Telia is partnering with Ericsson and Intel to launch some of Europe’s first public live 5G network use cases.
The project features two headline demonstrations: a high-speed 5G connection to a commercial passenger cruise ship providing internet connectivity to passengers while docked, and an industrial scenario in which a construction excavator is remotely controlled over a live 5G network. These trials represent a significant milestone for all three partners on the global 5G roadmap, paving the way for live 5G services in Tallinn and Stockholm in 2018—two cities often cited among the most digitally advanced in the world.
Gabriela Styf Sjöman, global head of networks at Telia, says: “We want to be early with 5G and will bring it to life in Stockholm, Tallinn and Helsinki in 2018. We work together with our partners across the ecosystem to explore the powerful impact it will have for our customers and for society. It’s not only about building a new network but also about creating a new mindset and new expectations for what a mobile network can be and do. High speed, low latency, guaranteed capacity and true mobility will push the boundaries of digitalisation, and we want to be at the forefront of that effort with our partners.”
Meanwhile, other European 5G pilots are also progressing. Earlier this month, Telecom Italia Mobile (TIM), in collaboration with Fastweb and Huawei, announced plans to begin 5G testing in the Italian cities of Bari and Matera. Initial use cases are provisionally scheduled for June 2018, with approximately three quarters of the target area expected to be covered by the end of that year and full coverage of both cities aimed for completion by the end of 2019.
These demonstrations highlight two core promises of 5G technology: vastly increased data speeds for consumer applications and extremely low latency with guaranteed capacity for industrial and mission-critical use cases. Delivering high-bandwidth connectivity to a moving vessel while in port tests the network’s ability to serve dense, transient user populations with consistent speeds, whereas remote operation of heavy machinery showcases how low-latency, reliable links can enable new modes of automation and remote control in construction, logistics and manufacturing.
For mobile operators and their technology partners, such live trials are essential to validate performance in real-world environments, refine deployment models and define commercial service offerings. They also provide opportunities to evaluate spectrum use, optimize radio access network configurations, and test end-to-end orchestration and service assurance systems required for consumer and enterprise SLAs (service-level agreements).
From a city perspective, early 5G rollouts can support public services, smart infrastructure and enhanced connectivity for residents and visitors. For businesses, they create possibilities for remote operation, augmented reality for field technicians, real-time video analytics and other applications that depend on predictable latency and throughput. As vendors, operators and local authorities continue to collaborate on trials and pilot deployments, the lessons learned will shape how and when broader rollouts occur across European markets.
Telia, Ericsson and Intel’s joint efforts, along with parallel initiatives from other operator consortia, contribute to an ecosystem-level push toward commercial 5G, where technical feasibility, regulatory alignment and viable business models converge. These early demonstrators in Northern and Southern Europe together provide complementary insights into how 5G can be applied across different geographies, user needs and industry verticals—helping to accelerate the transition from trial networks to scalable, live 5G services for consumers and enterprises alike.