![]() ![]() See video of process or scroll down to read the article:Īlso, you can download the. You could also change their source for instance to Local Inputs to handle playback or something but if you do not change the source then you need to mute them before using the Aux In Remap.*** ***IMPORTANT NOTE- Before going forward mute the Aux In Channels 1+2 so you do not create a feedback loop. This would only change the Card Out and User Out Routing. You could substitute Local channels or sources from AESA and AESB in addition or instead of. In this example I am using a Midas D元2 for all 32 channels on AES A. There are many different ways to route sources in the X32 and this is just one example, but I have tried to come up with a system that will be the easiest to keep straight. Much like part 1, we are going to use the new User Input routing patch system introduced in Firmware Version 4 as well as the Aux in Remap to achieve 30 channels of Waves processing as well as Bus Processing– in this example on the Left Right Main Bus. This setup will still cause the overall latency to be doubled, which on a native system could very well be too much for your program, but the routing would be the same for a Soundgrid Server System from Waves which is very low latency and more reliable than a native system. ![]() ![]() You can also use the last two input channels- they will not have waves inserts but would still sum and be included in the mix before the Main L/R Waves Insert. Following the instructions below you can setup an X32 with Waves processing on 30 channels as well as inserts including Main Left/Right bus. Synopsis: This Article shows how to setup Waves MultiRack or SuperRack on an X32 to process channels and buses at the same time. *** 10% off Waves Plugins with the following code: *** ![]()
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