Embedded 64-Bit Microprocessors In Customer-Specific, Cell-Based Designs: Upping The Bandwidth

Microprocessor Report: Search | Client Login

In-Stat Market Research: Search | Client Login

Market Research Report Information
Report Abstract, Table of Contents, List of Tables, List of Figures

2005 Reports: May April March February January 2004 Reports: December More >

Embedded 64-Bit Microprocessors In Customer-Specific, Cell-Based Designs: Upping The Bandwidth

Service: Digital Engines
Report Number: IN0401397DE
Publication Date: July 2004
Number of Pages: 55
Report Price: $3,245 U.S. Dollars
Analyst: Jerry Worchel

Members Only: Full text PDF
Purchase This Report Online
Contact a Sales Representative

Abstract
This report presents a detailed analysis of the 64-bit embedded microprocessors (eMPU), cell-based, customer-specific market, i.e., custom designs that include at least one pre-defined 64-bit microprocessor core, along with other functions, using the cell-based design approach. This architecture (bus width) is on a high growth path, not only for customer-specific applications, but also in the development of true single-chip development platforms, the ASIC of tomorrow, as well as in a multitude of ASSP products. Worldwide customer-specific, cell-based market revenues for this technology will see its revenues grow from $91.2 million in 2003, to $1,855.7 million by 2008, translating to a compound annual growth rate, 2003-2008, of 82.7%.

End-use consumption of products incorporating 64-bit eMPU technology is examined in detail by major end-use market; EDP, communications, consumer, industrial, and military/automotive, as well as by major second-level end-use application, such as networks, basestations, servers, factory automation, electronic games and toys, et cetera. Geographic consumption for each of the four major regions, The Americas, Europe, Japan and Asia Pacific, is also explored, as are processor architecture (ARM, MIPS, etc.), hard- vs. soft-core implementation, operating voltage, packaging, and mixed-signal trends, along with suppliers of 64-bit eMPU cores, be they IDMs or independent IP providers. Also included are other major embedded functions in these desi

Table of Contents

Executive Summary
Methodology
Methodology
Customer-Specific, Embedded MPU Market Overview
- Global Economic Overview
- Embedded MPUs – Market Overview
- Embedded 64-Bit MPUs – Market Analysis
- Embedded MPUs: Hard Core Versus Soft-Core
- Embedded 64-Bit MPU Architectures
Embedded 64-Bit MPU, Customer-Specific, Cell-Based End-Use Consumption
- Second Level 64-Bit Embedded MPU End-Use Consumption - EDP
- Second Level 64-Bit Embedded MPU End-Use Consumption - Communications
- Second Level 64-Bit Embedded MPU End-Use Consumption - Consumer
- Second Level 64-Bit Embedded MPU End-Use Consumption - Industrial
Embedded 64-Bit MPU, Customer-Specific, Cell-Based Geographic Consumption
Embedded 64-Bit MPU, Customer-Specific, Cell-Based Other Major Embedded Functions
Embedded 64-Bit MPU, Customer-Specific, Cell-Based Product Suppliers
Embedded 64-Bit MPU, Customer-Specific, Cell-Based Product Suppliers
Appendix I – Other Key Indices
- Operating Voltage
- Packaging
- Functional Classification

List of Tables

Table 1. Total Customer-Specific, Cell-Based Worldwide Dollar Shipments Compared To Total Embedded MPU Dollar Shipments (US$ in Millions)
Table 2. Total Embedded MPU Worldwide Dollar Shipments Compared To Embedded 64-Bit MPU Dollar Shipments (US$ in Millions)
Table 3. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Core Type (US$ in Millions)
Table 4. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Architecture (US$ in Millions)
Table 5. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Major End-Use Market (US$ in Millions)
Table 6. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - EDP (US$ in Millions)
Table 7. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Communications (US$ in Millions)
Table 8. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Consumer (US$ in Millions)
Table 9. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Industrial (US$ in Millions)
Table 10. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Major Second-Level End-Use Markets - Total Market (US$ in Millions)
Table 11. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Geographic Region (US$ in Millions)
Table 12. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Operating Voltage Category (US$ in Millions)
Table 13. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Package Category (US$ in Millions)
Table 14. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Functional Classification (US$ in Millions)

List of Figures

Figure 1. Worldwide Dollar Shipments of Customer-Specific, Cell-Based Designs Containing Embedded 64-Bit MPUs (US$ in Millions)
Figure 2. Total Customer-Specific, Cell-Based Worldwide Dollar Shipments Compared To Total Embedded MPU Dollar Shipments (US$ in Millions)
Figure 3. Total Embedded MPU Worldwide Dollar Shipments Compared To Embedded 64-Bit MPU Dollar Shipments (US$ in Millions)
Figure 4. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Design Starts
Figure 5. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Core Type (US$ in Millions)
Figure 6. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Architecture (US$ in Millions)
Figure 7. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Major End-Use Market (US$ in Millions)
Figure 8. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - EDP (US$ in Millions)
Figure 9. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Communications (US$ in Millions)
Figure 10. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Consumer (US$ in Millions)
Figure 11. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Second-Level End-Use Market - Industrial (US$ in Millions)
Figure 12. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Major Second-Level End-Use Markets - Total Market (US$ in Millions)
Figure 13. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Consumption By Geographic Region (US$ in Millions)
Figure 14. Other Major Embedded Functions
Figure 15. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Operating Voltage Category (US$ in Millions)
Figure 16. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Package Category (US$ in Millions)
Figure 17. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Dollar Shipments By Functional Classification (US$ in Millions)
Figure 18. Customer-Specific, Cell-Based, Embedded 64-Bit MPU Mixed-Signal Percent Analog Content

Information Alerts
Sign Up | Current

Market Alerts
Sign Up | Current

Processor Watch
Sign Up | Current

Quick Links

In-Stat (www.in-stat.com) is the leading provider of actionable market research, assessments and market forecasts of semiconductors and advanced communications equipment and services. Our market forecasts, market analysis, and market insights are derived from 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�s tenured, experienced staff and in-depth research to support critical technology, product and success decisions.

Copyright � 2005 In-Stat
A Unit of Reed Business Information,
A Division of Reed Elsevier