Ashly RPOE-1 Power Over Ethernet Injector

Introducing the Ashly RPOE-1: Essential POE Injector for Networked Remotes
The Ashly RPOE-1 is a powerful tool designed to facilitate seamless integration of networked remote devices like the neWR-5, FR-8, and FR-16 by providing essential Power Over Ethernet (PoE). This device adheres to the IEEE 802.3af standard, capable of transmitting both data and power over a single network connection, thus simplifying your audio setup and reducing cable clutter. Ideal for scenarios where your network switch does not support PoE, the RPOE-1 steps in to power your devices efficiently while maintaining a streamlined network environment.

Optimized Connectivity for Enhanced Performance
Positioned strategically between your Ethernet switch and the remote device, the RPOE-1 ensures that power is consistently delivered to your Ashly remotes, even if the switch lacks native PoE capabilities. This not only enhances the operational reliability of your networked audio system but also ensures uninterrupted performance across all connected devices.

High Compatibility and Easy Integration
The Ashly RPOE-1 is designed to work flawlessly with both Cat5 and Cat6 cables, supporting speeds up to 100Mbps. This broad compatibility ensures that the RPOE-1 can be integrated into almost any existing network infrastructure without the need for additional adapters or significant reconfiguration, making setup quick and straightforward.

Robust and Reliable Power Supply
Delivering a stable 48VDC output at up to 24 Watts, the RPOE-1 is equipped to handle the power needs of your most demanding networked devices. It includes built-in protections against over-voltage and short circuits, ensuring safe and reliable operation. The auto-recover feature further enhances this reliability, making the RPOE-1 a resilient choice for powering critical audio components.

Efficient and Safe Operation
With an efficiency rating of over 75% and a lightweight design, the RPOE-1 is both energy-efficient and easy to handle. Its operational temperature range of -10°C to 55°C ensures it performs reliably under various environmental conditions, and its compliance with multiple international standards (Cispr 22’B’, Vcci’B’, Fcc’B’, UL) attests to its safety and quality.