European telecom infrastructure spending drops as operators pivot to low-cost models

The shift toward lower capital intensity signals a maturation of the European mobile market where capacity gluts have rendered aggressive 5G and 6G investments less attractive. For the streaming ecosystem, this suggests that while network capacity remains high, the underlying infrastructure providers are under severe financial pressure to consolidate or cut costs. As operators like BT and Digi focus on efficiency over expansion, the pace of next-generation hardware deployment will likely slow significantly. Watch for Ericsson and Nokia to further pivot their sales efforts toward enterprise data centers to offset the double-digit decline in traditional carrier RAN revenue.

Ericsson is actively repositioning its RAN portfolio toward AI-native capabilities as European operators reduce capital expenditure on traditional radio equipment. In February 2026, Ericsson launched AI-ready radios, antennas, and AI RAN software ahead of MWC Barcelona, featuring new Massive MIMO hardware with neural network accelerators embedded in its custom Ericsson Silicon architecture. The portfolio targets operators seeking to monetize AI-driven traffic patterns while consolidating network infrastructure, a pitch directly relevant to European carriers like Digi Communications and Iliad that are prioritizing lower capital intensity over aggressive technology refresh cycles.

The vendor's AI-native Link Adaptation technology has become a flagship proof point for its strategy to justify continued RAN investment amid shrinking European budgets. In April 2025, Bell Canada completed the world's first field test of AI-native link adaptation with Ericsson, demonstrating up to 20 percent higher downlink throughput and 10 percent gains in spectral efficiency compared to legacy rule-based approaches. By March 2026, AT&T and Ericsson demonstrated the same AI-native Link Adaptation on a Cloud RAN stack powered by Intel Xeon 6 SoC, marking the first portable AI feature call on commercial off-the-shelf hardware and signaling Ericsson's push toward hardware-agnostic deployments that could lower total cost of ownership for budget-conscious operators.

For European telecom infrastructure spending specifically, these AI-native capabilities represent Ericsson's attempt to reframe the vendor value proposition from raw capacity expansion toward software-driven efficiency gains. The company's involvement as a founding member of the AI-RAN Alliance, combined with its Ottawa R&D hub developing these features, positions it to argue that AI integration can deliver measurable performance improvements without requiring the same level of new hardware deployment that European operators are increasingly reluctant to fund. Nokia faces similar pressure to demonstrate software-defined value as operators like BT and Vodafone reassess their network investment timelines in a market where ARPU continues to decline.