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傳統的產品設計和開發流程充滿著各種繁瑣的設計和測試項目、不必要的重工，以及過時的手動操作。 立即使用 Keysight PathWave 軟體，加速您的工作流程。 是德科技值得信賴的 PathWave 設計與測試軟體經過不斷改良，可滿足貴公司與日俱增的需求。 PathWave 旨在提供使用者一致的使用體驗、共通的資料格式和操作介面，確保您的產品開發流程擁有高度的整合性和貫通性。

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透過 PathWave 實現創新

世界瞬息萬變，創新也需跟上腳步。 無論您管理的是全球的多台儀器或多個測試站，Keysight PathWave 軟體解決方案均可改善工作流程、加快自動化測試，協助您更有信心地作出決策。 您有數之不盡的創意，善用 PathWave 軟體解決方案讓您隨心所欲地進行創新。

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PathWave 助您做出最佳決策

PathWave 是開放式軟體平台，易於擴充而且具預測能力，讓您在產品開發流程的每個階段，都能擁有高速、高效的資料處理、分享和分析能力。 它結合了設計軟體、硬體控制功能，和針對不同應用開發的測試軟體，讓工程團隊和企業經營如虎添翼，以輕鬆因應愈趨複雜的設計、測試和量測挑戰，進而開發出出色的電子產品。

是德科技的平台式解決方案，可協助您縮短產品上市時間、提升工程團隊效率、增進設計和測試的重複利用率，進而加快分析流程，讓您能迅速做出正確的決策。

白皮書

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

PathWave 軟體平台 – TestOps

按應用類別探索軟體

  • 「我們擁有悠久的創新歷史，並在 30 多個標準委員會中扮演領導角色，使得是德科技能全盤掌握您的量測需求。 我們的軟體可協助您加速將資料轉成資訊，進而採取相對應的行動。」

    Ron Nersesian，總裁暨執行長。

  • 「是德科技致力於推出可因應新興技術的解決方案，以協助客戶克服創新障礙，並建立高效率的工作流程。」了解詳情

    是德科技資深副總裁暨執行長 Jay Alexander

  • 「在建立雲端運算、大數據、機器學習、人工智能，擴增實境和行動平台等解決方案，您需要一個值得信賴，具有專業知識的合作夥伴。 PathWave 的開放式、可升級和可預測的平台，讓您能加速執行工作流程。」

    是德科技副總裁暨設計和測試軟體總經理 Todd Cutler

企業級軟體服務合約

請即簽署是德科技企業級軟體服務合約，以便持續為您的企業創造價值。 此服務合約提供可重新混合搭配的授權方案，讓您能靈活、經濟有效地使用是德科技多元的軟體組合。

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精選資源

白皮書 2018.06.10

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.

2018.06.10

White Papers 2022.12.11

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Using Simulation to Overcome Three Millimeter-Wave Design Challenges

Radio designers are turning to higher frequencies and system simulation to solve 5G NR congestion and bandwidth challenges.

2022.12.11

案例研究 2019.03.24

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.

2019.03.24

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 2024.03.24

Designing an Advanced MMIC Amplifier

Designing an Advanced MMIC Amplifier

There are many design steps required for the development and manufacture of MMIC circuits, as illustrated in the MMIC Design Flow. Advanced Design System (ADS) is a central part of the complete MMIC design flow, and is used throughout this process. This application note illustrates, through the design of an MMIC amplifier, several of the common problems faced in designing, simulating, and producing a physical layout of an MMIC circuit, as well as the validation steps that are needed to verify that the physical layout still produces the desired result.

2024.03.24

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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