D-Link 30-Port Gigabit Stackable Managed Network Switch

The D-Link DGS-3130-30TS is a Layer 3 managed switch that delivers thirty network ports and the performance required for enterprise, campus, and metro Ethernet deployments. It gives administrators reliable Gigabit access at the edge and fast 10 Gigabit paths toward the core, all inside a single compact chassis that is simple to install and maintain.

Twenty four Gigabit Ethernet ports handle day-to-day traffic for workstations, servers, and access points. Two 10GBase-T copper uplinks and four 10G SFP+ fiber slots add the bandwidth needed for high-usage applications such as IP voice, high-definition video, or large file synchronization, and they let you choose either copper or fiber cabling depending on distance and infrastructure.

Quality of Service prioritizes critical traffic, while Access Control Lists reinforce security by limiting who can reach sensitive resources. These features are controlled through a clear web interface, so routine tasks like adjusting bandwidth policies or checking port statistics take only a few minutes.

When the network grows, the switch can be stacked with up to eight additional DGS-3130-30TS units. Each chassis provides 168 Gbps of switching capacity, and the entire stack behaves like one logical device, easing configuration and monitoring while adding plenty of extra ports.

Operational resilience is built in. A self-adjusting fan balances cooling and power consumption to extend hardware life, and support for redundant power supplies helps keep the network online even if a primary source fails. These details make the switch a sound choice for critical environments such as healthcare facilities, data rooms, and call centers where downtime is not an option.

• 30 total ports: 24 Gigabit Ethernet access ports plus 2 10GBase-T and 4 10G SFP+ uplinks
• Layer 3 feature set with Quality of Service and Access Control Lists for traffic control and security
• Stack up to 9 switches, each with 168 Gbps switching capacity, and manage them as one device
• Energy-conscious design that uses a self-adjusting fan to reduce power consumption
• Support for redundant power supplies to help maintain continuous operation
• Web-based interface for quick configuration and monitoring