Yamaha SWR2311P10G

SWR2311P-10G is an intelligent L2 switch that can supply power to PoE powered devices connected to the switch. Yamaha has integrated its own expertise in networking and professional audio fields and developed it as an L2 switch optimized for Dante? audio networks.

Recommended settings for stable operation of a Dante network (such as QoS EEE and IGMP Snooping) can be made easily

• LAN ports equipped with PoE supply: 8(1-8)
• LAN/SFP combo ports: 2(9 10) (The LAN port and SFP slot are exclusively used)
• PoE supply is compliant with IEEE 802.3at and can supply up to 30W to all PoE ports

Intelligent L2 switch with Dante? optimization function and PoE power supply
The SWR2311P-10G is an intelligent L2 switch that provides the ideal functionality for the Dante digital audio network that was developed by the Audinate Corporation and is now used world-wide allowing construction of a stable network that simplifies settings monitoring management and operation. When you connect the VXL1-16P to the SWR2311P-10G optimal settings for Dante are made automatically via LLDP that is a protocol for passing system management data between a device and its neighboring device. PoE compliant ports can supply a maximum of 30W for all ports simultaneously. It can power not only PoE compliant devices such as the MCP1 wall-mount controller used for controlling the volume of sound equipment used in conference rooms or wireless access points and can also provide ample power for driving even devices that require higher-output PoE such as the VXL1B-16P or VXL1W-16P.

Complete Network Overview
Using the dedicated Yamaha LAN Monitor software allows quick troubleshooting; you can check the PoE power supply status turn the PoE power supply and use the snapshot function to inform you whether a fault has occurred by detecting any difference in the state of the network since it was set up. The web GUI provides a full range of monitoring functionality including dead/alive monitoring settings for PoE devices allowing you to restart the PoE device if a fault occurs or informing you via email of a fault.

Snapshot Function Makes Troubleshooting Easy
You can take a “snapshot” of the network status when set up as required. The software can then automatically keep track of the settings and alert you to any changes. You could take a snapshot of the network and then you would be alerted if a cable is disconnected if a device is turned off or if a wrong connection is made prior to the performance for example.

Enhanced Device ID with Icons Labels and Comments
Identifying devices connected to a switch by only their IP or MAC address is a difficult and error-prone approach. Connected Dante devices are identified by a Dante icon as well as a device ID previously set up via the Dante Controller software. You can also enter additional info such as the location of the device in the Label and Comment fields.

Visualization of network by LAN map light
SWR2311P-10G supports the LAN Map Light visualization function by WebGUI*. Switch settings can be made on graphical screens not by command entry. By utilizing WebGUI it has an extensive monitoring functions such as POE device monitoring setting restart of PoE device in case of device trouble setting of mail to notify errors etc. With Yamaha's proprietary communication protocol L2MS you can check the IP addresses of the Yamaha network devices such as the SWR2311P-10G SWR2100P series and SWP1 and the network devices connected to them. It can be used widely from system design to maintenance.

* Log in to the web GUI from Yamaha LAN Monitor. Please install Yamaha LAN Monitor in advance.

microSD card slot
A microSD card can be used as a means for backing up the data accumulated inside activating and updating the firmware.

Connectivity with optical cable
In situations that require Dante devices to be connected across distances greater than 100 meters you can use the SFP-SWRG-SX or SFP-SWRG-LX long-distance communication SFP modules to ensure reliable communication with minimal transmission loss and strong resistance to electromagnetic noise even across long distances.