市場調査レポート

ソフトウェア開発&マルチコアツール

Software Development & Multicore Tools: Embedded Software Engineering Technologies

発行 VDC Research Group, Inc. 商品コード 250961
出版日 ページ情報 英文 88 Pages, 42 Exhibits
納期: 即日から翌営業日
価格
本日の銀行送金レート: 1USD=101.75円で換算しております。
Back to Top
ソフトウェア開発&マルチコアツール Software Development & Multicore Tools: Embedded Software Engineering Technologies
出版日: 2012年08月31日 ページ情報: 英文 88 Pages, 42 Exhibits
概要

当レポートでは、ソフトウェア開発ツールおよび関連サービス市場の現状と見通しについて調査分析し、製品カテゴリー・エンドユーズ産業・地域・主要ベンダー別の出荷実績・予測、市場成長推進因子・阻害因子の分析、組み込みエンジニアを対象としたプロジェクト開発および開発ツールに関する要件・好みの調査結果、主要ベンダーの競合環境、主要ベンダーのプロファイルなどをまとめ、概略下記の構成でお届けいたします。

重要ポイント

  • 戦略的課題・市場成長推進因子
  • 市場推計・予測・競合分析
  • VDCによる組み込みエンジニア調査:主な要件と好み

ベンダーへの提言

  • 消滅することのない市場
  • 顧客獲得の市場機会

調査範囲・調査手法

市場概要

  • 低消費電力モバイル技術

市場の定義・市場区分

市場概要

  • OEM:複雑性への対応や迅速なプロジェクト開発、ビジネスイニシアチブの推進を支援するツールおよび技術を模索している

戦略的課題・成長推進因子・動向

  • 市場力学
  • デバイス開発の複雑性
  • 組み込みソフトウェア開発ツールの商業市場における成長推進因子・阻害因子

市場推計・予測

  • 組み込みソフトウェア市場における競合:ソフトウェアソリューションの選定において選択肢を提供
  • プロジェクト開発チーム:複雑性の増大に対応するため、より高度なツールスイートを必要とする見通し
  • 製品カテゴリー・地域・エンドユーザー産業別の市場分析
  • 製品ライセンスが最大の収益源と推計される・今後も最速成長の見通し
  • プロフェッショナルサービスが最小規模の製品カテゴリーだが、保守&サポートよりも早い成長を見せる見通し
  • OEMはマルチコアアーキテクチャの取り入れたプロジェクトに推進され、ツールサプライヤーからのトレーニング、統合、半導体サポート、広告コンサルティング契約などのプロフェッショナルサービスを必要とする見通し
  • 複雑化する製品開発により、高度な開発ツールが必要とされるため、アジア太平洋地域の成長が期待される
  • 欧州・中東・アフリカ地域はマクロ経済上の不安定性から、成長がもっとも緩やかとなる見通し
  • マルチコアツール区分の中では、欧州・中東・アフリカ地域が最大の地域市場
  • 欧州・中東・アフリカ地域:主にARMおよびLauterbachの開発ツールの売上により推進される
  • 軍事・航空宇宙産業:サプライヤーにとって最大の収益源
  • 医療機器・自動車/鉄道/輸送・通信/データコム産業:最速成長となる見通し
  • ARM・Lauterbachにより、携帯電話産業がマルチコアツール区分で最大規模
  • マルチコアツール市場区分:軍事/航空宇宙・通信/データコム・携帯電話産業が最速成長の見通し

