Smart:reverb is an algorithmic design with a unique approach. Both types can provide excellent “spaces”. Convolution reverbs use actual sound samples of a real space or mathematically modeled space, and impose those sound characteristics on the signal you provide. While both algorithmic and convolution reverbs use a lot of maths, the former compute the reverb effect based on summations of many, many delayed repeats with the characteristics changing over the repeats according to some mathematical relationship. ![]() This is a mathematically “computed” algorithmic reverb rather than a convolution reverb. Let’s start with the basic reverberation engine. But when Learning was finally fully implemented, it added some really unique abilities. I was a beta tester of smart:reverb before the Learning mode was fully functional, and I was impressed with what it could accomplish without even using that function. ![]() Smart:reverb (SR) is an algorithmic reverberation plug-in that has some unique parameters, even without considering its Learning mode. Now they have applied their methods to a reverb unit. Then they surprised with a smart compressor (smart:comp) that took the idea of trying to analyze dynamic sounds to new places. I found a significantly different approach to other such EQs. ![]() When I first tried out their smart:EQ 2 I expected another spectral matching plug-in similar to several I already had. Austrian company sonible have created some fascinating audio plug-ins that are “different” from most.
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