Simplifying Network Expansion:Choosing the Right Unmanaged Ethernet Switches

Low-Density Ports

Optimized for localized control networks requiring minimal node aggregation and rapid deployment.

High-Density Ports

Offerings provide requisite port capacity for centralized distribution within industrial control systems, facilitating robust backplane connectivity for numerous field devices.

(Boost) PoE

IEEE 802.3af/at/bt compliant power and data over Ethernet, streamlining deployments of IP-based instrumentation, surveillance, and access control systems in harsh industrial environments.

Low-Density Ports for Localized Connectivity

Low-density Unmanaged Ethernet Switches, typically featuring 4 to 8 ports, are ideal for small-scale network expansions within specific areas of an industrial plant or facility. These switches are well-suited for connecting a limited number of devices such as sensors, actuators, or PLCs in a localized control loop or monitoring system. Their plug-and-play nature ensures quick and easy installation, minimizing downtime and maintenance requirements.

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High-Density Ports for Centralized Connectivity

For larger environments demanding extensive wired connectivity without the need for advanced network control, high-density Unmanaged Ethernet Switches are the optimal choice. These switches provide include or more than 16 ports, are commonly deployed in industrial control rooms, data centers, or network closets to provide centralized connectivity for a large number of devices. Their increased port count allows for efficient cable management and reduces the need for multiple smaller switches, simplifying network infrastructure. While lacking advanced features like VLANs, their sheer port capacity makes them efficient for expanding network infrastructure where simplicity and a high volume of connections are paramount.

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(Boost) PoE for Powering Remote Devices

Power over Ethernet (PoE) Unmanaged Ethernet Switches are specifically designed to deliver both data and power over a single Ethernet cable, making them ideal for powering remote devices such as IP cameras, access control systems, or wireless access points in industrial settings. Beyond standard PoE (IEEE 802.3af/at/bt), some industrial environments benefit from PoE boost variants, which extend the power delivery range or increase the available wattage per port. This is crucial for powering high-demand devices or those located at significant distances, eliminating the need for separate power outlets and simplifying installation, particularly in locations where power infrastructure is limited or challenging to access.

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