I agree with Clear Thinker that it's a matter of what you like. I have three pairs of Maggies and swear by them - even though they're notoriously inefficient, The largest pair -- in a room which is 32' by 18' -- is drriven with an amp ofd 250 watts per channel -- loud enough to make the neighborhoods complain were in not for the fact that the house is deep in the woods.
What is your take on high efficient speakers vs. low efficient speakers?
Consider both designs are done right and your other equipment is well matched with the speakers. Do you have any preference when it comes to sound quality? Is it matter of economic decision when it comes to price? - power amps can become very expensive when power goes up, on the other hand large, efficient speakers are expensive as well. Is your decision based on room size? I'd love to hear from you on the subject.
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@atmasphere wrote:
I guess one could even argue, given their 16-ohm load, that they're 101dB sensitive from the usual 8 ohm standard sensitivity is measured by. Not to mention that many speakers today are closer to a 4-ohm load, yet without being accurately reflected by their sensitivity rating.. | ||||||||||||||||||||
@smoothtech If the loudspeaker has a different nominal impedance than the volts needed to achieve a watt also changes. Some manufacturers calibrate their one watt to the different impedances. Other manufacturers stick with 2.83 volts regardless of impedance. This is why we need to be careful about reading specifications. If we have a 4 ohm cabinet then 2.83 volts is actually 2 watts. As we have doubled the power the loudspeaker sensitivity will appear 3dB louder. Is this fair?Imagine that you have two loudspeakers. Both loudspeakers have a sensitivity of 100dB referenced to 2.83v at 8 ohms at 1 meter. Your black loudspeaker is an 8 ohm box and your white loudspeaker is a 4 ohm box. You put them both on a separate channel off the same amplifier and play some music. You hear that your white speaker is twice as loud. Should both these speakers have the same sensitivity in the spec? Quick ReferencePlease use the table below as a quick reference to help you compare sensitivity measurements calibrated to different values.
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