LiquidSonics Reverberate v1.900-R2R

LiquidSonics' Reverberate is a highly efficient hybrid convolution reverb audio processor offering true zero-latency operation for two separate, stereo impulse responses for Mac and PC supporting VST, Audio Units, AAX and RTAS.

Creative Convolution

Reverberate provides a rich and dynamic reverb from impulse responses by modulating an amalgamation of two, separately controllable true stereo IRs using an LFO. Further modulation is possible using the post-processing effects; an all-pass interpolator chorus and delay unit provide a fuller sound and an over-sampled analogue prototype paragraphic equaliser is provided with dual LFOs. These features make for a livelier, more creative sound than typically associated with some convolution reverbs.

In addition to loading impulse responses from audio files Reverberate is able to generate supplementary independent early reflections and tails for additional control over a room’s sonic characteristics.

•Dual true-stereo convolution reverb
•Zero latency (or select up to 8192 samples latency)
•250 categorised presets (400 MB of IRs)
•Early reflections and tails modules
•SplitMod early/late pitch modulation
•True stereo simulation for stereo IRs
•Double oversampled EQ with modulation per IR
•Linear-interpolation choruses for IR1, IR2 and post effects
•Stereo delays with modulation for IR2, IR2 and post effects
•Post EQ with LFO modulation
•Modulation via MIDI-CC
•Stereo widener with anti-phase reduction
•ADSHR envelopes with shape control
•Low CPU downsampling mode option
•Presence filter for adding synthetic high frequency content to dark IRs
•Impulse response chaining
•Neon Blue or Soft Green skin options
•Integrated preset and sample browsers
•Drag and drop IRs from OS file browsers
•Wav, WIR, SDIR, Aiff and Flac file support
•32/64-bit VST, AU and AAX on Mac and PC
•Precise parameter entry
•Recursive lost files search

Change Log

1.900: 05/01/14
- All: New SplitMod feature to provide modulating delay spin-wander type effects to the early and late components of an IR.

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