D-Link DGS-F3X00-8P Layer 2 Modular Gigabit Industrial Managed Switch

DGS-F3400 series switches are PROFINET certified and Ethernet/IP ready; which makes them best suited choice for backbone of Industrial automation networks. This Industrial switch helps monitor performance and status as a Modbus register and as an MQTT data point, allowing your PLC or control unit to access diagnostic data in real-time through Modbus TCP protocol. This distinguish feature help to provide crucial information to a Big-Data Analytics engine.

The DGS-F3400 Series support ERPS <50 ms quick failover recovery for ring topologies that ensures minimal downtime and avoids any loss of data in mission-critical deployment environments. Meanwhile, the dual power input allows redundant power supply to make sure the network continues to operate in the event of a primary power supply failure.

The DGS-F3400 Series is equipped with advanced security features such as Static MAC, Storm Control, and IGMP Snooping. Static MAC allows users to create a MAC whitelist for specific ports, helping administrators limit network access to authorized devices only. Storm Control monitors broadcast, multicast, or unknown unicast traffic and will start blocking or discarding packets which could flood the network when the defined threshold is exceeded.IGMP Snooping can reduce the load of L3 multicast routers and save bandwidth in network throughput.

The DGS-F3400 Series features loopback detection and cable diagnostics to help network administrators find and solve network problems quickly and easily. Loopback detection is used to detect loops created by a specific port and automatically shuts down the affected port. Cable diagnostics helps network administrators quickly examine the quality of the copper cables, recognize the cable type, and detect cable errors.

The DGS-F3400 series switches are 802.3af PoE & 802.3 at PoE+ ready switches (PoE modules only) & can provide total PoE budget up to 720W, capable of supplying up to 30 W of power per port to connected PoE-enabled devices. This effectively reduces deployment times, reduces cable clutter, and eliminates the need for dedicated power supplies to allow PoE-devices to be installed in remote locations.