Essential Electronic Design Automation (EDA)
暫譯: 基本電子設計自動化 (EDA)
Mark D. Birnbaum
- 出版商: Prentice Hall
- 出版日期: 2003-10-01
- 售價: $1,530
- 貴賓價: 9.5 折 $1,454
- 語言: 英文
- 頁數: 256
- 裝訂: Paperback
- ISBN: 0131828290
- ISBN-13: 9780131828292
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商品描述
Essential Electronic Design Automation (EDA)
- A unique, easy-to-understand introduction to the EDA software tools used to design IC microchips
- Includes all aspects of EDA: business, technical, tool vendor and end user views, IC and EDA industry trends
- Explains (in simple English) the concepts and terminology of IC design issues and the EDA tools that deal with them
- Covers the complete range of EDA tools from electronic system-level through front-end functional design, synthesis, and backend physical design
- Ideal for non-technical readers in sales, marketing, public relations, legal, finance, students, and new entrants to the EDA, semiconductor or related industries
Essential Electronic Design Automation (EDA) demystifies this highly technical industry for anyone with a "need-to-know" about EDA. A friendly, informal introduction to EDA business and technology, clear enough for laypeople yet detailed enough for technical readers. The book also makes an excellent complementary text for cross-disciplinary engineering, business and marketing courses on VLSI Design.
Simply and clearly, veteran industry leader Mark Birnbaum introduces the design problems EDA is intended to solve, the tools that exist to solve them, the designers who use them, and what makes EDA crucial to electronic product and chip design.
- Explains how EDA fits into the electronic product and semiconductor industries
- Examines the EDA industry from both the tool user and EDA software vendor perspectives, including business models, return on investment, and tool evaluation
- Includes electronic system-level tools for defining what ICs will do, front-end functional chip-level tools for design how the IC will behave, and back-end design tools for implementing the IC physical layout
- Discusses EDA industry trends and IC design issues, including deep submicron challenges, intellectual property (IP), and system-on-chip (SoC)
- Includes EDA standards organizations and publications
Industry newcomers will appreciate the book's extensive set of appendices, including primers on electricity, semiconductor manufacturing, computing, and common dimensions, reference sources and a complete glossary with acronym pronunciation.
Table of Contents
Acknowledgements.
1. Introduction to EDA.Introduction. Electronic Products. Printed Circuit (PC) Boards. Integrated Circuits. CAD, CAM, CAE, and EDA. Data, Signals, and Input/Output. Electronic Product Development. EDA Party—Users and Tools. System Design. Logic Design. ASIC Design. Physical Layout Design. EDA Benefits. Summary.
2. The Business of EDA.
Introduction. EDA User Return on Investment. EDA Vendor Return On Investment. EDA Tool Development Sources. In-house/Out-source EDA Tool Development. The Time-to-Market Competition. EDA Business Models. New EDA Tools. Licensing Models. Mergers and Acquisitions. Application Service Provider Model. Design Services Business. EDA Industry Growth. Relative Industry Sizes: EDA, IC, Electronics. Relative Risk Factor. EDA People and Conferences. People Opportunities. Key Conferences. Summary. Quick Quiz.
3. The User Perspective.
Introduction. Four Key EDA User Decisions. Organization. Computer Network. Security Requirements. Computer Systems. Engineering / Non-engineering Goals. How to Buy EDA Tools—Five Key Issues. Cost/Performance. Training and Support. Make or Buy. Compatibility. Transition. Standards Efforts—Who, What, and Why. Design Flow Integration. EDA Tool Interface Standards. Frameworks. Design Database Standards. Standards Groups. Personnel—The Key to EDA Support. University Connections. Summary. Quick Quiz.
4. Overview of EDA Tools and Design Concepts.
Introduction. Tool Improvements. Major Classes of EDA Tools. Electronic System-Level Design Tools. Front-end Design Tools. Back-end Design Tools. Essential EDA Concepts. Design Views. Design Data. Design Hierarchy. Design—The Art of Trial and Error. Design Styles. Design Partitioning. Architecture, Methodology, and Design Flow. IC Architectures. Design Methodology and Design Flow. Tool Suites. Summary. Quick Quiz.
5. Electronic System-Level Design Tools.
Introduction. Specification Guidelines. System-Level Design Tools. High-Level Modeling. System-Level Design Languages. Design Space Exploration and Trade-offs. Test Bench Creation. Other System-Level Tools. Hardware/Software Integration. Approaches to Co-Design. Hardware and Software Co-Design. Embedded Systems. Real Time. Reliability. Summary. Quick Quiz.
