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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.
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Save up to 50% on an XR8 Oscilloscope
Get faster digital validation for less with a trade-in.
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Discover Keysight AI Data Center Builder
Emulate every part of your data center infrastructure. Emulate Anything. Optimize Everything.
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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.
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Precision In-Circuit Testing for Production
Achieve fast, accurate board-level testing with robust inline and offline ICT designed for modern manufacturing.
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Accelerate Your Innovation Engine
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448 Gb/s Waveform Generation
Achieve 200+ Gbaud multi-level modulated signals with high-speed AWGs for digital and optical standards.
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Stream 120 MHz I/Q Data to Your Laptop in the FieldPinpoint interference with post-processing spectrum management software in the lab.
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Authoritative application notes, data sheets, reference designs, and test procedures to accelerate design and validation decisions.
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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.
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FlexDCA Sampling Oscilloscope Software
The FlexDCA Sampling Oscilloscope Software N1010A runs Keysight’s digital communication analyzer (DCA) of sampling oscilloscopes with a new user interface.
The FlexDCA Sampling Oscilloscope Software N1010A runs Keysight’s digital communication analyzer (DCA) of sampling oscilloscopes with a new user interface.
FlexDCA Sampling Oscilloscope Software
N1010A
The FlexDCA Sampling Oscilloscope Software N1010A runs Keysight’s digital communication analyzer (DCA) of sampling oscilloscopes with a new user interface.
Keysight’s N1010A FlexDCA is the software that runs Keysight’s digital communication analyzer (DCA) family of sampling oscilloscopes (also known as equivalent-time oscilloscopes). A DCA is an instrument that helps visualize and analyze the analog properties of high-speed signals such as those used in wireline telecom and data center links.
FlexDCA is installed at the factory on DCA-X mainframes but can also be installed on a PC to control a DCA-M or remotely control a DCA-X.
- Powerful and flexible capability: Basic measurements are built in, and you can add packages as needed.
- Consistent results: Use in design to simulate and analyze signals, in the lab to characterize prototypes, and in production and support to operate equipment remotely.
In addition to the data acquisition and basic measurement capabilities the N1010A FlexDCA software provides, Keysight offers a large selection of software tools with powerful capabilities:
- N1010100A, research and development package for the FlexDCA sampling oscilloscope software: This package is intended for R&D engineers who want to characterize their designs and gain more insight into why a signal deviates from the expected performance. It includes FlexRT Advanced for optical measurements on UXR-Series Oscilloscopes.
- N1010200A, manufacturing package for the FlexDCA sampling oscilloscope software: This package focuses on cost of test in optical transceiver manufacturing applications with capabilities such as FlexEye that enhance measurement flexibility. It includes measurements such as TDECQ and FlexRT Basic for optical measurements on UXR-Series Oscilloscopes.
- N1010300A, signal integrity package for the FlexDCA sampling oscilloscope software: This package adds powerful tools to measure impedances, transfer characteristics, S-parameter calculations to the basic TDR / TDT measurements, and FlexPLL for phase-locked loop measurements.
- FlexOTO, FlexOTO software is designed for high optical lane count testing on 800G/1.6T and multi-channel applications to improve test efficiency and increase utilization of DCA-M hardware without compromising measurement integrity.
For a mapping of legacy FlexDCA feature-based options to each of the software packages available, refer to DCA Configuration Guide under N1010x00A Analysis Packages mapping table.
Quantum Library Demodulation
M5400DMOA allows quick and easy access to targeted quantum signal processing FPGA IP blocks used within PathWave FPGA to complete an entire demodulation IQ path.
M5400DMOA allows quick and easy access to targeted quantum signal processing FPGA IP blocks used within PathWave FPGA to complete an entire demodulation IQ path.
Quantum Library Demodulation
M5400DMOA
M5400DMOA allows quick and easy access to targeted quantum signal processing FPGA IP blocks used within PathWave FPGA to complete an entire demodulation IQ path.
