Sonus Faber Lumina V (Wenge) Speakers (Pair)

LUXURY, MINIMALIST, NATURAL

The simple and squared design of the Lumina models was chosen to emphasize the quality of materials used. This principal of minimalism directly captures the essence of the product, thoughtfully designed in conjunction with the theory that “less is more”.

The Lumina collection boasts the core values of Sonus faber and the use of its iconic materials, including leather, natural composition of drivers, and real multilayer wood available in Walnut and Wenge wood with Maple inlay matte and Piano Black glossy finishes. All items pay tribute to out historic heritage and are made in Italy.

The collection is offered at an accessible price point without compromising sound performance, empowering everyone to enjoy a true Sonus faber experience.

For those wishing to optimize their home space even more, Sonus faber’s Palladio collection of custom-installation speakers offer discreet paintable grills, refined with fine finishes to match any listening environment. Designing a comprehensive Sonus faber multi-channel system has never been more accessible with the Lumina, Gravis and Palladio lines offering endless possibilities that result in a natural sound experience through a clean and beautiful design.

WOOFER

The diaphragm of the two 6,5’’ woofers developed for Lumina V is based on the sandwich construction technique: two external layers of cellulose pulp and other natural fibers are combined with a layer of hi-tech syntactic foam in between, guaranteeing a natural sound reproduction.

HYBRID IFF CROSSOVER - PARACROSS TOPOLOGY™

The new mid-high crossover network “Hybrid IFF – Paracross Topology™” range combines Interactive Fusion Filtering, first introduced in the Maxima Amator, with the Paracross Topology™, where reactive components (capacitors and inductors/coils) are placed on the negative rail of the circuitry. The resulting benefits include a reduction in the drivers’ back EMF (Electro Motive Force), allowing them to operate in a maximally interconnected and organic way, and lowering of crossover sensitivity to radio frequencies, further improving sound definition.