Tu1J: High-speed Optical Transceivers
IMS2026
Next-generation optical interconnects must achieve 200G/400G data rates per lane to support future intra-datacenter requirements. This session showcases high-performance optical transmitter and receiv...
Tu1C: Scalable, Calibrated mmWave and Wideband Tx/Rx Front-Ends for Radar, 5G, and SATCOM
IMS2026
Integrated transmit/receive front-ends are rapidly expanding in capability across radar imaging, 5G/6G MIMO, SATCOM phased arrays, and wideband beamforming. This session highlights mmWave and wideband...
Tu1B: Frequency Multipliers from D-Band to Sub-THz
IMS2026
This session presents advanced frequency multiplication techniques for signal generation from 100 to 310 GHz in CMOS and SiGe technologies. The papers demonstrate phase-aligned harmonic recombination,...
Tu1A: mmWave FMCW Radars and UWB Transceivers
IMS2026
The session features both Radars and UWB transceivers from the industry. The FMCW Radars include BIST solutions for 60-GHz MIMO radar SoCs and coded MIMO transceivers designed for 76–81 GHz,...
TL1: Modern Receiver Architectures: mixer-first, N-path, and “no-gain” architectures
IMS2026
Abstract:
In this lecture, mixer-first architectures are introduced. These architectures do not use a low noise amplifier, but a low lo...
In this lecture, mixer-first architectures are introduced. These architectures do not use a low noise amplifier, but a low lo...
THMA9: Gain more insight with residual measurements
IMS2026
Traditional RF measurements using a signal generator and analyzer measure the sum of all distortions in the test device as well as in the test setup. Using best in class instrumentation is the common ...
THMA8: Artificial Intelligence Driving Next Generation Test and Measurement instrumentation
IMS2026
Artificial Intelligence is driving almost every aspect of Technology in the modern world. AI enables machines to have their own brain and provide access to all the information in the world almost inst...
THMA7: The Critical Role of Simulation Tool Integration between Electromagnetic Solvers and System Level Design
IMS2026
Modern RF and microwave design demands precision and speed, which isolated workflows cannot deliver. This presentation introduces an integrated environment combining EMX, EMX Designer, and Virtuoso St...
THMA6: RF Wireless System Digital Twins and Automation for AI
IMS2026
RF system validation relies heavily on prototyping, chamber and over-the-air measurements. Yet physical testing cannot capture practical edge cases such as complex device orientation, dynamic blockage...
THMA5: Using Thin Film Sputtering Technologies to Create New Bias Options
IMS2026
Broadband Bias T components include large footprint inductors, at least 100 mil in every direction, to avoid disturbing the transmission line while providing the connection for DC bias. With the use ...