Sound design
Wavetable aliasing and oversampling: what to compare
An explanation of filtering and practical comparison. Unsupported laboratory and listening-panel figures have been removed.
Hear and inspect the tools in this guide
Loop the same phrase, change one control at a time and compare at similar playback loudness. The linked walkthroughs are product demonstrations, not measurement results for this guide.
Pictured: Finish Him (Limiter) — Choose Transparent, Punch, Dense or Safe limiting.
Watch the Finish Him video walkthrough →
Watch the Synth Berry video walkthrough →
Watch the 53,830 Waves video walkthrough →
A waveform count is not a measurement
A single-cycle library provides starting shapes. Oscillator implementation, pitch, interpolation, filtering and nonlinear stages affect the result. Counting shapes does not establish behaviour across every note or patch.
Nyquist frequency is half the sample rate. Components that cannot be represented can produce aliases; the exact result depends on the processing. A library size or oscillator label is not a universal audible-error measurement.
A design choice, not a score
A processor may run a stage at a higher internal rate and filter when returning to the session rate. Filter design, latency, source and nonlinear behaviour all matter. A 4x label does not establish a particular rejection level or CPU increase.
Some products expose quality settings; others use fixed rates or other antialiasing methods. Read the actual controls. Do not search for an imagined common 16x selector across the catalogue.
- Read the current product controls.
- Keep a patch and phrase fixed.
- Compare only a documented setting.
Distinguish explanation from evidence
Compare the same note, sample rate and monitoring level, changing one setting at a time where available. Listen across the register used in the arrangement. A brighter or louder output is not automatically a better one.
A controlled study needs software versions, source material, settings, measurement code, hardware and actual results, plus a defined listening procedure where relevant. Those records are not supplied here. This page makes no laboratory, CPU, ABX-panel or preference-percentage claim.
Side-by-side comparison of related plug-ins
Compare the Fat Berry DSP plug-ins referenced in this guide by price, category, formats, and primary studio role. Every licence is a perpetual single-user licence (3 machine activations, 14-day full refund policy).
| Plug-in | Category | Regular Price | Formats | Primary Studio Job |
|---|---|---|---|---|
| Finish Him | Limiter | $79.99 USD | VST3, AU | Choose Transparent, Punch, Dense or Safe limiting. |
| Synth Berry | Synth | $119.99 USD | VST3, AU | Build playable sounds with oscillators, a resonator and dual filters. |
| 53,830 Waves | Synth | $49.99 USD | VST3, AU | A wavetable synth with a second oscillator in seven models, from FM to Swarm. |
| Ape Tape | Tape | $29.99 USD | VST3, AU | Add tape colour, then blend it with your original signal. |
References and comparison method
An explanatory guide based on the linked product specifications and host documentation. Suggested listening steps are a method for your session, not a report of a controlled experiment. Behaviour depends on the release, source and settings.
Use the actual product controls, compare at similar playback loudness and check the result in the arrangement. Settings and behaviour vary by recording and software release.
Sources and further reading
Questions, answered
Does a library count establish performance?
No. Use the product specification for its feature counts; a count is not a performance measurement.
Are original benchmark results supplied here?
No. Unsupported numerical and listening-panel claims were removed on 30 October 2026.