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利用 Keysight PathWave 加速您的工作流程

引领数字化转型梦想成真

传统的产品设计和开发工作流程中，存在着大量孤立的设计和测试环节、不必要的返工和落后的手工操作。PathWave 是一个敏捷、联网的工程设计平台，能够显著加速您的工作流程。

Keysight PathWave 平台提供值得信赖、持续发展的设计与测试软件，致力满足您不断增长的需求。PathWave 软件旨在提供始终如一的用户体验、通用数据格式和控制界面，确保产品开发过程的每个环节都能紧密连通和整合。

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PathWave 平台是一个可扩展、可预测的开放软件平台，支持您在产品开发流程的各个阶段进行快速高效的数据处理、共享和分析。该平台结合了设计软件、仪器控件和专用测试软件，可推动企业不断改进工程设计和业务运营，以便应对越来越复杂的设计、测试和测量任务，开发出优质的电子产品。 

是德科技基于平台的方法可以加快产品上市速度，提高工程效率和成本效益，更充分地重复利用设计和测试，并能提供更快的分析和洞察，使您能够做出更明智的决策。

White Paper

Test Teams Gain Competitive Advantage by Embracing a Platform-Based Approach

  • “是德科技拥有悠久的创新史，并且在 30 多个标准委员会中发挥着领导作用，这让我们对客户的测量需求明察秋毫。因此，是德科技软件能够帮助您加快从数据采集到信息处理再到有效分析的全过程。”

    Ron Nersesian，是德科技总裁兼首席执行官

  • “是德科技致力于不断提供与新兴技术相辅相成的解决方案，帮助客户克服困难，不断创新并建立高效的工作流程。” 了解更多

    Jay Alexander，是德科技高级副总裁兼首席技术官

  • “提供云计算、大数据、机器学习、人工智能、增强现实和移动平台解决方案，这一切都需要一个值得信赖、知识渊博的合作伙伴。兼具开放性、可扩展性与前瞻性的 PathWave 平台将会加速您的工作流程。”

    Todd Cutler，是德科技副总裁兼设计与测试软件部总经理

Protect Your Innovation Investment

FEATURED RESOURCES

白皮书 2019.01.15

Accelerate Innovation by Improving Product Development Processes

Accelerate Innovation by Improving Product Development Processes

Getting from concept to shipment as fast as possible is the goal of virtually every product development team. Business imperatives constantly pressure development teams to improve their simulation tools, cut design cycle times, and reduce test time to bring products to market faster. This white paper explores techniques and methodologies for improving product development processes in order to accelerate innovation.

2019.01.15

White Papers 2021.03.09

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Radio designers are embracing system simulation to reduce design time and ensure their devices meet the 5G NR specification. We explore 3 simulation techniques to overcome mmWave design challenges.

2021.03.09

案例研究 2019.03.20

Extending the Operating Life of IoT Devices with a Wireless Energy-Harvesting

Extending the Operating Life of IoT Devices with a Wireless Energy-Harvesting

Geneva-based STMicroelectronics and French university Ecole Supérieure d’Electronique de l’Ouest (ESEO) collaborated on the development of “energy harvesting” circuits capable of transforming RF energy into DC power. STMicroelectronics and ESEO chose Keysight Advanced Design System (ADS) and its co-simulation capabilities to accurately design and simulate the rectifying circuit for the energy harvesting solution. The design team successfully created an energy-harvesting system that transformed ambient 2.45-GHz wireless signals into DC power.

2019.03.20

Application Notes 2017.11.30

Overcoming LTE Advanced RF Test Challenges

Overcoming LTE Advanced RF Test Challenges

This application note covers test implications for recent LTE-A updates. Learn how the multi-touch MXA X-Series Signal Analyzer simplifies LTE / LTE-A test.

2017.11.30

Application Notes 2019.09.24

Noise Figure Measurements: 10 Hints

Noise Figure Measurements: 10 Hints

Noise figure is often the key to characterizing a receiver and to detect weak incoming signals. Learn to minimize uncertainties in your noise figure measurements.

2019.09.24

Application Notes 2017.12.04

Designing an Advanced MMIC Amplifier

Designing an Advanced MMIC Amplifier

This paper illustrates the design of an advanced MMIC amplifier, design and simulation problems faced when producing an MMIC circuit and validation steps using ADS.

2017.12.04

Application Notes 2019.03.06

Simulating FPGA Power Integrity Using S-Parameter Models

Simulating FPGA Power Integrity Using S-Parameter Models

This paper discusses the simulation of frequency domain self-impedance profiles of a PDN using different methods of the S-Parameter Model. Learn more.

2019.03.06

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