本報告已在2012年02月24日停止出版。
本報告書內容包括：採用嵌入式應用之處理技術（有關CPU、DSP、FPGA及MCU）的區隔別分析、供應側及需求側的資料提供等，包含128張圖表，內容綱要摘記如下：、
調查範圍及調查方法
市場評價•預測•分析－CPU、DSP、FPGA及MCU
市場區隔
競爭分析
調查結果的摘要
附錄
Abstract
RESEARCH OVERVIEW:
- Pages: 71
- Exhibits: 128
- Primary Sources/Telephone Sample Size: 40
- Primary Sources/Web Survey Sample Size: 750
- Market Forecast Coverage: 2007-2012
- Regional Market Coverage: Global
DETAILED OVERVIEW:
VDC recently released its report on Embedded Processors, providing market
intelligence on processor platforms used in embedded computing applications.
The report provides detailed data and segmentation on CPUs, DSPs, FPGAs, and
MCUs used in embedded applications. These four major processing technologies
covered are segmented by individual classification as well as collectively to
measure how many units of each individual processor architecture proliferate
in each of the many fragmented embedded vertical markets relative to each
other. The primary data collected for this project includes supply-side data
and two separate demand-side data sets.
Table of Contents
Executive Findings
- Scope and Methodology
- Market Estimates, Forecasts, and Analysis - CPUs, DSPs, FPGAs, and
MCUs
- Market Segmentations
- Competitive Analysis
- Summary Observations
- Appendices:
- About VDC
- Ways to Work with Us
- Licensing Terms and Conditions
- Excel files are attached in a separate document
Embedded CPUs
- Exhibit 1
- Total Market, CPUs in Embedded Applications, 2007-2013 (US$ in Millions)
- Exhibit 2
- Total Market, CPUs in Embedded Applications, Modeled Unit Shipments,
2008-2013 (Units)
- Exhibit 3
- CPUs in Embedded Applications, Distribution Channels, 2008 & 2011 (% of
US Dollar Shipments)
- Exhibit 4
- CPUs in Embedded Applications, Geographic Distribution, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 5
- CPUs in Embedded Applications, Vertical Market Segments, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 6
- CPUs in Embedded Applications, Architectures, 2008 & 2011 (% of US
Dollar Shipments)
- Exhibit 7
- CPUs in Embedded Applications, Bit Count, 2008 & 2011 (% of US Dollar
Shipments)
- Exhibit 8
- CPUs in Embedded Applications, Number of Cores, 2008 & 2011 (% of US
Dollar Shipments)
- Exhibit 9
- CPUs in Embedded Applications, Vendor Dollar Volume Market Shares Ranked
in Descending Order, Projected for 2008
Embedded DSPs
- Exhibit 1
- Total Market, DSPs in Embedded Applications, 2007-2013 (US$ in Millions)
- Exhibit 2
- Total Market, DSPs in Embedded Applications, Modeled Unit Shipments,
2008-2013 (Units)
- Exhibit 3
- DSPs in Embedded Applications, Distribution Channels, 2008 & 2011 (% of
US Dollar Shipments)
- Exhibit 4
- DSPs in Embedded Applications, Geographic Distribution, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 5
- DSPs in Embedded Applications, Vertical Market Segments, 2008 & 2011
(% of US Dollar Shipments)
- Exhibit 6
- DSPs in Embedded Applications, Multi-Core, 2008 & 2011 (% of US Dollar
Shipments)
- Exhibit 7
- DSPs in Embedded Applications, Multi-Core Configurations, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 8
- DSPs in Embedded Applications, Vendor Dollar Volume Market Shares Ranked
in Descending Order, Projected for 2008
Embedded Programmable Logic
- Exhibit 1
- Total Market, Programmable Logic Devices in Embedded Applications,
Dollar Volume Shipments, 2007-2013 (US$ in Millions)
- Exhibit 2
- Total Market, Programmable Logic Devices in Embedded Applications,
Modeled Unit Shipments, 2008-2013 (Units)
- Exhibit 3
- Programmable Logic Devices in Embedded Applications, Distribution
Channels, 2008 & 2011 (% of US Dollar Shipments)
- Exhibit 4
- Programmable Logic Devices in Embedded Applications, Geographic
Distribution, 2008 & 2011 (% of US Dollar Shipments)
- Exhibit 5
- Programmable Logic Devices in Embedded Applications, Vertical Market
Segments, 2008 & 2011 (% of US Dollar Shipments)
- Exhibit 6
- Programmable Logic Devices in Embedded Applications, Embedded Hard &
Soft CPU Cores, 2008 & 2011 (% of US Dollar Shipments)
- Exhibit 7
- Programmable Logic Devices in Embedded Applications, Vendor Dollar
Volume Market Shares Ranked in Descending Order, Projected for 2008
