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Some products are destined never to be seen for what they are. Instead, they exist as avatars, the very embodiment of their ages or concepts. The Wilson Audio WATT (Wilson Audio Tiny Tot) and its nigh-unto-ubiquitous subwoofer, the Puppy, have achieved this legendary status—no, have manifested it almost from their creation 10 years ago—to such a degree that they've come to stand for the entire class of no-holds-barred-monitor loudspeaker. They serve as the focus for a whole realm of the industry; indeed, to show any customer an expensive speaker possessing a modest footprint and not to invoke the incantation "better than a WATT" seems to abjure any pretense of serious sales strategy. At the same time, this speaker system has polarized the industry and its followers, strongly praised by some for its staggering accuracy, and equally dismissed by others for having little soul (musicality, to the initiated).

The Bose 901 has created more of a stir in audio circles than any other loudspeaker we can think of, with the possible exception of the original Acoustic Research system. Much of the 901's popularity is attributable to Julian Hirsch's rave report in Stereo Review, and there is no doubt but that Amar Bose's compellingly convincing ads had their effect, too. But these things alone could hardly account for the 901's popularity.

A thorough exploration in a magazine article of such a pervasive and complex topic as vibration control in audio systems is next to impossible; vibration and sound are so intimately bonded that it would be very easy to extend this discussion to just about any area of interest in audio. My intention here is simply to lay a foundation for understanding the basic mechanical forces affecting our quest for improved sonic fidelity, and in the process provide the tools for anyone to achieve good, practical vibration control in his or her system.

Not only does the venerable vacuum tube refuse to lie down and die, as everyone predicted when audio went solid-state; it continues to deliver better performance than anyone had imagined it could. Only a few years ago, we could characterize "the tube sound" as being sweet but soft at the high end, rich but loose in the midbass, deficient in deep bass, and bright and forward, usually with excellent reproduction of depth. Since then, we've seen the introduction of what might almost be called a new generation of tube amplifiers, which rival solid-state units in those areas where tubes used to have weaknesses, but have given up little of the tube's sonic strengths.