Hardware & Retro /

5G Advanced modems increasingly use AI to manage gaming traffic

Qualcomm's X105 modem platform points toward an interesting next stage for mobile connectivity: using AI inside the modem itself to identify and optimise dif...

By Gameforce Mobile News Desk

5G Advanced modems increasingly use AI to manage gaming traffic - Gameforce Mobile news hero image

Key facts

Topic:
Hardware & Retro
Published:
2026-09-14
Reported by:
Gameforce Mobile News Desk

Key takeaways

  • Qualcomm's X105 modem platform points toward an interesting next stage for mobile connectivity: using AI inside the modem itself to identify and optimise different kinds of network traffic.
  • Qualcomm says its fifth-generation modem AI processor can recognise scenarios including mobile gaming, video calling and social media and adjust behaviour accordingly.
  • The platform is also 3GPP Release 19-ready and supports satellite connectivity for data, voice, messaging and even video use cases.

Qualcomm's X105 modem platform points toward an interesting next stage for mobile connectivity: using AI inside the modem itself to identify and optimise different kinds of network traffic. Qualcomm says its fifth-generation modem AI processor can recognise scenarios including mobile gaming, video calling and social media and adjust behaviour accordingly. The platform is also 3GPP Release 19-ready and supports satellite connectivity for data, voice, messaging and even video use cases. Peak figures such as 14.

8Gbps downloads are primarily engineering ceilings rather than everyday consumer speeds, but the more meaningful story may be efficiency and latency management. Competitive mobile games rarely need enormous bandwidth; they need consistent response times and reliable connections. Intelligent traffic optimisation could therefore improve perceived performance even when headline throughput remains unchanged.

As phones increasingly combine terrestrial 5G, Wi-Fi and satellite capabilities, the modem is evolving from a passive radio into a more active computing component that decides how connectivity resources should be used.

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