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<blockquote data-quote="AssPenny" data-source="post: 7746409" data-attributes="member: 641741">While i don&#039;t necessarily agree with this blanket statement, there is some truth to it.&nbsp; This thread is great from a bend-ability/flexibility and price comparison but it doesn&#039;t take into account the primary function of a power cable... the power.&nbsp; The true test to a power cable is how much power it can handle by measuring impedance/resistance, loss over distance, heat rating (ie how much amperage it can handle before it gets too hot), etc..There has to got be some electrical engineers or EE students on this board that have access to equipment that can test this.&nbsp; Those kind of test will show you which power cable can most efficiently handle the kind of power pushed through a 1/0 cable.Great job otherwise, it&#039;s nice to see all these cables next to each other for a visible comparison.Craig - Who will probably use KNU Kollussus unless someone can run some power testing and show otherwise.</blockquote>

[QUOTE="AssPenny, post: 7746409, member: 641741"] While i don't necessarily agree with this blanket statement, there is some truth to it. This thread is great from a bend-ability/flexibility and price comparison but it doesn't take into account the primary function of a power cable... the power. The true test to a power cable is how much power it can handle by measuring impedance/resistance, loss over distance, heat rating (ie how much amperage it can handle before it gets too hot), etc.. There has to got be some electrical engineers or EE students on this board that have access to equipment that can test this. Those kind of test will show you which power cable can most efficiently handle the kind of power pushed through a 1/0 cable. Great job otherwise, it's nice to see all these cables next to each other for a visible comparison. Craig - Who will probably use KNU Kollussus unless someone can run some power testing and show otherwise. [/QUOTE]

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