UVI Opal 1.0.1

[CZFXP]

UVI Opal 1.0.1

File size: 16 MB

OPTICAL PROGRAM-ADAPTIVE LEVELER

Extraordinarily accurate physical modeling delivers authentic sound

Includes models of 7 charactered optical compressors

Modernized with external sidechain, variable responsiveness, tube drive, and more

The new bar in optical compressor realism

Embark on a sonic journey with Opal, a groundbreaking emulation of the iconic optical compressor. Opal unveils the true essence of the T4 optical cell, faithfully reproducing the program-dependent dynamics and nonlinearities that shaped countless recordings, and carries the design forward with a modern feature set.

With 7 handpicked hardware units sourced from high-end studios around the world, Opal delivers an impressive range of unique sonic signatures, all with unrivaled accuracy.

Experience vintage authenticity, advanced features, and pristine sound quality in Opal - the evolution of vintage dynamics.

The science of sound

Opal's journey began with a relentless pursuit of authenticity. Our team employed advanced physical modeling techniques to capture the essence of these renowned optical compressors, creating our own innovative model that is truthful to the original hardware.

By meticulously studying the original hardware units and leveraging the principles of port-Hamiltonian systems theory, we unraveled the intricate program-dependent dynamics and nonlinearities that define the optical compressor's iconic sound. This rigorous approach ensured unparalleled accuracy and a faithful representation of the vintage hardware.

Advanced modeling

The heart of Opal lies in its precise modeling process. We meticulously measured and analyzed seven distinct hardware units, each sourced from a celebrated studio in an iconic city. By examining each circuit stage we were able to isolate the characteristics that give these units their unique sonic personality.

Through a combination of nonlinear programming and reverse engineering, we carefully calibrated our models to match the behavior of these revered hardware units. Unlocking the specific dynamic characteristics of each optical cell allowed us to reproduce their behavior with astonishing fidelity.

Performance, optimized

To achieve real-time usability without compromising on authenticity, we employed innovative reduction and pre-resolution techniques. Our model, based on the rigorous analysis of circuit schematics and direct measurements, was carefully streamlined to maintain computational efficiency while preserving the intricate interplay of components.

Through skillful simplifications and expert craftsmanship, we condensed the complexity of the original circuit into a robust and efficient simulation. The result is a faithful reproduction of each compressor's dynamic characteristics that responds with lightning-fast precision, empowering you with both unmatched realism and efficient performance.

Whats New

Updates: official site does not provide any info about changes in this version.

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