Elastique Timestretch -

: The "gold standard" for complex, polyphonic audio like full songs or guitar chords. It focuses on maintaining phase coherence and high-fidelity transients.

While élastique is optimized for real-time performance, running dozens of tracks in "Pro" mode with heavy time-stretching can tax your CPU. Once you have warped a sample or loop to your liking, commit the change by freezing, flattening, or bouncing the audio to a new track. Pay Attention to Formants

: Known for its flexibility, Cockos REAPER provides multiple generations of élastique (including Pro and Efficient) directly in its item properties menu. elastique timestretch

If you are interested in trying this technology, the elastiqe Pitch plugin is available to purchase on the zplane website.

| Feature | élastique Pro | élastique Efficient | élastique Pitch (Plugin) | | :--- | :--- | :--- | :--- | | | Highest-quality offline and online stretching | Real-time stretching, CPU efficiency | Real-time pitch/formant shifting, creative effects | | Target Material | Complex polyphonic signals, full mixes | Wide range, especially polyphonic material | Any audio for pitch/formant manipulation | | Key Advantage | Minimal artifacts, phase coherence | Low CPU usage, similar quality to Pro | infiniSTRETCH, multi-channel support | | Implementation | Often used for offline rendering | Default for real-time playback in many DAWs | Standalone plugin | : The "gold standard" for complex, polyphonic audio

We live in an era where time is flexible. You can take a bossa nova guitar line from 1963, stretch it to 170 BPM, and lay a halftime drum pattern under it. That’s not a bug of digital audio—it’s a feature. And elastique is the feature inside the feature.

To cater to various applications and performance needs, Elastique is offered in different variants, each providing a distinct balance of audio quality and CPU efficiency. Once you have warped a sample or loop

: Standard frequency analysis methods are often limited. TrueFreq uses a unique technique to determine the true, precise frequencies of an audio signal, independent of the limitations of frequency resolution. This is key to producing a "flawless sound," even when audio is stretched to extreme lengths.