GamuT

Enclosure Construction: Form pressed Solid wood over multi layered Finnish Birch plywood. This construction in itself has a subjective more pleasing harmonic structure than solid wood alone or solid MDF. Form pressing minimizes the need for panel damping by leaving an inherent force in the structure that in itself causes faster decay of non wanted vibration. The internal fan shaped reinforcement structure in combination with the externally machined Canals in the solid wood, divides the side walls in separate segments with less vibration differentiated to multiple frequencies, resulting in a minimum of colouration.

Internal acoustics:
The internal pressure is guided and controlled by the fan shaped reinforcement structure, and a full height vertical reinforcement structure. These critically positioned structures time aligns the coupling to the port openings and holds the internal acoustic dampening material to achieve an optimum of dynamic linearity simultaneously with a well damped acoustic environment.

Port openings are machined solid brass threaded into solid stainless steel held in solid wood This design eliminates resonance by the port structure itself, increases the accuracy of the tuning and minimizes port turbulence and noise.

The connection terminals are solid stainless steel over brass and Gold plated OFC copper. The Terminals are designed to minimize contact resistance by optimizing the surface contact area by using striped wire. The terminals also accept Banana plugs, or custom spades.

The front cover is designed to have no audible influence on the performance. We use solid stainless steel side rods, and a high quality fabric woven rubber strings to protect the drivers.

The floor coupling devices are designed to be non resonant, by adding rubber dampening rings inserted into the stainless steel base plates (S9), or by having a rubber pad adding force into the spike itself, thereby eliminating resonance of the combined structure. Hard Floor protective coupling devices are supplied with the speakers, assuring best possible protection of delicate floors.

The 85kg stainless steel base for the S9 is chosen to lower the point of gravity to optimize stability. Other S series are designed with wider spike positioning resulting in same relative levels of stability, The spike systems are all solid stainless steel.

Drivers are specially optimized for the El Superiores. Special fluent rubber damped solid wood inserts are used in the S8 and S9 bass drivers to optimize the acoustic behaviour and dynamic accuracy of the bass system. Midrange drivers are receiving a specially developed hand applied treatment of the cone structure that minimizes colouration and optimizes the natural reproduction of voices and instruments. The NRLI network. Our Non resonant Linked Impulse solution: -NRLI is designed to operate in the time-domain and perform resonance control. -NRLI aligning the drive-units impulse wise -NRLI is optimizing the resonant behaviour of the individual drivers and the network itself .

DC coupled midrange: DCCM
- The DCCM purpose is to eliminate the phase shift between the midrange and woofers seen in conventional network designs.

-The DC coupling means that the midrange driver is directly connected to the amplifier, not using a capacitor to filter the low frequencies.

-The DCCM filtering (attenuation) of low frequencies is done by using a combination of series and parallel layout of the network, thereby achieving the  attenuation of the lower frequencies without adding phase shift to the midrange signals.