主なエンジニアの要件&好み

  • 組み込みエンジニアのプロジェクト開発要件・好み・動向:主な調査結果
  • 南北アメリカ:回答者の50%以上を占める
  • 組み込みエンジニア:情報源として同業者/協力者および産業出版物を参照している
  • 組み込みエンジニア:製品開発のために幅広い開発ツールを利用している
  • 品質・性能・信頼性:製品開発でもっとも重要なファクター
  • 50%以上の回答者が次のプロジェクトのツール予算は現在と同レベルと回答
  • 統合開発環境(IDE)は約70%の組み込みエンジニアに利用されている
  • マルチコアまたはマルチプロセッサー設計の複合が好まれるため、シングルプロセッサーの利用は減少
  • OS・ソフトウェア開発ツールサプライヤー:マルチコアプログラミングの習得に利用可能なトレーニングの品質において高レート
  • 平均チーム規模・プロジェクトの期間・スケジュールの遵守率に関する統計
  • ソフトウェア要件:非公式・自社開発OSの利用で下落を示し続けている
  • 組み込みエンジニアの大部分はホスト開発プラットフォームとしてWindowsを利用している
  • エンジニアはC++およびCをソフトウェア開発の主要なプログラミング言語と答えている
  • 自社開発ソフトウェアコードは最終設計の最大のソースであり、次のプロジェクトにおいて最速の成長と期待されている
  • ソフトウェア開発コスト:R&D予算の重要な推進因子

競合分析

  • サプライヤートップ3社が市場全体の約50%のシェアを占める
  • 主要3社以外の市場の断片化:Lauterbachが市場のリーダー
  • ARMが引き続きリーダーシップを保持・ IAR Systemsは引き続きシリコン製造業者との密接な協力体制を維持
  • Wind Riverは開発ツールをプラットフォームソリューションとバンドル化
  • Mentor Graphics:幅広い技術を提供

ベンダープロファイル

  • ADACORE
  • ALTIUM
  • ARIUM
  • ARM
  • ATEGO
  • DDC-I
  • GREEN HILLS SOFTWARE
  • IAR SYSTEMS
  • IBM CORPORATION
  • LAUTERBACH
  • MENTOR GRAPHICS
  • SOPHIA SYSTEMS
  • WIDN RIVER
  • 横河ディジタルコンピュータ
目次

Abstract

ABOUT THIS DOCUMENT

This document presents the Table of Contents and List of Exhibits from: Software Development & Multicore Tools, part of VDC Research Group's Strategic Insights 2012 - Embedded Software & Tools Market.

ABOUT VDC RESEARCH

VDC Research Group (VDC) provides exceptionally detailed direct-contact primary market research and consulting services to many of the world's largest technology suppliers, innovative stat-ups and leading investors. The firm is organized around six practices, each with its own focused area of coverage. Our clients rely on us for highly segmented research and analysis which is derived from our unwavering commitment to the idea that all markets are collections of smaller market segments and that winning companies must develop and execute strategies that are segment-specific.

Table of Contents

Critical Takeaways

  • Page 3 Strategic issues, trend, and market drivers
  • Page 4 Market estimates, forecasts and competitive analysis
  • Page 5 VDC's 2012 embedded engineer survey - select requirements and preferences

Implications for Vendors

  • Page 7 This market is by no means going away
  • Page 8 There are opportunities to win customers

Scope & Methodology

  • Page 10 Scope of VDC's research
  • Page 11 Methodology

Market Definitions & Segmentation

  • Page 13 Market Definition
  • Page 14 Market Segmentation
  • Page 15 Definitions that apply to this report
  • Page 16 Definitions that apply to this report (continued)
  • Page 17 Definitions that apply to this report (continued)
  • Page 18 Definitions that apply to this report (continued)

Market Overview

  • Page 20 OEMs continue to look for tools and technologies that help them tackle complexity, develop projects faster, and drive business initiatives

Strategic Issues, Drivers & Trends

  • Page 22 Market dynamics at work
  • Page 23 Device development complexity
  • Page 24 Drivers/inhibitors to commercial market for embedded software development tools

