The result, at least in theory, is that you can apply more overall limiting with fewer audible consequences. By default, the bands that are attenuated the most are those that contain the most energy, but it's also possible to instruct 元 to concentrate the gain reduction in frequency bands where you think it will be less noticeable. If, at a given instant, this sum exceeds the Threshold value, 元 works out the amount of attenuation that is needed and intelligently distributes it across the different frequency bands. Here, however, the level in all five frequency bands is summed using a patent-pending algorithm Waves call the Peak Limiting Mixer. Conventional multi-band limiters split the signal into separate frequency bands and then limit each band independently. The clever part of the design lies in the relationship between the peak detection and the attenuation.
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