AI-RAN trials move to live networks, but commercial 5G apps lag
Orange plans to test Nokia's AI-RAN platform in its live network, while SUBCO announces a massive transpacific subsea cable build for AI traffic. The developments show infrastructure evolving, but commercial breakthroughs for 5G applications remain distant.
The Orange-Nokia trial shifts AI-RAN from controlled lab settings into live network conditions, where the platform must perform alongside real customer traffic and revenue-generating services. SUBCO's transpacific project—three 24-fiber-pair systems spanning roughly 40,000 kilometers, connecting Australia-Japan, Guam-Los Angeles, and Perth-Singapore/Indonesia—targets a 2029 opening to serve AI-driven data flows across the Indo-Pacific region.
Device-side progress includes iPhone 18 models supporting private LTE on Anterix's 900MHz spectrum, removing a hardware barrier for industrial deployments. Softbank's stratospheric laser relay via passive reflector and Huawei's 1Gbps uplink achievement at an Inner Mongolia mine demonstrate incremental technical advances, though neither yet constitutes a standalone commercial business case.
The widening gap between infrastructure investment and commercial 5G applications could shape how quickly enterprises and consumers realize benefits from AI-enhanced networks. If AI-RAN proves viable in live settings, operators may cut energy costs and unlock third-party revenue streams, potentially lowering connectivity prices. Massive subsea builds may improve data sovereignty options for Asia-Pacific businesses. However, without concrete application breakthroughs, these investments risk outpacing actual demand, leaving carriers with costly infrastructure and uncertain returns—a dynamic that could ultimately influence service pricing and competitive positioning across the telecom sector.