- Phase-locked to the AWG, no external references required
- Phase-adjustable to rotate and accommodate IQ constellations
- Ultra-flexible:
- Customizable integrating window
- For example: Rectangular (average), Hann, Hamming, Flat Top, Blackman, matching windows
- Streaming of raw data, raw IQ data, single-point IQ data, Qubit state
- Ultra-fast:
- FPGA-based continuous real-time processing
- Ultra-low-latency for feedback (QEC or state initialization)
- Ultra-light and scalable:
- Small FPGA footprint
- FDM (Frequency Division Multiplexing) capable for multi-qubit readout
Quantum Library Dynamic Pulse Generation
M5400PLSA Quantum Library Dynamic Pulse Generation software allows easy access to targeted quantum synthesizer and modulation FPGA IP blocks used within FPGA.
M5400PLSA Quantum Library Dynamic Pulse Generation software allows easy access to targeted quantum synthesizer and modulation FPGA IP blocks used within FPGA.
Quantum Library Dynamic Pulse Generation
M5400PLSA
M5400PLSA Quantum Library Dynamic Pulse Generation software allows easy access to targeted quantum synthesizer and modulation FPGA IP blocks used within FPGA.
- Memory efficient by defining just gate primitives
- Triggering of individual gates performed by the sequencer (HVI)
- Phase Coherent:
- Between pulses: the free-running LO keeps track of the phase
- Between channels and between modules: thanks to the HVI sequencer
- Crosstalk Management:
- 64+ waveform primitives to allow quantum compiler to manage crosstalk
- Permanent phase shifts for automatic crosstalk management
- Ultra-fast:
- FPGA-based gapless real-time operation
- Ultra-low-latency waveform selection for feedback (e.g. QEC or state initialization)
- Ultra-light and scalable:
- Small FPGA footprint
- FDM (Frequency Division Multiplexing) capable for multi-qubit readout
- Easy-to-integrate in the SW stack:
- Easy-to-use API to control the FPGA IP blocks
LCA TAP Plug-In
Simplifies automation of LCA RF/optical measurements with TAP.
Simplifies automation of LCA RF/optical measurements with TAP.
LCA TAP Plug-In
N4370P01A
Simplifies automation of LCA RF/optical measurements with TAP.
Easily integrate LCA measurements within TAP test sequences
- Test steps for optical/electrical, electrical/optical, and optical/optical spectral measurements
- Test steps for devices with either single-ended or balanced RF ports
- Clear step configurations for measurement settings, calibration, and de-embedding
- Template for result display in TAP Result Viewer
Supported instruments
- PNA-based Lightwave Component Analyzers: N4372E, N4373E, N4373D, N4373C, N4373B, N4375E, N4375D, N4375B, N4376E, N4376D, and N4376B
Keysight Test Automation on PathWave (TAP) is a modern Microsoft .NET-based application for standalone use or in combination with higher level test executive software environments. Instrument plug-ins provide test steps that can be added to work-flow sequences without instrument level programming commands. The LCA plug-in steps further simplify automation by handling the interface to both the PNA instrument and the LCA optical hardware and software and providing the test steps for easy configuration.
Wafer Prober TAP Plug-In
Easily integrate wafer prober control within TAP test sequences for fully automated wafer and chip scale test solution for Integrated Photonics.
Easily integrate wafer prober control within TAP test sequences for fully automated wafer and chip scale test solution for Integrated Photonics.
Wafer Prober TAP Plug-In
N7700210C
Easily integrate wafer prober control within TAP test sequences for fully automated wafer and chip scale test solution for Integrated Photonics.
Fully Automated Wafer and Chip Scale Test Solution for Integrated Photonics
Easily integrate wafer prober control within TAP test sequences
- Test steps for optical and electrical probe positioning and alignment
- Support for array / single fiber probes, edge and surface coupling, RF/DC probes and flexible probe orientations (east/west/north/south)
- Automated device stepping and prober status control
- Measurement test plan and device data management (import / export /editing of device coordinates, device meta parameters and test conditions)
Supported wafer probers
- Formfactor CM300xi with Velox Software and Silicon Photonics Tools
Keysight Test Automation on PathWave (TAP), a modern Microsoft .NET-based application adds workflow sequences through instrument plug-ins without the need for instrument-level programming commands. The N7700210C Wafer Prober plug-in further simplifies automation by handling the interface to the Formfactor semi-automated probe station hardware and Formfactor Velox and Silicon Photonics Tools software. Test steps realize wafer chuck movement, probe positioning, and alignment tasks within a test plan that can be combined with instrument test execution steps. Easy configuration of wafer prober settings for positioning, and for RF and optical probes. Designed for standalone use or in combination with higher level test executive software environments.
