Opal by UVI, the cutting-edge optical compressor emulations, is now 60% off for $39.
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Opal by UVI, the cutting-edge optical compressor emulations, is now 60% off for $39.
A New Standard in Optical Compressor Realism
Embark on a sonic journey with Opal, a groundbreaking emulation of iconic optical compressors. Opal reveals the true essence of T4 optical cells, faithfully recreating the program-dependent dynamics and non-linear processing that have shaped the sound of countless recordings, while modernizing the experience with a cutting-edge feature set.
Based on seven hardware units carefully selected from high-end studios around the globe, Opal delivers their impressive and distinctive sonic characteristics with unparalleled precision.
Opal offers vintage authenticity, advanced features, pristine sound quality, and an evolved vintage dynamics experience.
The Science of Sound
Opal’s journey began with an unrelenting pursuit of authenticity. Our team employed advanced physical modeling techniques to capture the essence of renowned optical compressors, challenging ourselves to create a model that is both faithful to the original hardware and uniquely innovative...
By meticulously studying the original hardware units down to the finest detail and leveraging the principles of Port-Hamiltonian system theory, we decoded the complex program-dependent dynamics and non-linearities that define the iconic sound of optical compressors. This rigorous approach ensures unparalleled precision and a faithful representation of vintage hardware.
Advanced Modeling
At the heart of Opal lies precise modeling. We meticulously measured and analyzed seven distinct hardware units sourced from famous studios in iconic cities. By examining each circuit stage, we were able to isolate the characteristics that give these units their unique sonic personality.
Using a combination of non-linear programming and reverse engineering, we carefully fine-tuned our models to match the behavior of these exceptional hardware units. By deciphering the specific dynamic characteristics of each optical cell, we achieved a remarkably faithful reproduction of their operation.
Optimized Performance
To ensure real-time usability without compromising reliability, we employed innovative reduction and pre-resolution techniques. Our models are based on rigorous circuit analysis and direct measurements, carefully streamlined to maintain computational efficiency while preserving the complex interactions between components.
Through skillful simplification and expert craftsmanship, we distilled the complexity of the original circuits into robust, efficient simulations. The result is a faithful reproduction of each compressor's dynamic characteristics—delivering lightning-fast response and achieving a perfect balance of unparalleled realism and efficient performance.
Until 15th July.
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