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Th2F: Group III-V MMICs Above D-Band Frequencies
IMS2025
The session focusses on advanced compound semiconductor integrated circuits for broadband and phased array applications. The session will kick-off with an invited talk on the advances in mm-wave and T...
Th2G: Advances in Receivers and Building Blocks
IMS2025
This session presents novel receiver front-end designs, showcasing innovations in LNAs, phase shifters, and broadband receivers.
IWTH3: Advancing 5G and Beyond: Practical Implementations and Future Applications with FR2 OAI, ORAN, FlexRIC, and MIMO
IMS2025
This workshop delves into the cutting-edge technologies shaping the future of 5G and beyond, with a focus on the practical implementation of FR2 OpenAirInterface (OAI) structures, ORAN functionalities...
THMA4: RF to mmWave Heterogeneous Design and Analysis of III/V and Silicon MMICs
IMS2025
The goals of heterogenous integration include higher speed, increased power efficiency, and smaller size. One large step towards achieving these goals is allowing high-frequency designers to co-simula...
THMA5: Understanding the Error Vector Magnitude "Bathtub Curve" for RF System Design
IMS2025
Error vector magnitude (EVM) is a key figure of merit for wireless systems. The cascaded noise and linearity of an RF signal chain can directly impact the system-level EVM performance. As a result, ...
THMA6: Unified Signal Analysis: Multi-Channel RF Capture with Parallel Spectrum Analyzers
IMS2025
This session highlights how RF engineers can leverage Tektronix Real-time spectrum analyzers (RSA) and SignalVu-PC software for synchronized, multi-channel RF data acquisition and analysis. Learn to c...
THMA7: Using EVM to Assess the Quality of Power Management Circuits in RF Signal Chains
IMS2025
When a digitally modulated signal passes through an RF signal chain, its Error Vector Magnitude (EVM) is affected by noise, spurs and distortion. Since power management circuits generate noise and spu...
THMA8: Accelerating Wireless Modem Design for Real-World Applications
IMS2025
This MicroApp presents a model-based design workflow for the rapid development and prototyping of custom Orthogonal Frequency-Division Multiplexing (OFDM) modems using MATLAB, Simulink, and National I...
THMA9: Advancing RF Technologies: The Role of Wafer Level Test in 6G, AI and Quantum Computing
IMS2025
RF technologies are evolving rapidly, with significant advancements such as miniaturization in Antenna in Package (AiP), enhanced QBIT fidelity for quantum computing, and deeper integration of THz tec...
THMA10: A commercial implementation of modal calibration to improve GSSG Calibration
IMS2025
Differential designs are commonplace in the industry, for reasons including odd-order harmonic cancellation, good emissions performance, tolerance of process variance, and larger swing even on low-vol...