Source: Press Release, Last Accessed: 2023/10/17

The culmination of a three-year project in their in-house design team, the brand-new Corinium, a next-generation floor-standing loudspeaker, is set to elevate the brand to a new level whilst setting new benchmarks for performance, design and value within the higher-end audiophile sector.
The tweeter design is a new and unique soft dome material that is lighter than carbon fiber and proven to lower coloration, increase delicate high-speed transients and reproduce the very finest detail and refinement, the company says.
Derived from the same carbon fiber mid and bass drivers used in AE's 500 Series, a brand-new drive unit design was specially developed with an ultra-rigid version of the carbon fiber cone, driven by a long throw voice coil in a low hysteresis motor structure, to provide the best efficiency and greatest possible performance.
According to the press release, at the heart of the speaker is the mid-range driver where the new carbon fiber cone and surround helps provide specific tonal qualities, offering the most natural sound and realistic musical performance. For the twin bass only drivers, the extra cabinet width allowed development of a brand new 165mm driver to deliver a bass alignment that combines weight, speed and slam to produce a big, powerful, controlled and natural low frequency response.
Optimized for best transient performance, the 3-way crossover features high quality components connected to the drive units using audiophile grade internal wiring which features a patented arrangement of conductors to give the best possible musical detail and dynamic expression.
The loudspeaker features a beautifully curved, exquisitely finished inert enclosure. The hybrid “Resonance Suppression Composite” (RSC) cabinets boast a thickness up to 45mm for optimal performance. The 4-degree tilt improves the time alignment of sound to listener, whilst the 6mm ultra rigid aluminum front baffle firmly houses the drivers and isolates any cabinet resonances from the listening environment.

For more information: https://www.acoustic-energy.co.uk/

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