Industrial Network Market (2023 - 2030)_Sample Extract.pptx.pdf

Industrial Network Market is expected to reach $55.4 billion by 2030 at a CAGR of 10.5% during the forecast period 2024-2030. The rising adoption of connected factory and the machine to machine communication will significantly boost the industrial network market and is estimated to gain a huge demand. With the increase in adoption of asset tracking and supply chain management using industrial internet of things (IIoT) in the facilities will be driving the market.

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INDUSTRIAL NETWORK MARKET

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Choosing the Right Consulting Partner is Choosing theChoosing the Right Consulting Partner is Choosing the Growth Path
OUR EXPERTISE - END TO END CONSULTING
Energy and Power Life sciences and
Healthcare
IT & Consulting
Electronic
s
Chemicals and Materials Consumer & Retail

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TABLE OF CONTENTS
Chapter 02: Industrial Network Market Executive Summary
Chapter 03: Industrial Network Market Competitive Landscape
Chapter 05: Industrial Network Market Strategic Analysis
Chapter 04: Industrial Network Market Forces
Chapter 06: Industrial Network Market - By Organization Size
Chapter 01: Industrial Network Market Overview
Topic
s
Slide No
Chapter 07: Industrial Network Market - By Network Category
Chapter 08: Industrial Network Market - By Application
Chapter 09: Industrial Network Market - By Product Type
Chapter 10: Industrial Network Market - By Geography
Chapter 11: Industrial Network Market Industry Competition Landscape
Chapter 12: Industrial Network Market Key Company List By Country
Chapter 13: Industrial Network Market Company Analysis
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INDUSTRIAL NETWORK MARKET OVERVIEW
CHAPTER - 01

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1.1 DEFINITIONS AND SCOPE (1/6)
The Industrial Network Market refers to the sector in which industrial automation systems, machines, and
equipment are connected through networks to enable seamless communication and data exchange. These
networks are crucial for various industries such as manufacturing, energy, transportation, and healthcare,
allowing efficient control, monitoring, and automation of processes. Industrial networks facilitate the
integration of different devices and systems, enhancing productivity and reducing operational costs.
The rising adoption of connected factory and the machine to machine communication will significantly boost
the industrial network market and is estimated to gain a huge demand. With the increase in adoption of asset
tracking and supply chain management using industrial internet of things (IIoT) in the facilities will be driving
the market.
The industrial network are designed to fulfill the real time needs of large number of systems. The increase in
number of unmanned machinery in the facilities has also given a massive boots to the industrial network
market. The necessity to efficiently manage the security, vulnerability, and the performance is another factor
in increasing the market growth.
The market has experienced fluctuations due to COVID-19. Supply chain disruptions, reduced consumer
spending, and remote work trends impacted businesses globally. Companies adapted by embracing
digitalization, leading to e-commerce growth. However, challenges remain, including rising material costs and
labor shortages, influencing pricing strategies. Adaptable businesses focused on innovation and online
presence have shown resilience amid these challenges..
Definition

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1.1 DEFINATIONS AND SCOPE (2/6)
Source: IndustryARC Analysis, Expert Insights
Segment Outlook Industrial Networks Market
By Organization
SME
Large Enterprises
By Network Category
Ethernet Network
Wireless Network
By Application
Discrete Industries
5G
Transportation and
Logistics (ITS, Rail)
Electronics and
Semiconductor (IPC, Others)
Medical & Healthcare
General
Manufacturing
Process Industries
Oil and Gas
Power and Utilities
(Data Center,
Electric Vehicles,
Battery Energy
Storage System)
By Product Type
HMI
Controller
Coupler and Connectors
Remote Terminals
Routers
Switches
Access point
Bridges/Client
s
NIC
Gateways
Adapters
RF
Modules/Transceivers
Others
By Geography
U.S (Alabama, Alaska, Arizona,
Arkansas, California, Colorado,
Connecticut, Delaware, Florida,
Georgia, Hawaii, Idaho, Illinois,
Indiana, Iowa, Kansas, Kentucky,
Louisiana, Maine, Maryland,
Massachusetts, Michigan,
Minnesota, Mississippi,
Missouri, Montana, Nebraska,
Nevada, New Hampshire, New
Jersey, New Mexico, New York,
North Carolina, North Dakota,
Ohio, Oklahoma, Oregon,
Pennsylvania, Rhode Island,
South Carolina, South Dakota,
Tennessee, Texas, Utah,
Vermont, Virginia, Washington,
West Virginia, Wisconsin,
Wyoming )
Europe (Germany,
France, UK, Italy, Spain)
LATAM
EMEA

