Discover how to implement accurate physics-based digital twins by leveraging the NVIDIA Aerial Omniverse Digital Twin (AODT) platform with Ansys Perceive EM to extract AI/ML Synthetic Data for 6G communications research and design. Join our webinar to explore 6G’s challenges and future.
Venue:
Virtual
As 5G technology continues its global expansion, extensive research is already laying the groundwork for 6G. With a focus on achieving faster speeds, lower latency, expanded capacity, and pioneering new applications, deploying 6G networks presents engineers with numerous challenges. Addressing these challenges requires innovative solutions, such as implementing physics-accurate digital twins. These digital twins enable researchers to model entire communication systems, ranging from integrated circuits to the complex environments in which they operate.
This webinar will showcase how Ansys solutions can facilitate modeling advanced antenna array designs and their functionality in real-world scenarios. This capability is made possible through our cutting-edge HFSS 3D Component Array technology, which excels in accurately and efficiently simulating complex antenna arrays. Furthermore, we introduce Ansys Perceive EM, . aAn API-driven, GPU-accelerated, shooting, and bouncing rays solver offerings precise wireless channel modeling. By integrating Ansys Perceive EM withinto NVIDIA’s AODT system-level simulation platform and Omniverse platforms platform, researchers gain access to advanced visualization tools and precise simulations of wireless channel responses, meeting the multi-scale simulation requirements essential for 6G development.
