Max Talin

I'm just trying to implement it via EQ APO for test prurposes. And I've got the problem: I can't retrieve signals that are exclusive for one channel.

There is no boosting, because you should substract "center sound" from left and right speakers. And it is that I can't do.

There is no booasting, because you should substract "center sound" from left and right speakers. And it is that I can't do.

If the signal is in the left and right channel with the same amplitude, there is a phantom source of sound right in the middle of speakers pair. We can add a special third speaker - center speaker, and send there such phantom source signals. And there are signals that exlusively are in the left and the right channels. They stay as are. This can help to get better sound sources localization, especially for listeners located out of sweet point. Sorry for my bad english.

If the signal is in the left and right channel with the same amplitude, there is a phantom source of sound right in the middle of speakers pair. We can add a special third speaker - center speaker, and send there such phantom source signals. And there are signals that exlusively are in the left and the right channels. They stay as are. Sorry for my bad english.

Deep stereo - a new way to listen to music, but it is in italian. Hope online translator will help. Base concept is that if we have the following source channels L: 0001 1011 R: 1011 0010 The result will be of three channels C: 0001 0010 L: 0000 1001 R: 1010 0000

Deep stereo - a new way to listen to music, but it is on italian. Hope online translator will help. Base concept is that if we have the following aource channels L: - - AA - - B R: B- - A - AA The result will be of three channels C - - - A - - - L: - -A - - - B R: B- - - -A -

Hello, thanks for great product. I am trying to implement Deep stereo concept. There are three speakers instead of two ones. Center speaker should reproduce common sound part, that presents both in Left and Right channels: Copy: DIF_R=-1.0*L+R Copy: DIF_L=L+-1.0*R Copy: LR_CORE=L+R+-1.0*DIF_L+-1.0*DIF_R Copy: L=0.5*LR_CORE R=0.5*LR_CORE This works. Stereo effect disappeares. But when I try to use DIF_L and DIF_R for Left and Right channels respectively, they are the same! I use headphones to check...