Focal Sopra N1 2-way Bookshelf Speaker – White Carrara Lacquer

Focal Sopra N°1 bookshelf loudspeaker

The Focal Sopra N°1 in White Carrara LQR finish is a compact high-fidelity speaker designed to provide outstanding performance in rooms from 25 to 50 m². With high sensitivity, excellent power handling, and extremely low distortion, it reproduces detailed, pure sound comparable to the Utopia series. Its advanced spatialisation ensures exceptional clarity and precise imaging, making every note and instrument distinct.

Equipped with a 6.5″ (16.5 cm) “W” cone bass-midrange driver with TMD suspension and NIC motor, and a 27 mm (11/16″) IHL Beryllium inverted dome tweeter, the Sopra N°1 delivers full, articulate bass, a neutral midrange, and sparkling, detailed highs. The 2-way bass-reflex design achieves a frequency response of 45 Hz to 40 kHz (+/-3 dB) with a sensitivity of 89 dB. Nominal impedance is 8 Ω with minimum 3.9 Ω, suitable for amplifiers from 25–150 W.

Housed in French-crafted cabinets with the White Carrara LQR finish, the speaker combines acoustic performance with a refined, contemporary aesthetic. Optional 61 cm stands with matte black aluminum and black glass bases enhance stability, decoupling vibrations and raising the speakers for optimal listening. The Sopra N°1 blends seamlessly into modern interiors while delivering immersive, detailed sound.

Features of Sopra N°1

• 2-way bass-reflex bookshelf speaker

• White Carrara LQR cabinet finish

• 6.5″ “W” cone bass-midrange driver with TMD suspension and NIC motor

• 27 mm (11/16″) IHL Beryllium inverted dome tweeter

• High-definition, low-distortion sound

• Frequency response 45 Hz – 40 kHz

• Sensitivity 89 dB

• Nominal impedance 8 Ω, minimum 3.9 Ω

• Recommended amplifier power: 25–150 W

• Compact design for rooms up to 50 m²

• French-crafted cabinets with refined finish

• Optional vibration-damping stands for optimal stability

• Counter spikes x4 already mounted

• Spikes x4 included

• Pure, precise midrange and articulate bass

• Advanced spatialisation and harmonic coherence

Specifications of Sopra N°1