In a landmark presentation in London on February 19, 2026, Ericsson unveiled a sweeping "AI-first" strategy that positions the network vendor at the heart of the next industrial revolution. Celebrating its 150th anniversary, the company signaled a departure from legacy infrastructure, introducing a suite of AI-ready radios, antennas, and RAN softwaredesigned to bridge the gap between today’s 5G Advanced and the upcoming 6G era.
According to Erik Ekudden, Ericsson’s CTO, the industry has reached a pivotal "inflection point." The shift from Generative AI to Agentic AI—where autonomous systems reason and coordinate workflows—is necessitating a fundamental redesign of mobile connectivity.
1. The AI-Ready Portfolio: Neural Hardware at the Edge
Ericsson’s hardware push is led by ten new AI-ready radios. For the first time, the vendor is embedding neural network accelerators directly into its silicon. These programmable matrix cores are integrated into the Ericsson Many-Core Architecture, allowing for real-time AI processing directly on the Massive MIMO radios.
Key Hardware Highlights:
Next-Gen Massive MIMO: New radios like the AIR 3286 and AIR 3211 bring High-power FDD Massive MIMO to the mainstream, designed specifically to handle the "uplink-heavy" traffic generated by multimodal AI and Augmented Reality (AR) applications.
Energy Efficiency: The new triple-band radios (Radio 4488 and 4464) and passive antennas (built on the trio netdesign) aim to reduce energy consumption by up to 44% while increasing spectral efficiency.
Interleaved Antennas: Expanded configurations for the Interleaved AIR portfolio provide full flexibility for TDD and FDD deployments, simplifying site footprints in space-constrained urban areas.
2. Agentic RAN: Software That Thinks
The software layer of Ericsson’s new vision focuses on Level 4 network autonomy. By moving deeper into AI-native performance, Ericsson’s RAN software can now perform real-time optimizations that were previously impossible.
AI-Managed Beamforming: Dynamically adjusts radio beams to adapt instantly to user demand, delivering precise performance in high-traffic zones.
AI-Powered Positioning: Offers breakthroughs in outdoor location accuracy (up to 5x improvement), critical for autonomous drones, fleet management, and secure banking.
Latency Prioritized Scheduler: A new tool providing up to 7x faster response times, ensuring "bounded latency" for mission-critical AI applications.
3. The AWS Partnership: Agentic rApp as a Service
In a significant move toward network programmability, Ericsson launched its Agentic rApp as a Service on the Amazon Web Services (AWS) Marketplace. This solution allows Communication Service Providers (CSPs) to use a natural language interface to "talk" to their network.
Engineers can issue instructions in plain language, which the system’s supervisor agent then translates into executable commands for optimization workflows. This eliminates the need for heavy on-premises infrastructure and accelerates the transition to fully autonomous networks.
4. Edge AI Inferencing: A Colocation Revolution
Ericsson is also tackling the "sovereignty and privacy" challenge of AI by pushing compute to the network edge. In collaboration with Intel and Dell, Ericsson is demonstrating how to colocate User Plane Functions (UPF) with AI application inferencing on a single server.
This "footprint-efficient" approach allows data-intensive tasks—like real-time visual object detection or sensitive medical data processing—to stay local, reducing backhaul costs and ensuring data security.
5. Towards an AI-Native 6G
While 5G continues to evolve, Ericsson’s roadmap is clearly pointed toward 6G. The company envisions 6G not just as a faster connection, but as a "sensing infrastructure." By integrating AI into the very fabric of the RAN today, Ericsson is building the foundation for a future where the network itself acts as a distributed AI computer.
"We are not stopping with AI in the network," Ekudden noted. "We are adding capabilities to host AI... hosting these new AI experiences directly in the network."
Summary for Network Operators:
As the industry prepares for Mobile World Congress (MWC) 2026 in Barcelona, Ericsson’s message is clear: the future of telecommunications is no longer about just connecting people—it’s about empowering autonomous intelligence.