Choose a country or area to see content specific to your location
What are you looking for?
-
-
3D Interconnect Designer
3D Interconnect Designer provides a flexible modeling and optimization environment for any advanced interconnect structure, including chiplets, stacked die, packages, and PCBs.
-
Save up to 50% on an XR8 Oscilloscope
Get faster digital validation for less with a trade-in.
-
Discover Keysight AI Data Center Builder
Emulate every part of your data center infrastructure. Emulate Anything. Optimize Everything.
-
-
Introducing AI-Enhanced Packet Brokers
With extra memory and storage, these enhanced NPBs run Keysight's AI security and performance monitoring software and AI stack.
-
Precision In-Circuit Testing for Production
Achieve fast, accurate board-level testing with robust inline and offline ICT designed for modern manufacturing.
-
Accelerate Your Innovation Engine
Explore curated support plans, prioritized to keep you innovating at speed.
-
448 Gb/s Waveform Generation
Achieve 200+ Gbaud multi-level modulated signals with high-speed AWGs for digital and optical standards.
-
Stream 120 MHz I/Q Data to Your Laptop in the FieldPinpoint interference with post-processing spectrum management software in the lab.
Find the Right ATE Power SolutionUse this selector tool to quickly identify the best power supply for your aerospace and defense ATE requirements.
-
- Solutions
-
Authoritative application notes, data sheets, reference designs, and test procedures to accelerate design and validation decisions.
FeaturedHands‑on bootcamps that teach system design, test methods, and production workflows engineers can apply immediately.
Success Stories
HPE Juniper Networking Builds Next-Gen AI Infrastructure - Buy
-
Quick access to support related self-help tasks.
Additional content to support your product needs.
Do more with Keysight ServicesExplore services to accelerate every step of your innovation journey.
All Software Catalog
Explore the complete portfolio of Keysight software, from design engineering tools to emulator and instrument software, built to extend and enhance your Keysight instruments. Whether you are configuring measurements, automating tests, analyzing data, or validating compliance, use the filters below to identify the right software to support your workflow — from design and validation through manufacturing and deployment.
Showing 12 of 185
-
150
No Filter available
89600 VSA Custom OFDM Modulation Analysis
Analyze your flexible custom OFDM formats, including FDD and TDD, MIMO and multi-user systems with channel, stream, and cross-channel measurements.
Analyze your flexible custom OFDM formats, including FDD and TDD, MIMO and multi-user systems with channel, stream, and cross-channel measurements.
89600 VSA Custom OFDM Modulation Analysis
89601BHFC
Analyze your flexible custom OFDM formats, including FDD and TDD, MIMO and multi-user systems with channel, stream, and cross-channel measurements.
- OFDM, FBMC, F-OFDM with SCMA/NOMA multiple access
- FDD/TDD modes, up to 65,539 subcarriers
- Modulation formats from BPSK QPSK, 16 QAM to 1024QAM, 8PSK or uder-defined
- Support Massive MIMO & Beamforming up to 64 channel for 6G research
- EVM, constellation, burst summary, spectrum and more
- Multiple, simultaneous color-coded result views
- Provide the preset for wireless standards such as 6G Radio (FR1 and FR3 TDD), 5G NR (FR1 FDD/TDD), WLAN (802.11a/ah), ISDB-T, DAB, DVB-SH, and DVB-T/H, and more
- Improve EVM measurment with cross-correlated EVM (ccEVM) or IQ noise correction (IQ-NC) technoligies (requires 89601EVMC license)
Modulation Distortion up to 8.5 GHz
Provides nonlinear DUT behavior (EVM, NPR, and ACPR) under modulated stimulus conditions.
Provides nonlinear DUT behavior (EVM, NPR, and ACPR) under modulated stimulus conditions.
Modulation Distortion up to 8.5 GHz
S930700B
Provides nonlinear DUT behavior (EVM, NPR, and ACPR) under modulated stimulus conditions.
