The development of 5G and 6G requires high-fidelity radio channel modeling, but the ecosystem is highly fragmented. Link-level simulators, network-level...

The development of 5G and 6G requires high-fidelity radio channel modeling, but the ecosystem is highly fragmented. Link-level simulators, network-level simulators, and AI training frameworks operate independently, often in different programming languages. If you are a researcher or an engineer trying to simulate the behavior of the key components of the physical layer of 5G or 6G systems…

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AI-native 6G networks will serve billions of intelligent devices, agents, and machines. As the industry moves into new spectrums like FR3 (7–24 GHz), radio...

AI-native 6G networks will serve billions of intelligent devices, agents, and machines. As the industry moves into new spectrums like FR3 (7–24 GHz), radio physics becomes far more sensitive, shifting the network from a static infrastructure to a dynamic, living system. This shift demands a fundamental change in how we design, build, and optimize 6G systems. Traditional “build and test”…

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