Voxengo – Elephant 4.15 (VST, VST3) [WiN x64]

By | November 24, 2022


Year/Date of Issue: 08.2021
Version: 4.15
Developer: Voxengo
Developer site: voxengo
Format: VST, VST3
Bit depth: 64bit
Tabletka: present (replacement files)
System requirements: This plug-in is compatible with Windows (32- and 64-bit Windows XP, Vista, 7 and later versions) and Mac OS X (10.5 and later versions, 32- and 64-bit, Intel processor-based) computers (2 GHz dual-core or faster processor with at least 1 GB of system RAM required).

Description: Voxengo Elephant is a PC VST mastering limiter. The most important characteristic of this software limiter is its limiting algorithm, which is characterized by maximum transparency. Unlike many existing limiters, this one does not flatten (does not smooth) the dynamic structure of the processed audio material, but gently peaks the signal and maximizes the volume of the sound without distortion by the “pumping” effect.
With the release of version 2.0, Elephant has become a highly competitive audio mastering product. It offers comprehensive settings for level measurement
limits and several signal limiting algorithms. Built-in linear-phase oversampling (oversampling – signal sampling at an increased frequency) – is the new standard in peak limiting and loudness maximization. Elephant also introduces a high-quality signal bit converter – Dithering with additional noise-shaping (noise-shaiping) – a method in which digital overtones (quantization noise) are removed using additional (most often high-frequency) noise.

Characteristics :
 Transparent limiting action
 8 limiter modes
 7 speeds for different styles of music
 VU signal clipping indicators
 High Quality Dithering + Noisy Shaping
 Output RMS and Peak RMS counters
 Automatic attack and recovery
 DC bias removal filter (for analog signal)
 Oversampling, up to 4x
 the ability to compare the sound with different settings “A-to-B”
 Factory presets
 Mono-to-Stereo, Stereo-to-Stereo signal processing
 Sample rate up to 96 kHz
 64-bit precision signal processing

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