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Synapse Audio Dune VSTi 1.3.1 x86.x64: A Powerful Synthesizer Plugin with a Unique Sound Engine


Synapse Audio Dune VSTi 1.3.1 x86.x64: A Review




If you are looking for a powerful Synapse Audio Dune VSTi 1.3.1 x86.x64: A Review




If you are looking for a powerful synthesizer plugin that offers a wide range of sounds and features, you might want to check out Synapse Audio Dune VSTi 1.3.1 x86.x64. This plugin is a popular choice among producers and sound designers, as it combines the best of analog and digital synthesis, with a unique differential unison engine, a rich wavetable section, a versatile filter and effects section, an advanced arpeggiator and modulation matrix, and a huge library of presets and patches. In this article, we will review Synapse Audio Dune VSTi 1.3.1 x86.x64 and explore its main features and benefits.




Synapse Audio Dune VSTi 1.3.1 x86.x64



Introduction




Synapse Audio Dune VSTi 1.3.1 x86.x64 is the latest version of the acclaimed DUNE series of synthesizer plugins, which started in 2010 with the original DUNE. The name DUNE stands for Differential Unison Engine, which is the core technology behind this plugin. The differential unison engine allows for full control of each unison voice and extensive modulation possibilities, resulting in a wide spectrum of sounds, from warm analog pads and leads to crisp digital basses and plucks, and everything in between.


Synapse Audio Dune VSTi 1.3.1 x86.x64 is not just an update of the previous versions, but a complete overhaul, with many new features and improvements. Some of the highlights include:


  • A new oscillator section with more waveforms and modes, including Wavetable and FM synthesis.



  • A new filter section with more types and modes, including analog modeling filters and insert effects.



  • A new effects section with more algorithms and options, including an equalizer, a shimmer hall, and others.



  • A new arpeggiator section with more modes and features, including a dynamic mode and an arp hold function.



  • A new modulation matrix with more parameters an