Simple Dante networks are not difficult to set up and operate, but as network complexity grows the switches used need to be optimized for Dante operation in order to achieve maximum stability. Setting up QoS, IGMP Snooping, and other parameters on an intelligent switch can be a complex task, requiring specialized knowledge that is more the domain of IT technicians than audio engineers. The SWP1 series allows a Dante optimized setup to be recalled by simply flipping one DIP switch. No expertise or training is required.

A truly efficient network should be able to handle multiple services simultaneously

Effective Dante network management hinges on a range of parameters such as network traffic, switch status, and individual Dante device information. The dedicated Yamaha LAN Monitor application for Windows computers provides a comprehensive single-screen view of all necessary parameters when used with SWP1 series switches. We refer to this type of graphical overview as “network visbility.” You can even take a snapshot of the normal network status and set an alarm to warn you if any of the parameters changes, so that problems can be identified and resolved quickly and easily. The Dante Controller application can also be launched from the Yamaha LAN Monitor with a single click, providing a total Dante network solution on a single compute

Reliability is essential in live sound applications. Nothing can be allowed to interrupt the show. Conventional network switches usually have RJ45 connectors to match the connectors on the computers to which they will be connected, but the SWP1 series features durable, reliable etherCON connectors that are directly compatible with the etherCON connectors on Yamaha CL/QL series consoles and other Dante capable devices.

The SWP1-8MMF and SWP1-16MMF include multi-mode fiber capable opticalCON connectors. Both models allow transmission over distances of up to 300 meters. The optional MMF-SWP1 optical fiber module can be added to allow two optical fiber cables to be run for redundant connect