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Accelerate Advanced Package & 3DIC Designs
Design, model, and validate complex 3D interconnect architectures with a powerful standalone design environment.
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Scale AI Compute. Simplify Validation.
Automate transmitter and receiver validation across next-generation I/O, memory, and fabric interfaces.
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End-to-End Validation for AI Data Center
Strengthen 1.6T network reliability for AI-scale workloads from transceivers to interconnects.
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Take On Complex MIMO Signals
Pair Keysight VSA software with the new XA5 signal analyzer for advanced visualization, demodulation, and analysis — start your 30-day trial today.
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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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Accelerate Semiconductor Innovation
Explore end-to-end workflows spanning IC design, validation, wafer test, and photonics.
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Trade In Before You Buy New
Save up to 50% on our latest instruments with eligible Keysight or competitor trade-ins.
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The Right Connection Makes the Measurement
Maximize accuracy and performance with precision accessories engineered for Keysight instruments.
Trade In Before You Buy NewSave up to 50% on our latest instruments with eligible Keysight or competitor trade-ins.
Scale to Hundreds of Channels. Keep Measurements in Sync.Four channels per 1U of rack space, up to 1 GHz bandwidth, and multi-oscilloscope synchronization.
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Purpose-built solutions engineered for the design and test challenges unique to your industry.
FeaturedUse Cases mapped to every stage of your product lifecycle, from design through operations.
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Nokia + Keysight: AI Network Designs at Scale -
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.
Learning Hub
AI TechnologyExplore methodologies, test strategies, and technical resources for designing, validating, and scaling AI systems and networks.
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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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PathWave 基于事件的功率分析软件
当您的设备在不同工作状态之间切换时，KS833A2A 能够有效地捕获和显示子系统级的功耗特性。
当您的设备在不同工作状态之间切换时，KS833A2A 能够有效地捕获和显示子系统级的功耗特性。
PathWave 基于事件的功率分析软件
KS833A2A
当您的设备在不同工作状态之间切换时，KS833A2A 能够有效地捕获和显示子系统级的功耗特性。
通过基于事件的功耗分析深入洞察设备的功耗
当您的设备在不同工作状态之间切换时，KS833A2A PathWave 基于事件的功耗分析软件能够有效地捕获和显示子系统级的功耗特性。 再结合使用 X8712A 物联网设备电池续航时间优化解决方案，您可以根据这一特性评测设备的电池续航时间，从而确定这些子系统各自的耗电量占比。
- 这个软件还可以自动将设备各个子系统的关键射频或直流事件与耗电量相关联
- 它还能有效捕获和显示设备在不同工作状态之间切换时的动态电流消耗情况
- 测量并保存长达 8 天的数据
- 根据射频和/或直流事件分析设备的耗电量特性，包括电池续航时间评测、总电量、CCDF 图表等
- 支持各种无线技术——蓝牙® 5、WLAN、Zigbee、NB-IoT、LoRA 和 Sigfox
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.
FCC 监管测试软件
Keysight XA5002A 测试软件符合美国联邦通信委员会（FCC）第 15.247 部分和第 15.407 部分的最新测试要求。
Keysight XA5002A 测试软件符合美国联邦通信委员会（FCC）第 15.247 部分和第 15.407 部分的最新测试要求。
FCC 监管测试软件
XA5002A
Keysight XA5002A 测试软件符合美国联邦通信委员会（FCC）第 15.247 部分和第 15.407 部分的最新测试要求。
