Phased Array Antenna Design and Test
Learn the Fundamentals of Building a Simulation and Validation Workflow
Get Started With Designing and Testing Phased Array Antennas
Read this comprehensive guide for a holistic overview of phased array antenna technology and the development workflow.
How To Design Phased Array Systems
Learn the most important considerations for phased array system design, especially popular for proposed 5G architectures.
How to Avoid Costly Mistakes in Designing Phased Array Systems
Discover how to avoid 3 costly steps in designing a phased array.
Over-the-Air Testing of Phased Array Antennas
See how Analog Devices (ADI) and Keysight Technologies partnered to enhance the design and testing of phased array beamformer integrated circuits (BFIC).
Phased Array Simulation and Measurement Workflow Optimization
Learn about the challenges of efficiently designing phased arrays and mitigating the effects of inter-element coupling on the design.
Use EDA Software for Phased Array Simulation
Millimeter-wave Beamforming Simulation
Watch a brief overview of mmWave beamforming challenges and how to address them with Keysight SystemVue.
Load Pull Modeling with Python's AI Power
Learn how to transform measured load pull data into advanced simulation models using AI and Python-based tools.
Physical Integration of a 28 GHz Beamformer Module
See how Keysight ADS performs the layout and assembly of a 28 GHz Beamformer module.
Array Active Impedance and Load-Pull Modeling
Streamline design capture, predict accurate beam performance with active impedance and load-pull capability, and visualize beam KPIs at unprecedented speed.
Use Test and Measurement for Phased Array Validation
Introducing Keysight's F9650A CATR OTA Chamber
Watch an introduction to Keysight's F9650A compact antenna test range (CATR) for over-the-air (OTA) testing of wireless devices.
Discover how to characterize and calibrate a phased array.
Understand the testing of phased array antennas, including the use of a network analyzer to measure the antenna gain, beamwidth, and sidelobe levels.
Multi-Probe CATR for RF/RRM Device Acceptance and Antenna Performance
Explore how the Keysight F9651A Multi-Probe Compact Antenna Test Range (CATR) chamber provides a measurement environment for characterizing wireless and antenna system performance of 5G devices, at millimeter-wave (mmWave) frequencies.
Featured Bootcamps
Explore Courses on Antenna Design
Designing 5G and Aerospace Systems with Accurate RF Circuit Models
Watch Keysight experts discuss the needs and benefits for RF behavioral modeling, and demonstrate the various types of RF models, such as S-parameters, SYS-parameters, X-parameters, and Fast Circuit Envelope.
Learn how to use COTS models to develop a satellite communications system, design and analyze a 3D/conformal phased array, and develop a dynamic mission performance simulation using Keysight System Design.
Designing Advanced Automotive RADAR Systems
Discover advanced automotive radar system modeling techniques.
How to Model Digital Beamforming
Discover why a Digital Beamformer IC is crucial for complete system performance.
How to Design 5G and 6G mmWave Beamforming Systems
Discover a model-based phased array system design and simulation to characterize a beam pattern in this webinar.
Revolutionizing 6G Research Using AI-Driven Design
Explore the research into key machine learning techniques, including reinforcement learning for optimizing network resources, deep learning for channel estimation and prediction, and generative adversarial networks for synthesizing realistic wireless channel data.
Learn a methodology that includes the RF circuit design and signal processing effects in the calculation of the radar coverage map.
RF Circuit Design Techniques for Power Amplifier Load Pull
See several practical examples of using Load Pull data to optimize the key metrics of PAE), EVM, and ACLR in a Power Amplifier design.
Explore Webinars and Courses on Phased Array Test
Modulation Distortion with Load Pull
In part 1 of this webinar series, VNA Active Device Characterization Essentials, you will learn how to perform calibrated EVM measurements using a vector network analyzer with a modulation-distortion application and a vector signal generator.
Beamformer Power Amplifier Performance
In part 3 of the webinar series, VNA Active Device Characterization Essentials, you will learn how to characterize an amplifier’s optimal EVM at 50 ohm using source correction and measure its performance degradation using load-pull.
Phased Array Antenna Innovations for Satellite Communications
Explore the advantages, development, and applications of Phased Array Antennas for satellite low Earth orbit (LEO) communications.
Accurate Wideband Demodulation
In part 2 of this webinar series, VNA Active Device Characterization Essentials, see how to use a vector network analyzer (VNA) to capture symbol EVM instead, accurate delineation of DUT EVM is available with all source distortion effects removed and excellent SNR regardless of the analysis BW.
OTA Modulated Signal Phased Array Antenna Test
In part 4 of the webinar series, VNA Active Device Characterization Essentials, 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.
Exploring 6G Spectrum: From Fundamentals to Advanced Research
Discover the most promising frequency bands for 6G and methods to investigate sub-THz bands with demonstrations and step-by-step guidance you can start applying in your lab today in this bootcamp.
Explore Phased Array Design Resources
Learn more with a deeper dive into Phased Array design workflows with a curated selection of topics.
Explore Phased Array Test Resources
Learn more with a deeper dive into Phased Array test workflows with a curated selection of topics.
Related Use Cases
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How to Benchmark 5G Devices
Benchmarking a 5G device means subjecting it to a wide range of network signaling and radio channel conditions. Learn how to set up a test to emulate real-world network conditions and equipment to stress your 5G device and verify its performance.
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How to Test 5G NR MIMO
MIMO characterization requires a channel emulation system to measure fading and multipath. Learn how to set up EVM measurements for a 2x2 5G NR MIMO signal in the 28 GHz FR2 band and debug similar emerging high-band mmWave applications.
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How to Validate C-V2X Device Performance
Validating C-V2X device performance requires automotive original equipment manufacturers (OEMs) to perform functional, protocol, and RF measurements against evolving standards. Learn how to set up a test to validate C-V2X device performance of both Uu and PC5 interfaces.
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