WMK: Unlocking the Power of Phase Information in RF Measurements
IMS2026
In RF device characterization, understanding and utilizing phase information is crucial for achieving accurate measurements. This workshop is designed for engineers, technicians, and researchers who s...
WMC: Low-Noise Receiver Systems for Space Missions
IMS2026
Low-noise receivers are crucial system components for Earth observation and satellite communication. The complexity of such systems is growing, where today’s spacecraft range from large satellite miss...
WMB: Amplify Your Knowledge: Mastering High Efficiency RF Power Amplifiers from Basics to Advanced Architectures
IMS2026
RF Power Amplifiers (PAs) play a critical role in modern wireless and satellite communications, radar, and electronic systems, requiring a deep understanding of both fundamental principles and cutting...
WMF: New Materials, Digital Manufacturing, and Integration Methods for Microwave, mm-Wave, and THz Components and Systems
IMS2026
Digital manufacturing technologies are transforming RF design, packaging, and integration, leading to new capabilities and use cases for high-frequency RF components and systems. The potential to digi...
WMA: All-Digital RF Transceivers: Architectures, Technologies and Applications for the Future of Wireless Systems
IMS2026
The transition to all-digital RF transceivers marks a transformative shift in wireless system design, promising unprecedented levels of flexibility, scalability, and integration. This workshop brings ...
WMI: Advanced Thermal Management in RF Systems: From Wide-Bandgap Materials to Industrial Implementation
IMS2026
The exponential demands for higher power densities, broader frequency coverage, and enhanced reliability in microwave systems have exposed fundamental limitations in conventional thermal design approa...
WME: Microwave Design for Superconducting Qubits and Quantum Amplifiers: From Fundamentals to Scalable Architectures
IMS2026
Superconducting qubits have emerged as a leading platform for scalable quantum computing, offering robustness, manufacturability, and seamless integration with microwave engineering techniques. This w...
WMJ: Components and Systems for THz Wireless Communications and Sensing
IMS2026
In recent years tremendous advances have been made in electronics and photonics device technologies for the generation, modulation, radiation, and detection of THz signals and the time is now right to...
WMD: Materials-to-Systems Roadmap for Programmable Apertures: Sub-6GHz to THz
IMS2026
This workshop surveys a materials-to-systems roadmap for reconfigurable apertures spanning sub-6GHz, FR3 (≈7–24GHz), mm-wave, and THz. Highlights include dual-polarized RFSOI-switched reflectarrays at...
WMH: Transitions and Interconnects Across Dissimilar Transmission Lines
IMS2026
Modern RF, mm-wave, and sub-THz systems stitch together multiple propagation media — microstrip, CPW/GCPW, SIW, ridge and rectangular waveguide, superconducting multilayers, and emerging flexible and ...