Keysight XA5002A 测试软件符合美国联邦通信委员会（FCC）第 15.247 部分和第 15.407 部分的最新测试要求。 这款软件解决方案涵盖频段边缘、杂散发射和信道分离等测试项目。 物联网监管合规性测试软件可以配合 Keysight IOT0047A 监管测试解决方案一起使用，帮助您简化和加速完成无线物联网器件测试。
- 现代化图形用户界面（GUI）可提升测试效率和测试后的分析效率。
- 您可以选择一组测试例并访问特定的信号路径，从而更快解决测试失败的问题。
- 以简单明了的图形和表格显示测试结果，有助于您快速理解和解释结果。
物联网无线测试软件――软件前面板
XA8722A 是一款基于 Pathwave 平台的分析软件，提供了容易操作的用户界面，可在 IoT8700 无线测试仪与任何物联网被测器件之间建立交互。
XA8722A 是一款基于 Pathwave 平台的分析软件，提供了容易操作的用户界面，可在 IoT8700 无线测试仪与任何物联网被测器件之间建立交互。
物联网无线测试软件――软件前面板
XA8722A
XA8722A 是一款基于 Pathwave 平台的分析软件，提供了容易操作的用户界面，可在 IoT8700 无线测试仪与任何物联网被测器件之间建立交互。
- 能够测量和显示发射机功率以及单个信道的时间平均值和统计值，包括功率与时间关系图
- 连续触发发射机功率以确定物联网设备的行为和特征
- 快速查看同时工作的多个物联网设备的发射机功率、接收机 PER
- 利用广播间隔趋势图监测广播间隔的变化
X8722A 物联网软件前面板支持 IOT8720A 和 IOT8740A。这个软件前面板界面直观明了，使您无需花费大量时间编写测试软件就能快速执行测试。 它不仅操作简单，还提供了强大的可视化功能，帮助您轻松评估和控制硬件，自动快速执行测试。
软件前面板有两个版本：物联网软件前面板实用程序（免费版）和物联网软件前面板专业版（许可版）。
物联网软件前面板实用程序（免费版）
- 提供发射机功率、接收机 PER 结果和基本发射机功率包络显示等基本测量
- 支持固件升级、无线选件、软件许可证激活、自检和 SCPI 日志显示等基本功能
- 物联网软件前面板实用程序可从 XA8722 软件下载页面获得
物联网软件前面板专业版（许可版）
- 提供各种视图——快速视图、PER 趋势图、广播间隔趋势图、发射机功率测量趋势图、扫描响应数据吞吐量趋势图、发射机功率包络显示、多被测器件视图和实用程序视图
- 能够支持先进的测量功能——提供基于信道的发射机功率和接收机 PER 测量，并提供所有测量参数的最小值、最大值和平均值读数。 配置上限和下限，执行极限值检查并给出合格/不合格指示。 将测试结果导入 CSV 格式的文件以进行后期分析
- 软件安装程序和 30 天试用许可证可从 XA8722A 软件下载页面获得
IoT 无线测试软件――信令测量套件
XA8723A 物联网无线测试软件提供了强大、灵活的测试序列和其他功能，可以优化您的测试软件的总体性能。
XA8723A 物联网无线测试软件提供了强大、灵活的测试序列和其他功能，可以优化您的测试软件的总体性能。
IoT 无线测试软件――信令测量套件
XA8723A
XA8723A 物联网无线测试软件提供了强大、灵活的测试序列和其他功能，可以优化您的测试软件的总体性能。
- 使设计人员和工程师可以非常灵活地自定义物联网设备的测试序列和测试步骤
- 所提供的示范测试计划包含适用于单被测器件、多被测器件、接收机灵敏度等对象的 BLE 信令测试计划
- 拥有易于使用的用户界面，可与 Keysight KS8400A PathWave 测试自动化平台结合使用，并能够生成数据报告
XA8723A 物联网信令测量套件支持 IOT8720A 和 IOT8740A，可作为插件在 Keysight KS8400A PathWave 测试自动化平台（TAP）上运行。 它包含的测试步骤能够为单被测器件和多被测器件并行测试配置建立 BLE 信令连接，以及执行发射机功率测量、接收机误包率（PER）测量、灵敏度测量和许多其他测量。 这个测量套件插件包含多个示范测试计划。
这个软件提供了强大、灵活且可以扩展的测试序列和测试计划创建功能以及其他多种功能，可以优化测试软件的开发和总体性能。 TAP 提供了图形用户界面（GUI），方便新老程序员快速构建包含多个测试步骤的测试计划。 支持流水化操作和并行测试。
软件安装程序和 30 天试用许可证可从 XA8723A 软件下载页面获得。
ETSI Regulatory Test Software for Non-signaling Tests
XA5004A test software addresses the ETSI test requirements. This test software is a subset of Keysight’s XA5001A test software, covering non-signaling tests.
XA5004A test software addresses the ETSI test requirements. This test software is a subset of Keysight’s XA5001A test software, covering non-signaling tests.
ETSI Regulatory Test Software for Non-signaling Tests
XA5004A
XA5004A test software addresses the ETSI test requirements. This test software is a subset of Keysight’s XA5001A test software, covering non-signaling tests.
The Keysight XA5004A test software addresses the test requirements of the most recent versions of the European Telecommunications Standards Institute (ETSI) EN 300 328 (V2.2.2), EN 301 893 (V2.1.1), and EN 303 687 (draft). This test software solution is a subset of Keysight’s XA5001A test software, covering non-signaling tests such as RF output power, occupied channel bandwidth, power spectral density, spurious emissions, and hopping frequency separation.
Together with the Keysight IOT0047A regulatory test solution, the IoT regulatory compliance software can help you simplify and accelerate wireless IoT device testing.
- Enhance testing and post-test analysis with the efficient, modern graphical user interface (GUI).
