This will route the signal to the BlackHole device. In obs, for both microphones, you need to activate "Audio Monitoring". In the obs settings ( Cmd+,), under "Audio", under "Advanced", select the BlackHole audio device as "Monitoring Device". Then add the second microphone the same way in obs. In obs, in the "sources" section, add the first microphone as "Audio Input Capture". Unfortunately, I didn't manage to get it working with Apple GarageBand, because this couldn't handle both microphones simultaneously. You can use Apple Logic Pro if you have it, or you can use obs (free). Install a mixer software that will be used to combine the microphone sources. Install the BlackHole virtual audio device brew install blackhole-2ch Install the homebrew package manager /bin/bash -c "$(curl -fsSL )" But as BlackHole has been mentioned in the comments, let's try this one:īlackHole is a modern MacOS virtual audio driver that allows applications to pass audio to other applications with zero additional latency. Originally, I was thinking of soundflower ( brew install soundflower) or vb-cable ( brew install vb-cable), maybe in addition to obs ( brew install obs) for mixing. Using a virtual audio device and a mixer software, one could mix the different microphones together into one channel of the virtual device and then select the virtual device as microphone in Zoom. Zoom might pick up only the first channel of the aggregate device rather than mixing all the channels together. The problem with aggregate devices in macOS is, I think, that the different input microphones will be assigned to different channels.
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