Supports IEEE 802.3af/at Compatible with PoE power sources that follow the IEEE 802.3af/at standard, allowing easy connection to a wide range of PoE switches and injectors. Key benefits — why this PoE splitter matters Converts PoE power into separate data and DC power outputs, enabling non‑PoE devices to be powered without cabling. Keeps connected equipment stable by separating data and power, preventing interference and ensuring reliable operation. Built‑in protection reduces risk to connected devices and installation: protection, anti‑static protection, overcurrent protection, and short‑circuit protection safeguard safe operation. efficiency and low power consumption let the splitter operate effectively in low‑power conditions, minimizing energy loss and heat. Main functions and performance Power and data separation: accepts PoE input and outputs isolated power and Ethernet data so cameras, access points, and other devices receive the correct supply while keeping network signals intact. Broad compatibility: works with standard PoE power supply devices that comply with IEEE 802.3af/at. Reliability: multiple protection mechanisms help prevent damage from electrostatic discharge, excessive current, and short circuits. Energy efficient: designed for low power draw to support stable operation even under constrained power budgets. Practical applications IP cameras: power and feed network video to a camera that lacks native PoE capability without running separate power cables. Wireless access points: supply power to ceiling or wall access points from a centralized PoE switch while keeping data and power properly isolated. VoIP phones and networked sensors: add power to desktop or wall devices in locations where dedicated power outlets are inconvenient. What customers should expect A straightforward way to adapt PoE infrastructure to non‑PoE devices while maintaining network stability and device protection. Compatibility with IEEE 802.3af/at PoE sources and essential protection features to reduce installation risk. Efficient operation that minimizes additional power draw and supports reliable device performance.