VIAVI 6G Forward Program
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Description
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To succeed in 6G, we need a fundamental change in perspective. This means maximizing technologies like Open RAN, Cloud, AI, and satellite while fostering strong partnerships within our ecosystem.
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In 6G
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Play video AI-Driven Predictive Beam Management
AI-Driven Predictive Beam Management
Operators are advancing an “AI for Network” initiative to enable greater automation, enhanced network performance, improved energy efficiency, and a smooth evolution toward 6G.
2:02
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Play video Agentic AI Raytracing with Inertial Labs Map Generator and PureAI-RT
Agentic AI Raytracing with Inertial Labs Map Generator and PureAI-RT
VIAVI's Agentic AI Ray Tracing platform combines a real-time RT engine with an AI assistant for intuitive channel simulation and radio planning. PureAI generates coverage heatmaps in milliseconds, outperforming low-resolution map baselines.
4:27
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Play video Data Health Check - Safeguarding Your AI Models Through Every Stage - From Training to Production
Data Health Check - Safeguarding Your AI Models Through Every Stage - From Training to Production
VIAVI and AI-RAN Alliance present Data4AI: a data health check tool providing integrity, diversity, and similarity scoring for AI-RAN datasets — ensuring model quality from training through production deployment.
5:39
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Play video 6G Enhanced AI/ML-Based Beam Management for FR3 Centimetre Wave
6G Enhanced AI/ML-Based Beam Management for FR3 Centimetre Wave
Showing how position enhanced AI/ML-based beam management algorithms can achieve the near-optimal performance
3:29
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Play video Network Digital Twins
Network Digital Twins
VIAVI Network Digital Twin: Full Walkthrough | End‑to‑End AI‑Driven Network Simulation
2:56
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Play video Real-time Full Stack TM500 Functional UE - Two-sided AI Model
Real-time Full Stack TM500 Functional UE - Two-sided AI Model
VIAVI demonstrates AI/ML-based CSI compression on a real-time full-stack TM500 Functional UE. The AI encoder outperforms both Type-I and Type-II CSI reporting in spectral efficiency and throughput, with lower feedback overhead than Type-II.
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