Cable Cooking/Burnin


I read this on KLE Innovations, http://kleinnovations.com/kle-innovations-klei-products/essence-gzero-ic/, and wondered what your thoughts on Cable Cooking/Burnin might be ...

Burnin/Cooking Time

We believe that the Burnin/Cooking process can be thought of as an extension/finishing of the Annealing process.

This is a practice that can dramatically/drastically improve performance and has been gaining acceptance from HiFi enthusiasts :) Usually, any listener will be able to identify a marked change/improvement in audio component performance within the first 100 or more hours of use, whether it be a cable, connector, component or loudspeaker.

Burnin/Cooking time is the process whereby electrical signal/charge gradually settles/corrects/aligns dielectric, electromagnetic, and material (metal and non-metal) issues that occur/result during the construction process. These aspects are often and usually found in Cables/Connectors and usually results in a brittle, bright, muddy, non-cohesive sound that lacks the Detail, Resolution, Timbre, PRaT, Harmonic Texture, Organicness, Naturalness, and Staging which is desired for music reproduction. Burnin/Cooking Time improves the way that signal passes through the conductors and dielectrics and it is the resulting changes in signal transmission that refines and defines the performance of the audio cables.

While it is most important to implement Burnin/Cooking Time, upon purchase, routine maintenance is always important, also. Cables/Connectors that have not been played, or left unused, for long/prolonged periods of time, may become stagnant and again require Burnin/Cooking Time.
yping
What are your thoughts of the following...
To mention again, I read on KLE Innovations website that they "believe that the cable Burnin/Cooking process can be thought of as an extension/finishing of the Annealing process" which I thought was quite interesting. Perhaps yes but perhaps no because it does not seem to be permanent, or is it permanent, that is the question?

It make sense that this would apply to the signal and ground conductors but it appears that nobody knows why, that is the question? Conditioning the ground conductor makes even more sense when you consider that the "Outgoing circuit is only as good as the Incoming circuit", especially when you consider that response and proximity necessary factor/variables in the equation :)

Perhaps it is to do with feedback just like Back EMF feedback from speaker driver voice coils effects reproduction of the signal, the signal itself, and the amplifier or just like feedback in an amplifier can effect the amplifiers output signal quality even though its intended use is to keep the amplifier from oscillating :)

All quite interesting and perhaps we may know one day, perhaps, just not today :)
One cable maker told me that he didn't believe in breaking in cables on a cable cooking device. Something about it not being a true audio signal and how it affects and uses the dielectric to the point where it becomes a constant, of sorts, playing a greater role in the sound of the cable than it should.

After cooking, the dielectric takes a long time to dissipate the conditioning effects before you get the true sound of the cable. He recommended just playing music until it breaks in.

I have no idea myself but felt the need to chime in with what I was told.

All the best,
Nonoise
That's actually an old wives tale. The music signal is actually not enough to completely break in the cable. More, uh, drastic measures are required.
Geofkait - does that apply to ALL cables or just IC's ?
- since speaker cables are subject to much higher voltages

My personal approach, i.e. based on testing many cables of varying performance levels...
- cooking is a much faster route to attain "reasonable" SQ performance
- but there is still a level of refinement that can be acquired by simply playing music.

Some cables I have tested required some 300-400 hours of normal burn-in, but that was reduced to around 100 hours cooking and another 100 hours of playing for significantly better SQ and performance.

But that is on my system - others may experience different approaches work even better on their systems.

Also, from what I have read, it seems there is no "correct method", since this topic varies greatly even between different cable manufacturers.

Regards...