![]() ![]() Let's take a look at the network load when we switch the two output channels on the mixer to multicast: ![]() Since each power amplifier needs the same two channels from the mixer, switching to multicast is useful in this situation to save resources. In addition to the outputs, the inputs are usually also integrated via Dante. How well and stable it all works depends on how busy the Dante network is overall. Likewise, 60MBit/s is not a huge burden for a gigabit network. The mixer sends 10 flows to the network at the same time.Īs mentioned, this can work well if the mixer can provide enough flows on the output side. ![]() a total bandwidth of 60 Mbit/s from the FOH to the Stage. Such a flow usually offers space for 4 audio channels and occupies about 6Mbit/s bandwidth in the network (at 48kHz).Īccordingly, the unicast flows for five amps add up to 30 Mbit/s in our example, and together with the five amps on the other side of the stage, there are 10 flows with 6 Mbit/s each, i.e. Each power amplifier requests the two channels from the mixer and receives its own unicast flow. ![]()
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