Orange France has appointed Ericsson to overhaul its mobile network infrastructure, aiming to bolster efficiency and sustainability across its services. This collaboration involves the deployment of Ericsson’s latest radio technologies, which are designed to significantly improve uplink capabilities, a vital feature for next-generation mobile applications. The upgrade is set to cover 60 percent of Orange’s network, including key cities such as Paris, Toulouse, Bordeaux, Lille, Strasbourg, and Montpellier, over the next four years.
By adopting Ericsson’s innovative multi-band radios, Orange France anticipates a step change in both service quality and network reach. These modern radio units not only enhance connectivity but also streamline the number of devices required at each site. As a result, Orange expects a substantial reduction in carbon output, over 20 percent less embodied carbon compared to older equipment, and a remarkable 30 percent decrease in energy consumption at each location.
The initiative forms a crucial element of Orange’s broader commitment to sustainability, supporting its ambition to achieve Net Zero emissions by 2040. The early integration of Ericsson’s cutting-edge technology extends the operational lifespan of network equipment, yielding further cost savings and environmental benefits. This forward-thinking strategy aligns with Orange’s dual objective: to deliver superior mobile experiences for customers while minimising environmental impact.
Leaders from both companies have underscored the significance of this partnership. Jean-François Fallacher, CEO of Orange France, highlighted the dual focus on elevating customer service and reducing energy usage as pivotal steps toward the company’s environmental targets. Meanwhile, Christian Leon, CEO of Ericsson France, affirmed the company’s dedication to supporting Orange’s journey toward a greener, more innovative telecommunications sector. Together, the two firms are shaping a future where technological progress and ecological responsibility move forward in tandem.