株式会社グローバルインフォメーション
TEL: 044-952-0102
表紙
市場調査レポート

コネクティビティとその背景事情:サイバー/物理的生産の世界におけるM2M (機械間通信)

Connectivity in Context - M2M in the World of Cyber-Physical Production

発行 Frost & Sullivan 商品コード 347351
出版日 ページ情報 英文 75 Pages
納期: 即日から翌営業日
価格
本日の銀行送金レート: 1USD=115.27円で換算しております。
Back to Top
コネクティビティとその背景事情:サイバー/物理的生産の世界におけるM2M (機械間通信) Connectivity in Context - M2M in the World of Cyber-Physical Production
出版日: 2015年12月16日 ページ情報: 英文 75 Pages
概要

工業用のM2M (機械間通信) は、モバイル通信オペレーターの主要収益源としてその重要性を増しつつあります。通信オペレーターもサービスプロバイダーもエンドユーザーも、M2Mの活用によって成長率低下を押しとどめ、生産性・効率性の改善を図ることができます。

当レポートでは、今後の製造業においてM2Mがおよぼす様々な影響について分析し、4つの機能 (センシング/デバイス/ネットワーク/ソフトウェア (アプリケーション) レイヤー) の観点から、現在のM2M技術の開発・活用・普及の状況や今後の見通し、新たな市場機会・課題、各企業が取るべき戦略などについて調査・考察しております。

第1章 エグゼクティブ・サマリー

  • 世界のM2M市場の将来展望
  • 技術の進歩・導入サイクル
  • 主な分析結果と推測:技術的観点から
  • 主な分析結果と推測:地域別の状況から

第2章 IIoT (工業用IoT):分析の全体像

  • IIoT:4つの機能上の特徴
  • 関連調査

第3章 分析範囲・手法および市場の内訳

  • 分析範囲・対象
  • 市場の定義
  • 調査マップ

第4章 今日の市場:M2Mの進化・導入・普及動向の検証

  • 当レポートの問題意識
  • 製造業におけるM2Mの無限大の可能性
  • 市場促進要因:M2Mの将来性を決する主な動き
  • 課題:投資収益率 (ROI) を低迷させる構造的な障壁
  • 市場の傾向:典型的な将来計画
  • 成長の加速化:M2Mの市場収益額の分析
  • 新規市場:6つの有望な分野
  • M2M技術の転換
  • 技術の一般的な傾向:業界の主な特徴

第5章 M2Mのレイアウト構造:各種の市場レイヤーの分析

  • M2Mの詳細な産業構造

第6章 センシング・レイヤー:M2Mセンサーの潜在的市場の開拓

  • 当レポートの問題意識
  • M2Mのコネクティビティ:センサーの主な分類方法
  • 産業別市場:市場収益額の分析と、市場の主な傾向
  • エンドユーザーの市場機会:センサー部門を通じた有機的成長
  • 一体型デザインの要素:新規産業への浸透のための要素
  • 新規センサー:新時代のM2Mセンサー
  • 情報デバイス:「常時オン」モード向け主要部品

第7章 デバイス・レイヤー:M2Mゲートウェイの潜在的市場における、巨大な市場機会の開放

  • 当レポートの問題意識
  • 通信用ハードウェア:主なM2Mデバイスの概要
  • 工業用M2Mゲートウェイ:出荷台数の概算
  • M2Mゲートウェイの一覧表:一般的な種類と主な特徴
  • エンドユーザーの期待:顧客側からの観点
  • 顧客価値の拡大:Ethernetの決定性
  • Ethernetの決定性:市場の見通しの検証

第8章 ネットワーク・レイヤー:PLC (電力線通信) の機能的部品の検証

  • 当レポートの問題意識
  • 産業用の周波数帯域に対する選好:主な特徴
  • 産業用の周波数帯域:データ消費量の分析
  • ワイヤレス技術:運用頻度の一覧
  • LPWAN:コネクテッド製造業の新たな真実
  • 5G技術:M2M市場の革命的変化の見通し