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RESEARCH METHODOLOGY

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RESEARCH METHODOLOGY (1/9)
Research Methodology Flowchart
Data Validation
Verification Quality Assurance
Data Triangulation
Data Synthesis Data Analysis
Market Scope & Definition
Preliminary Research Data Gathering
Preliminary Research
In the initial stage of research, the scope of Industrial Networks Market is defined. In this preliminary stage, the key data
points in the market are identified which can be used to estimate the market to the best extent. The scope of this report
primarily focuses on the revenue generated from the services provided by the major players. To better gauge the market,
the secondary focus is on different layers of Industrial Networks Market, such as services catering to disparate segments
like end users.

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RESEARCH METHODOLOGY (2/9)
For this market, the volume of Industrial Networks Market as well as the varying price points were identified as key
informational conjectures for market estimation in 2022. Market performance and trending market dynamics are some
of the key questions that are studied during this stage. It also involves studying market factors and changing trends
that are expected to affect the market in the future.
Data Gathering
Based on the scope of the market and the key data points, several secondary sources have been utilized for data
gathering. The data gathering stage comprises a team of analysts who gather data by researching secondary research
resources, accessing proprietary databases, and with primary research reaching out to key industry participants and
opinion leaders (Sales & Marketing Directors, Services, Managers, Market Intelligence Directors as well as Technical
Experts and Administrators) throughout the Industrial Networks market ecosystem including end-use environments
forming a crucial aspect of the value chain. The key sources for estimations remained the investments made by end-
user verticals along with the sales figures of product suppliers in the market. Also, various trade bodies and
associations were taken into consideration to understand the dynamics of each industry vertical and their respective
investment scenarios.

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RESEARCH METHODOLOGY (3/9)
Data Synthesis
In this stage, a team of analysts incorporates the data
that has been gathered by corroborating with various
sources. These sources include industry participants, In-
house models, regulatory bodies key opinion leaders in
the market ecosystem, and databases. In this stage,
patterns in historical data are identified and compared
with the current scenario. Based on the Macro and
Micro factors prevalent in various geographies, various
data models are used to assess the key countries for the
market. The analysis also includes the identification of
new companies that have entered the market scenario
and their impact on the market dynamics in the future.
The data regarding end users is gathered from various
secondary sources (given towards the end of the
presentation).
Research & Development
Industrial Networks
Regulatory Bodies/Testing
Authorities
Distributors
End User Segments
Stakeholders

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RESEARCH METHODOLOGY (4/9)
Data Analysis
After the corroboration of data, the team of analysts moves toward understanding how the market has evolved over the
years. The overall market size is gathered after analyzing various segments and verticals of the market. An impact analysis
is also carried out to see which factors will affect the market in the next few years. These factors have been researched
concerning prominent economies across different geographic regions to understand their corresponding impact on the
market.
Verification
Data verification is carried out at all stages of research. This stage, however, is dedicated to a more thorough check of all
data points, which have been incorporated and rechecked against various data sources. Various C-Level executives and
key opinion leaders are contacted for verification of the data. The total market for Industrial Networks Market is verified
through the capital expenditure of various industry verticals. The market is also estimated for various key players in each
of the service categories, offering another way of cross-validating the data. The data is then summarized and the key
findings are disseminated.

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RESEARCH METHODOLOGY (5/9)
Forecast Methodology
Further, time series forecasting methodology is applied based on the various factors such as the service replacement,
propensity to buy a service, suppliers and distribution margins along with the trade dynamics of the leading countries
across the region. Average weighted ASPs are also considered while estimating the market value in the report. The
estimates are further revalidated with the suppliers and Services operating in the market. However, some macroeconomic
factors like inflation are not considered. Forecasting model is an iterative tool and is backed with historical trends of the
market along with a regressive mathematical model which assesses the value based on factors such as capital
expenditure, services, R&D investments and so on.

