Lavardin Technologies creates cutting-edge audio amplifiers using a revolutionary design that significantly reduces distortion caused by the memory effect in semiconductors.  

The given memory effect was noticed and described by Lavardin's designer Gerard Perrot and described it in the following way: "The flow of electrons in a solid substance, especially in semiconductor elements, creates new states in the semiconductor that further create a memory effect and cause changes in the future flow of electrons or current".

Research on the memory effect was prompted by the question: why do tube amplifiers (with tubes) sound different from transistor ones? It was observed that electrons in electronic tubes travel through a vacuum, while in a transistor amplifier, electrons travel through a solid substance, which means that the memory effect is more significant in a solid substance than in a vacuum. In the continuation of the research, it was determined that only well-designed tube amplifiers reduce the memory effect by about 10 times. Ultimately, Gerard constructed transistor circuits in which he reduced the memory effect by more than 100 times.

The results of these innovations are Lavardin amplifiers. 

Many who experienced a Lavardin amplifier for the first time could conclude the following: The music reproduction sounds natural, clear, fast and smooth and without any overtones of "mechanical" or "rough".  

Lavardin certainly creates a timeless generation of high-quality audio devices. 

Innovation, true value and building trust are the basic guidelines of Lavardin Technologies.