Description
WARM AND ENGAGING SOUND
Sonus faber’s core technologies fuse with signature design queues in a clean silhouette to deliver uncompromising Natural Sound.
Integral to every speaker in the Olympica Nova Collection by Sonus faber, eight layers of curved wood walls define a distinctive feature
Crafting the woofer for the Olympica Nova II loudspeaker, an Italian artisan showcases Sonus faber’s precision and artistryCrafting the woofer for the Olympica Nova II loudspeaker, an Italian artisan showcases Sonus faber’s precision and artistry
Italian craftsman from Sonus faber hand-buffing the handcrafted midrange of the Olympica Nova II speaker in Italy.Italian craftsman from Sonus faber hand-buffing the handcrafted midrange of the Olympica Nova II speaker in Italy.
Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.
REFLEX PORT
The solid extruded aluminum piece, part of the Stealth Ultraflex system, minimizes turbulence, enhancing airflow through the duct to reduce distortion.
Crafting the woofer for the Olympica Nova II loudspeaker, an Italian artisan showcases Sonus faber’s precision and artistryCrafting the woofer for the Olympica Nova II loudspeaker, an Italian artisan showcases Sonus faber’s precision and artistry
Italian craftsman from Sonus faber hand-buffing the handcrafted midrange of the Olympica Nova II speaker in Italy.Italian craftsman from Sonus faber hand-buffing the handcrafted midrange of the Olympica Nova II speaker in Italy.
Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.
REFLEX PORT
The solid extruded aluminum piece, part of the Stealth Ultraflex system, minimizes turbulence, enhancing airflow through the duct to reduce distortion.
STRUCTURAL RIGIDITY
Olympica Nova II features eight layers of curved wood in its walls, enhancing cabinet rigidity for reduced interference. Internal structural ribs further reduce vibration and support the transducers’ power.
Italian craftsman from Sonus faber hand-buffing the handcrafted midrange of the Olympica Nova II speaker in Italy.
Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.Sonus faber Olympica Nova II: 28mm Damped Apex Dome Tweeter, crafted from a single piece of die-cast aluminum for superior precision.
REFLEX PORT
The solid extruded aluminum piece, part of the Stealth Ultraflex system, minimizes turbulence, enhancing airflow through the duct to reduce distortion.
STRUCTURAL RIGIDITY
Olympica Nova II features eight layers of curved wood in its walls, enhancing cabinet rigidity for reduced interference. Internal structural ribs further reduce vibration and support the transducers’ power.
MADE IN ITALY WOOFER
Our Italian-made woofer cone utilizes an exclusive sandwich construction, combining two sheets of cellulose pulp with a hi-tech foam layer in between. This unique design ensures swift and powerful sound reproduction while maintaining coherence with the mid-high units.
MIDRANGE
Our midrange is a product of Sonus faber’s in-house laboratories. Crafted from a blend of air-dried cellulose pulp and other natural fibers, the cone boasts a unique texture with varying density. This design minimizes cone resonance, resulting in a natural sound that offers enhanced transparency and finer detail.
DAMPED APEX DOME TWEETER
The 28 mm silk soft dome tweeter utilizes Damped Apex Dome (D.A.D.) technology, which refines high-frequency playback by adding localized dampening to the dome’s apex, known for causing anti-phase behavior in soft dome diaphragms. In Olympica Nova V, the D.A.D. structure is now a single piece of die-cast aluminum, enhancing both the strength and precision of the system.