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1. Scope Definition:
Defining scope of the
Report:
Analyzing businesses and
activities related to
Industrial Networks.
2. Secondary Research:
Based on the scope and
segmentation, secondary
research is done using
public, private and
subscribed sources
3. Primary Research: Reach
out to all the stake holders
involved in ecosystem:
Industry Experts insights
taken to gauge and validate
key data points
4. Data Interpretation &
Assessment
Based on the macro and
micro factors prevalent in
various geographies,
proprietary data models are
used to assess the key
countries for the market
5. Data Triangulation &
Validation
After data compilation, it is
validated with various key
opinion leaders
R&D and Patents Strength
Market Penetration PESTEL analysis
Porter’s Analysis
6. Data Presentation
Data Analysis,
Summarization, Key
Finding & Reporting is
done for efficient
dissemination of
information
Market Assessment
HeXa-Grid Paradigm:
Competitive Landscape
Demand
Supply Gap Analysis
RESEARCH METHODOLOGY (9/9)

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INDUSTRIAL NETWORK MARKET EXECUTIVE SUMMARY
CHAPTER - 02

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2.1 EXECUTIVE SUMMARY (1/4)
The Industrial Network Market is estimated to grow at a CAGR of 8.6% during the forecast period (2023-2030) and reach
US$20,370.9 million by 2030, from around US$ 10,554.8 million in 2022. This growth is primarily driven by the growing need for
Textured, and smooth HDPE in the Geocell industry. The growing industrial expansion, upgradation and modernization will
eventually fuels the demand for the products in the coming years.
Additionally, the demand for the industrial network is rising mainly due to Its need and demand in various end-use industry owing
to growing automation and advancement in wired devices to minimize physical barriers, enables device mobility, reduces costs of
physical cables & connectors, improves network accessibility, a wide range of coverage and improves network communication
capabilities. All such factors help to boost the market growth during the forecast period.
Some of the prominent players in the industrial network market include established technology companies, such as Siemens,
Rockwell Automation, ABB, Schneider Electric, Cisco Systems. These companies provide a wide array of products and solutions to
cater to the specific needs of industrial customers.
Industrial Network Market, 2022-2030
(US$M)
2022 2023 2024 2025 2026 2027 2028 2029 2030
0.0
5000.0
10000.0
15000.0
20000.0
25000.0

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2.2 EXECUTIVE SUMMARY (2/4)
Industrial Network Market Revenue Share, By Product Type 2022 (%)
By Product Type, HMI dominated the Industrial Network Market with a share of 17.3% in 2022 and are expected to rise at a CAGR
of 6.8% during the forecast period from 2023-2030. The industrial switches deliver electrical power and data transmission
capability to connected network equipment. This does not require an independent power source for each device. It helps to
withstand extreme environments and deliver highly secure aggregation and industry-leading convergence and resiliency.
These switches can improve the uptime, performance, and safety of industrial systems and equipment in factories, utility
substations, oil and gas fields, connected cities and more. The increasing launches of switches are driving the industrial network
market growth. For instance, Cisco introduced the Catalyst IE9300 switch to bring more enterprise-grade switching capabilities
to the industrial edge for industries operating in harsh environments and supporting critical infrastructures like utilities, oil and
gas, roadways, and rail in January 2022.
Thus, the rising developments related to industrial network switches will surge the industrial network market growth during the
forecast period.
odules/Transceivers
Others

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INDUSTRIAL NETWORK MARKET FORCES
CHAPTER - 04

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Projected
Impact on
the
Industrial
Network
Market
High
Impact
Low Impact
Certaint
y
Low High
Increasing
Private and
Government
Initiatives to
Expand the
Semiconductor
Industry are
Projected to
Fuel Market
Growth in The
US
High Growth Impact
Low Growth
Impact
Medium Growth
Impact
4.1. DRIVERS - IMPACT ANALYSIS (1/4)
Industrial
Internet of Things
(IIoT) Set to Drive
Market Growth in
the US