第9章 ソフトウェア管理レイヤー:ソフトウェア開発プラットフォームの概要

  • 当レポートの問題意識
  • 従来型のプラットフォーム:野心的な開発業者のためのM2M
  • 旧来の市場:実際の市場動向の概要
  • M2Mソフトウェア市場の詳細動向:実際の市場
  • 流通チャネル:ソフトウェア市場の概要
  • 地域別・産業別動向:ソフトウェア市場の概要
  • 市場収益額の成長曲線の分析:ソフトウェア市場の概要

第10章 結論

  • 主要な利害関係者に対する提言
  • 結論:5つの主な予測

第11章 付録

第12章 Frost & Sullivanについて

目次
Product Code: MB62-01-00-00-00

Business Process Efficiency, Operation Optimisation, and Customer Acquisition to Drive Large-Scale M2M Adoption

The industrial machine-to-machine (M2M) market is an increasingly important source of growth for mobile operators and network service providers. It is allowing operators, service providers, and M2M end users to offset slowing growth, and increase productivity and efficiency. The aim of this study is to understand the future impact of M2M on the industrial and the manufacturing environment. The study provides analysis of global industrial M2M connections under four different functional layers-sensing layer, device layer, network layer, and software and application development layer. Furthermore, it provides an outlook of the key challenges, opportunities, and strategies for M2M value chain participants and solution providers.

Key Questions this Section will Answer

Market Today-Examining M2Ms Evolution, Adoption and Prevailing Trends

  • How has the M2M market evolved over time? What is the potential of the M2M market in the manufacturing, industrial automation, and factory automation space?
  • What are the key drivers of the global M2M market? What are the key challenges hindering the return-on-investment (ROI) in the global M2M market?
  • What are the prevailing trends for M2M across vertical and horizontal markets? How is the M2M market set to grow during 2015-2021? What is the CAGR? Which regions are expected to lead in M2M adoption in terms of revenue and number of connections?
  • Which are the emerging horizontal markets? What are the key technological trends in the M2M space? How will this M2M technological transformation be accepted by the existing market participants?

Sensing Layer-Unraveling the Market Potential of M2M Sensors

  • What are the key sensor types used exclusively in the M2M market?
  • What are the key market trends for M2M sensors across vertical markets, such as process, discrete, and hybrid industries?
  • What are the potential end-user opportunities for M2M adoption through sensors? What are the integral design factors to be considered for expanding the end-user opportunities?
  • What are the emerging M2M sensors? What factors are to be considered while designing the
  • new-age M2M sensor?

Device Layer-Realising Lucrative Opportunities in the Latent M2M Gateways Market

  • Which are the key M2M hardware devices adopted in the market?
  • What is the current unit shipment of M2M gateways? At what rate will the unit shipments increase?
  • What are the common types of M2M gateways required in commercial and general use cases and what are their key features?
  • What are the end user expectations from an industrial gateway? How can deterministic Ethernet help in augmenting customer value for industrial gateways?

Network Layer- Examining the Functional Components of Power Line Communication

  • How is the industrial radio spectrum characterised for the M2M market? What is the global market size and CAGR (during 2014 to 2021) of industrial radio spectrum? How much data is being consumed by the different industry verticals during 2014 and what is the forecasted data consumption?
  • Which are the key wireless technologies used in M2M and what are their respective operating frequencies?
  • How to use LPWAN to leverage low power connectivity services in M2M market?
  • How would 5G technology revolutionise M2M market by 2021?

Software Management Layer-An Overview of Software Development Platforms

  • How has the traditional M2M software market evolved into something more than just a
  • device-centric and process-centric market?
  • How is the M2M software market segmented into connected device platform and application platform?
  • What is the percent of sales revenue spread-out across the distribution channel?
  • What is the percent revenue share of M2M software by vertical market and by region? At what rate will the M2M software market grow during 2015 to 2021?

