Yamaha Pro Audio SWP1-8 8 Port Network Switch

Product Description

The YAMAHA PRO AUDIO SWP1-8 is an 8-port network switch designed for professional AV networking environments. It provides reliable Ethernet connectivity for routing audio and control signals across installed sound systems, stage setups, and fixed AV infrastructure. The SWP1-8 is suited for licensed AV integrators and pro audio technicians who require stable, low-latency network switching in live sound or installed AV applications. It ships as a single unit and is built to support the demands of professional AV signal routing.

The SWP1-8 is intended for professional AV networking installations, including live sound reinforcement, installed sound systems, and broadcast-adjacent audio routing environments. It is well suited for commercial and institutional settings where consistent network performance is required to support audio-over-IP, device control, and signal distribution across multiple endpoints. AV integrators and systems engineers will find this switch appropriate for structured cabling deployments requiring a compact, managed Ethernet switching solution.

Key Features

• 8 network ports for multi-device AV connectivity
• Designed for professional AV networking and audio-over-IP applications
• Compact form factor suited for rack or equipment room deployment
• Single-unit packaging for straightforward procurement and inventory

Compatibility

Designed as an OEM-style network switch for professional AV networking systems requiring 8-port Ethernet switching capability.

Installation Notes

Installation should be performed by a qualified AV integrator or network technician familiar with structured cabling and AV system design. Power down connected devices before making or removing Ethernet connections to avoid unintended network disruption. Follow applicable network infrastructure standards and any facility-specific IT or AV system requirements during installation. Verify port assignments and network configuration before bringing connected AV devices online.