Keysight Technologies Inc

NYSE:KEYSUnited States

Keysight Technologies (NYSE: KEYS):

Keysight will present the following demonstrations that are accelerating spectrum innovations:

Wideband Active Load-Pull - Showcases Keysight's newly introduced wideband active load-pull (WALP) capability using a dual-channel VXG-C vector source and a PNA-X network analyzer to demonstrate the error vector magnitude performance of a power amplifier when presented with arbitrary frequency-dependent load impedances created without an impedance tuner. AI/ML Enabled EDA - Demonstrates Keysight's ADS 2025, which offers 3D Circuit-EM-Thermal multi-physics co-design, high-performance automation enabling AI / ML and robust design validation for RF and millimeter-wave, and provides support for wideband power amplifier design techniques, including nonlinear load pull. Also shows how PathWave System Design 2024 U1 links to ADS through the new RF System Explorer as well as how ADS provides new communications PHY technology for 5G NTN systems design, while enabling training and use of AI/ML-based models, channels, provides RF-true phased array design for 5G and 6G systems. Phased Array Antenna Test - Showcases Keysight's phased array control and calibration test solution inside the Vertical Compact Antenna Test Range (CATR), which accommodates a wide variety of phased array antenna performance verification tests including fast gain and phase calibration, effective isotropic radiated power (EIRP), antenna radiation pattern, antenna gain-to-noise-temperature (G/T), modulation distortion, and radio frequency to direct digital measurements. Signal Source Characterization - Demonstrates how to perform sub-THz phase noise measurements with Keysight's new E5058A 54 GHz SSA-X signal source analyzer and an E5051AW phase noise measurement downconverter for 6G applications and microwave amplifier residual phase noise and AM noise measurements. IQ Data Characterization - Highlights how Keysight's vector signal analysis software uses a new feature to precisely characterize a homodyne (IQ) system by characterizing and digitally correcting the frequency-dependent dispersion and imbalance of a Marki IQ mixer.