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4.1. DRIVERS - IMPACT ANALYSIS (2/4)
Industrial Internet of Things (IIoT) Set to Drive Market Growth in the US
The Industrial Internet of Things (IIoT) implements IoT technology within industrial sectors and applications. It leverages
Machine-to-Machine (M2M) connectivity, big data analysis, and machine learning to enhance the efficiency and reliability of
operations in various industries. This encompasses various industrial applications, including robotics, medical technology, and
software-driven production processes.
The industrial IoT extends beyond the typical consumer electronics and physical device internetworking typically associated
with the IoT. The convergence of operational technology (OT) and information technology (IT) distinguishes it. OT is the
networking of operational procedures and industrial control systems (ICSs), which include programmable logic controllers
(PLCs), distributed control systems, supervisory control and data acquisition systems, and human-machine interfaces (HMIs).
The rise in industrialization will drive the demand for the industrial internet of things and in turn, will boost the industrial
network market during the forecast period. The various industrial facilities under construction will raise the demand for the
industrial Internet of Things for facilities management and operation.
For instance, Mortenson and renewable energy developer Terra-Gen started construction on the Edwards & Sanborn Solar
Facility and Battery Storage in 2021, and expect to complete the project by the end of 2023.
The U.S. government's Cloud Smart initiative, aimed at promoting cloud adoption, is set to propel the Industrial Internet of
Things (IIoT) market in the country. By providing actionable insights and use cases from both public and private sectors, it
encourages agencies to leverage IIoT solutions for improved efficiency and innovation, driving market growth.
Thus, the surge in industrial expansion will grow the usage of IoT and in turn, will raise the market growth during the forecast
period.

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INDUSTRIAL NETWORK MARKET STRATEGIC ANALYSIS
CHAPTER - 05

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Source: IndustryARC Analysis and Expert
Insights
Industrial Network Market, Value Chain Analysis
5.1. VALUE CHAIN ANALYSIS (1/2)
The value chain analysis deals with the comprehensive evaluation of each activity involved in the processing of any
product and finally delivering it to the end-users. Each stage across the value chain of the product or service is
associated with creating some sort of monetary value. The value chain of a product or service, can offer the company to
examine.
Infrastructure
Providers
System
Integration
Solution and
Hardware
Software Network
provider
Service &
maintenance
Category
Type
Wired
network and
Wireless
Network
Offering Type Hardware,
Software and
Services
End Use
Industries
Discrete and
Process
Industries

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Source: IndustryARC Analysis and Expert
Insights
5.1. VALUE CHAIN ANALYSIS (2/2)
The industrial network market's value chain comprises several stakeholders, including hardware, software, infrastructure
providers, system integration solutions, network providers, and service and maintenance companies.
The infrastructure providers hold a significant share in the value chain of the Industrial network market as they are responsible
for providing IoT infrastructures such as supply chain management, emergency and incident management, predictive
maintenance, condition monitoring, industrial communication, process control & discrete control, security & surveillance and
many others.
System integration and hardware is the most important stage of the value chain for the industrial network that provides
enterprises with a connected infrastructure for robust system connectivity and better application interoperability. SI solution
and service providers assist in the enterprise’s digital transformation initiatives through end-to-end integration of
applications, databases, and workflows. Further, all the hardware for providing an industrial network is provided in this stage.
Wireless access points (WAP), routers, network controllers, network interface cards (NIC), wireless bridges, and wireless clients
among others are the most important hardware.
The next step is the software integrated with the industrial network. The software assures smooth and efficient functions of
devices that are connected to the network. Some of the latest software is coupled with AI and ML. This would automatically
monitor the system and run troubleshooting in case there is a malfunction throughout the value chain. Further, the software is
essential for the management of the industrial network. Moreover, the software also provides insight into the people who are
operating equipment and assets connected to the network. The insights can further help in taking business decisions.
Network service providers provide services such as network access and bandwidth by allowing access into its backbone
infrastructure or access to its network access points (NAP), which consequently also means access to the Internet. AT&T,
Deutsche Telekom, and China Telecom are some of the major network service providers across the globe.
The last section of the industrial network includes service and maintenance. Some of the components in this stage include
network design, deployment & upgradation, support & maintenance among others.

