: >I was also sceptical about the amps being built in the far-east
: >  or where-ever.  But if you look in the amp and see what components
: >  they use and how it was designed, you can easily see why the
: >  amplifiers sound so brilliant.

: Good point...also, I wouldn't be surprised that the components
: they use off-shore are of inferior quality.  As long as it was
: properly designed and robust, premium components are used, it
: shouldn't matter where it is assembled.

Definately, I agree wholeheartedly.  If they can build the amp where
  the labour is not so expensive, they can afford to put decent
  components in and go to more effort to improve the design of the
  amplifier - as Adcom has done.

: >I cannot see why people say the amplifier won't last - not with
: >  those quality components inside.  Sure the amp runs very fairly
: >  hot - but that's how you get an amp to sound incredibly good.

: An amp that runs hot has no bearing on how it's gonna sound.
: The amp you have probably is running Class-A the whole day.

: Actually, I'd be wary of excessively hot amps, 'cauz even though
: the components inside may be rated to run that way, excessive 
: heat will dramatically shorten the life of *any* electronic component
: regardless of quality.  In fact, an amp that does run hot to the touch is
: because either the engineer or manufacturer of that amp wanted
: to skimp on heatsinking or cooling to save costs!  Hmmmmm....

Sure, I didn't mean to imply that because of the heat generated, the
  amp sounds good.  My Adcom GFP 535II runs fairly warm - not hot to
  the touch - but enough to satisfy me that the amp is running nicely.
I don't like it when an amp runs dead-cold.  It makes one think that
  the amp is doing nothing :)
The heatsinks that Adcom uses in their amps are certainly far for
  skimpy - they're massive things with heating vents both below
  and above.  More than enough to carry away excessive heat.

My opinions once again.
