Customer-Specific, MOS Cell-Based Designs; Destination

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Report Abstract, Table of Contents, Tables, Figures

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Customer-Specific, MOS Cell-Based Designs; Destination – Japan

Service: Digital Engines
Report Number: IN0401393DE
Publication Date: January 2004
Number of Pages: 54
Report Price: $2,995 U.S. Dollars
Analyst: Jerry Worchel

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Abstract
This report presents a comprehensive analysis of customer-specific, cell-based product consumption in Japan, i.e., semiconductor devices designed for a specific customer and application, using the standard cell design methodology. Japan, unlike The Americas, was not as severely affected during the recent economic slowdown. Japan currently represents the dominant region relative to the consumption of these products. In 2003, Japan saw consumption of these products increase by over 9% year-over-year. Over the forecast period, consumption of these products in Japan is currently forecast to grow by 7.8%. Even though it will lose market share over the forecast period, it will still remain the most dominant region.

End-use consumption for these products, in Japan, is examined in detail by major end-use, as well as by major second-level end-use application, such as networks, basestations, servers, medical, et cetera. The relationship of consumption in Japan will be further compared to the same end-use application in The Americas. Additional discussions relative to the use of the MOS standard cell design approach for the manufacture of Application-Specific Standard Products (ASSPs) are also included in this report, as well as issues surrounding the relocation of manufacturing offshore. Also included, are discussions of product suppliers, and the issues surrounding the reporting of these product’s shipments, as well as voltage, packaging and mixed-signal trends.

Table of Contents

Executive Summary
Methodology
MOS Standard Cell, Customer-Specific, Market Overview
- Market Overview -- Worldwide
- Market Overview - Japan
MOS Standard Cell End-Use Consumption in Japan
MOS Standard Cell End-Use Consumption in Japan
- Second Level End-Use Consumption - EDP
- Second Level End-Use Consumption - Communications
- Second Level End-Use Consumption - Consumer
- Second Level End-Use Consumption - Industrial
MOS Standard Cell Suppliers To Japan
Appendix I - Other Key Indices, Relative To Japan
- Operating Voltage
- Packaging
- Functional Classification

List of Tables

Table 1. MOS Standard Cell Worldwide Dollar Shipments Compared To MOS Standard Cell Dollar Consumption In Japan (US$ in Millions)
Table 2. MOS Standard Cell Dollar Consumption By Design Rule Category In Japan (US$ in Millions)
Table 3. MOS Standard Cell End-Use Consumption - Total In Japan (US$ in Millions)
Table 4. Second-Level MOS Standard Cell End-Use Consumption In Japan - EDP (US$ in Millions)
Table 5. Second-Level MOS Standard Cell End-Use Consumption In Japan - Communications (US$ in Millions)
Table 6. Second-Level MOS Standard Cell End-Use Consumption In Japan - Consumer (US$ in Millions)
Table 7. Second-Level MOS Standard Cell End-Use Consumption In Japan - Industrial (US$ in Millions)
Table 8. Major Second-Level MOS Standard Cell End-Use Consumption In Japan - Total Market (US$ in Millions)
Table 9. MOS Standard Cell Worldwide Dollar Shipments By Operating Voltage Category In Japan (US$ in Millions)
Table 10. MOS Standard Cell Worldwide Dollar Shipments By Package Category In Japan (US$ in Millions)
Table 11. MOS Standard Cell Worldwide Dollar Shipments By Functional Classification In Japan (US$ in Millions)

List of Figures

Figure 1. MOS Standard Cell Dollar Consumption In Japan (US$ in Millions)
Figure 2. MOS Standard Cell Worldwide Dollar Shipments Compared To MOS Standard Cell Dollar Consumption In Japan (US$ in Millions)
Figure 3. MOS Standard Cell Dollar Consumption By Design Rule Category In Japan (US$ in Millions)
Figure 4. MOS Standard Cell Design Starts In Japan
Figure 5. MOS Standard Cell Average Gate Density Per Design In Japan
Figure 6. MOS Standard Cell End-Use Consumption - Total In Japan (US$ in Millions)
Figure 7. Second-Level MOS Standard Cell End-Use Consumption In Japan - EDP (US$ in Millions)
Figure 8. Second-Level MOS Standard Cell End-Use Consumption In Japan - Communications (US$ in Millions)
Figure 9. Second-Level MOS Standard Cell End-Use Consumption In Japan - Consumer (US$ in Millions)
Figure 10. Second-Level MOS Standard Cell End-Use Consumption In Japan -- Industrial (US$ in Millions)
Figure 11. Major Second-Level MOS Standard Cell End-Use Consumption In Japan - Total Market (US$ in Millions)
Figure 12. MOS Standard Cell Worldwide Dollar Shipments By Operating Voltage Category In Japan (US$ in Millions)
Figure 13. MOS Standard Cell Worldwide Dollar Shipments By Package Category In Japan (US$ in Millions)
Figure 14. MOS Standard Cell Worldwide Dollar Shipments By Functional Classification In Japan (US$ in Millions)
Figure 15. MOS Standard Cell Mixed-Signal Percent Analog Content In Japan

In-Stat/MDR (www.instat.com) is a leading provider of actionable market research, market assessments and market forecasts of semiconductor and advanced communications equipment and services. The firm's forecasts, analysis and insights are informed by both a deep technology understanding and a unique research methodology, which examines each segment of the value chain for each market. Technology vendors, service providers, technology professionals and market specialists, worldwide, rely on In-Stat/MDR's tenured, experienced staff and in-depth research to support critical technology, product and success decisions.