COPPIA DI CASSE ACUSTICHE DA SCAFFALE
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2-WAY HIGH-END BOOKSHELF LOUDSPEAKER
Sopra clearly inaugurates a new era for the 'Premium High-End' by taking into account new performance criteria. Compact, modern, a pure design, character... all these are essential factors to ensure perfect integration into your interior.
Compact and powerful, Sopra N°1 is a concentration of technological innovation. It features 'NIC' magnetic circuit, 'TMD' surrounds for the midrange woofer and Infinite Horn Loading (IHL) of the tweeter. It is a true 'demonstrator', corroborating the contribution of the new technologies implemented on Sopra.
First, the very low distortion gives it incredible clarity and very high definition combined with the spectacular spatialisation typical of bookshelf loudspeakers...
Beyond this attractive first impression, what's astonishing is the texture and smoothness of its sound. It provides a solid, 'fleshy' sound with full and articulated bass. Precious is by no means artificial, nor is the limited to the treble. The overall coherence and harmonic richness gives the listener a surprising understanding of the music.
Our Beryllium tweeter features an incredibly light and extremely rigid dome, that deliver a transparent and dynamic sound. Its main limitation comes from the compression of air in the cavity behind it. But the requirement for Sopra to be compact meant that as much of the cabinet as possible had to be used for the bass. We had to explore other options for loading the tweeter, which led us to come up with the IHL system. The "IHL" system enables to load the Beryllium tweeter respecting the compactness demand of the speaker. The rear wave of the tweeter is delicately and gradually absorbed to avoid any distortion. The treble definition is pushed to the maximum
Made in France Sopra’s cabinet was designed in our cabinet-making facility in Bourbon-Lancy (Burgundy, France) using the same manufacturing process as for Utopia The 69mm sandwich-machined front panel uses the same principle as ‘Gamma Structure’ to provide inertia and damping. Its density gives it the inertia necessary to provide a stable mechanical reference for optimal definition. The inside of the cabinet has no parallel side panels, and small Helmholtz resonators have been added to the lower section to prevent vertical standing waves. We chose glass as the material for the base of the loudspeaker to provide floor coupling, using spikes, which enabled the fastest propagation time possible, thus eliminating all halo effects in the bass.
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