世界の産業用ワイヤレスソリューション市場　第6版

産業オートメーションにおいて稼働中のワイヤレスIoTデバイスの導入台数は、2023年末時点の5,650万台から2030年には7,400万台、年平均成長率（CAGR）5.5%で増加するとBerg Insightでは予測しています。

Berg Insight「世界の産業用ワイヤレスソリューション市場　第6版 – The Global Industrial Wireless Solutions Market – 6th Edition」は産業オートメーションにおいて活用されるワイヤレスソリューションの世界市場を調査し、5年間の市場予測、専門家による解説、導入事例、関連企業情報などを提供します。

主な掲載内容

• 産業オートメーション産業
  • 産業オートメーション概説
  • 工場とプロセスオートメーション
  • 産業オートメーションアーキテクチャ概観
  • 産業オートメーションの進化
• 産業用無線ネットワークと通信
  • 産業用通信インフラ
  • 業務管理
  • ビジネスモデルとプロジェクト戦略
• 市場分析
  • 産業オートメーションの市場価値
  • 市場における主要ベンダ
  • 市場予測
    • インストールベースと出荷数
    • 無線技術
    • 地域別市場
  • 市場成長促進要因と阻害要因
  • バリューチェーン分析
  • 市場動向
• 世界のオートメーションベンダ
  • ABB
  • Bosch
  • Emerson
  • FANUC
  • Honeywell Technologies
  • KUKA
  • 三菱電機
  • オムロン
  • Rockwell Automation
  • Schneider Electric
  • Siemens
  • 安川電機
  • 横河電機
• 産業用デバイスベンダ
  • 産業用センシングソリューションベンダ
  • 産業用制御ソリューションとエンベデッドコンピューティングベンダ
  • 産業用無線ネットワーキングベンダ

Report Overview

The Global Industrial Wireless Solutions Market is the sixth consecutive report from Berg Insight analysing the latest developments on the market for wireless applications in industrial automation worldwide. This strategic research report from Berg Insight provides you with 180 pages of unique business intelligence, including 5-year industry forecasts, expert commentary and real-life case studies on which to base your business decisions.

This study investigates the worldwide market for wireless IoT applications in industrial automation. The installed base of active wireless IoT devices in the industrial automation industry is forecasted to grow at a compound annual growth rate of 5.5 percent from 56.5 million units at the end of 2023 to 74.0 million units by 2030. Get up to date with the latest information about vendors, products and markets.

Highlights from the report

• Insights from 30 executive interviews with market leading companies.
• 360-degree overview of the IoT ecosystem in the industrial automation industry.
• Comprehensive overview of the value chain and key applications.
• In-depth analysis of market trends and key developments.
• Detailed profiles of over 60 key players in this market.
• Updated market forecasts by technology, region and equipment category lasting until 2030.

Shipments of wireless devices in industrial automation to reach 8.5 million by 2030

Industrial communications systems form the backbone of modern automation architectures, facilitating real-time monitoring, control and optimisation of industrial processes. While many of the early fieldbus technologies remain in operation today, the market has increasingly shifted towards Industrial Ethernet-based networking solutions capable of supporting higher bandwidths, greater scalability and integration with enterprise IT systems. Although wired networking solutions are still predominantly used for industrial communications between sensors, controllers and systems, wireless solutions are widely used as wire replacements in hard-to-reach or hazardous areas, on moving machine parts and on portable equipment. Standardised technologies such as Wi-Fi, IEEE 802.15.4 and Bluetooth have advanced to become the leading wireless technologies for industrial applications.

Wireless technologies are integrated into a wide range of devices that can be used throughout an automation system. The devices can be broadly divided into two segments: automation equipment and network equipment. In the automation equipment segment, high-volume product categories featuring wireless communication capabilities include instrumentation such as industrial sensors. Important product categories within the network equipment segment are access points, gateways, routers and switches. Berg Insight estimates that annual shipments of wireless devices for industrial automation applications including both network and automation equipment reached 5.8 million units worldwide in 2025, accounting for approximately 6 percent of all new connected nodes.

Growing at a compound annual growth rate (CAGR) of 8.1 percent, annual shipments are expected to reach 8.5 million in 2030. The installed base of wireless devices in industrial automation applications is forecasted to grow from an estimated 56.6 million connections at the end of 2025 to 74.0 million connected devices by 2030.

