PoE splitter ALFA PD-1000D 1000Mbps output 12V for single‑device power over Ethernet

ALFA PoE splitter PD-1000D converts PoE power delivered over an Ethernet cable into a separate 12V DC output while allowing network data to pass through at up to 1000Mbps. The compact inline unit is intended to supply a single non‑PoE device such as an IP camera, router, access point or other network equipment, removing the need for a local power adapter and enabling centralized power management and tidier cabling.

Advantages

The PD-1000D provides simultaneous data passthrough and 12V power output, supporting gigabit Ethernet speeds so connected devices receive full network bandwidth. Its compact form factor mounts near the powered device and eliminates additional power cabling. By converting PoE to a standard 12V DC output, the splitter allows use of existing non‑PoE equipment with PoE infrastructure, simplifying installations and reducing the number of separate power supplies required.

Suitable for

• Powering a single IP camera that requires 12V DC while preserving gigabit network connectivity
• Supplying 12V routers or access points without local power adapters
• Connecting other network devices that need a 12V DC input and gigabit data
• Environments where centralized PoE power management and cleaner cabling are desired

Key specifications

• Data throughput: up to 1000 Mbps (Gigabit Ethernet)
• Output voltage: 12 V DC
• Intended use: single‑device power conversion from PoE to DC
• Form factor: compact inline splitter designed for deployment near the powered device

How to use

Connect the Ethernet cable carrying PoE from a compatible PoE switch or injector to the PD-1000D input. From the splitter, run the separate 12V DC output cable to the power input of the non‑PoE device while the Ethernet data output continues to the device’s network port. Confirm that the PoE source provides sufficient power for the device's 12V requirements and that cable connections are secure. No additional configuration is required on the splitter.

Usage recommendations

Use with a PoE source that matches the power needs of the powered device and observe cable length limitations for both PoE delivery and DC voltage drop. Install the splitter in a dry, ventilated location near the device to minimize exposed cabling and ensure reliable network and power delivery.