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Signal routing


Each input channel can be sent, or routed, to any number of output channels. This is accomplished with the routing buttons at the top of the output channel strips:

Default routing settings for the miniDSP SHD Studio

In addition to routing, the miniDSP SHD Studio supports mixing, where input channels can be mixed at different levels to a single output channel. The complete set of routing controls along the top of the output channel strips is therefore also called the "matrix mixer."

Basic routing

To route an input channel to an output channel, click on the input channel's name. When routed, the button is green:

Basic routing of an input channel to an output channel

Note: if the input channel has been renamed, its name will appear instead of e.g. "Input 1".


To mix both input channels to an output, select both of them:

Miixing two input channels to an output channel

By default, each input channel is mixed at "full strength" – that is, without any attenuation, as indicated by the "0 dB" label. To mix at different levels, click on the level button and either use the slider or enter the desired value directly. The gain of the signal being mixed can be set to a value between -72 and +12 dB.

In this example, both channels are mixed at half level (-6 dB):

Mixing input channels at different levels to an output channel

Routing examples

This section illustrates a few examples of signal routing. The input and output channels have been renamed by typing in the labels at the top of the channel strips. We recommend you do the same to help avoid errors.

Subwoofer integration

The diagram below illustrates the connections of the miniDSP SHD Studio for subwoofer integration. The subwoofer requires a separate DAC.

Typical connections for subwoofer integration with the
miniDSP SHD Studio

Typical connections for subwoofer integration with the miniDSP SHD Studio

The routing for this system is:

Routing for subwoofer integration in miniDSP SHD Studio

The left and right inputs are sent to outputs 1 and 2. Both inputs are summed and sent to output 3. Outputs 1 and 2 will usually have a high pass crossover filter to remove the sub frequencies, and output 3 will have a low pass crossover filter.