- Provides nonlinear DUT behavior (EVM, NPR, and ACPR) under modulated stimulus conditions
- Vector error correction and VNA calibration reduce error and provide very low residual system EVM
- Frequency coverage up to 8.5 GHz
- Coherent measurements with multiple receivers provide fast measurements
S930700B enables fast and accurate active-device modulation distortion characterization under modulated stimulus condition up to 8.5 GHz. The wide dynamic range and vector error correction of the PNA-X result in an extremely low residual EVM of the test setup, so you can get a complete picture of your device’s performance without test system interference. S930700B can measure EVM, NPR, ACPR, and can decompose nonlinear signals and linear signals with the spectral correlation between input and output spectrum without doing demodulation. Integration with the PNA-X SCCM provides quick modulation distortion measurements while making other VNA measurements.
A signal generator connected to the PNA-X provides the modulated stimulus. Supported signal generators: VXG (M9383B/84B), M9383A, PSG + M8190A, MXG, or UXG with U3039ACK1.
Learn more about Microwave Signal Generator (VXG) and Network Analyzer Software
Spectrum Analysis, up to 8.5 GHz
The S930900B spectrum analysis adds high-performance microwave spectrum analysis to the N522xB/N523xB/N524xB PNA network analyzer family up to 8.5 GHz.
The S930900B spectrum analysis adds high-performance microwave spectrum analysis to the N522xB/N523xB/N524xB PNA network analyzer family up to 8.5 GHz.
Spectrum Analysis, up to 8.5 GHz
S930900B
The S930900B spectrum analysis adds high-performance microwave spectrum analysis to the N522xB/N523xB/N524xB PNA network analyzer family up to 8.5 GHz.
- High-performance spectrum analysis up to 8.5 GHz on N522xB/N523xB/N524xB PNA series network analyzers
- Fast spurious searches
- A multi-channel SA with internal swept-signal generators
- In-fixture spectrum measurements using VNA calibration
- Fast band-/noise-power measurements
- Fast and accurate Noise Power Ratio (NPR) measurement with low IMD noise floor
The S930900B spectrum analysis adds high-performance microwave spectrum analysis to the PNA family up to 8.5 GHz. With fast stepped-FFT sweeps resulting from optimized data processing, the SA application provides quick spurious searches over broad frequency ranges. Simultaneous spectrum measurements can be done using up to five test and reference receivers. This multi-channel SA can be used with the internal swept-signal generators for efficient measurements of spurious signals emanating from mixers and frequency converters. The SA application employs source-power and receiver-response calibration as well as fixture de-embedding, providing in-fixture and on-wafer spectrum measurements with the highest level of accuracy.
It is recommended to use this option with PNA (N522xB) or PNA-X (N524xB) models with internal receiver attenuators to avoid receiver compression when measuring large signals. For use with PNA-L (N523xB) models, test set Options 216 or 416 is recommended so that external attenuators can be connected via the front-panel jumpers to avoid receiver compression. The upper frequency range of the SA application is determined by the installed SA license or the stop frequency of the instrument, whichever is smaller.
The PNA SA application adds NPR measurement to the PNA family. It provides integrated measurement setup including multitone signal generation with vector signal generator. New coherent-measurement and vector-averaging techniques employed in the PNA SA application allow you to make faster and more accurate NPR and ACPR measurements with better dynamic range than the conventional NPR measurement with spectrum analyzer.
Learn more about Keysight Network Analyzer Software
Source Phase Control
The S93088B allows users to set calibrated, arbitrary phase differences between two signal sources.
The S93088B allows users to set calibrated, arbitrary phase differences between two signal sources.
Source Phase Control
S93088B
The S93088B allows users to set calibrated, arbitrary phase differences between two signal sources.
- Control the relative phase between the two internal sources and/or external signal generators
- Provide calibrated, electronic loads to an amplifier under test
- Sweep the phase of the load while maintaining the constant reflection-coefficient magnitude
The S93088B allows users to set calibrated, arbitrary phase differences between two signal sources. The sources can be the analyzer’s internal sources or external signal generators routed through the analyzer’s test set. The phase difference can be fixed, or swept between two specified phase values. S93088B also controls the relative power level between the sources using the receiver-leveling feature.
The S93088B is targeted for active-load control, where the analyzer provides a precise, electronically settable impedance to the output port of a device, while gain and output power are measured. This capability can be combined with external load-pull software to create traditional load-pull power contours. Not available with PNA Option 200 and 210.
