Innovate Phased Array Antenna Simulation

Create 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.

How to Design and Test a Phased Array Antenna

This comprehensive guide offers a holistic overview of phased array antenna technology and the development workflow. Discover the fundamental principles behind phased array antenna design and test, including measurement techniques and calibration. Gain insights into cutting-edge simulation tools, practical design considerations, and test methodologies.

Over-the-Air Testing of Phased Array Antennas

Listen to Brian Goldstein of Analog Devices (ADI) and Vince Nguyen of Keysight Technologies discuss their company's collaboration, which significantly reduced the testing of phased array beamformer integrated circuits (BFIC) from hours to seconds.

EDA Innovate Phased Array Antenna Simulation

Create a digital twin of phased-array systems to model the full signal chain — from excitation to multi-beam performance.​ Combine measured RF data, EM models, and instrument-grade IP to validate beamforming, interference, and spectral compliance — reducing risk and development time.

Phased Array Antenna Innovations for Satellite Communications

In this course we will explore the advantages, development, and applications of Phased Array Antennas for satellite low Earth orbit (LEO) communications.

Phased-Array Antennas and Transmit / Receive Module Test

See how easy it is to test large phased array antennas up to 104 test channels using MAC reference solutions with high measurement sensitivity at 1 MHz IF bandwidth.

Phased Array Antenna Design and Test Learning Hub

The operational requirements at Ka and Ku frequency bands rely on phased arrays' beamforming and steering capabilities. Engineers must optimize design and test cycle time to meet high-volume production demands in expanding markets. Phased array systems' extreme complexity and increasing system integration present many simulation and testing challenges. Keysight solutions cover the entire phased array workflow, empowering engineers to streamline design and testing processes.

OTA Modulated Signal Phased Array Antenna Test

Watch part four of Keysight’s VNA Active Device Characterization Essentials webinar series to learn how to simplify and accelerate the phased array testing using the VXG signal generator, PNA-X network analyzer, and modulation distortion analysis software application.

Need Faster Speeds to Characterize Your Phased Array Antenna?

The phased array design and development process is complex, time- and resource-consuming, as many barriers still exist when transitioning from single-element antennas to phased array solutions. A compact antenna range coupled with commercial test equipment and measurement software provides an economical and fast solution for calibrating and testing the performance of these antennas.

Fast Calibration and Characterization Test Solution for Phased Array Antennas

Keysight’s phased array control and calibration test solution delivers a convenient and flexible measurement system that accommodates a wide variety of phased array antenna performance verification tests. These tests include fast gain and phase calibration, effective isotropic radiated power (EIRP), antenna radiation pattern, antenna gain-to-noise-temperature (G/T), modulation distortion (error vector magnitude (EVM) and adjacent channel power ratio), and radio frequency to direct digital measurements. The solution offers a comprehensive and user-friendly software interface that integrates and synchronizes digital control of Keysight’s high-performance test instruments.

5G mmW Air Interface Characterization with Phased Array Antenna

Keysight’s FieldFox handheld microwave analyzer combined with a phased array antenna provides a unique, portable solution for measuring and analyzing the 5G air interface in the field.

5G NR ready measurement testbed -- phased array antennas at mmWave

5G New Radio has created new measurement requirements for RF and Spatial/Beam characteristics in the new millimeter-wave frequency bands.

Advantages System - Level Design Delivers for Phased - Array Development

Phased Array Antenna Innovations for Satellite Communications.

Ka Band Phased Array Development Platform

This article describes an Analog Devices Ka-band evaluation platform for phased array antenna technology in satellite communication systems with an economical and fast solution for calibration provided by Keysight Technologies.

Steering Satellite Signals: Phased Array Advancements

Discover how phased array antennas are transforming satellite communications and military strategy with precise, steerable beams — reshaping low Earth orbit (LEO) connectivity and revolutionizing defense operations in space.

Accelerate Algorithm Development for AESA Phased Array Radar

The latest generation of COTS components is scalable to an appropriate number of phase-coherent ports to aid early prototyping of new signals and algorithms for radar and AESA phased array antennas..

Surveying the Best Ways to Test Antennas and Antenna Arrays

Learn the best ways of antenna and antenna array testing, and how to address the challenges of antenna measurements to improve the performance of radar system.

Designing 3DHI Modules in Phased Array Systems

Learn how 3DHI modules can be flexibly fabricated to accommodate multi-technology components. The EDA tools needed to correctly assemble and interconnect these mixed technology components into a 3DHI structure are demonstrated. Finally, see how a 3DHI phased-array module can be accurately simulated for beam forming characteristics before hardware fabrication.

Challenges in Simulating Phased-Array Radar Systems

Phased array is widely used in modern radar systems. This paper covers appropriate methods of designing and testing phased-array radar systems, faster and cheaper.

Raise the Level of Design Abstraction to Accelerate Development of 5G and mmWave Phased Array Systems

As 5G heads toward the mainstream, one key to making it happen faster is the design tools and methods talented engineers use to create phased array antennas and picocells.