Qualcomm unveiled its inaugural chip featuring Wi‑Fi 8 and pledged to launch 6G networks by 2029.

Qualcomm Announces New Solutions for Future Networks at Mobile World Congress

At the flagship international mobile technology exhibition, Qualcomm captured public attention with new products that the company believes will form the foundation of communication development over the next decade.

ProductKey FeaturesPlanned ReleaseX105 5G Modem• Fifth‑generation processor for 5G networks
• Agent AI support (boosts performance in various scenarios)
• New RF transceiver reduces power consumption by 30% compared to X85, while size is reduced by 15%
In the coming monthsFastConnect 8800• Fabricated on a 6‑nm process
• Redesigned 4×4 radio module delivers up to three times the gigabit range of previous standards
• Supports Bluetooth 7.0 and HDT (High Data Throughput) technology – data transfer rates up to 7.5 Mbps (LE – 2 Mbps)
• Doubles peak Wi‑Fi speeds compared with earlier FastConnect based on Wi‑Fi 7
End of 2026, along with the Dragonwing Wi‑Fi 8 portfolio for IoT and enterprise solutionsDragonwing Wi‑Fi 8Portfolio of new Wi‑Fi 8 devices for IoT and business markets (details not yet disclosed)End of 2026

How Qualcomm Sees the Future of Networks
1. Global 6G Coalition

The company announced a “strategic coalition” with several industry partners (names undisclosed). The goal is to jointly launch global 6G networks focused on AI starting in 2029.

2. Standards Planning

Qualcomm intends to finalize official specifications and standards for 6G by 2028, so that next year commercial systems can be compatible.

3. Technological Focus

All of the company’s promises are built around AI services, including agent devices for both consumer and enterprise markets. At present most of these features are in development, but active deployment is expected from 2029.

Conclusion
Qualcomm presents an ambitious plan: from new 5G modems to Wi‑Fi 8 adapters and strategic efforts to build 6G networks. If the announced technologies come to fruition, they could radically transform speed, energy efficiency, and intelligent capabilities of mobile and IoT networks in the coming years.