Marc Dirix

While arrays are increasingly measured in OTA, meaning including receivers and amplifiers, power handling of the RAM material in de AMS must be evaluated carefully prior to switch-on

Address:One Western Gateway Royal Victoria Dock , London E16 1XL United Kingdom, London, England, United Kingdom

Simona Bruni

This talk provides a practical overview of phased array design, simulation, and realization, highlighting how theoretical concepts are translated into working hardware. It covers key trade-offs across electromagnetic modeling and array integration, with an emphasis on validating performance through measurement. The session is tailored to help young and industry professionals connect simulation results with real-world phased array implementations.

Doganay Dogan

This talk delves into element-level direct RF sampling and synthesis as a transformative architecture for next-generation antenna arrays. It clearly articulates the system-level advantages, such as enhanced flexibility and digital beamforming capability, while addressing real-world constraints including data converter performance, power consumption, and calibration complexity. By framing key design tradeoffs through both design and measurement perspectives, the talk helps attendees assess when direct RF approaches are practical and impactful for phased array implementations.

Stuart Gregson

This talk highlights how industrial robotics–based measurement systems have become essential for characterizing mm-wave active phased arrays, where tight tolerances and dense angular sampling are critical. It explains how robotic automation enables precise, repeatable positioning and rapid data acquisition that are difficult to achieve with conventional setups at these frequencies. The presentation emphasizes how such measurement approaches are key to validating array performance and closing the gap between high-frequency design and hardware realization.

Dirk Nüßler and Christian Krebs

This talk explores advanced radar module development with a focus on innovations that enable flexible phased array and MIMO radar operation. It highlights architecture-level and hardware-level techniques that improve efficiency and scalability, while addressing practical design and measurement challenges. Attendees will gain insight into how modern radar modules bridge performance requirements with implementation efficiency in real-world systems.

Eric Klumperink

This talk presents a reconfigurable active phased array architecture enabling full-duplex integrated sensing and communication (ISAC) within a single platform. It discusses key design challenges such as self-interference mitigation, array reconfigurability, and hardware non-idealities, and shows how these are addressed through careful co-design and measurement. The presentation highlights how practical validation bridges theory and implementation for emerging full-duplex phased array systems.

Ilker Comart

This talk focuses on RF interposer design for phased arrays, emphasizing a multi-physical CAE-driven approach that captures electromagnetic, thermal, and mechanical interactions. It illustrates how co-simulation and design optimization reduce loss, improve bandwidth, and ensure reliability in densely integrated arrays. Practical measurement correlation is highlighted to demonstrate how accurate modeling bridges advanced design with manufacturable hardware.

Kamil Yavuz Kapusuz

This talk presents an end-to-end perspective on realizing 2D scalable, low-loss D-band active phased arrays, spanning the full path from chip-level design to system-level integration. Emphasis is placed on co-design strategies that align circuit architecture, packaging, interconnects, and array scalability with practical measurement considerations. Attendees will gain insight into how holistic design choices enable robust, high-performance phased array systems that translate cleanly from simulation to measured hardware in sub-THz frequencies.