Opportunities for Power Architecture in Embedded Processing - 2011 Edition

This study is an update of the report last on this market in May 2009 and analyzes the revenue and unit opportunities for Power Architecture-based embedded processors (MCUs/eMPUs, ASICs/ASSPs and FPGAs) in 23 application areas, identifying which are the key sectors for growth. Base year is 2010, with forecasts to 2016. Note, the report scope has been expanded for the 2011 edition to include analysis of market demand in eBook Readers/Media Tablets/Netbooks.

Semicast has a strategic focus on embedded processing and provides on-going research services to the global industry. Its Embedded Processing Service has been developed specifically for semiconductor and software suppliers to understand detailed trends in 23 key application areas across the five main end-use sectors. The service has a particular focus on trends for the ARM, MIPS, Power Architecture and x86 product families in embedded processing.

Key Features:

- Part of the Embedded Processing Service.

- One of a series of 4 reports on ARM, MIPS, Power Architecture & x86 in Embedded Processing.

- Coverage of the market for Power Architecture-based MCUs/eMPUs, ASICs/ASSPs and FPGAs.

- Analysis of 23 application areas, providing detailed coverage of each end-use sector.

- Unit, revenue and average pricing (ASP) analysis for Power Architecture-based MCUs/eMPUs, ASICs/ASSPs and FPGAs in each application. Base year is 2010, with forecasts to 2016.

- 2010 supplier market share estimates for Power Architecture-based embedded processors.

- Highly quantitative analysis, with discussion summarized in short, easy to read bullet points.

- PDF and Excel delivery options available.

Analysis of trends for Power Architecture-based MCUs/eMPUs, ASICs/ASSPs and FPGAs in 23 application areas. Forecasts to 2016. SHOW LESS READ MORE >

Section 1 – Executive Overview
Key Point Conclusions

Section 2 – Scope & Method
2.1 Scope
2.2 Research Method
2.3 Embedded Processing Service

Section 3 – Application Analysis
3.1 Automotive Under-the-hood Electronics
3.2 Automotive OE Entertainment Systems
3.3 Automotive Aftermarket
3.4 Cellphones
3.5 Enterprise Customer Premises Equipment
3.6 Wired Communications Infrastructure
3.7 Wireless Communications Infrastructure
3.8 Compute Platforms
3.9 HDDs & Storage Systems
3.10 Office Equipment & Computer Peripherals
3.11 Wired Games Consoles
3.12 Handheld Games Consoles
3.13 eBook Readers/Media Tablets/Netbooks
3.14 Media Players/MP3 Players
3.15 Cameras & Camcorders
3.16 Digital TVs & Set-top Boxes
3.17 DVD Recorders & Players
3.18 Residential Customer Premises Equipment
3.19 Other Consumer Electronics
3.20 Automation & Drives
3.21 Medical Electronics
3.22 Chips Cards & Payment Processing
3.23 Other Industrial Electronics
Section 4 – Opportunities for Power Architecture-based MCUs/eMPUs in Embedded Processing
Section 5 – Opportunities for Power Architecture-based ASICs/ASSPs in Embedded Processing
Section 6 – Opportunities for Power Architecture-based FPGAs in Embedded Processing
Appendix I — Previous Market Forecasts
Appendix II — Power Architecture-based Embedded Processor Supplier Activity Summary

