D-link DMS-3130-30PS 30 Port Multi-gigabit Poe Switch

Product Description

The D-LINK SYSTEMS INC DMS-3130-30PS is a 30-port multi-gigabit Power over Ethernet switch designed for network infrastructure deployments that require high-speed data and inline power delivery over a single cable. Multi-gigabit ports support speeds beyond standard gigabit, making this switch suitable for environments with bandwidth-intensive devices such as wireless access points, IP cameras, and VoIP systems. It is typically installed by network technicians and IT infrastructure professionals in commercial or enterprise settings where scalable, managed switching is required.

This switch fits applications in commercial buildings, schools, hospitality environments, and enterprise branch offices where a mix of PoE-powered endpoints and uplink capacity is needed. The 30-port form factor provides density suitable for mid-size network closets and structured cabling installations. It is appropriate for both new builds and upgrades to existing network infrastructure where legacy gigabit speeds are a bottleneck.

Key Features

• 30 ports with multi-gigabit speed support for high-bandwidth endpoint connectivity
• Power over Ethernet (PoE) capability eliminates the need for separate power adapters at the endpoint
• Multi-gigabit architecture accommodates next-generation wireless access points and cameras
• Designed for managed switching deployments in commercial and enterprise environments
• Single-unit (EA) packaging for straightforward procurement and installation

Compatibility

Designed as an OEM-style network switch for commercial and enterprise structured cabling environments requiring multi-gigabit PoE switching capacity.

Installation Notes

Installation should be performed by a qualified network technician familiar with structured cabling standards and rack-mount equipment. Power down or disconnect upstream network equipment before making patch connections to avoid unintended network disruptions. Ensure the rack or enclosure provides adequate airflow and that the power source meets the switch's input requirements before energizing. Follow local electrical codes and applicable standards when routing low-voltage cabling.