I listen carefully as Michiko Ogawa—former Technics engineer, renowned classical and jazz pianist, and current director of Panasonic's Technics division—speaks these words: "In honor of our 50th anniversary, we at Technics are determined to blaze a new audio path and deliver new and emotionally engaging musical experiences for another 50 years." (my emphasis)

In a typical phono cartridge, the stylus is at one end of an oversize cantilever (oversize in comparison with the cartridge's other moving parts), the fulcrum of which is nearer the cantilever's other end. That design makes possible a certain amount of mechanical compliance that, when the cartridge is lowered to the record surface, helps the stylus seat itself in the groove rather than bounce or skip all over the place. Without at least a modicum of springiness, cueing up a record would be more difficult, and jukeboxes and automatic record changers might never have been possible. Imagine!

In 1995, as the compact disc enters its second decade of commercial reality, it's fair to say that the associated hardware has come of age, exorcising at last the digital gremlins of time-base jitter and quantization noise. Digital-processor maturation is particularly evident in the design of the all-critical D/A processor. The simplistic digital circuitry of yesterday has given way to considerable design sophistication that deals directly with jitter and low-level nonlinearities.