6. Front-end Design Tools.
Introduction. Design Capture Tools. Hardware Description Languages. Specialized Design Tools. Netlist Output. Design Capture Checking Tools. Verification Tools. Design Verification. Simulation. Simulation Speed. Formal Verification Tools. Device and Circuit Simulators. Timing Analysis Tools. Dynamic Timing Analysis. Static Timing Analysis. Clocks. Signal Timing. Design for Test Tools. Design for Test. Boundary Scan. Built-in Self Test. Power-Related Tools. Power Estimation Tools. Low-Power Design Tools. Synthesis Tools. Summary. Quick Quiz.
7. Back-end Design Tools (Physical Design).
Introduction. Physical Layout Tools. Floorplanning Tools. Placement and Routing Tools. Layout Styles. Power Routing Tools. Design Rule Check Tools. Extraction and Timing Analysis Tools. Signal Integrity Issues. Signal Integrity. Voltage Sensitivity. Noise Margin. Buffers. Switching Noise. Electromagnetic Interference. Metal Migration. Thermal Design Tools. Manufacturing Preparation Steps. Merging Operations. Electrostatic Discharge Protection. Mask-Making Preparations. Diagnostic and Manufacturing Tests. Automatic Test Pattern Generation. Product Engineering Tools. Porting Designs to New Processes. Summary. Quick Quiz.
8. Trends.
EDA Design Environment Trends. Integrated Design Suites. Run-Time Control Tools. Distributed Design. System Design Links to Chip Design. EDA Tool Trends. Design Closure. Formal Verification. Design Repair. Design for Test. Design for Manufacture (DFM) Trends. Design Redundancy. Chip-to-Chip Differences. Mask Enhancements. System-on-chip and IP Trends. Semiconductor Trends. Performance Design Issues. Power and Thermal Design Issues. Physical Design Issues. New Materials and Lithography150 Summary.
Appendix A: Elementary Electricity.
Introduction. Atoms and Electrons. Conductors, Insulators, and Semiconductors. Electrical Attributes. Electrical Current. Electrical Voltage. Resistance. Capacitance. Inductance. Direct and Alternating Current. Other Electrical Effects. Static Electricity. Coupling. Waves. Electrical Components. Semiconductor Devices.
Appendix B: Semiconductor Manufacturing.
Introduction. Manufacturing Process. Masks and Feature Size. Manufacturing Test. Packaging. IC Testing. Process Improvements.
Appendix C: Signals to Software.
Introduction. Transistor Circuits. Analog and Digital. Analog. Digital. Analog and Digital. Memory. Logic. Signal Delay. Computers. Software.
Appendix D: Metrics.
Introduction. Small Numbers. Large Numbers.
Appendix E: References.
Conferences. Organizations. Standards Groups. Publications. EDA Internet Sites. Universities.
Appendix F: ICs, IP, and SoC.
