The Nordic countries are asserting themselves as Europe’s 5G leaders, setting high standards for coverage, policy, and collaborative approaches that other nations can learn from.
Industry data show that timely allocation of mid-band spectrum, a strong appetite for network sharing, and supportive government policies have helped the region outpace much of Europe in making 5G widely available and reliable.
With some of the most advanced mobile networks in the world, the Nordics consistently rank at the top of European 5G connectivity lists and compete with global leaders in network performance. High urbanisation, generally flat terrain in countries like Denmark and Finland, and above-average ARPU (average revenue per user) have allowed operators to build networks that deliver both dense urban performance and substantial rural reach.
Operators across the region have been quick to publicise major coverage milestones. In Norway, Telia reported reaching nearly 99% population coverage with 5G by the end of 2024. Finland’s DNA stated its 5G network covers all mainland municipalities with population coverage approaching 100%. In Sweden, the Net4Mobility joint venture between Tele2 and Telenor announced coverage of over 90% of the population. These rapid rollouts reflect the priority placed on next-generation connectivity, with many operators completing multi-year nationwide upgrades ahead of schedule.
Nordic 5G availability leaves others behind
Speedtest Intelligence and similar measurements confirm the Nordics’ leadership. In Q4 2024, Denmark, Finland, and Norway ranked among the top five European countries for 5G availability. Denmark led the continent with an 83.4% availability rate, narrowly ahead of Switzerland; all four Nordic nations placed within Europe’s top ten for 5G accessibility.
This performance contrasts with countries that depend heavily on Dynamic Spectrum Sharing (DSS), such as Ireland and the Netherlands, where availability rates are notably lower. DSS enables faster 5G rollouts by sharing spectrum between 4G and 5G but can compromise speed and reliability. Nordic operators instead secured dedicated low-band spectrum early—most notably the 700 MHz band—which improves propagation and helps deliver deeper indoor and rural coverage.
Finland first assigned the 700 MHz band in 2016, and it was deployed across the Nordics by 2019. That early allocation has been key to overcoming coverage and indoor penetration challenges that hinder many other European rollouts.
Traffic shift to 5G networks
High availability has translated into substantial traffic migration to 5G networks. Finnish regulator Traficom reported that nearly a quarter of all smartphone traffic in Finland originated on 5G in the first half of 2024—well ahead of several southern European markets where 5G traffic shares remain under 20% even when including fixed wireless access.
Extensive network-sharing agreements have played a major role in this transition by lowering costs and improving the economics of rural coverage. Examples include Denmark’s TT Network (a Telia–Telenor joint effort), Finland’s Finnish Shared Network, and Sweden’s Net4Mobility. These cooperative models have enabled operators to deliver more consistent and equitable 5G access; for example, Tele2 and Telenor in Sweden reached symmetrical availability levels near 72.5% through their collaboration. By contrast, smaller operators that participate less in network sharing report much lower availability.
The Nordics have also led in retiring legacy technologies. Finland and Norway completed their 3G shutdowns by the end of 2024, and Denmark is expected to switch off 3G services soon. Shutting down older networks frees valuable spectrum for more efficient, higher-capacity technologies and reflects a regional focus on future-ready connectivity.
UK lags behind 5G leaders in Europe
While the Nordics accelerate, the UK has struggled to keep pace with Europe’s top 5G performers. Speedtest Intelligence reported that the UK’s 5G availability was 42.2% in Q4 2024, substantially lower than Nordic countries, which typically exceed 65% availability, and trailing several Western European peers.
Analysts point to structural and policy differences that have slowed the UK’s rollout. Unlike Denmark, which tied spectrum fee reductions to coverage commitments in underserved areas—thereby incentivising rapid 700 MHz deployment—the UK has not pursued similarly large-scale measures to accelerate rural or nationwide 5G deployment. Such policy levers and clearer incentives may be critical for boosting coverage beyond urban centers.
The Nordic example highlights how government foresight, inter-operator collaboration, and a focus on rural accessibility can accelerate nationwide 5G adoption. By addressing policy and structural barriers, countries that lag behind could adopt similar approaches to improve rollout speed, widen coverage and close the gap with Europe’s 5G leaders.
(Photo credit: Johny Goerend)
Interested in digital transformation? Learn more about relevant industry events such as Digital Transformation Week, which brings together topics on IoT, AI and Big Data, cybersecurity, cloud technologies and other enterprise technology trends.
Explore other upcoming enterprise technology events and webinars hosted by TechForge for additional insights into industry developments.