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INDUSTRIAL NETWORK MARKET - BY APPLICATION
CHAPTER - 08

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8.1. DISCRETE INDUSTRIES (1/13)
Source: IndustryARC Analysis, Expert
Insights
Discrete Industries : Industrial Network
Market Revenue, 2022-2030 ($M)
The discrete industry is growing, which is driving the demand for
industrial network market growth. According to the International
Energy Agency, Electric vehicle sales surged in the first quarter of
2023, with over 2.3 million units sold, representing a 25% increase
compared to the same period in the previous year. The discrete
industry's expansion fuels Industrial Network Market demand.
Surging electric vehicle sales amplify growth opportunities,
indicating increased network needs.
The growing number of devices in discrete industries are getting
connected through the industrial internet and the accumulation of
data continues. The data gathered from the machines are utilized
by industrial facilities to enhance their productivity by making sure
of the optimization of resources and reducing downtime.
Evolving regulatory requirements, such as traceability and product
quality standards, are pushing discrete industries to implement
advanced network solutions that ensure compliance and facilitate
documentation and reporting. Regulatory demands drive discrete
industries to adopt advanced network solutions.
Discrete Industries segment of the Industrial Network Market
generated a revenue of $5,712.4 million in 2022 and is projected to
reach a revenue of $11,240.5 million by 2030 growing at a CAGR of
8.8% during 2023-2030.
2022 2023 2024 2025 2026 2027 2028 2029 2030

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8.1.1. 5G (2/13)
Source: IndustryARC Analysis, Expert
Insights
5G : Industrial Network Market Revenue,
2022-2030 ($M)
According to YASH Technologies 5G will contribute an estimation
of $13.2 trillion of global economic value by 2035. The world is
poised to change forever with implementation of fifth-generation
connectivity for data networks worldwide. 5G's global economic
value of $13.2 trillion by 2035 heralds transformative change,
driving unprecedented growth in the Industrial Network Market.
In September 2023, Siemens has launched a private 5G wireless
infrastructure that will allow industrial companies to build their
own 5G networks to support automation applications. 5G offers
many potential advantages to industrial users including the
flexibility to change factory layouts without having to move data
cables, low latencies, fast data speeds and high data security.
Leveraging emerging technologies enhances plant security, real-
time monitoring, predictive maintenance, and manufacturing
efficiency. Rising data demand necessitates energy-efficient
solutions. AI algorithms optimize energy consumption, while 5G's
low latency ensures swift responses to demand changes,
enhancing overall energy efficiency in manufacturing processes.
5G segment of the Industrial Network Market generated a revenue
of $549.4 million in 2022 and is projected to reach a revenue of
$1,208.7 million by 2030 growing at a CAGR of 10.3% during 2023-
2030.
2022 2023 2024 2025 2026 2027 2028 2029 2030

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INDUSTRIAL NETWORK MARKET - BY PRODUCT TYPE
CHAPTER - 09

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9.1. HMI (1/13)
Source: IndustryARC Analysis, Expert Insights
The Human Machine Interface (HMI) and Industrial Network Market
play crucial roles in modern industrial automation. The Human Machine
Interface refers to the user interface that connects an operator to the
controller, allowing for efficient monitoring and control of industrial
processes.
A significant aspect propelling the HMI industry is the automobile's
ongoing updating and upgrading. For instance, Ford unveiled the ultra-
high specification Ranger Platinum pickup in November 2022. The
Ranger Platinum features a sleek and modern leather-trimmed interior
and special exterior detailing and finishes that enhance the Ranger's
already characterful design. In addition, Ford's 3.0 litre V6 turbodiesel
engine powers the Ranger Platinum, which is only offered in five-seat,
double cab configuration. The HMI market is anticipated to expand as
people's desire for luxury and comfort rises to prominence.
According to OICA, over 80 million motor cars were built worldwide in
2021, or about 1% of the world's total vehicle production. In the
anticipated time frame, a growth of 3% over the prior year is
anticipated. As a result, the market for HMI is also anticipated to grow
during the time.
HMI Industrial Network Market generated a revenue of $1,831.2m in
2022 and is projected to reach a revenue of $3,134.3m by 2030 growing
at a CAGR of 6.8% during 2023-2030.
2022 2023 2024 2025 2026 2027 2028 2029 2030
HMI: Industrial Network Market
Revenue, 2023 - 2030 ($M)

