Listening to music on small-sized systems is a reasonable and quite understandable preference, given that they are easily installed in many venues.

Although the compromises required make this sort of design almost impossible, Sonnet offers a solution to bypass the Laws of Physics. To integrate this strict definition, while we can safely say that we perform miracles to do our best at Chario Loudspeakers, we are nonetheless proud to say that we are strangers to miraculous designs.


Two-way bookshelf systems usually have the tweeter in the upper position. If the designer is also aiming for time alignment of the two transducers, the plinth must be given a suitable back tilt. Sonnet fits in with this principle except that the tweeter is underneath ... So the cabinet should be tilted forwards..

Perhaps the solution to the Riddle lies in the Sonnet operating theory of approaching issues that common sense isn’t aware of ...

Low Frequency Load
Vent Geometry
Configuration
Drivers

Sensitivity

Low Frequency Cut Off
Xover Frequency
Alignment
Rated Impedance
Size
Weight

Dedicated Stand


Suggested Amplifier

Note
 

Back-Firing Vented
Half-Exponential Hourglass Type
2way Reversed Array
1 Tweeter 2 mm SILVERSOFT™ dome NeFeB motor
  1Woofer 170 mm ROHACELL® Full-Apex™ Poly-Ring NeFeB motor
  90dB SPL normalized to 1 m / 2.83 Vrms / de-correlated L/R pink noise within 
ITU-R BS 1116-1 compliant listening room
  55Hz @ -3 dB referred to C4 WETS
  1180Hz
LKR4 Derived (Δf=45°)
Modulus 4 Ω (min 3.2) Argument ±36°
445 x 235 x 340 mm (H x W x D)
14 kg

Weight 13 kg 
Size 750 x 540 x 460 mm (H x W x D) iron black anodized finish (Top Plate & Legs) Varnished HDF (central Section)
Rated for 120 W / 4 Ω Average Power 

All quantities in SI Units

Average power calculated as V^2 rms / R

Speakers not shielded

.Specs subject to change without notice