Learn more about Keysight Network Analyzer Software.
Gain-Compression Measurements
The S93086B gain compression application (GCA) adds the software capabilities to the PNA Series B model network analyzers to evaluate the characteristics of compression point of an amplifier or frequency converter.
The S93086B gain compression application (GCA) adds the software capabilities to the PNA Series B model network analyzers to evaluate the characteristics of compression point of an amplifier or frequency converter.
Gain-Compression Measurements
S93086B
The S93086B gain compression application (GCA) adds the software capabilities to the PNA Series B model network analyzers to evaluate the characteristics of compression point of an amplifier or frequency converter.
- Fast and convenient measurements with GCA's SMART Sweep.
- Highly accurate results with a guided calibration - power and mismatch correction.
- Complete amplifier and frequency converter characterization with 2-dimensional (2D) sweeps, choice of sweep frequency per power, or sweep power per frequency.
- Flexibility with a variety of compression algorithms - compression from linear gain, maximum gain, or X/Y compression.
The S93086B adds the software capabilities for the gain compression application (GCA). GCA provides fast and accurate input power, output power, gain, and phase at the compression point of an amplifier or frequency converter, over a specified frequency and power range, with a simple setup. GCA eliminates the problems of lengthy test times and inconvenient setups by providing SMART Sweep that is easy-to-use, fast and accurate. GCA also includes a guided calibration that corrects for absolute power levels, frequency response, and mismatch errors. S93086B is equivalent to Option 086 available on PNA/PNA-X A model Series network analyzers.
Learn more about Keysight Network Analyzer Software
Embedded Local Oscillator Capability
The S93084B embedded LO capability tunes the network analyzer’s receivers to the output frequency of the converter under test.
The S93084B embedded LO capability tunes the network analyzer’s receivers to the output frequency of the converter under test.
Embedded Local Oscillator Capability
S93084B
The S93084B embedded LO capability tunes the network analyzer’s receivers to the output frequency of the converter under test.
The S93084B tunes the network analyzer’s receivers to the output frequency of the converter under test without having to access internal LOs or a common reference signals. For converters with embedded LOs, this enables measurements of match-corrected conversion loss/gain and absolute group delay (requires S93082B and S93083B), gain compression versus frequency (requires S93086B), intermodulation distortion (requires S93087B), and noise figure (requires S93029B).
- Enables accurate measurement of relative phase and absolute group delay of a frequency converter with a built-in LO source, without having to access a common reference signal.
- Quick and simple two-step calibration so you can spend more time measuring your devices.
- Optimized testing conditions that maximizes throughput without compromising data quality.
Vector and Scalar Mixer/Converter Measurements
The S93083B provides both fully calibrated vector and scalar measurements of mixers and frequency converters, with intuitive, easy-to-use user interface.
The S93083B provides both fully calibrated vector and scalar measurements of mixers and frequency converters, with intuitive, easy-to-use user interface.
Vector and Scalar Mixer/Converter Measurements
S93083B
The S93083B provides both fully calibrated vector and scalar measurements of mixers and frequency converters, with intuitive, easy-to-use user interface.
Key converter measurements:
- Match-corrected measurements of conversion loss/gain plus phase and group delay, with swept or fixed input and output frequencies and input and LO power
- SMC+Phase offers measurements of deviation-from-linear-phase and absolute group delay without a reference mixer
- VMC adds a reference mixer and measurements of phase differences and absolute group delay
- Measure converters with fully embedded local oscillators with S93084B
Advanced calibration
- Power-meter-based calibration provides high accuracy for conversion gain or loss
- SMC+Phase comb-generator-based calibration eliminates the need for calibration mixers
Easy to set up and use
- Intuitive tab-based user interface makes it easy to configure measurements
- Calibration Wizard guides user through calibration process
- Application controls external signal generators and power meters
The S93083B includes the scalar mixer/converter plus phase (SMC+Phase) measurement class that provides fully calibrated conversion gain/loss, relative phase, and absolute group delay measurements of mixers and converters without the need for reference or calibration mixers. Eliminating the calibration mixer requires a U9391C/F/G comb generator and an external DC power supply. A vector mixer/converter measurement (VMC) class is also included for measuring the phase difference between multiple paths or devices, or for measuring phase shifts within a device. Using VMC or the comb-generator-based calibration for SMC+Phase requires an instrument with a configurable test set (i.e., has front-panel RF loops). For units without front-panel loops, SMC+Phase can be used with an external calibration mixer.