Multiple large automation vendors now provide industrial network equipment including wireless solutions. Siemens is one of the few vendors that offer networking solutions for all levels of an automation system with a broad industrial wireless portfolio and an increasing focus on WLAN and 5G solutions. Several companies with a strong position in the process automation market offer wireless field devices based on WirelessHART and ISA100.11a. Emerson became the first company to market WirelessHART products in 2008 and has today an installed base of over 12 million wireless pressure transmitters worldwide. Other major industrial automation vendors that provide wireless field devices include ABB, Honeywell Technologies, OMRON, Rockwell Automation, Schneider Electric and Yokogawa.

Instrumentation for industrial automation is particularly important in process industries where continuous monitoring and precise control of process variables are essential. Field instruments are also used in factory automation applications such as machine and condition monitoring, quality control and production automation. Suppliers of industrial wireless sensing solutions for primarily factory automation include Balluff, Banner Engineering, ifm electronic, SICK and Turck.

Endress+Hauser, KROHNE and VEGA offer wireless instrumentation and measurement solutions for process industries, while Pepperl+Fuchs supplies both factory and process automation solutions.
Major providers of wired industrial network equipment also offer wireless solutions to enable customers to monitor and control devices wirelessly in parts of the plant that are normally not connected to the control room due to accessibility or wiring costs. These include Siemens, Cisco, Belden, Moxa and Phoenix Contact, all of which offer industrial wireless devices such as routers, gateways and access points, along with their wired solutions. Cellular devices are typically used for data acquisition and backhaul communications in distributed automation applications. The largest providers of cellular IoT gateways and routers in the industrial space include Teltonika Networks, Cisco, Moxa, Siemens, HMS Networks, Phoenix Contact, Advantech, Robustel, Digi International and InHand Networks. In addition to the leading industrial WLAN solution suppliers Cisco, Belden, Siemens and Moxa, other providers of WLAN devices include Phoenix Contact, Westermo (Ependion), Advantech, HMS Networks and ACKSYS (part of iXnov Group).

As manufacturers deploy more sensors, connected machinery and digitalisation initiatives, industrial PCs become increasingly important for collecting, processing and analysing operational data. Many automation vendors now position industrial PCs as part of broader control and edge computing ecosystems rather than as standalone hardware products. Suppliers of industrial computing with a global scale include Advantech, Siemens and Beckhoff Automation. Additional vendors of industrial control solutions and embedded computing include ADLINK Technology, AAEON, IEI Integration, Kontron, Nexcom, OnLogic, Wago and Weidmüller.

Table of Contents

Executive Summary

1 The Industrial Automation Industry

1.1 Introduction to industrial automation
1.2 Factory and process automation
1.3 Factory and process operations
1.4 Industrial automation architecture overview
1.5 Industrial automation market segments
1.5.1 Automation equipment and instrumentation
1.5.2 Industrial robots
1.5.3 Industrial control systems
1.5.4 Industrial software
1.6 Industrial automation evolution

2 Industrial Wireless Networking and Communications

2.1 Industrial communications infrastructure
2.1.1 Field segment
2.1.2 Control segment
2.1.3 Network segment
2.1.4 Backoffice segment
2.2 Operations management
2.2.1 Production and process management
2.2.2 Business management
2.3 Equipment management and regulatory compliance
2.3.1 Equipment diagnostics and maintenance planning
2.3.2 Security and safety
2.3.3 Regulatory compliance
2.4 Business models and project strategies

3 Market Analysis

3.1 Industrial automation market value
3.2 Market leading vendors
3.2.1 Automation equipment and instrumentation vendors
3.2.2 Industrial control systems vendors
3.2.3 Industrial networking equipment vendors
3.3 Market forecasts
3.3.1 Installed base and unit shipments
3.3.2 Wireless technologies
3.3.3 Regional markets
3.4 Market drivers and barriers
3.4.1 Macroeconomic environment
3.4.2 Regulatory environment
3.4.3 Competitive environment
3.4.4 Technology environment
3.5 Value chain analysis
3.5.1 Industrial automation industry players
3.5.2 Industrial communications and control industry players
3.5.3 IoT platform and IT industry players
3.6 Market trends
3.6.1 Partnerships continue to be an integral part of business strategies
3.6.2 AI set to optimise industrial operations
3.6.3 Expansion of wireless capabilities in modular devices enables flexibility
3.6.4 The maturing landscape of private LTE/5G networks at industrial site
3.6.5 Adoption of LPWAN technologies is increasing in process industries
3.6.6 Cybersecurity at the top of the agenda

