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Test Your AiP Designs Quickly and Accurately

Many 5G designs for mmWave spectrum deployment use antenna-in-package (AiP) technology to reduce the size and cost of wireless systems and improve radio frequency (RF) performance. To properly test their AiP designs, engineers require a test solution with high output power, ultra-low phase noise, wide analysis bandwidth, and dynamic range. These features improve measurement performance in over-the-air (OTA) test at mmWave frequencies for 5G and satellite applications.

A vector signal generator with high output power, for example, can be used with measurement application software to compensate for any system loss. A signal analyzer with high dynamic range and error vector magnitude (EVM) allows you to accurately analyze all 5G New Radio (NR) signal parameters and characterize your AiP design.

Case Study

Accelerate AiP Design Integration

Need to analyze a wide bandwidth signal?

Measure the Performance Accurately

Data Access Anywhere

Have to generate a high output power, ultra-low phase noise signal?

Generate a Good Quality Signal

Want to reduce signal generation and analysis time?

Speed Up Design Integration Time

Keysight mmWave Antenna-in-Package Test Solution

Keysight's solution for testing millimeter-wave AiP technology comprises signal generation and signal analysis hardware coupled with measurement application and signal generation software. This integrated testing environment is specifically designed to help you solve your most complex mmWave AiP over-the-air measurement challenges.

Request a Free X-Series Measurement Application Software Trial

Learn More About mmWave Antenna-in-Package Test TOOLS

Discover Keysight's 5G Millimeter Wave Multichannel Testbed

Explore signal analysis for millimeter-wave applications

Learn more about the VXG Microwave Signal Generators

Additional Resources

Data Sheets 2023.04.12

N9042B UXA X-Series Signal Analyzer, Multi-touch

N9042B UXA X-Series Signal Analyzer, Multi-touch

Keysight’s N9042B UXA X-Series signal analyzers feature fully upgradable models ranging in performance from 26.5 GHz to 50 GHz, 1 GHz to 11 GHz analysis bandwidth, with dozens of hardware and software options.

2023.04.12

Data Sheets 2023.02.06

VXG M9384B and VXG-m M9383B

VXG M9384B and VXG-m M9383B

This data sheet provides key features and specifications for the M9384B VXG and M9383B VXG-m microwave signal generators.

2023.02.06

Configuration Guides 2023.04.17

M9484C VXG, Vector Signal Generator

M9484C VXG, Vector Signal Generator

This configuration guide contains information to help you configure your M9484C VXG vector signal generator to meet your requirements. Ordering optional capabilities at the time of purchase provides the lowest overall cost of ownership.

2023.04.17

Application Notes 2021.05.10

5 Practical Hints for Better Millimeter-Wave Signal Analysis

5 Practical Hints for Better Millimeter-Wave Signal Analysis

As you reach toward terahertz frequencies, it’s easy to underestimate the challenges that arise in design, simulation, measurement, and analysis. Take advantage of these 5 Hints to ensure that you've taken into consideration the impact of various decisions.

2021.05.10

White Papers 2023.02.14

Improving 5G Millimeter-Wave Signal Analysis Accuracy

Improving 5G Millimeter-Wave Signal Analysis Accuracy

Millimeter-wave technology is a crucial element that sets 5G apart from 4G Long Term Evolution (LTE). The technology creates many challenges across the workflow in design, manufacturing, and deployment. At mmWave frequencies, significant path loss makes radio-frequency (RF) power limited and costly. And mmWave frequencies introduce a disruptive change in test methods. Measuring performance metrics using over-the-air (OTA) test methods makes achieving accurate and repeatable results more difficult. Wide bandwidths also introduce more noise and frequency responses. These challenges increase measurement complexity and uncertainty for chipset and device makers, network equipment manufacturers, and operators.

2023.02.14

White Papers 2023.01.10

4 Tips for 5G New Radio Signal Creation

4 Tips for 5G New Radio Signal Creation

5G NR require you to think differently about how you design and test devices. Learn the four tips to help you successfully generate 5G NR test signals to get your designs to market faster.

2023.01.10

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