Home Industry 5 Reasons You Need an Industrial Ethernet Switch

5 Reasons You Need an Industrial Ethernet Switch

by Gerard

Do you run a factory or industrial plant? Maybe you are the IT person for your company and need an advanced connection but don’t know where to start. So here’s all the information you need.

Industrial Ethernet switches are growing in popularity because they are the most reliable method to connect many devices. They provide better network stability, connectivity, and performance. An industrial managed switch can help you save money and time. Besides this, these switches provide the performance and reliability necessary for these heavy-duty applications, which stand apart from other networking switches.

Top 5 Reasons to Replace Your Switches with High-Quality Ethernet Switches

#1 Durability and Reliability

The design of Industrial Ethernet switches is to stand up to the extreme weather. The durable buttons on industrial Ethernet switches are architect to manage severe weather. In addition, these switches can operate in a temperature range of -40 degrees C to 75 degrees C.

This makes them ideal for use in high-temperature environments. Industrial Ethernet switches also have a long lifespan. That means you will be able to use them for years without replacing them.

#2 Quick Data Transmission

Switches can connect many devices in a single network. Thus, it can send information between each node on the network. As a result, these switches allow for quick data transmission within the network. Moreover, this feature makes them ideal for use in industrial settings because there may be large amounts of data to transfer at once.

Manufacturing and control systems usually use industrial switches to send data, i.e., to send data between many devices and computers.

#3 Noise Reduction

Usually, there is interference due to electrical noise in network connections. Therefore, industrial switches are a great option when connecting a network or a computer to another. These switches are useful for improving network connections from one end to another and lower down the noise.

If you have a distance of 100 meters or less, twisted wires perform well. On the other hand, fiber optic cables are useful in long-distance connectivity. You can connect the switch with wires such as a twisted pair or unshielded twisted pair.

Yet, they should not be mixed up with other components like hubs or repeaters.

Unmanaged Switch Options

A high-priority network such as a data center uses managed expensive switches. PoE switches are cheaper than managed models because they lack advanced features. However, this lack of functionality does not mean that PoE switches cannot perform in a high-priority setting.

They need careful planning to ensure that your network runs smoothly with them. For example, PoE switches can deliver connectivity for five to ten ports without requiring extra hardware.

This makes them ideal for businesses with average budgets but needs to expand their networks.

Advanced Managed Switch Capabilities

Industrial Ethernet switches are designed for the harsh conditions of industrial environments. They have advanced managed switch capabilities, including:

  • Improved traffic filtering
  • Network topography and device mapping
  • Network management, troubleshooting, and cable diagnostics
  • Traffic filtering
  • Increase network security

Industrial Ethernet switches are available in many variations, including standalone and stackable configurations. Standalone industrial Ethernet switches support high-bandwidth applications such as serial and parallel data transfer. However, Stackable industrial Ethernet switches can connect many units to create one large networked system.


An industrial Ethernet switch can be beneficial in any location with many Ethernet cables. Whether a factory or a warehouse, their extra features and powerful capabilities can make your life easier, so replace the switch today for faster and more reliable business operations without any second thoughts.

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