At the joint Nokia and New York University (NYU) Brooklyn 6G Summit 2025, VIAVI and Northeastern University’s digital twin demonstration received the “Best Demonstration” award in recognition of its potential application across a wide variety of use cases from lab to field, including cellular wireless, modular and synthetic, radio test, and alternate Position, Navigation, and […]
Modeling telecom networks digitally in advance to building them out brings several advantages. Notably, it becomes possible to assess performance, study problems and evaluate potential solutions for the network before a single cable is connected or a single mast is built. This means more reliable networks that can be created more quickly, scale faster and […]
Digital twins — virtual models of physical systems like 6G, NTN, and 5G — make it possible to simulate, analyze, and optimize all network systems and components, including their non-terrestrial elements. This is especially useful for accelerating rollouts and identifying bottlenecks and drawbacks before they become real problems. In this two-part blog series, we will […]
Digital twins — virtual models of physical systems like 6G, NTN, and 5G — make it possible to simulate, analyze, and optimize all network systems and components, including their non-terrestrial elements. This is especially useful for accelerating rollouts and identifying bottlenecks and drawbacks before they become real problems. In this blog series, we will examine […]
At the NVIDIA GTC conference, VIAVI announced it is expanding its TeraVM AI RAN Scenario Generator (AI RSG) product by integrating it with the NVIDIA Aerial Omniverse Digital Twin (AODT). The integration enables realistic and detailed radio access network (RAN) simulations, supporting network equipment manufacturers to leverage network data and AI/ML to optimize network operations. […]
