Speakz A2

This is an active noise suppressing element that rely on Mains spike noise cancellation. The way they work is to have a double inverted coil connected to the power conductors, when the AC-TC dual coil encounters a voltage spike a counter spike is developed in the counter wound section of the AC-TC coil. As Noise spikes are pure voltage and carries virtually no charge, the cancelation is quite good, but not 100%. By adding more AC-TC coils in parallel the performance increases. And with that the perceived Blackness in the music improves significantly. So, AC-TC is similar to A-TC. But where the A-TC technology is mounted on the circuitry boards the AC-TC coils are mounted directly around the mains conductors to increase the effect even further.

This is an active noise suppressing element that rely on spike noise cancellation. The way they work is to have a double inverted coil connected to the power conductors, when the AS-TC dual coil encounters a voltage spike a counter spike is developed in the counter wound section of the AS-TC coil. As Noise spikes are pure voltage and carries virtually no charge, the cancelation is quite good, but not 100%. By adding more AS-TC coils in parallel the performance increases. And with that the perceived Blackness in the music improves significantly So, AS-TC is similar to A-TC. But where the A-TC technology is mounted on the circuitry boards the AS-TC coils are imbedded in the circuitry board itself. They are not as efficient as the top mounted coils, but they are very compact and more cost efficient.

The Ansuz AD technology is responsible for the analog dither we use in a wide range of our product, The technology origins in radars where results to most engineers astonishment was better in live situations (in planes, on boats) than in stationary land fixed systems, They concluded that the vibration of the planes and ships aided the aided the radar and sonar performance.. Thus, was the idea of analog dithering born. The dither is added a very low-level random noise, by modulating the noise floor it’s possible to see what’s below it, and thus get a clearer picture of the full content of the recording.