Sean:
I dont think you are stuck in the Stone Age; in fact you are one of the few people in this forum who understands how far off the mark audio is. Many years ago an audio engineer friend told me, You must remember audio is approximately 20% music and 80% distortion. Presently things have improved but we still have a long way to go.
The blow hole effect you mentioned in reference to ported speakers is directly related to the problem I keep referring to: power cords. We have been in business for over six years so why am I now posting on this forum? Why do I not talk about our other products? Why do I keep repeating the same issue? Could it be the answer has nothing to do with business? Could it be this product is so revolutionary that all by it self it could change the entire audio situation? If this is fact than how do you convey such advancement to the public? Well you are certainly not going to do it in an arena that is constantly serving up Pablum. Now dont get me wrong Pablum is a good thing, but the threads in this forum are drowning in it. I really feel for the Audiogon people that stare at that stuff day after day. We think the only way to promote a product this advanced is through direct experience and this is what we have done. One guy hears a demo, contacts a friend and so it goes. Now, what is the relationship between the speaker and the systems power cords? There are various electromagnetic disruptions that take place all the time within the cords structure; these create all forms of distortions which are passed into the systems circuits. The music is then superimposed over it and sent to the speaker. The effect of this causes the bandwidth to become clamped or compressed, limiting frequency, dynamics, resolution etc. The solution we have found establishes a relationship through tuning the mechanical resonance of the cord in reference to the propagation of its field. I know the E.E. manuals claim that no such relationship exists but this is why, until now, no one has been able to solve the problem. How do we know the effectiveness of this tuning? Because it is done while a signal is being sent through the system and the effect is clearly audible. If you believe this to be either fact or fancy, the performance level of the product still remains the same.
I dont think you are stuck in the Stone Age; in fact you are one of the few people in this forum who understands how far off the mark audio is. Many years ago an audio engineer friend told me, You must remember audio is approximately 20% music and 80% distortion. Presently things have improved but we still have a long way to go.
The blow hole effect you mentioned in reference to ported speakers is directly related to the problem I keep referring to: power cords. We have been in business for over six years so why am I now posting on this forum? Why do I not talk about our other products? Why do I keep repeating the same issue? Could it be the answer has nothing to do with business? Could it be this product is so revolutionary that all by it self it could change the entire audio situation? If this is fact than how do you convey such advancement to the public? Well you are certainly not going to do it in an arena that is constantly serving up Pablum. Now dont get me wrong Pablum is a good thing, but the threads in this forum are drowning in it. I really feel for the Audiogon people that stare at that stuff day after day. We think the only way to promote a product this advanced is through direct experience and this is what we have done. One guy hears a demo, contacts a friend and so it goes. Now, what is the relationship between the speaker and the systems power cords? There are various electromagnetic disruptions that take place all the time within the cords structure; these create all forms of distortions which are passed into the systems circuits. The music is then superimposed over it and sent to the speaker. The effect of this causes the bandwidth to become clamped or compressed, limiting frequency, dynamics, resolution etc. The solution we have found establishes a relationship through tuning the mechanical resonance of the cord in reference to the propagation of its field. I know the E.E. manuals claim that no such relationship exists but this is why, until now, no one has been able to solve the problem. How do we know the effectiveness of this tuning? Because it is done while a signal is being sent through the system and the effect is clearly audible. If you believe this to be either fact or fancy, the performance level of the product still remains the same.