Expanding and powering multiple network devices has become simpler and more reliable with the 1-IN-2-Out PoE Extender. This compact yet powerful device allows users to split one PoE input into two PoE outputs, enabling the powering of two IP cameras or other PoE devices using a single existing Ethernet cable. It’s the ideal solution for installations where adding new cabling is difficult or expensive.

This extender not only splits power but also boosts the PoE and data signal, extending its reach by an additional 330 feet (approximately 100 meters) over standard Cat5E or Cat6 network cables. This ensures that IP cameras and other PoE devices can be installed at greater distances without sacrificing performance or stability.

Engineered for excellent stability, this upgraded version improves on previous models with a durable metal casing that provides superior heat dissipation. Its high-speed Gigabit performance supports 1000 Mbps data transmission, ensuring smooth streaming and real-time monitoring — crucial for IP surveillance and security systems.

Compatibility is another major advantage. Fully compliant with IEEE 802.3af/at PoE standards, the device works seamlessly with PoE switches, PoE injectors, and PoE NVRs, making integration into existing network systems effortless. Its plug-and-play design means no complicated configuration is required — simply connect the Ethernet cables, and the device is ready to go.

Despite its powerful performance, the PoE extender has a compact size of just 1.02” x 3.26” x 2.09”, making it easy to install into wall-mount brackets, junction boxes, or outdoor waterproof enclosures. It’s designed for industrial use, featuring an IP53 metal enclosure, a wide operating temperature range from –22°F to +149°F (–30°C to 65°C), and built-in 4kV surge protection to withstand harsh environments.

Whether you’re setting up surveillance cameras for home security or expanding a commercial network, this extender offers a cost-effective, efficient, and stable solution for powering multiple PoE devices over long distances.