, to physical AI powering humanoid robotics over wireless networks, this interview maps out the full scope of Qualcomm's 6G ambition.

John also outlines the key milestones on the path to commercialization: 3GPP Release 21 standardization, 2027 operator trials, the LA 2028 Olympics as a live showcase and full commercial launch in late 2029.