Yamaha SWP2-10SMF 10-Port EtherCON L2 Network Switch with 10G Uplink and Single-Mode Fiber Port

Yamaha SWP2‑10SMF 10G Single-Mode Fiber Switch

The SWP2-10SMF is a professional-grade 10-port EtherCON L2 network switch engineered specifically for high-performance Dante audio networks. With recommended Dante settings accessible via a simple DIP switch, the SWP2-10SMF ensures stable, low-latency operation-ideal for live sound, installed systems, broadcast environments, and mission-critical digital audio transport. Its 10GBASE-LR single-mode fiber uplink provides exceptional long-distance connectivity and abundant bandwidth, enabling reliable Dante performance even at higher sampling rates such as 96 kHz.

Built for reliability, the SWP2-10SMF integrates VLAN presets for separating audio and control traffic, helping maintain a stable and organized network. Network visibility is made easy through Yamaha’s Audio Network Monitor software, which offers real-time status monitoring of Dante devices and switch health. Rugged EtherCON and opticalCON ports come standard, providing secure locking connections for mobile rigs or permanent installations where cables may be stressed or exposed.

For added peace of mind, the switch supports redundant power via its V-Lock AC inlet and external 24V DC input. Combined with its rackmount design and high-durability construction, the SWP2-10SMF delivers the safety, stability, and long-haul performance required for modern, professional Dante audio networks.

• 10GBASE-LR single-mode fiber uplink for long-distance Dante networking
• Dante-optimized presets (QoS, EEE, IGMP Snooping) selectable via DIP switch
• Three VLAN presets for managing audio, control, and mixed networks
• Visual network monitoring via Yamaha Audio Network Monitor (Windows)
• Rugged EtherCON and opticalCON connectors for secure professional setups
• Redundant power support: V-Lock AC input + XLR-4-32 EXT DC input
• Rackmountable hardware for fixed and touring environments
• Designed for stable, low-latency Dante operation even at 96 kHz sampling

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