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Yamaha SWP18 Network Switch with 8 EtherCON Ports
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Description
Yamaha SWP18 Network Switch with 8 EtherCON Ports
The SWP1 series network switch equipped with eight etherCON ports and two option slots.
Main Features
SWP18 Network Switch
Dip switch Dante optimization
3 preset VLAN types
EtherCON connectors for live sound reliability
Snapshot function makes troubleshooting easy
Detailed switch settings and firmware updates
Complex network switch setup that was previously better left to an IT technician can now be easily accomplished by anyone. A simple switch setting is all it takes to optimize SWP1 series network switches for Dante operation, and a dedicated Windows application provides “network visibility” for comprehensive monitoring and control. Yamaha first entered the network device business in 1995, and has grown to hold a significant share of Japan’s small to medium enterprise and SOHO network market. Yamaha gigabit L2 switches that could be linked to Yamaha routers/firewalls were introduced in 2011, with features that significantly reduced the network setup, maintenance, and management workload.
The SWP1 series network switch equipped with eight etherCON ports and two option slots.
Main Features
SWP18 Network Switch
Dip switch Dante optimization
3 preset VLAN types
EtherCON connectors for live sound reliability
Snapshot function makes troubleshooting easy
Detailed switch settings and firmware updates
Complex network switch setup that was previously better left to an IT technician can now be easily accomplished by anyone. A simple switch setting is all it takes to optimize SWP1 series network switches for Dante operation, and a dedicated Windows application provides “network visibility” for comprehensive monitoring and control. Yamaha first entered the network device business in 1995, and has grown to hold a significant share of Japan’s small to medium enterprise and SOHO network market. Yamaha gigabit L2 switches that could be linked to Yamaha routers/firewalls were introduced in 2011, with features that significantly reduced the network setup, maintenance, and management workload.
