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IWTU7: A practical overview of antenna characterization and simulation with an eye on AI
IMS2025
Communications systems such as 5G, 6G, and Satcom as well as radar applications consistently rely on phased array systems. The growing complexity of the antenna array has a key impact on the system pe...
IWTU8: Implementing an Open-Source 5G End-to-End Testbed Using OAI and USRP Radios
IMS2025
This workshop profiles the implementation, configuration, and operation of a comprehensive stand-alone open-source 5G end-to-end testbed to enable 5G research, development, and prototyping. The testbe...
TUMA23: RF 3D Heterogeneous Integration (3DHI) Physical Design and Simulation
IMS2025
3D Heterogeneous Integration is becoming a trend in the RF/MW industry to integrate mixed technologies (Silicon RFICs, III-V MMICs, packaging, passives, antennas and PCBs) into convenient drop in RF m...
TUMA24: JESD204B/C Compliant Clock Distributions in Large Array Cascaded Systems
IMS2025
Large phased array systems include multiple RF sampling data converters, which require high precision synchronization to achieve proper beam steering. Synchronization can be achieved by properly align...
TUMA25: Highest Speed signal control and readout in quantum systems using sequencer based AWG
IMS2025
Quantum systems require exceptional precision and fidelity in control and readout operations . As gate times in quantum systems reach the picosecond (pS) scale, the need for high-speed sequencing and ...
TUMA26: Synchronizing systems with a high number of ADCs/DACs
IMS2025
Synchronizing systems with a high number of ADCs/DACs is very difficult. New features implemented in an analog PLL and a synchronizer IC can help synchronize such systems. The PLL can introduce delays...
WEMA27: About Sampling Rates, Master Clock Rates, and Nyquist Zones on the USRP X440
IMS2025
Recent advances in ADC and DAC technology have enabled the practical realization of direct-sampling architectures, which provide access to the full RF bandwidth provided by the ADC/DAC. However, there...
IWWE1: 5G RF Front Ends evolution to 6G from engineered substrates to RF Front End systems
IMS2025
Connectivity systems evolve continuously to effectively and efficiently address new and emerging wireless applications. To timely support this evolution, semiconductors solutions need to ensure the le...
We1B: Next Generation Front-End Components and Architectures For RF Applications
IMS2025
This session highlights the next generation front-end components and architectures. It includes Wi-Fi 7 as well as phased array applications.
We1C: Advancements in multi-functional planar filter technologies
IMS2025
This session will provide an overview of new developments in planar filters with multi-functional capabilities and miniaturized footprint. It will cover concepts allowing to incorporate the co-designe...