Elevayta Convo Boy v5.02 VST

Convo Boy is an "easy to use" convolution engine that can load stereo or mono .wav based Impulse Response functions.
In fact, any wave file up to 20 seconds in length can be loaded. This is not a new concept, but my approach has been to make it as simple as possible to use. There are, in addition, some unique features that are not found on any other convolution based plug-in.

Convo Boy differs from Convo Boy LITE in the features that are available and the minimum latency that can be achieved. Audio sound quality is no different.

A Technical Note on 'Convo Boy' Audio Quality

This technical note explores a direct comparison between
the audio output quality of Elevayta 'Convo Boy' (V2.02)
and another commercially available premium level
convolution plug-in. Using identical input (a stereo Dirac
delta function) and an identical impulse response (IR) (96
kHz, 32 bit, 4 second duration), a rigorous 'apples to
apples' comparison shows the audio output of 'Convo Boy' to
be essentially identical in quality to that of the premium
level alternative (the difference being inaudible).

Furthermore, in these comparisons, all plug-ins tested
(including 'Convo Boy') perform re-sampling of the IR from
96 kHz at 32 bits resolution down to the host sample rate
and bit depth. Comparisons have been made when re-sampling
the IR down to 48 kHz, 16 bits and also 44.1 kHz, 16 bits.
A comparison of the audio output quality, between all
plug-ins and IR sample rate conversions, show that 'Convo
Boy' yields a practically identical output quality to that
of the premium level alternative (differences lie at/below
the 16 bit dynamic range of 96 dB).

The convolution processing and IR re-sampling technology
used in 'Convo Boy' is therefore very competitive (even
very slightly superior in these tests) compared to the
others available on the market.

Note: When implemented correctly, digital convolution is an
exact mathematical process. There are many different ways
to write software code that realizes the same mathematical
result. The high level of agreement between the results
shown here is therefore not unexpected.