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先進設計系統（ADS）

領先群倫的電路設計和模擬軟體

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EDA 2025 Launch Event

We are ready to share the latest release of our electronic design automation (EDA) software suites.

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多技術模擬 EDA 平台

Keysight ADS 是一流的電子設計自動化 (EDA) 平台，用於設計高頻和高速數位實體層組件，從單一用途放大器到複雜的射頻模組和高速數位板。 ADS 平台構成了適用於這些應用的射頻/微波、訊號/電源完整性、電源/量子電子設計軟體套件的基礎： 

  • 多種技術的 3D 集成，包括晶片、封裝、互連、屏蔽、電路板和 I/O 連接器。
  • 卓越的電路、電磁、電熱和統計模擬技術可確保在硬體原型製作之前進行最準確的模擬，從而減少多次迭代的費用。
  • 透過 Python 腳本支援靈活部署到您的設計流程中，以自動與外部應用程式整合。
  • 無縫電磁 (EM) 和電路協同模擬，實現精確的 3D 異構整合模組設計。
  • 人工智慧 (AI) 和機器學習 (ML) 從測量或發布的數據生成模擬模型。
  • OpenAccess 架構是世界上使用最廣泛的 IC 和電子設計開放參考資料庫，可實現 EDA 工具互通性，且無需進行有損資料庫轉換。
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EDA 2025 網路研討會

觀看這些短片，了解是德科技 EDA 創新成果，幫助您進行 5G 和人工智慧基礎設施的設計工作。然後註冊參加您所在地區的啟動活動網路研討會。網路研討會開始後，選擇您喜歡的討論主題。

立即報名
Advanced Design System (ADS) 2025 Composite

射頻電路設計

高速數位設計

Keysight EDA for 3D heterogenous Integration

實現實體密度協同設計與多技術工作流程

隨著射頻 (RF) 應用進入毫米波 (mmWave) 頻率，整合變得更加密集。這種密度增加了正確組裝、模擬和驗證多技術射頻模組的複雜性。是德科技的 ADS 透過將 RFIC、MMIC、封裝、PCB 和天線實現 3D 異構整合 (3DHI) 到多技術模組中，幫助減少代價高昂的硬體故障。

探索射頻和微波設計軟體

克服高速數位設計的重重挑戰

隨著印刷電路板 (PCB) 頻率和速度的提高，訊號和電源完整性變得越來越重要。與傳輸線效應相關的損耗可能導致電子設備故障。為了準確地模擬電路板，需要對走線、過孔和現代互連（例如 Chiplet UCIe 和 BoW）進行建模。利用標準驅動的積體電路設計和專為電源和訊號完整性分析量身定制的電磁模擬器，提高 PCB 設計中的高速鏈路性能。

探索高速數位設計軟體
Keysight ADS for Chiplet PHY Designs
Keysight ADS for Power Electronics Designs

提高功率轉換器設計的可靠度

電源供應器、太陽能逆變器及電動車正不斷要求提高功率元件的設計效率。 能促使效率提高的技術是寬能隙材料，例如碳化矽和氮化鎵。 建立現代材料和切換式電源供應器的模型，有助於將功率元件的設計最佳化，進而提升效率。