Embedded MCUS
- Exhibit 1
- Total Market, MCUS in Embedded Applications, 2007-2013 (US$ in Millions)
- Exhibit 2
- Total Market, MCUS in Embedded Applications, Modeled Unit Shipments,
2008-2013 (Units)
- Exhibit 3
- MCUS in Embedded Applications, Distribution Channels, 2008 & 2011 (% of
US Dollar Shipments)
- Exhibit 4
- MCUS in Embedded Applications, Geographic Distribution, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 5
- MCUS in Embedded Applications, Vertical Market Segments, 2008 & 2011 (%
of US Dollar Shipments)
- Exhibit 6
- MCUS in Embedded Applications, Bit Count, 2008 & 2011 (% of US Dollar
Shipments)
- Exhibit 7
- MCUS in Embedded Applications, 32-Bit MCUS with Co-Processor, 2008 &
2011 (% of US Dollar Shipments)
- Exhibit 8
- MCUS in Embedded Applications, MCU Architectures by Modeled Unit Volume
Shares, 2008 (% of Unit Shipments)
- Exhibit 9
- MCUS in Embedded Applications, Vendor Dollar Volume Market Shares Ranked
in Descending Order, Projected for 2008 Market Overview
- Exhibit 1
- Total Market, Processors in Embedded Applications, Dollar Volume
Shipments, 2007-2013 (US$ in Millions)
- Exhibit 2
- Total Market, Processors in Embedded Applications, Classes as Percentage
of Total Market Dollar Volume Shipments, 2007-2013 (% of US Dollar Shipments)
- Exhibit 3
- Processors in Embedded Applications, Dollar Volume Shipment CAGRs,
2007-2013 & 2008-2013
- Exhibit 4
- Processors in Embedded Applications, Vertical Market Segments, 2008 &
2011 (% of US Dollar Shipments)
- Exhibit 5
- Total Market, Processors in Embedded Applications, Vendor Dollar Volume
Market Shares Ranked in Descending Order, Projected for 2008
- Exhibit 6
- Total Market, Processors in Embedded Applications, Modeled Unit
Shipments, 2008-2013 (Units)
- Exhibit 7
- Total Market, Processors in Embedded Applications, Classes as Percentage
of Total Modeled Unit Shipments, 2007-2013 (% of Unit Shipments)
- Exhibit 8
- Processors in Embedded Applications, Unit Shipment CAGRs, 2008-2013
- Exhibit 9
- ASIC Market, Market Size Estimate, Dollar Volume Shipments, 2007-2013
(US$ in Millions)
Market Segmentations
- Exhibit 1
- Total Market, Processors in Embedded Applications, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments, Ranked in
Descending Order, 2008 (% of Unit Shipments)
- Exhibit 2
- Total Market, Processors in Embedded Applications, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments - Excluding
MCUS, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 3
- Total Market, Processors in Embedded Applications, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments - Excluding MCUS
& Excluding ARM Handset Chips, Ranked in Descending Order, 2008 (% of Unit
Shipments)
- Exhibit 4
- Processors in the Automotive - Deeply Embedded Applications Segment,
Core Architectures as Percentage of Total Embedded Processor Cores/Unit
Shipments to Segment, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 5
- Processors in the Automotive - Infotainment Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 6
- Processors in the Broadcast Applications Segment, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments to Segment,
Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 7
- Processors in the Communications & Networking Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
- Exhibit 8
- Processors in the Consumer Electronics Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 9
- Processors in the Digital Signage Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
- Exhibit 10
- Processors in the Gaming Applications Segment, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments to Segment -
Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of Unit
Shipments)
- Exhibit 11
- Processors in the Industrial Automation & Control Applications Segment,
Core Architectures as Percentage of Total Embedded Processor Cores/Unit
Shipments to Segment, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 12
- Processors in the Industrial Automation & Control Applications Segment,
Core Architectures as Percentage of Total Embedded Processor Cores/Unit
Shipments to Segment - Excluding MCU Shipments, Ranked in Descending Order,