4 Global Automation Vendors

4.1 ABB
4.2 Bosch
4.3 Emerson
4.4 FANUC
4.5 Honeywell Technologies
4.6 KUKA
4.7 Mitsubishi Electric
4.8 OMRON
4.9 Rockwell Automation
4.10 Schneider Electric
4.11 Siemens
4.12 Yaskawa Electric
4.13 Yokogawa

5 Industrial Device Vendors

5.1 Industrial sensing solution vendors

5.1.1 Balluff
5.1.2 Banner Engineering
5.1.3 Endress+Hauser
5.1.4 ifm electronic
5.1.5 Keyence
5.1.6 KROHNE
5.1.7 Pepperl+Fuchs
5.1.8 SICK
5.1.9 steute Technologies
5.1.10 Turck
5.1.11 VEGA

5.2 Industrial control solution and embedded computing vendors

5.2.1 AAEON Technology
5.2.2 ADLINK Technology
5.2.3 Advantech
5.2.4 Axiomtek
5.2.5 Beckhoff Automation
5.2.6 Contec (Daifuku)
5.2.7 IEI Integration
5.2.8 Kontron
5.2.9 Nexcom
5.2.10 OnLogic
5.2.11 Phoenix Contact
5.2.12 Wago
5.2.13 Weidmüller

5.3 Industrial wireless networking vendors

5.3.1 BEC Technologies (Billion Electric)
5.3.2 Belden
5.3.3 Cisco
5.3.4 Digi International
5.3.5 Ependion
5.3.6 Eurotech
5.3.7 Four-Faith Communication Technology
5.3.8 HMS Networks
5.3.9 Hongdian
5.3.10 InHand Networks
5.3.11 INSYS icom
5.3.12 iXnov Group
5.3.13 IXON
5.3.14 Moxa
5.3.15 MultiTech
5.3.16 Nokia
5.3.17 ORing Industrial Networking
5.3.18 RAD
5.3.19 Robustel
5.3.20 Secomea
5.3.21 Semtech
5.3.22 Teltonika Networks
5.3.23 Welotec (Westermo)

