Products You May Like
Hardware prices are often a concern for many companies. Some believe established manufacturers often charge unreasonably high prices, but the truth is that price variation often reflects the environmental conditions for which they are designed. Manufacturing, transportation, energy, and many other industrial sectors depend on continuous network uptime for safety and efficiency. They cannot rely on standard networking devices. All these settings benefit from hardened or rugged electronic equipment, such as Ethernet switches that provide reliable connectivity so that all the important systems continue to operate. Since they are more purpose-built and advanced than their commercial-grade counterparts, they can cost more. You can explore Cisco IE switches prices and compare them against a standard offering to get an idea.
Why should you care about this? Devices such as Ethernet switches are used in industrial networks. If the network is disrupted, the entire operation will halt, and everyone will be significantly affected. It is not just about inconvenience. The stakes are higher. Let’s see where standard switches fall short and what makes industrial switches more reliable to understand the pricing gap. The focus is on the temperature range, housing, mounting, power input, and several other critical points.
An overview of standard commercial switches
These switches can usually operate within a temperature range of 0°C to 40°C. They cannot perform reliably at extremely low or high temperatures and therefore are at a higher risk of failure. Many of them come in plastic housings, which can be vented to control heat. Unfortunately, this housing design cannot tolerate shock, dust, moisture, and other environmental hazards. They are typically installed in rack-mounted or desktop configurations and use a single power source. That means the likelihood of downtime is higher if the power supply is disrupted for any reason. Their lifespan is also relatively shorter, typically about 3 to 5 years.
An overview of IE switches
What makes these switches non-negotiable for different industrial environments despite a higher upfront cost? It starts with the ability to operate in temperatures ranging from subzero to extremely high levels. They can be used safely in both high-heat and nearly freezing environments. Recognized brands work closely on the design and engineering of these switches. They usually don’t include moving parts in these switches to improve their reliability. For example, these switches may boast a passive cooling design that helps prevent dust and moisture ingress. They may be built using a metal housing to protect internal components from physical shock and vibration. A quality switch can be easily incorporated into an industrial control cabinet without the risk of disconnection due to vibration. In fact, these switches often feature two power inputs to ensure the network continues to operate even if one power source is affected.
Summing it up
Industrial Ethernet switches offer advanced features, a robust build, and more sophisticated components than standard commercial-grade products. That’s why they are often priced higher. When you invest in the right device, it pays off by reducing the risk of unplanned downtime, which no industry can afford. Hence, it’s important not to compromise on quality for the sake of price. Branded Ethernet switches are best suited for industrial settings, and their pricing should be weighed against the value they provide.