Market Estimates & Forecasts

  • Page 26 Competition in the embedded software market continues to offer choice when selecting software solutions
  • Page 27 Project development teams will require more advanced tool suites to address added complexity
  • Page 28 Product category, regional, and vertical market analysis
  • Page 29 Product licenses are estimated to be the largest source of revenue in 2011 and expected to grow the fastest through 2014
  • Page 30 Professional services is the smallest product category, however, it is expected to grow faster than maintenance & support over the forecast period
  • Page 31 Product licenses, similar to the aggregate market, are estimated to be the largest source of revenue in 2011 and expected to grow the fastest over the forecast period
  • Page 32 OEMs are expected to seek out professional services such as training, integration, semiconductor support, ad consulting engagements from their tools supplier driven by projects incorporating multicore architectures
  • Page 33 Grown in the Asia-Pacific region is expected as a result of more complex product development requiring more sophisticated development tools
  • Page 34 EMEA is expected to be the slowest growing region based on the macro economic uncertainties within this region
  • Page 35 Within the multicore tool segment, the EMEA region is the largest geographic segment
  • Page 36 EMEA region is driven primarily by sales of ARM and Lauterbach development tools
  • Page 37 The military/aerospace industry is the largest source of revenue for suppliers in 2011
  • Page 38 The medical device, automotive/rail/transportation, and telecom/datacom industries are expected to grow the fastest
  • Page 39 The mobile phone industry is the largest segment within the multicore tools segment driven by ARM and Lauterbach
  • Page 40 For the multicore tools market segment, VDC expects the military/aerospace, telecom/datacom, and mobile phone industries to grow the fastest

Select Engineers' Requirements & Preferences

  • Page 42 Embedded engineer project development requirements, preferences, and trends - select survey results
  • Page 43 Embedded engineer project development requirements, preferences, and trends (continued)
  • Page 44 Americas region represents greater than 50% of survey respondents
  • Page 45 Embedded engineers look to peers/co-workers and industry publications as sources of information
  • Page 46 Embedded engineers utilize a broad array of development tools for product development
  • Page 47 Quality, performance, and reliability are the top factors most important in product development
  • Page 48 Greater than 50% of survey respondents expect tool budgets to remain about the same for the next project
  • Page 49 Integrated Development Environments (IDEs) are being used by almost 70% of embedded engineers
  • Page 50 The use of single processors continues to decrease in favor of combinations of multicore and/or multiprocessor designs
  • Page 51 Operating system and software development tools suppliers receive the highest rating for quality of training available for learning multicore programming
  • Page 52 A few quick stats on average team size, project length, and schedule adherence
  • Page 53 Software requirements continue to show a decline in the use of no formal and in-house developed operating systems
  • Page 54 Majority of embedded engineers use Windows as their host development platform
  • Page 55 Engineers cited C++ and C as the top programming languages being used to develop software
  • Page 56 In-house developed software code is the largest source in the final design and expected to grow the fastest for the next project
  • Page 57 Software development cost is a significant driver in R&D budgets

Competitive Analysis

  • Page 59 Top three suppliers represent approximately 50% of the overall aggregate market
  • Page 60 Significant market fragmentation beyond the three dominant players; Lauterbach remains the market leader
  • Page 61 ARM continues to hold a leadership position within the market; IAR Systems continues to focus on and work closely with silicon manufacturers
  • Page 62 Increasingly Wind River has bundled its development tools with its platform solutions
  • Page 63 Mentor Graphics provides a wide range of technologies

Vendor Profiles

  • ADACORE
  • ALTIUM
  • ARIUM
  • ARM
  • ATEGO
  • DDC-I
  • GREEN HILLS SOFTWARE
  • IAR SYSTEMS
  • IBM CORPORATION
  • LAUTERBACH
  • MENTOR GRAPHICS
  • SOPHIA SYSTEMS
  • WIDN RIVER
  • YOKOGAWA DIGITAL COMPUTER CORPORATION

