Research & Innovation
Pushing the boundaries of RF technology through fundamental research and applied innovation
Research Focus Areas
Our research programs span the spectrum of RF technology challenges
Nonlinear GaN Modeling
Developing advanced behavioral models for gallium nitride devices that capture complex nonlinear effects, enabling accurate simulation and optimization of high-power RF circuits.
RF-AI Integration
Pioneering the convergence of artificial intelligence with RF design, creating adaptive systems that self-optimize for changing conditions and requirements.
mmWave Technologies
Advancing millimeter-wave circuit design for 5G, satellite, and automotive radar applications with focus on efficiency and integration.
Heterogeneous Integration
Exploring advanced packaging and integration techniques to combine multiple semiconductor technologies in compact, high-performance modules.
Publications & Patents
Our team contributes regularly to the advancement of RF technology knowledge
AI-Driven Optimization of GaN HEMT Large-Signal Models
IEEE Transactions on Microwave Theory and Techniques
Wideband Power Amplifier Design Using Machine Learning
International Microwave Symposium
Thermal-Aware Modeling for High-Power RF Applications
IEEE Microwave and Wireless Components Letters
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