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...
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...
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...
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 ...
WEMA9: The Development and Commercialization of a Disruptive High Performance PCB Substrate
IMS2026
Printed Circuit Board (PCB) substrates have developed from materials we consider primitive today, like Bakelite and cardboard. The first PCB substrate using copper foil was invented in 1943. Safety an...
WEMA8: Simulating Receiver Degradation Due to an Adjacent Transmit Signal
IMS2026
Receiver performances (such as error vector magnitude) are degraded by nearby transmitters. This degradation is affected by noise, filtering, amplifier distortion, power levels, transmitter-to-receiv...
WEMA7: MEMS Oscillators for RF Engineers
IMS2026
MEMS based oscillators entered the market about 20 years ago, providing clocks and timing for digital systems. With recent improvements in bandwidth, resolution, programmability, stability, and phase...
WEMA5: Software Defined Radio (SDR) on a chip - from Ethernet to RF with an integrated processor sub-system
IMS2026
The latest generation of ADI monolithically integrated software defined radio chip is introduced in this MicroApp. This 6th generation device builds on 15 years, and 5 generations of ADI integrated tr...