True natural sounding, preserving natural timbre of the material, ITU-R BS.1770 / EBU R128 compliant real True Peak output, up to 16 channels for multichannel/immersive workflows including Dolby Atmos^®.

Bring Your Immersive Mix To Level!

Now With 12 Stages!

Elixir Essential True Peak Limiter is based around the same ultra transparent algorithm as the legacy Elixir v3, meticulously designed to achieve a true natural sounding result preserving the natural timbre of the audio material, used by recording and mastering engineers for almost a decade now. Supporting up to 16 channels, conforming with the ITU-R and EBU loudness norms, makes Elixir Essential an indispensable tool for immersive audio productions including Dolby Atmos^®.

Features

• True Peak conforming with ITU-R and EBU norms
  Meeting the broadcast, post-production, and mastering industry norms with real True Peak output in accordance with the ITU-R BS.1770 and EBU R128 norms.

• Now supporting up to 16 channels
  Provides up to 16 channels of processing, operating at sample rates up to 384kHz.
  

• Multistage processing in up to 12 stages
  The multistage processing provides the option to set the algorithm to perform the limiting processing in multi-stages with up to 12 stages, for even more precise and natural sounding results.

• 64-bit float audio processing 
  64-bit float audio processing  mode has been engaged in order to allow for end to end 64 bit audio with DAWs/Hosts supporting this.

• Revamped optimized user interface
  The GUI has been completely modernized, with the workflow overhauled to enhance the user experience, and optimized to visually control the whole audio content.

• Now with scalable user interface in 6 steps
  The user interface is now scalable in 6 steps to easily adapt to the screen resolution of the DAW workstation; 800×600, 1000×750, 1200×900, 1300×975, 1600×1200, and 2000×1500.

• Full control over the gain structure
  Input / Output Gain (-12/+12 dB) applied to the limiter input, and to the output stage of the limiter.

• True bypass
  True bypass routing the incoming signal direct to the output for a true smooth transition between clean and processed signal.