SWX2210P-10G L2 Switch
Smart L2 switch with Dante optimization function and PoE+
The SWX2210P-10G is a smart L2 switch optimized for Dante networks, known worldwide for AoIP, allowing integrators to quickly establish stable networks by simplifying settings, monitoring, management, and operation. When Dante PoE devices, like the VXL1-16P, are connected to the SWX2210P-10G, settings optimized for Dante are automatically applied via LLDP, a protocol for exchanging system management data between neighboring devices. PoE+ compliant ports can supply up to 30W to each port simultaneously, powering not only PoE compliant devices like wireless access points, but also higher-output PoE+ devices such as the VXL1-16P, VXC2P, and RM-CR.
For ADECIA Ceiling Solutions
Upon connection, Dante devices like the VXL1B(W)-16P will automatically configure settings via LLDP to turn off EEE, update QoS settings, and others to optimize those devices for Dante networks.
SWX2210P-10G (124 W) x 1 unit cover all:
･ VXL1B-16P × 2 = Max. 60 W
･ RM-CG × 2 = Max. 17.1 W
･ RM-CR × 1 = Max. 17.6 W
･ CTL-BN1 × 2 = Max. 7.3 W
-> System Total: 102 W (*1)
*1: Actual power consumption will be lower since max power consumption values were used for calculations.
For ADECIA Tabletop Solutions
Upon connection, Dante devices like the VXL1B(W)-16P will automatically configure settings via LLDP to turn off EEE, update QoS settings, and others to optimize those devices for Dante networks.
SWX2210P-10G (124 W) x 1 unit cover all:
･ VXL1B-16P × 2 = Max. 60 W
･ RM-CR × 1 = Max. 17.6 W
･ RM-WAP × 3 = Max. 16.05 W
-> System Total: 93.65 W (*1)
*1: Actual power consumption will be lower since max power consumption values were used for calculations.
For ADECIA Wireless Solutions
Upon connection, Dante devices like the VXC2P will automatically configure settings via LLDP to turn off EEE, update QoS settings, and others to optimize those devices for Dante networks.
SWX2210P-10G (124 W) x 1 unit cover all:
･ VXC2P × 2 = Max. 60 W
･ RM-CR × 1 = Max. 17.6 W
･ RM-WAP × 1 = Max. 15.4 W
-> System Total: 93 W (*1)
*1: Actual power consumption will be lower since max power consumption values were used for calculations.
