audtatious wrote:Nice...
Can still find prices cheaper online
Oh no doubt, but maybe this will add some awareness to those otherwise clueless consumers...I was once one of them too. Luckily I found out I could get a solid 2kw of total output at 4ohm/chan with Power Factor Correction (meaning it still puts out the same amount of power even with line sag [that's where you stop getting 115v, but instead it could sag down to 100v due to the massive draw placed on it]), and it wouldn't cost me $5,000, but instead about $550
Plus, like computers, the cooling fans on these amps can be swapped out for quieter ones. That's what I did on my EP2500 and will soon do on my CE4000.
IMO, home receivers have a little less than half the required power. 110w/chan just doesn't cut it. 220w should be mandatory, with 3-400w sitting in the ideal range. Reason being, dynamic peaks can easily be clipped by receivers due to their lack of power. While listening to music at say 91db on an average set of speakers (88db/1w) at the listening position (3M away), would require only 8w. If a 14db dynamic peak happens (105db, which is Dolby reference level), that would require roughly 200w. Since it's not good to "clip" amps or push them to their limits, factoring in another 3db of headroom is a good idea. Or, if you're like me and like loud music, the more power the better!