I'm not a molecular physicist..

Adam

Adam

Audioholic Jedi
An interesting article. I must have paid some attention in school (and retained some of it) because it made sense to me.

My prediction: watch for "highly resistant to electromagnetic migration" claims from speaker wire manufacturers in the near future. ;)
 
G

gus6464

Audioholic Samurai
An interesting article. I must have paid some attention in school (and retained some of it) because it made sense to me.

My prediction: watch for "highly resistant to electromagnetic migration" claims from speaker wire manufacturers in the near future. ;)
Let's beat them all to the punch and sells a speaker wire that claims just that! :D
 
1

10010011

Senior Audioholic
The culprit is often electromagnetic (EM) migration slowly degrading the interconnects
EM is a valid phenomenon, ESD can cause EM and EM is the reason over clocked CPU's and other chips fail prematurely.

But in this case "interconnects" is probably the tiny wires inside an integrated circuit that connect the die to the pins, or internal dies to each other.

This has nothing to do with your audio / video interconnects.
 
3db

3db

Audioholic Slumlord
EM is a valid phenomenon, ESD can cause EM and EM is the reason over clocked CPU's and other chips fail prematurely.

But in this case "interconnects" is probably the tiny wires inside an integrated circuit that connect the die to the pins, or internal dies to each other.

This has nothing to do with your audio / video interconnects.
Very good point. That article from that standpoint makes perfect sense to me now. I read it from the paradigm of audio/video interconnects and not chip dies. Thanks man.!! :)
 
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