FLEXCOMPUTE RF
ELECTROMAGNETIC SIMULATION
GPU-native, full-wave electromagnetic simulation for radio frequency design in a unified photonics and electronics environment.
If you are ready to design faster with GPU-accelerated electromagnetic simulation and automated optimization
View Our BrochureFlexcompute RF provides a complete electromagnetic simulation platform for RF and microwave design, combining GPU-accelerated full-wave solvers, automated meshing, and integrated post-processing into a single system. The platform supports real-world device geometries and delivers accurate broadband results across antenna, filter, connector, and PCB applications for both interactive design and automated optimization pipelines.
Built on a massively parallel GPU architecture to simulate large, high-frequency electromagnetic structures at full geometric fidelity, enabling practical analysis of package-scale RF problems.
Runs RF simulation within the same environment used for PIC layout and photonic analysis, allowing electrical and photonic structures to be designed and validated together on a shared geometry and material stack.
Accurately simulates dense routing, vias, and complex multilayer stackups common in co-packaged optics and advanced packaging, without aggressive geometric simplification.
GPU acceleration enables rapid evaluation of routing strategies, electrode designs, impedance matching approaches, and packaging variations, making broad parametric exploration practical during active design.
Provides a conversational interface for configuring RF simulations from design intent, with the AI handling solver setup and parameter configuration so engineers can focus on design decisions rather than tool mechanics.