Stackable Managed Switches

• Designed for Small to Medium Businesses, Enterprises and ISPs
• Deliver high performance, flexibility, fault tolerance, and advanced software features
• Gigabit Ethernet SFP, 10 GbE SFP+, security features, and advanced Quality of Service (QoS), the DGS-3630 Series can act as core, distribution or access layer switches
• High port densities, switch stacking, and easy management make the DGS-3630 Series suitable for a variety of applications
• DGS-3630-28PC and DGS-3630-52PC feature Power over Ethernet, which allows PoE-powered devices to be powered by the switch through a standard Ethernet cable. 

Outperforming the competition

The DGS-3630-28TC was benchmarked against a market leading competitor's device. It matched or exceeded the competitor's performance across all tests despite being significantly lower in price with a much lower power consumption.

Versatile Management

The DGS-3630 Series provides:

• Network Assistant Utility
• Industry-standard CLI
• Intuitive web-based management interface

Support for SNMP allows centralized management of a large number of devices and out-of-band management is available via a dedicated console port.

A mini-USB console port allows the DGS-3630 Series to be managed without any extra connectors, and a USB Type A port can be used to store logs, configuration, and firmware images.

High Availability and Flexibility

Includes stacking technology, which allows multiple switches to be combined to form a single physical or virtual stack.

Scale your network using just a stacking cable and without the need for stacking modules.

Increased redundancy over multiple physical units, simplifies management and provides a single IP address to manage all members in the stack.

Security, Performance & Availability

Robust set of QoS features helps ensure that critical network services such as Voice over IP and video conferencing are given high priority through the network.

The D-Link Safeguard Engine increases the switch’s reliability, serviceability, and availability by preventing malicious flooding traffic caused by worms or virus attacks.