The S93083B provides an intuitive and easy-to-use user interface for setting up mixer and converter measurements, with single or dual conversion stages. It can control the analyzer’s built-in source(s) as well as external signal generators for use as LO signals.
The S93083B is a superset of S93082B. S93083B is compatible with S93084B, which enables measurements of converters with internal LOs.
Learn more about Keysight Network Analyzer Software
Scalar Mixer/Converter Measurements
The S93082B scalar mixer/converter measurements enables the highest accuracy for scalar conversion–loss/gain measurements with a simple set-up and calibration.
The S93082B scalar mixer/converter measurements enables the highest accuracy for scalar conversion–loss/gain measurements with a simple set-up and calibration.
Scalar Mixer/Converter Measurements
S93082B
The S93082B scalar mixer/converter measurements enables the highest accuracy for scalar conversion–loss/gain measurements with a simple set-up and calibration.
- Intuitive user interface
- Match-corrected power-meter calibration
- Compatible with Microwave ECal modules
- Controls external signal generators and power meters
With a simple setup and calibration, the S93082B scalar mixer/converter measurements delivers the highest accuracy for scalar conversion-loss/gain measurements by combining on-port and power meter calibrations to remove mismatch errors. The S93082B provides an intuitive and easy-to-use user interface for setting up mixer and converter measurements, with single or dual conversion stages. It can control the analyzer’s built-in source(s) as well as external signal generators for use as LO signals. S93082B is a subset of S93083B so these should not be installed together. S93082B is compatible with S93084B, which enables measurements of converters with internal LOs.
S93082B is equivalent to Option 082 on PNA/PNA-L/PNA-X Series A model Series network analyzers.
Learn more about Keysight Network Analyzer Software
Basic Pulsed-RF Measurements
S93025B basic pulsed-RF measurements enables 4 internal pulse generators that can be used to control the internal pulse modulators (N522xB/N524xB Options 021/022), and provides an integrated pulse application that uses the wideband-detection method.
S93025B basic pulsed-RF measurements enables 4 internal pulse generators that can be used to control the internal pulse modulators (N522xB/N524xB Options 021/022), and provides an integrated pulse application that uses the wideband-detection method.
Basic Pulsed-RF Measurements
S93025B
S93025B basic pulsed-RF measurements enables 4 internal pulse generators that can be used to control the internal pulse modulators (N522xB/N524xB Options 021/022), and provides an integrated pulse application that uses the wideband-detection method.
- Enables four internal pulse generators to control internal (N522xB/N524xB Option 021 and 022) and external pulse modulators
- Integrated pulse application using the wideband-detection method
- Point-in-pulse measurement with pulse width as narrow as 200 ns
- Pulse-profile measurements with 50 ns minimum timing resolution
The S93025B basic pulsed-RF measurements enables four internal pulse generators that can be used to control the internal pulse modulators (N522xB/N524xB Options 021 and 022), and it provides an integrated pulse application that uses the wideband-detection method. The pulse application provides an easy way to set up point-in-pulse measurements with pulse width as narrow as 200 ns, and pulse-profile measurements with 50 ns minimum timing resolution.
Using the built-in pulse modulators, the PNA and PNA-X are complete pulsed-RF measurement solutions, eliminating the need for external test sets and pulse generators. The S93025B also controls external pulse generators and modulators, and can synchronize to external pulse generators. The N522xB/N524xB Option 021 is recommended for forward-only pulsed-RF measurements, and Options 021 and 022 are recommended for bi-directional pulsed-RF measurements. The N1966A Pulse I/O adapter is recommended if using external pulse generators or external pulse modulators.
Enhanced Time Domain Analysis with TDR
S93011B enhanced time domain with TDR is available on all PNA models (N52xxB) and provides a one-box solution for high-speed interconnect analysis, including impedance, S-parameters, and eye-diagrams.