The IC Industry. Product Design. Integrated Circuit Design. Design Handoff. Design Re-use and Intellectual Property. Design Re-use. Intellectual Property. Types of IP Blocks. IP Vendor Business Models. IP Re-use Issues. System-on-Chip. SoC Issues. Platforms. Summary.
Appendix G: Glossary-Terms and Acronyms. Preface.
Purpose of This Book.
Intended Audience.
Organization.
Index.
商品描述(中文翻譯)
**摘要**
**基本電子設計自動化 (EDA)**
- 提供一個獨特且易於理解的介紹,涵蓋用於設計 IC 微晶片的 EDA 軟體工具。
- 包括 EDA 的所有方面:商業、技術、工具供應商和最終用戶的觀點,以及 IC 和 EDA 行業趨勢。
- 用簡單的英語解釋 IC 設計問題的概念和術語,以及處理這些問題的 EDA 工具。
- 涵蓋從電子系統級到前端功能設計、綜合和後端物理設計的完整 EDA 工具範圍。
- 非技術讀者(如銷售、行銷、公關、法律、財務、學生及新進 EDA、半導體或相關行業的人士)理想的參考書籍。
《基本電子設計自動化 (EDA)》為任何對 EDA 有「需要了解」的人解開了這個高度技術性行業的神秘面紗。這本書以友好、非正式的方式介紹 EDA 的商業和技術,對於外行人來說足夠清晰,對於技術讀者來說又足夠詳細。這本書也非常適合作為跨學科工程、商業和行銷課程中 VLSI 設計的補充教材。
資深行業領袖 Mark Birnbaum 簡單明瞭地介紹了 EDA 旨在解決的設計問題、現有的解決工具、使用這些工具的設計師,以及 EDA 對電子產品和晶片設計的重要性。
- 解釋 EDA 如何融入電子產品和半導體行業。
- 從工具使用者和 EDA 軟體供應商的角度檢視 EDA 行業,包括商業模式、投資回報和工具評估。
- 包括用於定義 IC 將執行的電子系統級工具、設計 IC 行為的前端功能晶片級工具,以及實現 IC 物理佈局的後端設計工具。
- 討論 EDA 行業趨勢和 IC 設計問題,包括深亞微米挑戰、智慧財產權 (IP) 和系統單晶片 (SoC)。
- 包括 EDA 標準組織和出版物。
行業新手將會欣賞本書的廣泛附錄,包括有關電力、半導體製造、計算和常見尺寸的入門知識、參考來源以及完整的術語表和縮寫發音。
**目錄**
致謝。
1. EDA 簡介。
簡介。電子產品。印刷電路 (PC) 板。集成電路。CAD、CAM、CAE 和 EDA。數據、信號和輸入/輸出。電子產品開發。EDA 參與者—用戶和工具。系統設計。邏輯設計。ASIC 設計。物理佈局設計。EDA 的好處。總結。
2. EDA 的商業。
簡介。EDA 用戶的投資回報。EDA 供應商的投資回報。EDA 工具開發來源。內部/外包 EDA 工具開發。市場競爭。EDA 商業模式。新 EDA 工具。授權模式。併購。應用服務提供商模型。設計服務業務。EDA 行業增長。相對行業規模:EDA、IC、電子。相對風險因素。EDA 人員和會議。人員機會。主要會議。總結。快速測驗。
3. 用戶視角。
簡介。四個關鍵 EDA 用戶決策。組織。計算機網絡。安全要求。計算機系統。工程/非工程目標。如何購買 EDA 工具—五個關鍵問題。成本/性能。培訓和支持。自製或購買。相容性。過渡。標準努力—誰、什麼和為什麼。設計流程整合。EDA 工具介面標準。框架。設計數據庫標準。標準組織。人員—EDA 支持的關鍵。大學聯繫。總結。快速測驗。
4. EDA 工具和設計概念概述。
簡介。工具改進。主要 EDA 工具類別。電子系統級設計工具。前端設計工具。後端設計工具。基本 EDA 概念。設計視圖。設計數據。設計層次。設計—試錯的藝術。設計風格。設計分區。架構、方法論和設計流程。IC 架構。設計方法論和設計流程。工具套件。總結。快速測驗。
5. 電子系統級設計工具。
簡介。規範指導。系統級設計工具。高階建模。系統級設計語言。設計空間探索和權衡。測試平台創建。其他系統級工具。硬體/軟體整合。共同設計方法。硬體和軟體共同設計。嵌入式系統。實時。可靠性。總結。快速測驗。
6. 前端設計工具。
簡介。設計捕捉工具。硬體描述語言。專用設計工具。網路清單輸出。設計捕捉檢查工具。驗證工具。設計驗證。模擬。模擬速度。正式驗證工具。設備和電路模擬器。時序分析工具。動態時序分析。靜態時序分析。時鐘。信號時序。測試設計工具。測試設計。邊界掃描。內建自我測試。與電源相關的工具。功率估算工具。低功耗設計工具。綜合工具。總結。快速測驗。
7. 後端設計工具(物理設計)。
簡介。物理佈局工具。樓層規劃工具。放置和路由工具。佈局風格。電源路由工具。設計規則檢查工具。提取和時序分析工具。信號完整性問題。信號完整性。電壓敏感度。噪聲裕度。緩衝器。開關噪聲。電磁干擾。金屬遷移。熱設計工具。製造準備步驟。合併操作。靜電放電保護。製作掩模準備。診斷和製造測試。自動測試模式生成。產品工程工具。將設計移植到新工藝。總結。快速測驗。
8. 趨勢。
EDA 設計環境趨勢。集成設計套件。運行時控制工具。分散式設計。系統設計與晶片設計的連結。EDA 工具趨勢。設計閉合。正式驗證。設計修復。測試設計。製造設計 (DFM) 趨勢。設計冗餘。晶片間差異。掩模增強。系統單晶片和 IP 趨勢。半導體趨勢。性能設計問題。功率和熱設計問題。物理設計問題。新材料和光刻。
附錄 A:基礎電學。
簡介。原子和電子。導體、絕緣體和半導體。電氣屬性。電流。電壓。電阻。電容。電感。直流和交流。其他電氣效應。靜電。耦合。波。電氣元件。半導體設備。
附錄 B:半導體製造。
簡介。製造過程。掩模和特徵尺寸。製造測試。包裝。IC 測試。過程改進。
附錄 C:信號到軟體。
簡介。晶體管電路。類比和數位。類比。數位。類比和數位。記憶體。邏輯。信號延遲。計算機。軟體。
附錄 D:度量。
簡介。小數字。大數字。
附錄 E:參考文獻。
會議。組織。標準組織。出版物。EDA 網站。大學。
附錄 F:IC、IP 和 SoC。
IC 行業。產品設計。集成電路設計。設計交接。設計重用和智慧財產。設計重用。智慧財產。IP 區塊類型。IP 供應商商業模式。IP 重用問題。系統單晶片。SoC 問題。平台。總結。
附錄 G:術語和縮寫詞彙表。前言。
本書的目的。
目標讀者。
組織。
索引。
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