AUDIOPHILE FULL SPECTRUM CLASS D TECHNOLOGY
The Xtant1.1i adds local and global multiple nested feedback loops with premium MOSFETs and OPAmps for switching stability and audio signal accuracy within the full range spectrum. This results in an extremely high switching speed—over 1MHz.

Because the switching speed is over 1MHz, we are able to set the output filter frequency high enough to avoid any phase related distortion within the higher frequency range of the audio signal. This enhances the musical reproduction by ensuring the higher frequencies (cymbals and the like) compliment the entire frequency range to bring new realism to the Class D amplifier sound experience.

The Audiophile Full Spectrum Class D Technology with Xtant’s attention to detail results in a Class D amplifier that sounds better than many audiophile Class A/B amplifiers. It exhibits an extremely low noise floor eliminating the “hiss” common to many Class D amplifiers. The improved dynamic range enables the accurate reproduction of every loud and quiet passage within the musical range. This makes the amplifier exceptionally suited for musical and theater applications.

Features 
Xtant amplifiers feature a Fully Regulated, Pulse Width Modulated power supply. This power supply technology provides high efficiency and consistent output performance even when battery voltage is less than optimum. 
The Balanced input circuit increases common mode noise rejection and eliminates ground loop noise while allowing for 100mv to 17 volts of signal input. This circuit also makes interfacing with any factory head-unit easy. 
Both Thermal and Overcurrent protection are incorporated into Xtant amplifiers. In the event of a problem, the amplifier will reduce its power to maintain operation. 
These small footprint mono-block amplifiers are ideal for vehicles that have limited space and allows for unlimited installation creativity in any application. The mono-block concept also allows for easy audio and/or video system configuration (2-, 3-, 4-, 5-, 6-, or 7-Channel).