Empowering the design, modeling, and verification of complex 6G systems.
As 6G envisions the convergence of ultra-fast communications, integrated sensing, and native AI capabilities across diverse environments — including terrestrial, aerial, and satellite domains — SystemVue emerges as a high-fidelity RF digital twin environment. It bridges the gap between the initial design and development and physical-layer hardware by accurately modeling RF impairments, phased arrays, antenna element interactions, and system-level behaviors, all within a hardware-in-the-loop and measurement-aware workflow.
This paper explores key 6G enablers such as Integrated Sensing and Communication, Reconfigurable Intelligent Surfaces, Non-Terrestrial Networks, and AI-native networks. It illustrates how SystemVue facilitates end-to-end simulation of these technologies, enabling designers to model realistic signal propagation, evaluate advanced algorithms like neural-network-based DPD, and optimize system performance in challenging RF environments. Through these capabilities, SystemVue accelerates architectural exploration, enhances design confidence, and supports first-pass success — making it a critical enabler for researchers, system architects, and engineers working at the forefront of 6G innovation.
Read more here.
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