Keysight’s wafer prober sample test plan with prober steps
List of device elements and example of element optical IO port characteristics
PathWave Test Automation
Test sequencer software with timing analyzer, result viewer, and other useful tools for test automation development.
Test sequencer software with timing analyzer, result viewer, and other useful tools for test automation development.
PathWave Test Automation
KS8400A
Test sequencer software with timing analyzer, result viewer, and other useful tools for test automation development.
Powerful test sequence & test plan creation
- Fast execution and test flow visualization, analysis and insights
- Scalable modular “plug-in” software architecture. Take advantage of provided plug-ins, or create your own.
- Built on the PathWave software platform and the OpenTAP open-source test sequencer
Licensing
- Fixed (node-locked, single PC), transportable and network/floating licenses with either perpetual or annual time frame
PathWave Test Automation provides powerful, flexible and extensible test sequencing and test plan creation with additional capabilities that optimize your test software development and overall performance. Built on the PathWave software platform, PathWave Test Automation enables you to quickly create your test solutions, maximize your team’s productivity, and accelerate your products’ time-to-market.
USB Type-C Interconnects Compliance Test Software
Use the S94USBCB software to test, debug and characterize your USB Type-C cable and connector designs. The PathWave TAP based test sequencer automates the network analyzer (VNA) for each test and generates a comprehensive HTML report. When run with L8990M switch matrix, it enables a 20-ports fully automated test without port re-connection.
Use the S94USBCB software to test, debug and characterize your USB Type-C cable and connector designs. The PathWave TAP based test sequencer automates the network analyzer (VNA) for each test and generates a comprehensive HTML report. When run with L8990M switch matrix, it enables a 20-ports fully automated test without port re-connection.
USB Type-C Interconnects Compliance Test Software
S94USBCB
Use the S94USBCB software to test, debug and characterize your USB Type-C cable and connector designs. The PathWave TAP based test sequencer automates the network analyzer (VNA) for each test and generates a comprehensive HTML report. When run with L8990M switch matrix, it enables a 20-ports fully automated test without port re-connection.
- Covers the latest USB Type-C cable passive and active Linear Re-Driver (LRD) assemblies, connectors, and raw cables on USB4v2, USB4, USB 3.x, and USB 2.0 technologies.
- Support 4-Port VNA on E5080B, P502xA/B Streamline VNA series, and PXI-VNA series.
- Fully automate your multiport measurements with L8990M 4-to-20 ports switch matrix system.
- Quickly set up, calibrate and perform your test with the setup wizard.
- Achieve accurate measurements with test fixture de-embedding and Automatic Fixture Removal (AFR).
- Get deeper insights into your measurements with comprehensive HTML test reports.
- Test plan customization for specific test applications and validation purposes.
- TAP platform compatible to test DisplayPort and DP Alt Mode on USB Type-C cables with the additional software license on S94DPPCB.
FieldFox Handheld Software
FieldFox can be configured as a cable and antenna analyzer, vector network analyzer, spectrum analyzer, built-in power meter, and much more using software / firmware functionality.
FieldFox can be configured as a cable and antenna analyzer, vector network analyzer, spectrum analyzer, built-in power meter, and much more using software / firmware functionality.
FieldFox Handheld Software
N9916BU
FieldFox can be configured as a cable and antenna analyzer, vector network analyzer, spectrum analyzer, built-in power meter, and much more using software / firmware functionality.
Enable deeper insights in measurement and analysis by expanding the capabilities of your FieldFox handheld analyzer with field-upgradeable software licenses. These capabilities are engineered to deliver benchtop results into the field.
- Handle routine maintenance and in-depth troubleshooting with one instrument
- Maximize performance with network analyzer, spectrum analyzer, built-in power meter, vector voltmeter, and more
- Order with a new instrument or upgrade an existing instrument
PathWave FPGA
This is the latest version of PathWave FPGA development software. This release continues to enhance the features and capabilities to customize Keysight equipment with real-time FPGA functions.
This is the latest version of PathWave FPGA development software. This release continues to enhance the features and capabilities to customize Keysight equipment with real-time FPGA functions.
PathWave FPGA
KF9000B
This is the latest version of PathWave FPGA development software. This release continues to enhance the features and capabilities to customize Keysight equipment with real-time FPGA functions.