LIST OF EXHIBITS

Market Overview

* Market Estimates and Forecasts

  • Exhibit 1 Worldwide Shipments of Software Development Tools and Related Services Through 2014 (Millions of Dollars)
  • Exhibit 2 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development Through 2014 (Millions of Dollars)
  • Exhibit 3 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Product Category (Percent of Dollars)
  • Exhibit 4 Worldwide shipments of Software Development Tools and Related Services, Segmented by Product Category; 2011-214 (Millions of Dollars)
  • Exhibit 5 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Product Category (Percent of Dollars)
  • Exhibit 6 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Product category; 2011-2014 (Millions of Dollars)
  • Exhibit 7 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Geographic Region (Percent of Dollars)
  • Exhibit 8 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Geographic Region; 2011-2014 (Millions of Dollars)
  • Exhibit 9 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Geographic Region (Percent of Dollars)
  • Exhibit 10 worldwide shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Geographic Region; 2011-2014 (Millions of Dollars)
  • Exhibit 11 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Vertical Market (Percent of Dollars)
  • Exhibit 12 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Vertical Market; 2011-2014 (Millions of Dollars)
  • Exhibit 13 Worldwide shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Vertical Market (Percent of Dollars)
  • Exhibit 14 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Vertical Market; 2011-2014 (Millions of Dollars)
  • Competitive Analysis
  • Exhibit 15 Worldwide Shipments of Software Development Tools and Related Services, Segmented by Leading Vendors (Percent of Dollars)
  • Exhibit 16 Worldwide Shipments of Software Development Tools and Related Services Enabling Multicore Development, Segmented by Leading Vendors (Percent of Dollars)
  • Selectee Engineers' Requirement & Preferences
  • Exhibit 17 Survey Respondents Segmented by Geographic Region (Percent of Respondents)
  • Exhibit 18 Survey Respondents Segmented by the Target Industry/application of their Current Project (Percent of Respondents)
  • Exhibit 19 Resources Most Useful for Informing the Selection/Purchase of Embedded Software Solutions (Percent of Respondents )
  • Exhibit 20 Component Selected First for the Current Project (Percent of Respondents)
  • Exhibit 21 Factors of Importance in the Development of the Product (Mean of Respondents)
  • Exhibit 22 Characteristics Most Important When Selecting Tools Used (Percent of Respondents)
  • Exhibit 23 Types of Tools Used by Engineer on Current Project (Percent of Respondents)
  • Exhibit 24 Approximate Cost Budgeted for All Tools Used on Current Project (Percent of Respondents)
  • Exhibit 25 Expected Change in Tools Budget for the Next Project (Percent of Respondents)
  • Exhibit 26 Use of Integrated Development Environment on Current Project (Percent of Respondents)
  • Exhibit 27 Integrated Development Environment(s) Used by Engineers on Current Project (Percent of Respondents)
  • Exhibit 28 Current Characterization of Processor Design and Design Expected in Two Years; 2011 and 2012 (Percent of Respondent)
  • Exhibit 29 Level of Experience Working with/Programming Multicore and/or Multiprocessor Designs (Percent of Respondents)
  • Exhibit 30 Engineers' Ratings of Quality of Training Available For Learning Multicore Programming from Software Providers (Mean of Respondents)
  • Exhibit 31 Engineers' Ratings of Capabilities and Maturity of Available Commercial Software Solutions for the Development of Multicore-based Systems/Devices (Mean of Respondents)
  • Exhibit 32 Number of Full-time Engineers Working on the Current Project by Engineer Type (Mean of Respondents)
  • Exhibit 33 Estimate of the Total Project length in Calendar Months (actual Time from Initial Specification to Shipment) (average of Respondents)
  • Exhibit 34 Adherence to Schedule for Current Project (or Best Estimate Upon Completion) (Percent of Respondents)
  • Exhibit 35 Type of Operating System(s) Used on the Target Embedded System Developed/Under Development/Next Project Development (Percent of Respondents)
  • Exhibit 36 Primary Host Development Platform Used on Current Project and Expected to be Used Within the Next Two Years (Percent of Respondents)
  • Exhibit 37 Number of Lines of Software Code in Final Project Design for Current Project (Mean of Respondents)
  • Exhibit 38 Estimate of the Percent of In-house Code Developed by Type of method (Mean of Respondents)
  • Exhibit 39 Expected Change in the Number of Lines of Software Code on Engineers' Next Project for each of the Source Types (Mean of Respondents)
  • Exhibit 40 Languages Used by Engineers to Develop Software on Current Project (Percent of Respondents)
  • Exhibit 41 Percentage of Total Development Cost Related to Software Development for Current Project (Mean of Respondents)
  • Exhibit 42 Percentage of Total Software Development cost Related to Licensing Commercial Software for Current Project (Mean of Respondents
Back to Top