- Orange is testing Ericsson’s Massive MIMO radios to boost spectral efficiency in busy areas.
- Using AI‑driven automation, the trials also explore energy savings and programmability in the RAN.
What happened: Ericsson and Orange launch broad 5G trials with AI‑powered automation
Ericsson and Orange France are collaborating on a comprehensive set of 5G trials, the goal being to improve capacity, efficiency and sustainability in next‑generation mobile networks. According to their joint announcement, Orange is field‑testing Ericsson’s FDD Massive MIMO antenna‑integrated radios in multiple configurations, tuned to different traffic profiles so as to maximise spectral efficiency and user experience. Concurrently, the two companies are running trials of energy‑saving features using intent‑driven automation and AI to dynamically manage network resources in real time based on traffic demand.
In a further step towards modernisation, Ericsson and Orange have begun a two‑year trial of Cloud RAN and Open RAN technology. Notably, Orange has already completed a 5G call over Ericsson’s Cloud RAN platform — a milestone in their joint effort. The telecom operator is also testing Ericsson’s Intelligent Automation Platform (EIAP), deploying rApps powered by AI to optimise the RAN across multiple performance dimensions. Emmanuel Lugagne Delpon, CTO of Orange France, said the partnership “accelerates our journey towards enhanced networks” by combining breakthrough spectrum, cloud-native solutions and sustainability. Christian Leon, CEO of Ericsson France, added that the partnership raises the bar for performance, openness and energy efficiency in mobile networks.
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Why it’s important
This collaboration underlines growing industry momentum behind fully software‑defined and autonomous 5G networks. By combining Massive MIMO with AI‑driven automation, Ericsson and Orange are exploring ways to use spectrum more intelligently — a critical advantage as data traffic continues to climb. The energy‑saving trials reflect a broader telecom imperative: reducing power consumption while scaling capacity, which is especially relevant as operators pursue more sustainable network deployments.
Perhaps most strategically, the Cloud RAN and Open RAN testing indicates that Orange is serious about embracing disaggregated, cloud-native architectures, potentially breaking away from proprietary hardware in favour of more flexible, multi-vendor networks. This could open the door to faster innovation, lower total cost of ownership, and a smarter way to roll out 5G at scale. If successful, this could help define the next generation of network infrastructure — toppling traditional architectures in favour of more agile, green and programmable systems.
