Unmanaged Industrial PoE Switch LANBERG ILGE-4P-2S-90 — 1xBT, 3xAT, 2xSFP, DIN-mount, Gigabit

Unmanaged LANBERG ILGE-4P-2S-90 is an industrial Gigabit Ethernet PoE switch designed for DIN-rail mounting and simple plug-and-play deployment. The compact rugged housing and industrial-grade components provide a stable network connection and power delivery in field environments. The device integrates one high-power PoE++ (BT) port, three PoE+ (AT) ports and two SFP uplink slots, making it suitable for combined copper and fiber topologies in surveillance, control and small industrial network segments.

Advantages

The switch supplies power over Ethernet while maintaining Gigabit data rates on copper ports and fiber uplinks, allowing consolidated data and power distribution over a single infrastructure. Its unmanaged design requires no configuration, which simplifies installation and reduces maintenance. DIN-rail mounting and a compact metal enclosure enable space-efficient placement in electrical cabinets, network boxes or industrial racks. The presence of SFP slots allows flexible connection to long-distance or fiber-based networks.

Suitable for

Key specifications

How to use

Mount the switch on a DIN rail inside a suitable cabinet or enclosure and connect the DC power source according to the electrical installation requirements. Plug PoE-compatible devices such as IP cameras or access controllers into the designated PoE ports and connect the uplink to the wider network via the copper Gigabit ports or by installing appropriate SFP modules in the SFP slots for fiber connections. No software configuration is required; the switch will forward traffic and supply PoE power automatically once powered and connected.

Recommendations

Ensure the total PoE power budget is sufficient for all connected devices and select appropriate SFP transceivers for the required fiber type and distance. Install the switch in a ventilated, dry location within the specified operating temperature range and follow local electrical safety standards when wiring power and data connections.