TEL: 044-952-0102


WTRS Wireless Sensor Network Technology Trends 2015

発行 West Technology Research Solutions 商品コード 296247
出版日 ページ情報 英文 69 pages
本日の銀行送金レート: 1USD=113.97円で換算しております。
Back to Top
無線センサーネットワークの技術動向市場 WTRS Wireless Sensor Network Technology Trends 2015
出版日: 2015年01月05日 ページ情報: 英文 69 pages


当レポートは、WSNの市場を分析し、今後の見通しを示したもので、ZigBee、Bluetooth Smart、Z-Wave、Low Power WiFi、EnOcean、IEEE 802.15.4などの新技術に関する綿密な評価、世界と各地域市場のトレンドと予測、規制面の問題や標準開発に向けた取り組み、経済的な効果、関連業界における戦略的な動きなども網羅してお届けします。

第1章 調査方法

第2章 エグゼクティブサマリー

第3章 業界と市場の概況

  • WSN市場についてのイントロダクション
  • ZigBeeコンポーネントの市場機会
  • ZigBeeと独自実装
  • WSNにおける低消費電力組み込みWiFi
  • 低消費電力組み込みWiFi市場におけるメーカーの進化
  • WSN市場に浸透するBluetooth Smart

第4章 市場促進要因

  • WSNの技術革新を促す政治的な変化
  • 産業用802.15.4技術の市場に大きな影響を及ぼしている規制
  • スマートグリッドの普及促進要因

第5章 投資対効果の分析

  • ZigBee市場が発展する可能性についての分析
  • 最終製品の設計で勝利を収める企業

第6章 各種用途分野

  • 特定業種向けWSNの幻想性
  • 半導体ベンダーの活動
  • WSNをめぐる提携戦略
  • 住宅市場でのWSN
  • 住宅市場におけるWSNのビジネスチャンス
  • ホームエリアネットワークの分析
  • 医療市場における ZigBee Health Care Profile
  • スマートメーターの用途分野におけるZigBee
  • 低消費電力組み込みWiFiの用途

第7章 協力関係構築に向けた動き

  • WSNコンポーネントをめぐる協力関係
  • 徐々に熟成が進むWSN標準
  • EnOcean Allianceの出現
  • 組み込み無線インターネットに対応する標準の策定

第8章 技術分析

  • 開発ツールの問題
  • スマートメータースタックソフトウェア市場の力学
  • 900MHz・IEEE 802.15.4コンポーネントの製品化
  • WSNの電源管理手法
  • WSNにおけるエネルギーハーベスティング技術の役割

第9章 知的財産についての分析

  • 住宅用無線照明制御技術市場における知的財産権
  • WSNのエネルギーハーベスティング技術に関する知的財産権についての課題
  • Dash7市場発展の見通し

第10章 大きな影響力を持つホームオートメーションの出現


  • WSNチップセット市場の予測
  • IEEE 802.15.4チップセット市場の予測
  • ZigBee認証チップセット市場の予測
  • ZigBee非認証チップセット市場の予測
  • Z-Waveチップセット市場の予測
  • EnOceanチップセット市場の予測
  • Low Power WiFiベースWSNチップセット市場の予測
  • Wavenisチップセット市場の予測
  • Bluetooth低消費電力型チップセット市場の予測



Product Code: WT010515CNTS

This market report analyzes and forecasts the market for Wireless Sensor Networks. The report includes a thorough evaluation of emerging Wireless Sensor Network technologies including ZigBee, Bluetooth Smart, Z-Wave, Low Power WiFi, EnOcean, IEEE 802.15.4, and other proprietary options. The report includes global & regional market trends & forecasts, regulatory issues, standards development, economic effects, and strategic developments.

"Home automation as a dominant sector is finally growing," according to Kirsten West, principal analyst with WTRS, "Consumers are interested in purchasing products. Those remaining technology companies finally have a possible market to address. Wireless was not the key that opened the market. The applications were the key. And integration of a full complement of technologies combined to enable consumers to see the value of home automation products."

  • market opportunities & drivers impacting the market
  • industry alliances, strategic partnerships, and SIGs
  • WSN chipset features
  • energy harvesting technologies
  • companion spreadsheet containing:
    • 5-year forecasts of sales volume, unit shipments, and average selling price, and
  • historical price and volume data
  • Agriculture, Building Automation, Consumer, Home Automation, Home Area Network, Industrial
  • Automation, Medical, Mobile, Smart Metering, Transportation, Warehouse, and Watches
  • ZigBee, Bluetooth Smart, Z-Wave, Low Power WiFi, EnOcean, Dash7, IEEE 802.15.4.

WSN technologies are becoming available in more useful forms than simple protocol specifications and chipsets. Modules are becoming more sophisticated and more capable of meeting the demands of a broad market opportunity across all WSN technology types. A broad majority of the market opportunity for wireless sensor networks exists in applications that represent smaller individual market volumes, not worth the development costs entailed in producing a chip for many of the large semiconductor manufacturers. However combined these lower volume opportunities represent tremendous sales potential for companies directly engaged with consumers of the end products.