- Save time when debugging failed tests by selecting a group of test cases and accessing specific signal paths.
- Understand and interpret results presented in easy-to-read graphs and tables quickly.
DFS Test Software
XA5003A DFS test software addresses the test requirements of ETSI EN301 893 V2.1.1, EN302 502 V1.2.1, FCC-06-96, FCC-13-22, Japan MIC 2019-07, Korea, and China.
XA5003A DFS test software addresses the test requirements of ETSI EN301 893 V2.1.1, EN302 502 V1.2.1, FCC-06-96, FCC-13-22, Japan MIC 2019-07, Korea, and China.
DFS Test Software
XA5003A
XA5003A DFS test software addresses the test requirements of ETSI EN301 893 V2.1.1, EN302 502 V1.2.1, FCC-06-96, FCC-13-22, Japan MIC 2019-07, Korea, and China.
The dedicated Keysight XA5003A dynamic frequency selection (DFS) test software addresses the test requirements of ETSI EN301 893 V2.1.1, EN302 502 V1.2.1, FCC-06-96, FCC-13-22, Japan MIC 2019-07, Korea, and China. Together with Keysight’s IOT0047A regulatory test solution, the IoT regulatory compliance software can help you simplify and automate DFS testing.
- Respond to detection bandwidth and statistical performance check of radar signals.
- Monitor changes in channel available check (CAC) time, off-channel CAC, and channel move time.
- Test cycles repetitively for various radar signal types and test frequencies.
- Tabulate complete test results as a report in several popular file formats.
ETSI Regulatory Test Software
XA5001A ETSI Regulatory Test Software is a purpose-built test automation software for IoT device regulatory compliance, addressing the ETSI test requirements.
XA5001A ETSI Regulatory Test Software is a purpose-built test automation software for IoT device regulatory compliance, addressing the ETSI test requirements.
ETSI Regulatory Test Software
XA5001A
XA5001A ETSI Regulatory Test Software is a purpose-built test automation software for IoT device regulatory compliance, addressing the ETSI test requirements.
The Keysight XA5001A test software addresses the test requirements of the most recent versions of the European Telecommunications Standards Institute (ETSI) EN 300 328 (V2.2.2), EN 301 893 (V2.1.1), and EN 303 687 (draft). This software solution covers test items such as occupied channel bandwidth, adaptivity, and receiver blocking. Together with the Keysight IOT0047A regulatory test solution, the IoT regulatory compliance software can help you simplify and accelerate wireless IoT device testing.
- Enhance testing and post-test analysis with the modern graphical user interface (GUI).
- Save time when debugging failed tests by selecting a group of test cases and accessing specific signal paths.
- Understand and interpret results presented in easy-to-read graphs and tables quickly.
Octobox TR-398 Test Automation Package
Automate TR-398 issue 3 AP and mesh Wi-Fi performance testing on Octobox testbeds with web UI execution and PDF, HTML, and JSON reporting.
Automate TR-398 issue 3 AP and mesh Wi-Fi performance testing on Octobox testbeds with web UI execution and PDF, HTML, and JSON reporting.
Octobox TR-398 Test Automation Package
OB2AUTO04A
Automate TR-398 issue 3 AP and mesh Wi-Fi performance testing on Octobox testbeds with web UI execution and PDF, HTML, and JSON reporting.
The TR-398 Test Automation Package delivers automated access point (AP) and mesh Wi-Fi performance testing against the Broadband Forum TR-398 issue 4 test plan using standard Octobox testbeds.
Test execution and reporting
- Web user interface (UI) for executing test cases individually, in groups, or all at once
- HTML, PDF, and JSON report generation at the end of test execution
- Raw JSON output available for custom reporting workflows
Test coverage — Stack-AP
- 21 test cases across six categories: receiver sensitivity, baseline performance, coverage, capacity, stability, and mesh
- Stack-AP configurations available in Min, Mid, and Max testbed sizes
- Full coverage of all TR-398 issue 4 test cases in the Max configuration
Test coverage — Stack-Mesh
- Mesh-specific test cases including repeater throughput, two-node repeater throughput, and roaming time
- Stack-Mesh configurations available in Min, Mid, and Max testbed sizes
Environment and reliability
- Complete isolation from outside interference for reliable and repeatable results
- Requires the Octobox Scriptmachine to run
Octobox Mesh Test Automation Package
Automate mesh Wi-Fi performance testing with repeatable test cases for throughput, roaming, band steering, and system capacity in lab environments.
Automate mesh Wi-Fi performance testing with repeatable test cases for throughput, roaming, band steering, and system capacity in lab environments.
