PoE splitter TRENDnet TEG-102S v1.0R — 10/100 Mbps Ethernet output

The TRENDnet TEG-102S v1.0R PoE splitter converts Power over Ethernet (PoE) into a separate 10/100 Mbps Ethernet data connection and a local DC power output. It allows non‑PoE devices to receive both network connectivity and power over a single Ethernet cable, simplifying installations where devices are located away from AC outlets. The splitter supports Fast Ethernet links and delivers a dedicated power output compatible with many access points, IP cameras and network devices that require an external DC supply.

Advantages

The PoE splitter eliminates the need to run separate power cabling by extracting DC power from the Ethernet cable while maintaining a stable 10/100 Mbps data link. Its compact design fits into constrained spaces near mounted devices, and it enables retrofit of legacy equipment into PoE-based networks. The unit reduces installation complexity and can lower cabling costs by combining power and data over a single cable.

Suitable for

• Powering non‑PoE IP cameras while providing Fast Ethernet connectivity
• Supplying access points or wireless bridges that require a separate DC input
• Connecting and powering small network switches or other 10/100 Mbps devices
• Retrofit installations where AC outlets are not available at the device location

Key specifications

• Network speed: 10/100 Mbps Fast Ethernet data output
• Power type: extracts DC power from PoE and provides a local DC output
• Connector types: RJ‑45 PoE input and separate RJ‑45 data output plus DC power jack
• Form factor: compact inline splitter designed for near‑device mounting
• Compatibility: designed for use with standard PoE sources to power non‑PoE equipment

How to use

Connect an Ethernet cable carrying PoE from a switch or injector to the splitter's PoE input. From the splitter, connect the separate Ethernet data output to the device's network port and attach the provided or required DC plug to the device's power input. Verify the device accepts the splitter's voltage and polarity before powering on. After connections are made, power the PoE source to enable simultaneous data and power delivery to the target device.

Usage recommendations

Confirm the target device's DC voltage and current requirements match the splitter's output specifications before use. Use shielded, appropriately rated Ethernet cabling and avoid exposing the splitter to moisture or extreme temperatures. For long cable runs, ensure the PoE source can provide sufficient power budget to compensate for cable loss.