Telia Estonia has deployed a standalone (5G SA) network to support connectivity during the Muhu Regatta, demonstrating how next-generation mobile infrastructure can deliver enhanced performance, lower latency and greater reliability for large-scale sporting and maritime events.
The deployment showcases the capabilities of standalone 5G architecture, which operates independently of legacy 4G infrastructure and enables advanced services such as network slicing, ultra-low latency and improved capacity management. By using 5G SA during one of Estonia's flagship sailing events, Telia is highlighting the practical benefits of next-generation mobile networks for event organizers, participants and spectators.
The initiative reflects the growing trend of operators using live events to demonstrate commercial 5G capabilities beyond traditional consumer broadband.
Standalone 5G Unlocks Advanced Network Capabilities
Unlike non-standalone (NSA) deployments that rely on existing 4G cores, standalone 5G introduces a dedicated 5G core network capable of supporting advanced enterprise and mission-critical services.
The architecture enables features such as network slicing, lower latency, enhanced reliability and more efficient management of high-density traffic environments.
These capabilities make standalone 5G particularly valuable for applications requiring real-time connectivity, including industrial automation, smart ports, autonomous systems and large public events.
Industry analysts view 5G SA as the foundation for future digital services and the evolution toward 6G.
Major Events Become Testbeds for Advanced Networks
Telecommunications operators increasingly use sporting events, festivals and public gatherings to validate the performance of next-generation network technologies.
Large events create high-demand environments where operators can demonstrate improved capacity, consistent user experiences and the ability to manage thousands of simultaneous connections.
Successful deployments also provide valuable operational insights that support wider commercial rollout of advanced 5G services.
These real-world implementations help accelerate enterprise confidence in standalone 5G capabilities.
Maritime Connectivity Gains Strategic Importance
Deploying advanced mobile networks for maritime events highlights the expanding role of 5G beyond urban environments.
Ports, shipping, offshore industries and maritime tourism increasingly require high-performance wireless connectivity to support digital navigation, safety systems, IoT applications and operational communications.
As coastal digital infrastructure develops, standalone 5G is expected to enable smarter maritime operations and more resilient communications networks.
The technology also complements broader smart mobility and digital infrastructure initiatives.
5G SA Supports Future Digital Economies
Standalone 5G is becoming a critical platform for artificial intelligence (AI), edge computing, private networks and enterprise digital transformation.
The technology provides the low-latency, high-capacity connectivity needed for intelligent applications across manufacturing, logistics, healthcare and public safety.
As operators expand commercial deployments, standalone networks will play an increasingly important role in supporting next-generation digital services and national competitiveness.
Source: MEA Tech Watch Press Reporter
