Next-Generation RF & Microwave Systems: Translating Breakthrough Research into Global Products
15th September 2026
Bridging the Frontier Between Academic Research and Commercialization
In an increasingly connected world, high-frequency semiconductor design, microwave systems, and next-generation wireless communications are foundational to global technological sovereignty. From ultra-wideband radar front-ends to 6G sub-terahertz transceivers, modern communication architectures demand unprecedented power efficiency, spectral agility, and integration density.
Our mission at SAGE is to transform theoretical breakthroughs into physical, tape-out ready RF components while preparing the next generation of visionary engineers.
Key Dimensions of the Research-to-Product Pipeline
- System-Level Simulation & Verification: Utilizing industry-standard EDA software for comprehensive electromagnetic and circuit modeling.
- Semiconductor Innovation: Leveraging Gallium Nitride (GaN) and Gallium Arsenide (GaAs) for high-frequency, high-power efficiency.
- Advanced Packaging & Thermal Management: Addressing thermal dissipation in densely integrated 3D multi-chip modules.
- Empowering Young Engineers: Direct hands-on laboratory workshops that take participants from the first circuit schematic to fabricated, measured prototypes.
Through industry partnerships with Keysight Technologies, DRDO laboratories, and premier technical universities, SAGE continues to foster an end-to-end ecosystem for wireless hardware innovation.