The Juice Goose iP-50 is a networked, web-manageable power distribution unit designed to provide intelligent remote control and monitoring of connected equipment in professional audio-visual, IT, and broadcast environments. This slim, 1U rack-mountable device offers eight individually controllable AC outlets, each capable of being switched on, off, or recycled independently via a standard web browser interface. It is engineered to enhance system reliability and simplify operations by allowing technicians to power cycle malfunctioning equipment remotely, eliminating the need for physical access to equipment racks. This capability is invaluable for troubleshooting in hard-to-reach installations, such as digital signage networks, server rooms, or distributed AV systems, significantly reducing downtime and service costs.

Beyond basic switching, the iP-50 incorporates advanced monitoring features, providing real-time data on voltage, current draw, power consumption, and energy usage (kWh) for the entire unit. This data is accessible through the intuitive web interface, which also supports user authentication, event scheduling, and the creation of customizable power sequencing groups to ensure equipment powers up and shuts down in a safe, logical order. The unit connects to a local area network via a built-in Ethernet port, supporting static IP or DHCP assignment. Its robust construction includes a metal chassis and features a front-panel LCD display and tactile buttons for local control and configuration when direct access is available.

The iP-50 is designed for integration into modern, IP-managed facilities. It supports network protocols like SNMP for integration into larger network management systems, allowing for centralized monitoring and alerting. By delivering granular power control and detailed electrical telemetry in a compact form factor, the Juice Goose iP-50 transforms a standard power strip into a proactive management tool. It provides system administrators and AV technicians with unprecedented control over their equipment's power environment, contributing to increased system stability, energy efficiency, and operational convenience.