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Solve Component Test Challenges with a Single Setup
Learn how our new ENA-X network analyzer enables you to simplify your test setup and characterize active components up to 50% faster.
Save on the E5081A Vector Network Analyzer
Get up to 20% off a VNA for component, PA, and mixer characterization. Characterize faster with integrated modulation distortion software.
E5081A ENA-X Network Analyzer Special Offer
For a limited time, take advantage of the ENA-X vector network analyzer hardware and software bundle promotions.
Already own a Performance Network Analyzer?
Trade in your current network analyzer or a competitor's model and get a credit of up to 45% toward a new E5081A.
Characterize Active Components Up to 50% Faster
Characterize active devices up to 50% faster with a simplified test setup. Wideband signals and complex modulation schemes needed for high-volume, low latency data rates make active component characterization difficult. Current solutions on the market require a network analyzer and a spectrum analyzer to fully characterize components.
The ENA-X network analyzer—the only solution enabling fast and accurate EVM measurements on a midrange network analyzer—enables high-power network analysis and linearity testing up to 44 GHz with a single setup. The ENA-X minimizes your test cycle time and uniquely ensures active device test accuracy and repeatability using full vector correction—channel power and mismatch—at the DUT input.
Discover Active Component Characterization Solutions
How to Test Power Amplifiers with Modulated Signals
Accelerating your 5G NR power amplifier development while ensuring conformance to stringent EVM standards requires a consolidated test setup. Learn how to conduct high-power network and modulation distortion analysis up to 44 GHz using the ENA-X network analyzer.
How to Test Low-Noise Amplifiers
Testing LNA 5G NR compliance requires noise figure and linearity measurements under modulated signal stimulus. Learn how the ENA-X network analyzer provides the vector and source calibration necessary for high-fidelity measurements.
Featured Resources
Achieve High Accuracy EVM Measurements for Power Amplifiers
EVM, ACPR, and NPR measurements indicate the benchmark performance of active devices. Discover an innovative method for characterizing the nonlinear behavior of a power amplifier under modulated stimulus conditions.
Enhance Low-Noise Amplifier Characterization
The noise figure performance of a low-noise amplifier critically impacts receiver efficacy. Compare the noise figure measurement capability of the ENA-X and PNA-X network analyzers to find your best fit.
Watch Active Component Characterization Demos
Power Amplifier Characterization Demonstration
Watch this demo to discover how the ENA-X network analyzer characterizes power amplifier behavior up to 44 GHz. The demo includes S-parameters, gain compression, fully-vector corrected EVM, and ACPR measurements.
Low-noise Amplifier Characterization Demonstration
Watch this demo to understand how the ENA-X network analyzer characterizes low-noise amplifier behavior up to 44 GHz, including S-parameter, EVM, ACPR, and noise figure measurements.
T/R Module Characterization Demonstration
Watch this demo to see how the ENA-X network analyzer characterizes T/R module behavior up to 44 GHz. Learn how to test key parameters, including EVM, ACPR, 1 dB compression point, and noise figure.
Frequency Mixer Characterization Demonstration
Watch this demo to learn how the ENA-X network analyzer characterizes mixer behavior up to 44 GHz. This demonstration includes EVM, noise figure, and conversion gain/loss measurements.
ENA-X Network Analyzer
Characterize components up to 50% faster
Explore ENA-X Network Analyzer Resources
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