Yamaha Pro Audio SFP-SWRG-SX Sfp Network Module

Product Description

The YAMAHA PRO AUDIO SFP-SWRG-SX is a small form-factor pluggable (SFP) network module rated for fiber optic signal transmission up to 550 meters. Designed for integration into compatible audio network switches and rackmount equipment, this module supports stable, low-latency data transport across professional audio installations. It is installed by audio-visual systems integrators, network technicians, and professional sound engineers working in live sound, installed sound, or broadcast environments where reliable, long-run network connectivity is required.

The SFP-SWRG-SX is suited for professional audio network infrastructures where copper cabling falls short of distance or noise-isolation requirements. Typical applications include stage-to-FOH fiber runs, multi-room installed audio systems, and broadcast or recording facility network backbones. This module fits into SFP-compatible network switches used within professional audio ecosystems, enabling fiber-based connectivity between rackmounted network nodes.

Key Features

• Supports fiber optic transmission up to 550 meters
• Small form-factor pluggable (SFP) form factor for tool-free module installation
• Designed for use in rackmount professional audio network switch applications
• Sold individually as a single unit (each)

Compatibility

Designed as an OEM-style network module for use with SFP-compatible rackmount switches in professional audio signal transport systems.

Installation Notes

Installation should be performed by a qualified AV systems integrator or network technician familiar with fiber optic cabling and SFP module handling. Power down or administratively disable the host switch port before inserting or removing the SFP module to prevent damage to the module or the host device. Use appropriate fiber patch cables with clean, undamaged connectors, and follow the switch manufacturer guidelines for cage insertion force and latch engagement. Avoid bending fiber cables beyond their minimum bend radius during cable management.