その他半導体

主要IC Foundry生産・出荷統計レポート 1H2021分

発刊年月 2021/8
体裁 A4 :76ページ
価格(税抜価格表示)
500,000円(日本語/ハードコピー)
概要
本レポート『主要IC Foundry生産・出荷統計レポート 1H 2021分』は大手IC Foundryメーカーの先端プロセス毎の生産キャパシティ及び増設計画、アプリケーション別出荷状況、マーケットシェア等の分析を行っています。

先端プロセスのカバレッジ:11/12/14/16nm, 8/10nm, 6/7nm, 4/5nm, 3nm

半導体関連企業が世界の市場動向を的確に把握し、マーケティング戦略を立案する上で一助となり得ることを目的としたマルチクライアント調査レポートである。(メモリー分野は調査に含んでおりません)
 
目次
I. Executive Summary
    1. Market Overview of Semiconductor Foundries Industry
    2. Total Revenue Trends of Major IC Foundries
    3. Advanced Process Node: Shipment Revenue & Shipment by Applications
    4. Advanced Process Node: Production Capacity & Maker Share in 2021F
    5. 4/5nm Shipment Revenue and Capacity Trends (CY2020-CY2022)
    6. 4/5nm Capacity by IC Foundry and Customers 2021F
    7. 6/7nm Shipment Revenue and Capacity Trends (CY2020-CY2022)
    8. 6/7nm Capacity by IC Foundry and Customers 2021F
    9. 8/10nm Shipment Revenue and Capacity Trends (CY2020-CY2022)
    10. 8/10nm Capacity by IC Foundry and Customers 2021F
    11. 11/12/14/16nm Shipment Revenue and Capacity Trends (CY2020-CY2022)
    12. 11/12/14/16nm Capacity by IC Foundry and Customers 2021F
    13. Major IC Foundries Revenue & Capacity by Advanced Nodes
    14. 各国の半導体業界への支援政策
    15. 主要国と半導体メーカーの動向
II. Market Overview by Advanced Process Node
    1. Process Node by Major Applications
    2. Process Node Migration by major Applications
    3. Process Node Coverage by IC foundries
    4. Market Overview by Advanced Process Node
    5. Market Overview of 3nm Process Node
    6. Market Overview of 5nm Process Node
    7. Wafer Shipment Volumes of 5nm by Applications
    8. Wafer Shipment Volumes of 5nm by Customers
    9. Market Overview of 7nm Process Node
    10. Wafer Shipment Volumes of 7nm by Applications
    11. Wafer Shipment Volumes of 7nm by Customers
    12. Market Overview of 8/10nm Process Node
    13. Wafer Shipment Volumes of 8/10nm by Applications
    14. Wafer Shipment Volumes of 8/10nm by Customers
    15. Market Overview of 11/12/14/16nm Process Node
    16. Wafer Shipment Volumes of 11/12/14/16nm by Applications
    17. Wafer Shipment Volumes of 11/12/14/16nm by Customers 1
    18. Wafer Shipment Volumes of 11/12/14/16nm by Customers 2
    19. Wafer Shipment Volumes of 11/12/14/16nm by Customers 3
    20. Major Legacy Process Node List (28nm, 40nm, 55/65nm)
    21. Wafer Average ASP by Process Node
III. Market Topics
    1. New Packaging Technologies by IC Foundry (TSMC & Samsung Foundry)
    2. Intel IDM 2.0 Business Strategy
    3. Intel Process Node Roadmap
    4. Capital Expenditure Forecast by IC Foundries
    5. ASMLの売上金額及びEUV装置の出荷予想
    6. ASML:Forecast of EUV Shipments
    7. TSMC & Samsung Foundryの先端プロセスロードマップ
    8. FinFET (Fin Field-Effect Transistor) とGAA (Gate All Around) for Advanced Node
    10.事故、停電、操業停止等のトピックス
    11.事故、停電、操業停止等のトピックス 2020年後半から 1
    12.事故、停電、操業停止等のトピックス 2020年後半から 2
    13.事故、停電、操業停止等のトピックス 2020年後半から 3
    14.事故、停電、操業停止等のトピックス 2020年後半から 4
IV. Individual Sheets
    1. TSMC:Advanced Process Wafer Capacity & Shipment, Utilization & Yield Rate
    2. TSMC:Production Capacity Forecast by Process Node
    3. TSMC:Wafer Revenue by Process Node
    4. Wafer Shipment of TSMC Customers by Advanced Process Node
    5. Samsung Foundry:Advanced Process Wafer Capacity & Shipment, Utilization & Yield Rate
    6. Samsung Foundry Production Capacity Forecast by Process Node
    7. Samsung Foundry:Wafer Revenue by Process Node
    8. Wafer Shipment of Samsung Foundry Customers by Advanced Process Node
    9. SMIC:Advanced Process Wafer Capacity & Shipment, Utilization & Yield Rate
    10. SMIC:Production Capacity Forecast by Process Node
    11. SMIC:Wafer Revenue by Process Node & Customers by Advanced Node
    12. GlobalFoundries:Advanced Process Wafer Capacity & Shipment, Utilization & Yield Rate
    13. GlobalFoundries:Production Capacity Forecast by Process Node
    14. GlobalFoundries:Wafer Revenue by Process Node & Customers by Advanced Node
    15. UMC:Wafer Revenue by Process Node
    16. UMC:Production Capacity Forecast by Process Node