![]() ![]() What we wind up doing is we come in well below the speaker. All that information evaporates and your brain listens to it and goes, yeah, that’s not a high end system. ![]() It’s the hall it was recorded in, it’s the recording studio it was recorded in. It falls off at 48 Hertz at 50 Hertz, and that’s a full octave, octave, and a half of music that’s missing. We get the speaker sounding as good as it can. If you’ve got a room that’s only 14 by 20 feet long, it literally physically cannot support the wavelength of 32 Hertz. Why? Because that’s the nature of physics. Well, the reality is the way it’s set up in your room and your room is not an infinitely large chamber. But let’s say the speaker’s claims it’s 32 hearts. It’s important to realize that while the manufacturer’s being scrupulously, honest, that speaker in your space set up the way it’s set up, may not be able to support that. Rooms are enormously destructive and particularly of bass. It’s because your room, even with the speakers perfectly set up, can’t support that. ![]() In many cases it’s not because the manufacturer can’t do that, or the speaker can’t do that. When you see a loud speaker that claims, for example, to go down to 34 Hertz, which is extremely deep bass. Your living room, your listening studio is not their anechoic chamber. Whatever the specs on your speaker say they are, in many cases they’re put out by very fine companies telling you the absolute scrupulous truth, and if you were measuring in their anechoic chamber you would achieve exactly the same numbers. ![]()
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