探索功率電子軟體

加快量子晶片研發速度

隨著對更強大的量子晶片的需求不斷增長，創新的量子設計是加速開發的關鍵。利用直覺的工具來縮小微波工程師的量子知識差距，從而節省時間並降低成本。

在量子競賽中保持領先地位——採用尖端設計來推動計算及其他領域的突破。快速、精確地將可能性轉化為現實。用量子設計解鎖未來！

探索量子電子軟體
Keysight ADS for Quantum Designs

先進設計系統（ADS） 套件

已擁有其中一項產品？ 瀏覽技術支援網頁
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W3600B
W3600B PathWave ADS Core、EM Design Core 軟體 
入門價  
W3600B PathWave ADS and EM Design Core, RF/MW/mmWave design software, creates/imports 3D structures such as connectors for integration into your design.
W3601B
W3601B PathWave ADS Core、EM 設計、布局 
入門價  
W3601B PathWave ADS 和 EM Design Core 具有射頻布局、封裝和 3D 迴避路由設計功能，讓您能加速開發多製程電路和射頻模組。
W3602B
W3602B PathWave ADS Core、EM 設計、布局、HB 
入門價  
W3602B PathWave ADS 和 EM 設計環境，具有諧波平衡非線性模擬器。 完整的非線性多元件放大器穩定性分析。
W3603B
W3603B PathWave ADS Core、EM 設計、布局、RF Ckt Sim 
入門價  
W3603B PathWave ADS 和 EM 設計環境，附有諧波平衡、電路波封、暫態/卷積電路模擬器。 了解詳情！
W3604B
W3604B PathWave ADS Core、EM 設計、布局、RFPro 
入門價  
PathWave ADS 和 EM 設計環境，具有線性電路和 RFPro 3DEM 模擬器（Momentum 和 FEM）。 射頻布局與 3D 迴避路由，適用於多技術射頻模組實體設計，以及 DRC/LVS/LVL 模組級驗證，以實現正確無誤的組裝。
W3605B
W3605B PathWave ADS Core、EM 設計、布局、Momentum、HB 
入門價  
PathWave ADS 和 EM 設計環境，具有非線性諧波平衡電路分析和 3D 平面 Momentum 電磁模擬器。 透過 3D 迴避布線進行射頻布局，適用於多技術射頻模組實體設計和 DRC/LVS/LVL 模組層級驗證。
W3606B
W3606B PathWave ADS Core、EM 設計、布局、RFPro、RF Ckt Sim 
入門價  
W3606B PathWave ADS 和 EM 設計環境，具有 3D 射頻布局，適用於射頻模組設計和模組級 DRC/LVS/LVL 驗證，以實現正確無誤的組裝。
W3607B
W3607B PathWave ADS Core、EM 設計、布局、RFPro、RF Ckt Sim、Sys-Ckt 驗證 
入門價  
W3607B PathWave ADS 和 EM 設計環境，具有 3D 射頻布局，適用於射頻模組設計和模組級 DRC/LVS/LVL 驗證，以實現正確無誤的組裝。
W3608B
W3608B PathWave ADS Core、EM 設計、布局、RFPro、RF Ckt Sim、Sys-Ckt 驗證、Complete VTB 
入門價  
PathWave ADS 和 EM 設計環境，具有 3D 射頻布局，適用於多技術射頻模組設計和模組級 DRC/LVS/LVL 驗證，以實現無誤的組裝。
W3609B
W3609B PathWave ADS Core、EM Design、Design Quad、布局、RFPro、RF Ckt Sim、Sys-Ckt Verif、VTB 
入門價  
W3609B PathWave ADS 和 EM 設計環境，具備 3D 射頻布局，適用於多製程射頻模組設計和模組級 DRC/LVS/LVL 驗證。
W3621B
W3621B ADS Core, EM Design, HSD Ckt Sim 
入門價  
W3621B ADS Core includes pre-layout signal integrity analysis for high-speed serial including HSD circuit simulators and ADS Core.
W3622B
W3622B ADS Core, EM Design, HSD Ckt Sim, Memory Designer 
入門價  
For next-generation memory design and high-speed serial channel simulation.
W3623B
W3623B PathWave ADS Core、EM 設計、布局、HSD Ckt Sim、PIPro 
入門價  
W3623B 是一套電源完整性測試套件，其配備高速串列通道模擬功能。 PIPro 的 EM 分析速度比通用 EM 工具更快。
W3624B
W3624B ADS Core, EM Design, Layout, HSD Ckt Sim, SIPro 
入門價  
The W3624B ADS Core includes post-layout EM verification for high-speed serial. SIPro provides Signal Integrity analysis of complex high-speed PCBs.
W3625B
W3625B ADS Core, EM Design, Layout, HSD Ckt Sim, SIPro, PIPro 
入門價  
Includes post-layout EM verification for high-speed serial signal integrity and power integrity.
W3626B
W3626B ADS Core, EM Design, Layout, HSD Ckt Sim, Memory, SIPro, PIPro 
入門價  
Includes post-layout verification for high-speed serial, memory, Signal Integrity and Power Integrity.
W3627B
W3627B PathWave ADS Core、EM 設計、布局、HSD Ckt Sim、SIPro、PIPro、FEM 
入門價  
W3627B 包含高速串列布局後驗證功能，可使用 FEM 模擬器對連接器等 3D 元件進行最準確的 EM 模擬。
W3631B
W3631B PathWave ADS Core、EM 設計、布局、PEPro、PE 電路模擬軟體 
入門價  
W3631B 是專為功率轉換器設計而開發的軟體，適用於發電和輸電、航太與國防、汽車、資料中心、消費性電子產品和物聯網等各種不同應用
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White Papers 2024.09.10

Accelerate your Digital Transformation with ADS Python Automation

Accelerate your Digital Transformation with ADS Python Automation

Keysight ADS Python APIs transform modern RF and high-speed designs and unlock a new generation of personal productivity, enterprise workflows, and AI/ML exploration.

2024.09.10

Application Notes 2024.08.11

Measurement-Based Artificial Neural Network Simulation Models for RF Power Amplifiers

Measurement-Based Artificial Neural Network Simulation Models for RF Power Amplifiers

Applying Keysight's unique modeling tools and simulation engines to Power Amplifier modeling.

2024.08.11

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 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 2023.02.06

Designing a More Efficient Power Converter Using Soft Switching Technique

Designing a More Efficient Power Converter Using Soft Switching Technique

Power converters play a critical role in electric vehicle and renewable energy applications. The main design goal for any converter is to achieve optimal efficiency. Soft switching is a known technique in the power electronics industry used to achieve higher levels of efficiency. This application note will discuss this the technique of soft switching and how Keysight’s EDA solution can enable a designer to utilize software switching in a power converter.

2023.02.06

Application Notes 2023.01.26

Simulating the Effects of Layout Parasitics on a Power Inverter

Simulating the Effects of Layout Parasitics on a Power Inverter

Power inverters are becoming more popular in industries such as electric vehicles, data centers and renewable energy. A power inverter converts DC power into AC power through a series of transistors. It is critical to balance the current that flows which each transistor to achieve an optimal level of current symmetry. Board parasitics can become a barrier to achieving this design goal. This application note will explore the technique used in simulation to overcome this challenge.

2023.01.26

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

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

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