Accurate full-wave simulation for large-scale antenna arrays and complex wireless systems, enabling faster development of next-generation communication technologies.
High-fidelity EM analysis for advanced IC packaging, interposers, and chiplets, capturing coupling and system-level effects beyond traditional solvers.
Reliable electromagnetic simulation for radar, sensing, and mission-critical systems, supporting high-frequency and large-scale defense applications.
System-level EM simulation for automotive radar, V2X, and sensing technologies, helping engineers address complexity in connected and autonomous vehicles.
Simulation of engineered electromagnetic surfaces and structures, enabling the design of novel materials with tailored wave-control properties.
Accurately modeling large-scale antenna arrays with strong mutual coupling and realistic radiation behavior at system level。
Simulating electrically large, reconfigurable surfaces to understand wave manipulation, control, and environment-aware propagation.
Enabling system-level electromagnetic analysis of complex interposer and chiplet architectures with dense interconnects.
Capturing full-system electromagnetic interactions across components, packages, and structures without oversimplification.
Addressing accuracy and scalability challenges in high-frequency and mmWave designs beyond traditional simulation limits.
