Episode EA-COM-WP-SPL-WH Poe Speaker Splitter

Product Description

The EPISODE EA-COM-WP-SPL-WH is a PoE-powered ambient speaker splitter designed for distributed audio installations. It draws power directly from a Power over Ethernet source, eliminating the need for a separate power supply at the endpoint. Housed in a wall-plate form factor with a white finish, this unit fits into standard audio distribution systems where a single PoE-fed input must drive multiple speaker zones or outputs. Installation is handled by low-voltage AV technicians and systems integrators working in residential or light commercial environments.

This splitter is suited for ambient audio deployments where background music or paging audio must be distributed from a centralized PoE-capable switch or amplifier to multiple speaker taps. The wall-plate design allows it to be mounted flush at a convenient distribution point within the signal chain. It falls under the amplifier and audio signal processing category, making it appropriate for structured wiring closets or in-wall distribution points in hospitality, retail, or residential multi-room audio systems.

Key Features

• PoE-powered operation eliminates the need for a local power supply
• Wall-plate form factor for flush, in-wall mounting
• White finish for discreet integration into standard decor
• Functions as an audio signal splitter within distributed ambient speaker systems
• Suitable for residential and light commercial low-voltage AV installations

Compatibility

Designed as an OEM-style component for use within PoE-based distributed ambient audio systems requiring a wall-plate signal splitter at the endpoint.

Installation Notes

Installation should be performed by a licensed low-voltage technician or qualified AV integrator. Disconnect or power down the PoE switch port supplying this device before making any wiring connections. Follow applicable low-voltage wiring codes and local AV system design standards when routing speaker and Ethernet cabling. Verify PoE budget on the supplying switch before commissioning to ensure adequate power delivery.