After an exhaustive analysis of the industry, the resultant report starts with a brief but an informative overview. The overview contains the market definition, prominent applications, along with the manufacturing techniques employed. With the aim of analyzing the global Industrial Ethernet/ IP market, data analysts dive into the competitive scene as well as the latest industry trends, and key regions. The report also offers the product’s price margins combined with the challenges encountered by the manufacturers. In addition, it provides a comprehensive understanding of various dynamics that have a significant impact on the Industrial Ethernet/ IP market. The report highlights the market situation while keeping 2019 as the base year, and the forecast period ends by 2025.
global Industrial Ethernet/ IP Market is accounted for $23.98 billion in 2016 and expected to grow at a CAGR of 19.8% to reach $84.98 billion by 2023. Factors such as flexibility and high-speed performance, implementation of IIoT, and increased penetration of ethernet networks in process industries are driving the market growth. However, need for high network security, difficulty in transferring old systems to a new protocol and rigid standardization of protocols are restraining the market growth. In addition, transitioning from fieldbus to ethernet, necessity to protect highly-critical systems, integrating wireless into industrial ethernet applications are the few challenges faced by industry. The market will witness few trends and opportunities such as high-speed switching techniques, adoption rate of Ethernet/IP among robot manufacturers, demand from automotive ethernet and adoption of Industrial Revolution 4.0.
Ethernet is used for Voice over Internet Protocol (VoIP) applications in telecom, for robotics and other automation applications in industrial and manufacturing as well as for safety-critical applications in avionics. Using automotive Ethernet, data from cameras and sensors is sent to a central fusion box for synchronisation and further processing. Distributed vehicle networks support increasingly complex, high-bandwidth applications such as vision systems, and infotainment that will become important components of increasingly connected cars. Modbus protocol is not industry specific and can be used in a wide variety of industries such as factory automation, building automation, process control, oil & gas, traffic & parking, agriculture & irrigation, water & wastewater, pharmaceutical and medical, material handling etc.
Ethernet has become the de facto protocol for connecting not only business enterprises, but also for control, safety shutdown and SCADA systems particularly in the midstream oil and gas sector. In chemical industry, density sensors are used for the measurement of liquids, aggressive liquids, liquids with high temperatures or whenever the highest accuracy is needed. This system needs various protocols. EtherNet/IP has been widely accepted as a communication backbone in manufacturing applications throughout discrete, hybrid and process applications, industry has an increasing need for communication standards for the integration of non-EtherNet/IP devices with EtherNet/IP systems.
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CC-Link IE Field embraces all of the requirements of general machine control, motion control and safety with a single, robust gigabit Ethernet infrastructure linking field devices to controllers. CC-Link IE Control provides a higher capacity optical fibre backbone that is also based on standard gigabit Ethernet technology. Further, development for motion control applications occurred, which was quickly carried over to a real-time concept (IRT). This enabled PROFIN ET to quickly become established as a leading industrial Ethernet protocol. Sercos was designed as a digital drive interface for machine tools but later it was successfully applied in all kind of production machines and automation applications. Ethernet-based Sercos III has become a universal, worldwide-accepted automation bus supporting all kind of automation applications in the field of motion, safety, I/O and vision. Fieldbuses are still the most widely used type of networks in the market. Ethernet POWERLINK is implemented on top of IEEE 802.3 and, therefore, allows a free selection of network topology, cross connect and hot plug. It uses a polling and time slicing mechanism for real-time data exchange. Modbus /TCP, an extension of Modbus, was originally developed by Schneider Electric and uses Modbus messaging over TCP/IP on top of Ethernet.
A light duty Industrial Ethernet cable may have slightly higher quality jacketing than Office Ethernet cable. Heavy duty cable is more expensive than light duty cable, so it is only used when necessary. Typically, Industrial Ethernet connectors will not rely on basic snap-in lock mechanisms on the same level as Office Ethernet. Instead, heavier lock mechanisms are used. In heavy duty applications, sealed connectors are often used.
With regards to key players, the report gives a detailed comprehension of the market’s competitive outlook paired with the ongoing trends in the manufacturing space. The report sheds light on a number of esteemed vendors that are competing in the market, including established as well as new players.
Some of the key players in Global Industrial Ethernet/IP market are Siemens AG, Rockwell Automation, Moxa Inc., Cisco Systems, Inc., Belden Inc. (Hirschmann), Beckhoff Automation, ABB Ltd., Schneider Electric Se, B&R Automation, Innovasic Inc, Bosch Rexroth, Honeywell International, Parker Hannifin and Yaskawa Electric.
• CC-Link IE
• Sercos III
o Profinet Rt (Real-Time Solution)
o Profinet Irt (Isochronous Real Time)
• Aerospace and Defense
• Electrical and Electronics
• Food and Beverages
• Oil and Gas
• Water and Wastewater
• Energy & Power Industry
• Mining Industry
• Chemicals & Fertilizers Industry
• Engineering/Fabrication Industry
• Other Applications
o Communication Interfaces
o Controllers and Processors
o Hubs, Router and Gateways
o Isolators and Convertors
o Power Supply Devices
o Other Hardwares
The forecast, as well as analysis of the Industrial Ethernet/ IP market, is done not on just globally, but also regionally. With context to the region, the report covers the main regions of Middle East & Africa, North America, Europe, Latin America, and Asia Pacific. The latest trends are examined in these regions, apart from various opportunities and outlook that could favor the market in the subsequent years.
Drivers and Challenges
In addition to giving an insight into the fundamental dynamics shaping the Industrial Ethernet/ IP market, the report also examines a variety of volume trends along with the pricing history and market value. On top of this, numerous potential growth factors, challenges, coupled with opportunities, are appraised to get a precise understanding of the market altogether.
Method of Research
To get an understanding of the market potential in the coming years, the market is scrutinized with respect to various parameters that are part of the Porter’s Five Force Model. Besides, the data analysts also use the SWOT on account of which the report offers explicit information about the Industrial Ethernet/ IP market. The thorough analysis of the market aids in identifying and highlighting its key strengths, weaknesses, risks, and opportunities.
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