Table of Contents

1. EXECUTIVE SUMMARY

  • 1. Global M2M Market Outlook
  • 2. Technology Metamorphosis-Adoption Cycle
  • 3. Key Findings and Inferences-Technology Perspective
  • 4. Key Findings and Inferences-Regional Perspective

2. INTERNET OF INDUSTRIAL THINGS-A RESEARCH PERSPECTIVE

  • 1. Internet of Industrial Things-The 4 Functional Facets
  • 2. Relevant Research

3. RESEARCH SCOPE, METHODOLOGY, AND SEGMENTATION

  • 1. Research Scope and Objective
  • 2. Market Definitions
  • 3. Research Map

4. MARKET TODAY-EXAMINING M2MS EVOLUTION, ADOPTION AND PREVAILING TRENDS

  • 1. Key Questions this Section will Answer
  • 2. Unlocking the Potential of M2M in Manufacturing
  • 3. Drivers-Key Trends Shaping the M2M of the Future
  • 4. Challenges-Structural Barriers Hindering ROI
  • 5. Market Trends-Dominant Business Blueprint
  • 6. Accelerated Growth-M2M Market Revenue Analysis
  • 7. Emerging Horizontal Markets-The Promising Six
  • 8. M2M Technological Transformation
  • 9. Prevailing Technological Trends-Key Industrial Traits

5. M2M ARCHITECTURAL LAYOUT-EXPLORING THE DIVERSE MARKET LAYER

  • 1. M2M End-to-End Industrial Architecture

6. SENSING LAYER-UNRAVELING THE MARKET POTENTIAL OF M2M SENSORS

  • 1. Key Questions this Section will Answer
  • 2. M2M Connectivity-Key Sensor Type Classification
  • 3. Industry Verticals-Revenue Analysis and Key Trends
  • 4. End-user Opportunities-Organic Growth Through Sensors
  • 5. Integral Design Factors-To Penetrate Emerging Verticals
  • 6. Emerging Sensors-The New Age M2M Sensors
  • 7. Intelligent Devices-Key Component for 'Always On' Mode

7. DEVICE LAYER-REALISING LUCRATIVE OPPORTUNITIES IN THE LATENT M2M GATEWAYS MARKET

  • 1. Key Questions this Section will Answer
  • 2. Communication Hardware-Overview of Key M2M Devices
  • 3. Industrial M2M Gateway-A Synopsis of Unit Shipments
  • 4. M2M Gateway Matrix-Common Types and Key Features
  • 5. M2M Gateway Matrix-Common Types and Key Features (continued)
  • 6. End User Expectations-Customer Perspective
  • 7. Enhancing Customer Value-Deterministic Ethernet
  • 8. Deterministic Ethernet-Examining Market Prospects

8. NETWORK LAYER- EXAMINING THE FUNCTIONAL COMPONENTS OF POWER LINE COMMUNICATION

  • Network Layer- Examining the Functional Components of Power Line Communication
  • 1. Key Questions this Section will Answer
  • 2. Industrial Spectrum Preferences-Key Characteristics
  • 3. Industrial Spectrum-Data Consumption Analysis
  • 4. Wireless Technology-A Synopsis of Operating Frequencies
  • 5. LPWAN-A New Reality for Connected Manufacturing
  • 6. 5G Technology-Set to Revolutionise M2M Market by 2021

9. SOFTWARE MANAGEMENT LAYER-AN OVERVIEW OF SOFTWARE DEVELOPMENT PLATFORMS

  • 1. Key Questions this Section will Answer
  • 2. Traditional Platform-M2M For Aspiring Developers
  • 3. Erstwhile Market-Crux of the Prevailing Trend
  • 4. M2M Software Segmentation-Prevailing Market
  • 5. Distribution Channel-Software Market Overview
  • 6. Regional and Industry Vertical-Software Market Overview
  • 7. Revenue Growth-Curve Analysis-Software Market Overview

10. CONCLUSION

  • 1. Key Recommendations for Top Influential Stakeholders
  • 2. The Last Word-5 Big Predictions
  • 3. The Last Word-5 Big Predictions (continued)

11. APPENDIX

  • 1. Abbreviations Used
  • 2. Abbreviations Used (continued)
  • 3. Abbreviations Used (continued)
  • 4. Legal Disclaimer

12. THE FROST & SULLIVAN STORY

  • 1. The Frost & Sullivan Story
  • 2. Value Proposition: Future of Your Company & Career
  • 3. Global Perspective
  • 4. Industry Convergence
  • 5. 360°ree; Research Perspective
  • 6. Implementation Excellence
  • 7. Our Blue Ocean Strategy
Back to Top