S93011B enhanced time domain with TDR is available on all PNA models (N52xxB) and provides a one-box solution for high-speed interconnect analysis, including impedance, S-parameters, and eye-diagrams.
Enhanced Time Domain Analysis with TDR
S93011B
S93011B enhanced time domain with TDR is available on all PNA models (N52xxB) and provides a one-box solution for high-speed interconnect analysis, including impedance, S-parameters, and eye-diagrams.
- Up to 67 GHz of bandwidth with 6.66 ps rise time enables measurement on the latest high-speed serial standards
- Runs on all PNA series B-models with simple and intuitive operation inherited from ENA-TDR
- Unmatched performance:
- Low noise floor for accurate and repeatable measurements
- Wide dynamic range to observe the true performance of your device: > 110 dB
- Fast measurement speed for real-time analysis: 251 msec (1601 points, 2-port cal)
- State-of-the art calibration techniques reduce measurement errors
- Automatic deskew ensures easy removal of fixture and probe effects
- Full calibration available for the utmost in measurement accuracy
S93011B enhanced time domain analysis with TDR provides a one-box solution for high-speed interconnect analysis, including impedance, S-parameters, and eye diagrams. S93011B is an enhancement of the S93010B time domain analysis software. The software, running on the PNA-X / PNA / PNA-L Series B-model vector network analyzers, brings three breakthroughs for signal integrity design and verification: simple and intuitive operation, fast and accurate measurements, and high ESD robustness.
For more information about Keysight Network Analyzer Software, please visit Network Analyzer Software
Time Domain Analysis
The S93010B time domain capability allows you to measure the time domain response of a device. The analyzer can transform frequency domain data to time domain or time domain data to the frequency domain and runs on PNA/PNA-L/PNA-X Series B models.
The S93010B time domain capability allows you to measure the time domain response of a device. The analyzer can transform frequency domain data to time domain or time domain data to the frequency domain and runs on PNA/PNA-L/PNA-X Series B models.
Time Domain Analysis
S93010B
The S93010B time domain capability allows you to measure the time domain response of a device. The analyzer can transform frequency domain data to time domain or time domain data to the frequency domain and runs on PNA/PNA-L/PNA-X Series B models.
- Fully error-corrected time domain reflection or transmission response
- Gating available to remove unwanted responses (from test fixtures for example)
- Transform frequency domain to the time domain or time domain to the frequency domain
- Beneficial in tuning many filter types, including cavity-resonator filters
The time domain capability allows you to measure the time domain response of a device. The analyzer can transform frequency domain data to the time domain or time domain data to the frequency domain.
The transform used by the analyzer resembles time domain reflectometry (TDR) measurements. TDR measurements, however, are made by launching an impulse or step into the test device and observing the response in time with a receiver similar to an oscilloscope. In contrast, the analyzer makes swept frequency response measurements, and mathematically transforms the data into a time domain reflectometer-like display.
S93010B is equivalent to Option 010 on PNA/PNA-L/PNA-X Series A model network analyzers.
Automatic Fixture Removal
The S93007B automatic fixture removal software is the easiest way to remove fixture effects from non-coaxial device measurements and runs on network analyzers.
The S93007B automatic fixture removal software is the easiest way to remove fixture effects from non-coaxial device measurements and runs on network analyzers.
Automatic Fixture Removal
S93007B
The S93007B automatic fixture removal software is the easiest way to remove fixture effects from non-coaxial device measurements and runs on network analyzers.
- Provides a 5-step wizard to guide you through fixture removal
- Removes both single ended and differential devices
- Fixture left and right side can be asymmetrical
- Thru lengths can be specified or determined from open or short measurements
- Frequency extrapolation to match DUT
- Power correction compensates for fixture loss versus frequency
- De-embed files can be saved in a variety of formats for later use in PNA, ADS, and PLTS
- Requires Windows 7 OS on PNA, PNA-L, and PNA-X
Many devices do not have coaxial connectors and are put in fixtures in order to measure them in a coaxial environment. Accurately removing the effects of the fixture is required to get a good measurement of the device under test (DUT). This option adds a powerful application wizard to guide you through characterizing a fixture and removing it from the measurement. S93007B is equivalent to Option 007 on PNA/PNA-L/PNA-X Series A model network analyzers.