The WTRS Wireless Sensor Network Technology Trends Report is an essential tool for understanding the WSN market. The report includes a thorough evaluation and analysis of emerging Wireless Sensor Network technologies and associated software including ZigBee, Bluetooth Smart, Low Power WiFi, Z-Wave, EnOcean, IEEE 802.15.4, Wavenis, Dash7, and other proprietary options. It tracks the formation of industry alliances and SIGs, development of standards, analyzes the potential market opportunities for component OEMs, describes initial versus long-range drivers in the market, and offers an extended look at potential and strategic partnership opportunities and industry trends. It contains an in-depth assessment and analysis of chipsets and evaluates the participating OEMs in this segment. Finally, the report provides a 5-year forecast that details sales volume, unit shipments, and average selling price by vertical market segment as well as by geography.

Table of Contents

1. Methodology

2. Executive Summary

3. Industry & Market Overview

  • a. Introduction to Wireless Sensor Network Markets
  • b. Market Opportunity for ZigBee Components
  • c. ZigBee Versus Proprietary Implementations
  • d. Low Power Embedded WiFi in Wireless Sensor Networks
  • e. OEM Evolution in the Low Power Embedded WiFi Market
  • f. Bluetooth Smart Enters the WSN Marketplace

4. Market Drivers

  • a. Political Shifts Drive WSN Innovation
  • b. Regulatory Influences Strongly Affect Industrial 802.15.4 Markets
  • c. Drivers in the Smart Grid

5. Business Case Analysis

  • a. Analysis of the ZigBee Market Development Opportunity
  • b. Who Dominates the End Product Design Wins?

6. Applications

  • a. Illusiveness of Vertical WSN Applications
  • b. Semiconductor Vendor Activities
  • c. WSN Partnership Strategies
  • d. WSNs in Residential Markets
  • e. The WSN Residential Market Opportunity
  • f. Analysis of the Home Area Network
  • g. ZigBee Health Care Profile in the Medical Market
  • h. ZigBee in Smart Metering Applications
  • i. Applications for Low Power Embedded WiFi

7. Alliance Activity

  • a. WSN Component Alliances
  • b. Wireless Sensor Network Standards Slow to Mature
  • c. Emergence of EnOcean Alliance
  • d. Development of a Standard for the Embedded Wireless Internet

8. Technical Analysis

  • a. Development Tools Issues
  • b. Smart Meter Stack Software Market Dynamics
  • c. 900 MHz IEEE 802.15.4 Component Availability
  • d. Power Management Techniques for Wireless Sensor Networks
  • e. The Role of Energy Harvesting in Wireless Sensor Networks

9. IP Analysis

  • a. IP Ownership in the Residential Wireless Lighting Control Market
  • b. WSN Energy Harvesting IP Ownership Considerations
  • c. Prospects for Dash7 Market Development

10. Home Automation Emerges As A Major Force

Includes Companion Spreadsheet with Market Forecasts:

  • a. Wireless Sensor Network Chipset Market Forecasts
  • b. IEEE 802.15.4 Chipset Market Forecasts
  • c. ZgiBee Chipset Market Forecasts
  • d. Non-ZigBee Chipset Market Forecasts
  • e. Z-Wave Chipset Market Forecasts
  • f. EnOcean Chipset Market Forecasts
  • g. Low Power WiFi WSN Chipset Market Forecasts
  • h. Wavenis Chipset Market Forecasts
  • i. Bluetooth Low Energy Chipset Market Forecasts

Tables & Figures

  • 1. WTRS Forecast Methodology Process Flow
  • 2. Scope
  • 3. WSN Market Summary Sheet
  • 4. ZigBee versus IEEE 802.15.4 Market Shipments (2005-2020)
  • 5. ZigBee Market Shipments by Application (2005-2020)
  • 6. Advantages of Low Power Embedded WiFi
  • 7. Low Power Embedded WiFi Market Summary Sheet
  • 8. Bluetooth Smart Technology Review
  • 9. ZigBee & 802.15.4 Design Wins by OEM Supplier
  • 10. WSN Component Vendor Matrix Analysis
  • 11. WSN Market Maker Transceiver Specifications
  • 12. Analysis of ZigBee Hardware Availability
  • 13. Assessment of Market Makers by WSN Protocol and Market Sector
  • 14. Typical U.S. Housing Characteristics - New vs. Retrofit
  • 15. Value Matrix for the Residential Wireless Sensor Network
  • 16. HAN Applications
  • 17. Wireless Sensor Network Shipment in the HAN (2005-2020)
  • 18. Residential Health vs. Facility Medical ZigBee Shipments (2007-2020)
  • 19. Smart Metering Applications for Low Power Embedded WiFi
  • 20. HAN Applications for Low Power Embedded WiFi
  • 21. Building Automation Applications for Low Power Embedded WiFi
  • 22. Medical Applications for Low Power Embedded WiFi
  • 23. Industrial Control Applications for Low Power Embedded WiFi
  • 24. Transportation Applications for Low Power Embedded WiFi
  • 25. Retail Applications for Low Power Embedded WiFi
  • 26. IT Applications for Low Power Embedded WiFi
  • 27. Oil & Gas Pipeline Applications for Low Power Embedded WiFi
  • 28. Pharmacy Applications for Low Power Embedded WiFi
  • 29. Military Applications for Low Power Embedded WiFi
  • 30. WSN Development Tool Player Focus
Back to Top