Naim Theory on Cableing


I was just curious on what most of you think on Naims' theory on the importants of having cables "specially" engineered with the other components. Is this true or just a marketing attempt for people to buy there cable?
baroque_lover
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Never owned a Naim product, but I believe it makes sense, particularily if preserving a particular brands 'house' sound. Imagine if you could run a dedicated line that way?
Naim recommends their speaker wire for good reason; their amps need the capacitance from the Naim wire to stabilize the amp. They recommend a minimum of 3.5 meters per side to achieve this end. I was told this by a long-time Naim dealer. The same dealer said that there would be no positive gain from a different company's interconnect, but I've experimented with the Nordost Blue Heaven and I like them better than the stock ones. Heresy perhaps, but a friend who is also of the Naim flock had a similar experience with the Blue Heaven i-c. We both noticed tighter bass and slightly better definition. That being said, the Naim interconnects sound fine, so if one were to try a different i-c it would need to be of substantial quality to produce a positive result. (IMHO.) However, now that I've tried the Blue Heaven and liked it I would like to get an even better interconnect to see if the improvement continues.
I believe naim power amps do not have an inductor in the output signal path to prevent high frequency oscillations (above the audio band). They think this improves the sound.

However, this requires that the speaker cables be HIGH INDUCTANCE (not capacitance!!) and low capacitance in order to prevent damaging oscillation in the amplifier.

Since hyperlitz, high-capacitance, speaker cables have become quite trendy of late it's important to pick your cables very carefully in a NAIM system in order to prevent amplifier damage.

Note that Naim are not the only manufacturers with this type of requirement.
No....the capacitance does not stabilise the amp. It is of a low enough value to keep the amp from oscillating.

Inductance and capacitance in cables are inversely proportional to each other. Raise one, and the other goes down. Lower one, the other goes up.

You can not lower both. Yeah, I know.......some cable mongers will say they can on their cables. Don't believe them.