Elysia
Elysia xpressor|neo
Elysia xpressor|neo is a Class-A analog stereo compressor designed for recording, mixing, and mastering. With its clear and open sound, this compressor offers exceptional control over dynamics, delivering fast and punchy transients. It also features powerful low-end energy and precise high-frequency reproduction. The Elysia xpressor|neo provides a wide, deep, and three-dimensional stereo image and offers the option to use external sidechain inputs/outputs (19” Rack version).
Its uniqueness comes from the wide range of dynamic control options that can be tailored to the specific needs of a music production. Features such as Auto Fast Mode, Log Release, Warm Mode, and Sidechain Filter make the Elysia xpressor|neo a versatile tool for professionals who need an advanced yet easy-to-use compressor. Thanks to these options, this compressor is ideal for various applications, from mixing to mastering.
Key Features
- Class-A Stereo VCA – Transparent sound, fast transients, powerful low-end energy.
- Auto Fast Mode – Automatic attack adjustment for dynamic impulses.
- Log and Linear Release – Two release modes for flexible dynamic control.
- Warm Mode – Adds warmth and saturation to the sound.
- Sidechain Filter – Frequency-selective compression without affecting low frequencies.
- Gain Reduction Limiter – Limits maximum gain reduction.
- Parallel Compression – Blends compressed and uncompressed signals.
- External Sidechain In/Out – Available only in the 19" Rack version.
Technical Specifications
- Frequency Response: Wide frequency range for full sound transparency.
- THD+N: Minimal distortion for clean signal reproduction.
- Noise Floor: Extremely low noise for pristine sound.
- Dynamic Range: Wide dynamic range for precise sound shaping.
- Impedance: High input impedance and low output impedance for optimal signal quality.
- Dimensions: Compact design, fitting into standard rackmounts.
- Weight: Lightweight construction for easy transport.
- Power Consumption: Low power consumption, energy-efficient operation.