2008 (% of Unit Shipments)
- Exhibit 13
- Processors in the Instrumentation Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
- Exhibit 14
- Processors in the Medical Applications Segment, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments to Segment -
Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of Unit
Shipments)
- Exhibit 15
- Processors in the Military & Aerospace Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
- Exhibit 16
- Processors in the Office/Business Automation Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment, Ranked in Descending Order, 2008 (% of Unit Shipments)
- Exhibit 17
- Processors in the Office/Business Automation Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
- Exhibit 18
- Processors in the Retail Applications Segment, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments to Segment -
Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of Unit
Shipments)
- Exhibit 19
- Processors in the Storage Applications Segment, Core Architectures as
Percentage of Total Embedded Processor Cores/Unit Shipments to Segment -
Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of Unit
Shipments)
- Exhibit 20
- Processors in the Video Processing Applications Segment, Core
Architectures as Percentage of Total Embedded Processor Cores/Unit Shipments
to Segment - Excluding MCU Shipments, Ranked in Descending Order, 2008 (% of
Unit Shipments)
USER DATA SET#1
- Exhibit 1
- Survey Respondent Demographics: Primary Vertical Market Served, 2008 (%
of Respondents Identifying)
- Exhibit 2
- Processor Architectures used by Respondents, 2008 (% of Respondents
Identifying)
- Exhibit 3
- CPU Suppliers used by Respondents, 2008 (% of CPU User Respondents
Identifying)
- Exhibit 4
- DSP Suppliers used by Respondents, 2008 (% of DSP User Respondents
Identifying)
- Exhibit 5
- FPGA Suppliers used by Respondents, 2008 (% of FPGA User Respondents
Identifying)
- Exhibit 6
- MCU Suppliers used by Respondents, 2008 (% of MCU User Respondents
Identifying)
- Exhibit 7
- Current Users' Considerations of Using FPGAs (% of Respondents
Identifying)
- Exhibit 8
- Greatest Perceived Advantages/Gains for Users in Switching to an n FPG A
(% of Respondents Identifying)
- Exhibit 9
- Minimum Processor Lifecycle Required by Users of Embedded Processor
Suppliers (% of Respondents Identifying)
- Exhibit 10
- Frequency with Which Users like Embedded Processor Design to be
refreshed (% of Respondents Identifying)
- Exhibit 11
- Current Users' Power Requirement of Their Embedded Processor Design (%
of Respondents Identifying)
- Exhibit 12
- Software Development Tools Required by Users of their Embedded Processor
Supplier(s) (% of Respondents Identifying)
- Exhibit 13
- Most Important Support Services Offered by Embedded Processor Suppliers
(% of Respondents Identifying)
- Exhibit 14
- Rated Importance of Technical & N on-Technical Embedded Processor
Selection Criteria (Average Rating on a Scale of 1 to 7, W here 7 is Most
Important)
USER DATA SET #2
- Exhibit 1: Survey Respondents Segmented by Country Currently Doing
Engineering Work In (Percent of Respondents)
- Exhibit 2: Survey Respondents Segmented by Geographic Sub-Region
(Percent of Respondents)
- Exhibit 3: Survey Respondents Segmented by Geographic Region
(Percent of Respondents)
- Exhibit 4: What type of a company do you work for? (Percent of
Respondents)
- Exhibit 5: What is your primary role within the company? (Percent
of Respondents)
- Exhibit 6: Is this product a new design or a revision to an
existing design? (Average of Respondents)
- Exhibit 7: Which of the following best describes the type of
product your project team is developing? (Percent of Respondents)
- Exhibit 8: What industry / application is this product targeted
to? (Percent of Respondents)
- Exhibit 9: Please estimate the approximate number of units that
will shipper year once the product has been designed. (Percent of Respondents)
- Exhibit 10: How important are the following factors in the
development of the product? (Mean of Respondents, 1= Not at all important, 5 =
Very important)
- Exhibit 11: How would you describe the processing unit(s) used on
the current design?
