Arrange and edit multitrack clips with Audition.How to use special effects with Audition.Diagnostics effects (Waveform Editor only) for Audition.Apply amplitude and compression effects to audio.Doppler Shifter effect (Waveform Editor only).Manual Pitch Correction effect (Waveform Editor only).Fade and Gain Envelope effects (Waveform Editor only).Applying effects in the Waveform Editor.Analyze phase, frequency, and amplitude with Audition.How to automate common tasks in Audition.Inverting, reversing, and silencing audio.How to copy, cut, paste, and delete audio in Audition.Displaying audio in the Waveform Editor.Matching loudness across multiple audio files.Session Markers and Clip Marker for Multitrack.Edit, repair, and improve audio using Essential Sound panel. ![]() Remove silences from your audio recordings.Monitoring recording and playback levels.Navigate time and playing audio in Adobe Audition.Create, open, or import files in Adobe Audition.Customizing and saving application settings.Connecting to audio hardware in Audition.Applying effects in the Multitrack Editor.To undo the last filter and try a more precise approach, go to Edit > Undo Adaptive Noise Reduction, as shown in Figure 17 (below).įigure 17. But if it's not adequate in the project you're working on, there's something else you can try. In most instances, I would probably say that's okay and move onto the next edit. Most of the bushy lines are gone, which means we've removed most of the gain noise. There's still a bit of noise, but it's vastly reduced.įigure 16. ![]() You can see in Figure 16 (below) that most of the bushy lines between the waveforms are gone. I recommend starting with Light Noise Reduction ( Figure 15, below).įigure 15. Choosing the automated Noise Reduction approach Double-click in the waveform to select the entire waveform, and then choose Effects > Noise Reduction Restoration > Adaptive Noise Reduction, as shown in Figure 14 (below).įigure 14. ![]() As with pops and clicks, the first thing you want to try is the automated approach. Bushiness in quiet regions of the waveform (such as the area highlighted here) means gain noise introduced when we boosted the audio. In this clip we can hear background noise that we just couldn't hear before.įigure 13. If you zero in on quiet (or near-silent) regions of the waveform and it looks bushy (see Figure 13, below), this bushiness typically means you're going to have some audible noise that resulted from the boost you gave to your audio when you normalized to -.01 dB. Dealing with Gain Noiseīut we've got one problem and that problem is the gain noise I talked about earlier. Clicks are gone, and overall volume looks good. Increasing the volume of the clip by normalizing to -0.1 dBĪfter applying this filter, as you can see in Figure 12 (below), the audio file looks pretty healthy.įigure 12. This boosts the entire audio file so that the loudest region is just under 0 dB, which is as loud as you can get without introducing distortion into the audio file.įigure 11. We can fix that in the Favorites menu by choosing Favorites > Normalize to -0.1 dB ( Figure 11, below). Now we've taken care of all the pops and clicks, but as you can see in the waveform, the audio is way too low.
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