PathWave FPGA Programming Environment
Customize your instruments to accelerate your measurements. Simplify the development of custom digital signal processing algorithms for hardware FPGA devices. Reconfigure instruments with shorter compiling time and customizable processing functions.
- Rapidly prototype new control structures on arbitrary waveform generators and digitizers
- Insert your own logic into instrument FPGAs
- Compile-to-hardware with one-click
- Quickly visualize your application flow
- Steamline your design process with native FPGA-code compatibility
- Supports VHDL, Verilog and Xilinx projects, and Xilinx IP Catalog
Advanced Photovoltaic 12-Input Inverter Test Software
DG9112A tests up to 12-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
DG9112A tests up to 12-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
Advanced Photovoltaic 12-Input Inverter Test Software
DG9112A
DG9112A tests up to 12-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
- Create, scale, and download custom I-V curves for each channel
- Easily view individual MPPT operation on up to 12 separate channels
- Evaluate the combined performance of multiple channels
- View a dashboard of aggregated real-time measurements of voltage, current, power
- Test high-current, large power inputs with parallel hardware
- Quickly switch views of individual channels and aggregated results
Advance photovoltaic inverter test software evaluates single and multi-input inverters. Test up to 12 MPPT algorithms simultaneously. Independent I-V curves drive each channel with up to 2000 V. Scale input power by paralleling PV8900 simulators using their parallel link capability. The advance photovoltaic inverter test software is available for free when testing a single input.
When testing multiple input inverters, the software is available for four inputs (DG9104A), eight inputs (DG9108A), or twelve inputs (DG9112A). Independent I-V curves characterize each channel, testing up to 12 MPPT algorithms simultaneously. The software provides a single point of control to configure I-V curves and analysis a single or multi-input string inverters efficiency.
Advanced Photovoltaic 8-Input Inverter Test Software
DG9108A tests up to 8-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
DG9108A tests up to 8-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
Advanced Photovoltaic 8-Input Inverter Test Software
DG9108A
DG9108A tests up to 8-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
- Create, scale, and download custom I-V curves for each channel
- Easily view individual MPPT operation on up to 12 separate channels
- Evaluate the combined performance of multiple channels
- View a dashboard of aggregated real-time measurements of voltage, current, power
- Test high-current, large power inputs with parallel hardware
- Quickly switch views of individual channels and aggregated results
Advance photovoltaic inverter test software evaluates single and multi-input inverters. Test up to 12 MPPT algorithms simultaneously. Independent I-V curves drive each channel with up to 2000 V. Scale input power by paralleling PV8900 simulators using their parallel link capability. The advance photovoltaic inverter test software is available for free when testing a single input.
When testing multiple input inverters, the software is available for four inputs (DG9104A), eight inputs (DG9108A), or twelve inputs (DG9112A). Independent I-V curves characterize each channel, testing up to 12 MPPT algorithms simultaneously. The software provides a single point of control to configure I-V curves and analysis a single or multi-input string inverters efficiency.
Advanced Photovoltaic 4-Input Inverter Test Software
DG9104A tests up to 4-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
DG9104A tests up to 4-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
Advanced Photovoltaic 4-Input Inverter Test Software
DG9104A
DG9104A tests up to 4-input photovoltaic inverters, evaluating up to 12 MPPT algorithms with inputs up to 2000 V.
- Create, scale, and download custom I-V curves for each channel
- Easily view individual MPPT operations on up to 12 separate channels
- Evaluate the combined performance of multiple channels
- View a dashboard of aggregated real-time measurements of voltage, current, power
- Test high-current, large power inputs with parallel hardware
- Quickly switch views of individual channels and aggregated results
Advanced photovoltaic inverter test software evaluates single and multi-input inverters. Test up to 12 MPPT algorithms simultaneously. Independent I-V curves drive each channel with up to 2000 V. Scale input power by paralleling PV8900 simulators using their parallel link capability. The advanced photovoltaic inverter test software is available for free when testing a single input.
When testing multiple input inverters, the software is available for four inputs (DG9104A), eight inputs (DG9108A), or twelve inputs (DG9112A). Independent I-V curves characterize each channel, testing up to 12 MPPT algorithms simultaneously. The software provides a single point of control to configure I-V curves and analysis a single or multi-input string inverter efficiency.
