AI accelerates RF design by automating routine tasks like matching, filtering, and component synthesis—freeing engineers to focus on innovation.​

Built on Python-driven workflows and IP data, it creates intelligent models for faster optimization and reuse, with AI copilots guiding the design process end-to-end.

Streamlines MMIC design by capturing simulation, optimization, and decisions in a single, executable workflow (Nexus Connect).​

Enables seamless design from schematic to layout with circuit-EM optimization—ensuring performance holds from IC to package and module.

Creates a digital twin of phased-array systems to model the full signal chain—from excitation to multi-beam performance.​

Combines measured RF data, EM models, and instrument-grade IP to validate beamforming, interference, and spectral compliance—reducing risk and development time.

Unifies quantum circuit, EM, and system simulation in one environment to streamline superconducting qubit design.​

Delivers accurate analysis for complex qubit systems and reduces cryogenic testing costs through system-level validation.

This demo features the new 90 GHz extension for the AP5031A—a compact 2U, half-width SG that reaches 90 GHz natively.

It delivers ultra-low phase noise/jitter and fast list-sweep switching, making it an ideal LO source for 5G/6G, NTN, and broader RF/microwave work, including component evaluation, mmWave extender drive, radar, antenna-array, and beam forming tests.

PNT X is a comprehensive PNT emulation testbed that enables realistic testing of GNSS and Complementary PNT systems, such as inertial, LEO, ALTNAV, signals of opportunity, sensors, etc.

It combines high-fidelity signal generation, RF propagation and terrain modeling, and navigation warfare (NAVWAR) threat emulation to validate system performance under any conditions.

Designed to support rapid iteration and scalable testing, it empowers engineers to evaluate resilience, integrity, and mission readiness across complex RF environments.

This demo showcases phased-array antenna test solution built around the compact antenna test range (CATR) chamber.

The system provides fast and flexible verification of antenna performance, including gain and phase calibration, EIRP, G/T, EVM, ACPR, radiation patterns, and other key over-the-air metrics.

This demo showcases Keysight’s latest Sub-THz low-loss materials characterization using a compact USB Streamline VNA paired with Fabry–Perot and mmWave extender modules.

The setup provides dense multi-frequency data points with exceptional accuracy and repeatability, all in an easy-to-use, small-footprint configuration designed for fast, reliable materials evaluation.