Glossary

List of Figures

Figure 1.1: History of process and machine control systems for industrial automation …… 6
Figure 1.2: Examples of industrial automation market verticals ………………. 7
Figure 1.3: Manufacturing value chain ……………………………. 8
Figure 1.4: Architecture of industrial automation systems …………………. 9
Figure 1.5: Examples of automation equipment and instrumentation ……………. 11
Figure 1.6: Annual shipments of industrial robots (World 2014–2024)…………… 12
Figure 1.7: Annual shipments of industrial robots by sector (World 2024) ………… 13
Figure 1.8: Operational stock and density of industrial robots by region (World 2024) ……. 14
Figure 1.9: Relationship between ERP, MES and PLM systems ……………… 16
Figure 2.1: Overview of the industrial communications infrastructure ……………. 20
Figure 2.2: Examples of control devices …………………………. 22
Figure 2.3: Examples of cellular router and gateway…………………… 24
Figure 2.4: Latency and reliability requirements on TCP/IP and Ethernet traffic ………. 25
Figure 2.5: Common wireless technologies in industrial automation …………… 26
Figure 2.6: Architecture of the IO-Link Wireless standard …………………. 27
Figure 2.7: Example of the backoffice segment in a connected automation system ……. 28
Figure 3.1: Industrial automation market value (World 2015–2025) …………….. 35
Figure 3.2: Industrial automation market value by vertical and region (World 2025) ……. 36
Figure 3.3: Relative market position of leading vendors within automation equipment ……. 38
Figure 3.4: Relative market position of leading vendors within control systems ………. 39
Figure 3.5: Relative market position of leading vendors within industrial networking …… 41
Figure 3.6: New connected nodes in industrial automation by technology (World 2025) ….. 43
Figure 3.7: Unit shipments and installed base by equipment category (World 2025–2030) … 44
Figure 3.8: Unit shipments and installed base by technology (World 2025–2030) …….. 46
Figure 3.9: Unit shipments and installed base by region (World 2025–2030) ………… 47
Figure 3.10: Key data for companies active in industrial automation …………… 53
Figure 3.11: M&As in the industrial automation sector (2023–2026) ……………. 56
Figure 3.12: Key data for industrial communications and control solution providers …… 58
Figure 3.13: M&As in the industrial communications and control sector (2021–2026) …… 60
Figure 3.14: Examples of exits and acquisitions of IoT-related software businesses …… 62
Figure 3.15: Recent announcements of partnerships and collaborations (2024–2026) …… 65
Figure 3.16: Lifecycle of an edge AI application ……………………… 66
Figure 3.17: Cisco’s modular Catalyst IR1101 industrial routers ……………… 67
Figure 3.18: Performance requirements for demanding industrial use cases ………… 69
Figure 4.1: Example of an integrated WirelessHART solution from ABB ………….. 75
Figure 4.2: Solutions within the ctrlX AUTOMATION portfolio ……………….. 78
Figure 4.3: The Rosemount Remote Tank Monitoring System ………………. 80
Figure 4.4: The Rosemount Synchros Wireless Repeater and Temperature Monitor …… 81
Figure 4.5: Overview of FANUC’s MT-LINKi operational management software ……… 83
Figure 4.6: Honeywell’s Versatilis line of wireless sensors ………………… 85
Figure 4.7: Overview of the KUKA iiQoT platform ……………………… 88
Figure 4.8: Schneider Electric’s Instrument Area Network wireless architecture ……… 95
Figure 4.9: Siemens’ SCALANCE series of network devices…………………. 98
Figure 4.10: A wide area monitoring system configuration from Yokogawa ………… 102
Figure 5.1: Endress+Hauser’s Netilion IIoT ecosystem ………………….. 108
Figure 5.2: The moneo IIoT platform …………………………… 110
Figure 5.3: Pepperl+Fuchs’ range of IO-Link devices …………………… 114
Figure 5.4: SICK’s IO-Link Wireless solution components ………………… 115
Figure 5.5: steute’s wireless sWave.NET infrastructure …………………. 117
Figure 5.6: Advantech’s wireless IoT sensors and I/O devices ……………… 123
Figure 5.7: The CX series of embedded PCs ………………………. 127
Figure 5.8: The VPC series of industrial PCs ………………………. 129
Figure 5.9: Kontron’s KBox A-251-AML/AND industrial PC …………………. 131
Figure 5.10: Components of the PLCnext Technology ecosystem ……………. 136
Figure 5.11: Phoenix Contact’s cellular network communication with Cellulink ………. 137
Figure 5.12: Wago’s automation technologies and solutions ……………… 138
Figure 5.13: Weidmüller’s portfolio of industrial Ethernet devices …………….. 140
Figure 5.14: Belden’s NB1800 series industrial router ………………….. 144
Figure 5.15: Cisco’s Catalyst IW9165E and IW9167E industrial wireless access points ….. 146
Figure 5.16: Digi International’s Digi IX25 industrial cellular router ……………. 149
Figure 5.17: Westermo’s industrial WLAN access points ………………… 152
Figure 5.18: Eurotech’s modular IoT edge platform ……………………. 154
Figure 5.19: Four-Faith’s 5G industrial routers ……………………… 156
Figure 5.20: HMS Network’s Anybus industrial wireless products …………….. 158
Figure 5.21: HMS Networks’ cellular IoT gateways …………………… 159
Figure 5.22: Hongdian’s industrial gateway for CNC fleets …………………. 161
Figure 5.23: INSYS icom’s industrial 4G LTE routers ……………………. 163
Figure 5.24: Moxa’s OnCell G4308-LTE4 for machine-to-cloud maintenance ……… 167
Figure 5.25: MultiTech’s MultiConnect rCell 100 Series cellular router ………….. 169
Figure 5.26: ORing’s product portfolio of industrial networking solutions …………. 171
Figure 5.27: Robustel’s R5020 industrial cellular router ………………….. 174
Figure 5.28: Semtech’s AirLink services …………………………. 177
Figure 5.29: Selection of Teltonika Networks’ gateways, routers and access points …… 179

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