Octobox Mesh Test Automation Package
OB2MESH02A
Automate mesh Wi-Fi performance testing with repeatable test cases for throughput, roaming, band steering, and system capacity in lab environments.
The Octobox Mesh Test Automation Package delivers repeatable, automated performance characterization of mesh access point (AP) systems using black-box testing in controlled lab environments.
Performance characterization
- Measures throughput and latency for each access radio across all nodes in the mesh
- Simulates a user walking away from a node with turntable-averaged measurements at each distance
- Evaluates total throughput across the full mesh network
Optimal steering and band steering
- Tests the mesh system's ability to steer devices to the correct node and band using pre-recorded house profiles
- Places a kvr-enabled (802.11k/v/r) client into 10 locations within each home and compares free-association throughput to per-radio throughput
- Characterizes band steering by moving a station from far to near and recording steering events with received signal strength indicator (RSSI) data
System capacity
- Places up to 3 simultaneously active stations into the same pre-recorded house profiles
- Evaluates optimal throughput across all stations and reveals load-balancing behavior
Roaming
- Emulates a user walking along the mesh to measure connection gaps during node-to-node transitions
- Records RSSI and data transmission gaps during roaming events
- Supports up to 7 methods for inducing traffic and measuring roaming gaps
- Configurable for kvr-enabled or disabled clients
Octobox RFC 2544 Test Automation Package
Automate RFC 2544 benchmark testing for throughput, latency, frame loss, and back-to-back frames on Octobox Wi-Fi testbeds.
Automate RFC 2544 benchmark testing for throughput, latency, frame loss, and back-to-back frames on Octobox Wi-Fi testbeds.
Octobox RFC 2544 Test Automation Package
OB2RFC254403A
Automate RFC 2544 benchmark testing for throughput, latency, frame loss, and back-to-back frames on Octobox Wi-Fi testbeds.
The Octobox RFC 2544 software package automates Request for Comments (RFC) 2544 benchmark testing on Octobox Wi-Fi testbeds, evaluating wireless router performance across four standardized test categories.
Test capabilities
- Measures maximum throughput without packet loss using binary search iteration across seven frame sizes (64–1518 bytes)
- Evaluates latency — the delay between frame transmission and reception — with user-selectable offered load
- Determines frame loss rate by reducing offered load from the maximum throughput baseline until packet loss reaches one percent
- Tests back-to-back frame handling to measure the longest burst the device under test (DUT) can process without frame loss
- Supports both uplink and downlink testing for each frame size
Automation and configuration
- Runs multiple station traffic groups for all test cases with automatic offered load adjustment to limit frame loss
- Operates on a minimum Stack-Min testbed configuration
- Licensed per testbed; eligible for Testing as a Service (TaaS)
Octobox STA Automation Package
Automated Wi-Fi 6/6E and Wi-Fi 7 station device testing — max throughput, rate vs range, MU-MIMO, OFDMA, roaming, and backwards compatibility.
Automated Wi-Fi 6/6E and Wi-Fi 7 station device testing — max throughput, rate vs range, MU-MIMO, OFDMA, roaming, and backwards compatibility.
Octobox STA Automation Package
OB5STA7SA
Automated Wi-Fi 6/6E and Wi-Fi 7 station device testing — max throughput, rate vs range, MU-MIMO, OFDMA, roaming, and backwards compatibility.
The Octobox STA Automation Package delivers automated performance testing and validation for station (STA) devices operating on Wi-Fi 6/6E and Wi-Fi 7 networks, using a structured and scalable test framework built on Spirent's wireless validation expertise.
- Automates station testing across Wi-Fi 6, Wi-Fi 6E, and Wi-Fi 7 networks
- Measures maximum throughput across channel widths of 20, 40, 80, 160, and 320 MHz with user-selectable modulation schemes
- Characterizes rate vs range by measuring throughput degradation across the access point (AP) coverage area
- Runs fixed modulation and coding scheme (MCS) sweeps to determine per-device operational range
- Validates multi-user multiple-input multiple-output (MU-MIMO) performance for Wi-Fi 7's 2×2 MU-MIMO in high-density scenarios
- Tests orthogonal frequency division multiple access (OFDMA) resource unit (RU) utilization for optimized channel usage in Wi-Fi 6/6E and 7 networks
- Evaluates roaming reliability across multiple access points using 802.11r protocols for smooth handoffs
- Confirms backwards compatibility for Wi-Fi 7 devices operating in mixed Wi-Fi 6E and earlier environments
- Integrates seamlessly with Octobox testbeds for controlled, repeatable testing scenarios
- Available with Wi-Fi test-as-a-service (TaaS) for flexible deployment