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9.2. CONTROLLER (2/13)
Source: IndustryARC Analysis, Expert Insights
The industrial network market involves the communication
infrastructure used in industrial settings to connect various devices,
including controllers. Controllers in industrial networks play a crucial
role in managing and controlling processes and machinery. The market
for industrial networks and controllers is expected to continue growing
as industries increasingly adopt automation and digitalization to
improve efficiency and productivity.
In April 2023, OMRON stated that it would release the new NX-EIP201
EtherNet/IPTM units along with the NX-series NX502 automation
controllers with superior information control and safety control.
Moreover, This initiative is a response to the increased carbon
neutrality initiatives at manufacturing facilities that are beginning to
give ESG (Environmental, Social, and Governance) management a
higher priority. Electric cars with extended range (xEVs) and digital
devices are two examples of high-tech items that are continuously
evolving. Production lines for these products must be equipped to
manage abrupt changes in demand and be able to quickly adjust their
equipment.
Controller Industrial Network Market generated a revenue of $351.2 m
in 2022 and is projected to reach a revenue of $662.3m by 2030
growing at a CAGR of 8.2% during 2023-2030.
Controller: Industrial Network Market
Revenue, 2023 - 2030 ($M)
2022 2023 2024 2025 2026 2027 2028 2029 2030

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INDUSTRIAL NETWORK MARKET - BY GEOGRAPHY
CHAPTER - 10

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10.2.4 EMEA
Source: IndustryARC Analysis, Expert Insights
Africa
The World Bank 2022 estimates that $100 billion in investments
will be necessary to provide universal, high-quality internet
access throughout Africa, with 80 percent of that amount going
toward core infrastructure required to build and maintain
broadband networks.
By 2030, the Digital Economy for Africa Initiative hopes to have
made all citizens, companies, and governments digitally literate.
Throughout the projected period, these initiatives create
potential for the industrial network market.
Africa Industrial Network Market generated a revenue of $198.69
Mn in 2022 and is projected to reach a revenue of $556.34 Mn by
2030 growing at a CAGR of 13.8% during 2023-2030.
Middle East
The Middle East industrial network market is experiencing a shift
towards digitalization and automation, with increased adoption of
IoT and cloud-based technologies.
The Saudi Arabian Communications and Information Technology
Commissions declared in February 2022 that WiFi-6e would be
launched to give industrial sectors more effective video
conferencing and better data transfer speeds
Middle East Industrial Network Market generated a revenue of
$540.54 Mn in 2022 and is projected to reach a revenue of
$1169.74 Mn by 2030 growing at a CAGR of 10.1% during 2023-
2030.
2022 2023 2024 2025 2026 2027 2028 2029 2030
2022 2023 2024 2025 2026 2027 2028 2029 2030
0.00
100.00
200.00
300.00
400.00
500.00
600.00
Middle East : Industrial Network Market Revenue,
2022 - 2030 ($M)
Africa: Industrial Network Market Revenue, 2022 - 2030 ($M)

