High-Density Rackmount Ethernet Switches | Layer 2 & Layer 3 UK

Rackmount Ethernet Switches

Browse rackmount switches designed for reliable network connectivity in cabinets, control rooms, server racks, and other structured industrial or infrastructure environments. Our range includes rackmount Ethernet switches for applications that need organised installation, dependable switching performance, and convenient access within standard 19-inch rack systems. Use the filters to narrow by port count, connectivity, management type, mounting, manufacturer, and specification to find the right rackmount switch for your deployment.

Rackmount switches are often chosen for installations where network equipment needs to be centralised, accessible, and easy to integrate into existing rack-based infrastructure. They can be a strong fit for industrial networking, control systems, transport, utilities, and other applications where a rack format is more practical than DIN-rail mounting.

Explore our full range to find a switch that meets your performance, certification and environmental requirements, or speak to our in-house networking specialists to discover the right fit for your rack today.

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Learn More About Industrial Rackmount Switches

A rackmount switch is an Ethernet switch designed to be installed in a standard 19-inch rack. It is typically used where network equipment is housed in cabinets or equipment rooms and where a structured, centralised installation is preferred.

A rackmount switch is usually the better choice when the network is built around server racks, equipment cabinets, or control room infrastructure rather than local cabinet-level DIN-rail installation. It is often used where higher port counts, easier front access, and centralised network organisation are important.

Rackmount switches are commonly used in industrial control rooms, transport infrastructure, utilities, security systems, data aggregation points, and other environments where multiple network connections need to be managed from a central rack-based location.

Key considerations include port count, copper or fibre connectivity, managed or unmanaged operation, redundancy requirements, power input, and the overall network layout. The right switch will depend on how the rack is being used and the level of control or resilience the application requires.

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