- Exhibit 12: What do you expect to be using within the next two
years?(Percent of Respondents)
- Exhibit 13: How would you characterize the process or design on the
current project?(Percent of Respondents)
- Exhibit 14: What do you expect the design to be in the next two
years?(Percent of Respondents)
- Exhibit 15: How many processors are included on the current
design?(Average of Respondents)
- Exhibit 16: How many cores are included on the current
design?(Average of Respondents)
- Exhibit 17: Multiprocessor only - How many processors are included
on the current design? (Average of Respondents Currently Using Multiprocessor
Architectures)
- Exhibit 18: Multiprocessor only - How many cores are included on
the current design? (Average of Respondents Currently Using Multiprocessor
Architectures)
- Exhibit 19: Multi-core only - How many processors are included on
the current design? (Average of Respondents Currently Using Multi-core
Architectures)
- Exhibit 20: Multi-core only - How many cores a re included on the
current design? (Average of Respondents Currently Using Multi-core
Architectures)
- Exhibit 21: Multiprocessor and multi-core only - How many
processors are included on the current design? (Average of Respondents
Currently Using Multiprocessor and Multi-core Architectures)
- Exhibit 22: Multi-process or and multi-core only - How many cores
are included on the current design? (Average of Respondents Currently Using
Multiprocessor and Multi-core Architectures)
- Exhibit 23: Does your current multi-core/process or architecture
employ asymmetric or symmetric processing? (Percent of Respondents)
- Exhibit 24: What architecture will you likely employ in two years
on a similar project?(Percent of Respondents)
- Exhibit 25: Is your current multi-core/process or architecture a
homogeneous or heterogeneous processing architecture?(Percent of Respondents)
- Exhibit 26: What architecture will you likely employ in two years
on a similar project?(Percent of Respondents)
- Exhibit 27: Please describe the types of processors used within the
Embedded system / device on the current project. What instruction set
architecture do they use?(Percent of Respondents)
- Exhibit 28: Please describe the types of processors used within the
Embedded system / device on the current project. What Semiconductor supplier
provides these processors?(Percent of Respondents)
- Exhibit 29: Please describe the types of processors used within the
Embedded system / device on the current project. What process or family do
they belong to?(Percent of Respondents)
- Exhibit 29 (continued): Please des cri be the types of processors
used within the Embedded system / device on the current project. What
processor family do they belong to?(Percent of Respondents)
- Exhibit 30: Which of the following types of tools are you
personally using on the current project for software/system (not Hardware or
IC/SoC) engineering?(Percent of Respondents)
- Exhibit 31: How critical to the success of the current project are
the following types of tools you are using? (Mean of Respondents, 1= Not very
critical, 5 = Extremely critical)(Percent of Respondents)
- Exhibit 32: UML/SYSM L-based Modeling Tools used for the Current
Project(Percent of Respondents)
- Exhibit 33: UML/SYSML-based Modeling Tools Evaluated for the
Current Project(Percent of Respondents)
- Exhibit 34: SDL-based Modeling Tools used for the Current
Project(Percent of Respondents)
- Exhibit 35: SDL-based Modeling Tools Evaluated for the Current
Project(Percent of Respondents)
- Exhibit 36: Modeling / Simulation, Code Generation , and Algorithm
Design Tools used for the Current Project(Percent of Respondents)
- Exhibit 37: Modeling / Simulation, Code Generation , and Algorithm
Design Tools Evaluated for the Current Project(Percent of Respondents)
- Exhibit 38: Advanced GUI/HMI Design Tools used for the Current
Project(Percent of Respondents)
- Exhibit 39: Advanced GUI/HMI Design Tools Evaluated for the Current
Project(Percent of Respondents)
- Exhibit 40: Static Analysis Tools used for the Current
Project(Percent of Respondents)
- Exhibit 41: Static Analysis Tools Evaluated for the Current Project
(Percent of Respondents)
- Exhibit 42: Virtual Sys tem Prototyping / Simulation Tools used for
the Current Project(Percent of Respondents)
- Exhibit 43: Virtual Sys tem Prototyping / Simulation Tools
Evaluated for the Current Project(Percent of Respondents)
- Exhibit 44: What languages are you using to develop software on the
current project?(Percent of Respondents)
- Exhibit 45: What languages do you expect to be using within the
next two years?(Percent of Respondents)
- Exhibit 46: What languages are you currently using for system level
description / design on the current project?(Percent of Respondents)
- Exhibit 47: What languages do you expect to be using within the
next two years?(Percent of Respondents)
- Exhibit 48: (cont.' d): What languages do you expect to be using
within the next two years?(Percent of Respondents)
- Exhibit 49: What types of Hardware prototyping methodologies are
you using for software development and debug?(Percent of Respondents)
- Exhibit 50: What types of Hardware prototyping do you expect to be
using on the next project?(Percent of Respondents)
- Exhibit 51: What languages are you using to design/verify IC/SoC
designs on the current project?(Percent of Respondents)
- Exhibit 52: What languages do you expect to be using within the
next two years?(Percent of Respondents)
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