Key Takeaways
- Anritsu Corporation showcased non-terrestrial network (NTN) technology at the 2025 5GAA meetings in Paris.
- Collaborations with BMW Group and LG Electronics successfully demonstrated use cases for automotive safety and communication.
- The demonstrations proved NTN’s potential to enhance road safety with timely alerts and emergency messaging, even outside cellular coverage.
Pioneering Demonstrations of NTN Technology
Anritsu Corporation has announced its role as a test and measurement partner in groundbreaking demonstrations of 3GPP Rel-17 compliant non-terrestrial network (NTN) technology, taking place during the 2025 5GAA meetings in Paris. These demonstrations marked a significant milestone in showcasing the technology’s readiness to enhance automotive safety.
In collaboration with industry leaders such as BMW Group, Deutsche Telekom, Viasat, and Skylo, Anritsu successfully achieved measurements of end-to-end NTN key performance indicators (KPIs). The project emphasized the feasibility and effectiveness of various use cases, including local hazard warnings and emergency messaging, designed to improve safety for drivers and pedestrians alike.
Another significant collaborative effort involved LG Electronics, Cubic3, Viasat, and Skylo. This partnership focused on NTN KPIs to showcase functionalities like Voice over NTN and the seamless switching between terrestrial and non-terrestrial networks, highlighting the dual capabilities of the technology.
During these testing sessions, Anritsu and its partners demonstrated notable success in achieving low end-to-end latency and high reliability over NTN. The measurements were conducted with independent systems using Anritsu’s innovative measurement solution, the physical Network Master™ Pro MT1000A, complemented by virtual testers. Integrating these tools into live demonstration environments enabled precise connections and measurements between vehicles and application servers.
The results underscore the critical role that NTN technology can play in enhancing road safety. By utilizing NTN capabilities, telecommunications networks could deliver timely alerts and notifications to drivers, pedestrians, and other stakeholders, even in areas lacking cellular coverage. This innovation aims to significantly reduce accident risks and improve response times during emergencies.
These successful demonstrations highlight the importance of collaboration and technological innovation in advancing the NTN ecosystem. Anritsu remains committed to further developing NTN technology through ongoing partnerships with industry leaders, aiming to achieve innovations that contribute to societal well-being and growth. Through such efforts, the potential for NTN to transform automotive safety and communication is becoming increasingly evident.
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