ADnet POE Outdoor Waterproof 1POE in 4 POE out Extender (ADP-PE-1542)

The ADNET ADP-PE-1542 is a heavy-duty networking solution designed for harsh environments. Unlike the standard indoor models, this device is built to withstand the elements while significantly expanding your network’s reach. It acts as a rugged “hub” that takes one high-power PoE input and splits it into four separate outputs.

Core Specifications

• Model: ADP-PE-1542

• Configuration: 1 Port PoE Input to 4 Ports PoE Output.

• Speed: 10/100 Mbps Fast Ethernet.

• Weatherproofing: IP66 or IP67 rated (Waterproof and Dustproof).

• PoE Standards: Supports IEEE 802.3af/at/bt (Higher input power support to handle four devices).

Key Features

1. Rugged Waterproof Housing

The device is encased in an industrial-grade, weather-sealed enclosure. It is designed to be mounted on outdoor walls or poles, resisting rain, snow, and extreme dust without requiring an additional protective cabinet.

2. High-Efficiency Power Distribution

Because this device powers up to four devices, it is typically designed to work with PoE++ (60W-90W) injectors or switches at the source. It intelligently negotiates power to ensure each of the four connected devices (like cameras or outdoor APs) receives a stable voltage.

3. Extended Transmission

Like its indoor siblings, it extends the Ethernet signal for another 100 meters. By placing this at the 100-meter mark, you can effectively deploy a cluster of four cameras up to 200 meters away from your main switch.

4. Self-Powered Design

No external electrical wiring is needed at the installation site. It “harvests” its operating power from the uplink PoE cable, making it perfect for parking lots, perimeter fences, and rooftops.

Ideal Use Cases

• Large Scale Surveillance: Connecting four corner-mounted cameras on a building using a single uplink cable.

• Outdoor Wi-Fi: Powering multiple outdoor Wireless Access Points across a campus or park.

• Industrial Sites: Providing connectivity in dusty warehouses or wash-down areas where standard electronics would fail.