D16 Group Decimort 2 Bit Crusher Plug-in (VST/AU)

Decimort is a premium-grade bit crusher effect unit from D16 Group's SilverLine collection of plugins. The complex and advanced signal processing algorithms within Decimort simulate the behavior of the whole sampling path, which exists in every AD/DA converter.

Electronic music producers (especially in Hip-Hop) have always been aware that classic samplers (such as early Akai and EMU units) had a character and sound of their own. They added a "grit" and "color" to the samples and loops they played back which made them sound "Fat" and sit well in a mix. This sound coloration was due to the encoding techniques, lower sample rates, lower bit rate and conversion circuits which these early samplers used. Decimort recreates this coloration and adds the vintage sampler magic to any loop, bass line or sound played through it. It also acts as the perfect bit crusher with filter.

Low quality sometimes is desired
Decimort has no internal aliasing. The only aliasing effect present in the system is the modelled aliasing of the classic samplers we modelled when creating it. Undesired artefacts are not present in the processed signal. Only wanted artefacts remain. A further very steep low-pass filter, synchronised to the signal frequency, can be applied at the end of the signal path to absolutely ensure that no unwanted out-of-band signals remain.

Two in one
Decimort is also equipped with analog like filters with adjustable resonance that allow further sculpting of the signal. These can be used to smooth the sound or remove more of the sonic artefacts introduced into the signal path by the modelling process.

Totally independent
Decimort can process the right and left channels of a stereo signal completely independently. This allows all path parameters to be set differently for each channel. This can be used, for example, to create the impression of a wider stereo stage. Alternatively, both channels can be linked to set path parameters to the same value for both right and left channels.