Anritsu at Mobile World Congress 2025_6G

6G is the next-generation network that combines wireless, optical, Artificial Intelligence (AI), and other technologies to achieve high communication speeds, ultra-low latency, and high reliability far beyond 5G. Anritsu is focusing on the realization of 6G by researching new frequency bands, utilizing AI and machine learning, and improving energy efficiency.

Enabling New Possibilities in Virtualized Protocol Testing with Software based Solutions
Virtual network simulator testing contributes to quality assurance and efficiency across various departments for UE/modem testing. We demonstrate a software-based 5G network simulator solution (Virtual ST) that provides a verification.

Over the Air evaluation of RIS surfaces for the FR3 band
Utilising MT8000A to support FR3 transmissions and reception/measurement, Postech and LGU+ could verify the correct performance of a RIS surface when placed in a test chamber and measured 'over the air’.

S-Parameter Measurements using PhaseLync Distributed VNA
The PhaseLync™ technology combines two ShockLine™ MS46131As into a Fully Reversing 2-Port VNA allowing to put the VNA ports more than 100 meters apart from each other. This solution simplifies long-distance S-parameter measurements and VNA test system integration by removing the need to use conventional benchtop VNAs with long cable runs.

Research Programmes for Beyond 5G and 6G
The Anritsu 6G research programmes cover a range of future connectivity technologies. This includes evaluation of new frequency bands at FR3 and technologies for sub-THz, evaluating new waveforms for Integrated Sensing and Communications (ISAC), and measurement of meta surfaces for Reflective Intelligent Surfaces (RIS).

Cutting-Edge_Research_Collaboration_for_6G_and_AI

6G-ready ML-Powered Spectrum Forecasting Beyond 5G Spectrum Surveillance: from Cloud-Managed Monitoring to ML-Powered Forecasting
University of Rome Tor Vergata’s SweepTron, a SW-based Network that remotely controls and manages Spectrum Monitoring from different Spectrum Analyzers and Monitoring Units (MS2760A, MS2090A, MS2720xA, MS27102A). SweepTron uses a SW-based measurement protocol to retrieve time-series spectrum data over very long-time ranges (up to years).

6G-ready ML-Powered Spectrum Forecasting

Verification of IOWN All Photonic Network capabilities in Front-Haul, Mid-Haul, and Back-Haul of mobile networks
Demonstrating the latest IOWN activates as a presentation Video, where Anritsu collaborated with three use-cases.

6G based Solutions

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