List of Tables (37 tables)
Table 1.1 Opportunities for Power Architecture in Embedded Processing by Application - Revenue Summary
Table 1.2 Opportunities for Power Architecture in Embedded Processing by Application - Unit Summary
Table 1.3 Opportunities for Power Architecture in Embedded Processing - Product Summary
Table 1.4 Worldwide Market Share Estimates for Suppliers of Power Architecture-based Embedded Processors in 2010
Table 2.1 Definitions of Embedded Processing Product Categories
Table 2.2 Definitions of Applications
Table 3.1 Opportunities for Power Architecture-based Embedded Processors in Automotive Under-the-hood Electronics
Table 3.2 Opportunities for Power Architecture-based Embedded Processors in Automotive OE Entertainment Systems
Table 3.3 Opportunities for Power Architecture-based Embedded Processors in Automotive Aftermarket
Table 3.4 Opportunities for Power Architecture-based Embedded Processors in Cellphones
Table 3.5 Opportunities for Power Architecture-based Embedded Processors in Enterprise Customer Premises Equipment
Table 3.6 Opportunities for Power Architecture-based Embedded Processors in Wired Communications Infrastructure
Table 3.7 Opportunities for Power Architecture-based Embedded Processors in Wireless Communications Infrastructure
Table 3.8 Opportunities for Power Architecture-based Embedded Processors in Compute Platforms
Table 3.9 Opportunities for Power Architecture-based Embedded Processors in HDDs & Storage Systems
Table 3.10 Opportunities for Power Architecture-based Embedded Processors in Office Equipment & Computer Peripherals
Table 3.11 Opportunities for Power Architecture-based Embedded Processors in Wired Games Consoles
Table 3.12 Opportunities for Power Architecture-based Embedded Processors in Handheld Games Consoles
Table 3.13 Opportunities for Power Architecture-based Embedded Processors in eBook Readers/Media Tablets/Netbooks
Table 3.14 Opportunities for Power Architecture-based Embedded Processors in Media Players/MP3 Players
Table 3.15 Opportunities for Power Architecture-based Embedded Processors in Cameras & Camcorders
Table 3.16 Opportunities for Power Architecture-based Embedded Processors in Digital TVs & Set-top Boxes
Table 3.17 Opportunities for Power Architecture-based Embedded Processors in DVD Recorders & Players
Table 3.18 Opportunities for Power Architecture-based Embedded Processors in Residential Customer Premises Equipment
Table 3.19 Opportunities for Power Architecture-based Embedded Processors in Other Consumer Electronics
Table 3.20 Opportunities for Power Architecture-based Embedded Processors in Automation & Drives
Table 3.21 Opportunities for Power Architecture-based Embedded Processors in Medical Electronics
Table 3.22 Opportunities for Power Architecture-based Embedded Processors in Chips Cards & Payment Processing
Table 3.23 Opportunities for Power Architecture-based Embedded Processors in Other Industrial Electronics
Table 4.1 Opportunities for Power Architecture-based MCUs/eMPUs in Embedded Processing by Application - Revenue Summary
Table 4.2 Opportunities for Power Architecture-based MCUs/eMPUs in Embedded Processing by Application - Unit Summary
Table 5.1 Opportunities for Power Architecture-based ASICs/ASSPs in Embedded Processing by Application - Revenue Summary
Table 5.2 Opportunities for Power Architecture-based ASICs/ASSPs in Embedded Processing by Application - Unit Summary
Table 6.1 Opportunities for Power Architecture-based FPGAs in Embedded Processing by Application - Revenue Summary
Table 6.2 Opportunities for Power Architecture-based FPGAs in Embedded Processing by Application - Unit Summary
Table AP 1.1 Opportunities for Power Architecture in Embedded Processing by Application - Revenue Summary (April 2009 Forecast)
Table AP 1.2 Opportunities for Power Architecture in Embedded Processing by Application - Revenue Summary (June 2007 Forecast)
Table AP2.1 Power Architecture-based Embedded Processor Supplier Activity Summary

List of Figures (4 figures)

Figure 1: Opportunities for Power Architecture in Embedded Processing - Revenue Summary by End-use Industry
Figure 2: Opportunities for Power Architecture in Embedded Processing - Unit Summary by End-use Industry
Figure 3: Opportunities for Power Architecture in Embedded Processing - Revenue Summary by Product Type
Figure 4: Opportunities for Power Architecture in Embedded Processing - Unit Summary by Product Type"

- Power Architecture-based MCUs/eMPUs
- Power Architecture-based ASICs/ASSPs
- Power Architecture-based FPGAs