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INDUSTRIAL NETWORK MARKET COMPANY ANALYSIS
CHAPTER - 13

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13.1 SIEMENS AG (1/4)
Source: Company Website and Annual Reports
Business Overview
Siemens AG Description
Established Year
1847
Headquarters
Germany
Employees (2022)
303,000
Geographical
Presence
195
Revenue (2022)
$75.8 Billion
Website
https://www.siemens.com
/
Siemens AG.: Product Portfolio (Industrial Network)
Product
Category
Product Description
EtherNet
Switches
SCALANCE
X-100
SCALANCE
X-200
SCALANCE
X-400
p g g
switch without configuration.
The SCALANCE XC-100 unmanaged Industrial Ethernet
Switches, with electrical and/or optical port variants, enable
cost-optimized networking at the machine level. They are
designed for use in control cabinets.
SCALANCE X-200 product line offers a wide variety of high-
performance Ethernet switches in different variant ranging
from Gigabit switches, to robust switches for process industry
requirements. These switches offer many functions: Virtual
LANs (VLAN), redundancy mechanisms, and optional complete
PROFINET or Ethernet/IP diagnostics in one device.
The SCALANCE X-400 layer 2 switch offers large number of
ports, high transmission rates, support for fiber-optic and
copper cables and Power over Ethernet transmission.

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Source: Company Website
Siemens AG: Product Portfolio (Industrial Network)
Product
Category
Product Description
Access
Points
SCALANCE W770
Access Points &
SCALANCE W730
Client Modules
SCALANCE W780
Access Points and
SCALANCE W740
Client Modules
SCALANCE W1780
Access
Points und SCALANCE
W1740 Client Modules
simple machine networking to large area radio coverage using MIMO technology. They are developed
to transmit data wirelessly from inside or outside the control cabinet with Industrial Wireless LAN.
The SCALANCE W780 Access Points and SCALANCE W740 Client Modules are developed to enable
data transmission over Industrial Wireless LAN (IWLAN) at up to 450 Mbit/s. These IWLAN Access
Points and Client Modules are specifically developed for indoors, outdoors, and harsh environments
with higher performance and additional functions.
The SCALANCE W1788 Access Points and SCALANCE W1748 Client Modules of Siemens are designed
for Industrial Wireless LAN (IWLAN) applications in the gigabit range. These products are made for
fast IWLAN and allows to use very high bandwidths in all applications, such as high user density as
well as high performance video transmission.
Industrial
Router
SCALANCE
M876/M874
SCALANCE
MUM856/MUM853
These mobile wireless routers are for costeffective and protected connection of thernetbased
subnets and programmable controllers via mobile networks of the 4th (LTE), 3rd (UMTS) or 2nd (GSM)
generation.
SCALANCE MUM856/MUM853 are mobile wireless routers for high-performance and secure
connection of Ethernet-based subnets and automation devices via mobile networks with 5G, 4G (LTE)
d3G(UMTS)Thdi lbittd i tiit5Gtk
13.1 SIEMENS AG (2/4)

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Source: Company News and Press Releases
Siemens AG: Revenue 2020-2022 (US$
Billion)
Financials:
Siemens AG: Revenue Share, By Segment, 2022(%)
Siemens AG: Revenue Share, By Geography, 2022(%)
Mobility
Portfolio Companies
Siemens Financial Services
Europe, CIS, Africa, Middle East
Americas
Asia, Australia
2020 2021 2022
0.0
20.0
40.0
60.0
80.0
13.1 SIEMENS AG (3/4)

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Siemens AG : Developments
Date Approach Description
October 2023 Launch
yp , y y ,
offering a unified interface for various security tools and compliance checks.
This solution addresses the increasing need for cybersecurity in industrial environments as IT and OT
k d l i
June 2021 Launch
Siemens launched Scalance MUM856-1, industrial router. The device connects local industrial
applications to public 5G, 4G (LTE), and 3G (UMTS) mobile wireless networks.
April 2021 Launch
Siemens is expanding its offerings for network components for industrial WLAN solutions. The new
Scalance WUM766-1 Client Module is an industrial client module that satisfies the latest WLAN Standard
IEEE 802.11ax (Wi-Fi 6), enabling reliable and high-performance wireless connectivity.
December
2020
Launch
Siemens presented the Sitrans CloudConnect 240, a new IoT gateway for the process industry. It provides
a second data channel, completely independent of the control system, which is used to transmit data
fromanyHART-basedfielddevicestotheITworld.
January 2020 Launch
Siemens extended the Ruggedcom portfolio with a PRP/HSR module for enhanced reliability of industrial
networks. The Ruggedcom RMM2972-2RNA allows easy migration to highly reliable networks with zero
packetloss.
Source: Company News and Press Releases
13.1 SIEMENS AG (4/4)

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