Nirvana Audio's cables have long been fixtures in my audio system: first the SL interconnects and speaker cables, and, after their debut in 1998, the S-X Ltd. interconnect. In 2002, after a long development process, designer Stephen Creamer introduced the companion S-X Ltd. speaker cable ($2780/2.5m pair, add $50/pair for biwire configuration). He explored a wide range of options, including dramatically different structures and materials, but always returned to the elements he'd used before—and ended up with a design that combined elements of his two existing speaker cables, the SL and the entry-level Royale. At its core, the S-X Ltd. has the Royale's two conductors, each a symmetrical Litz element consisting of 285 isolated strands of high-purity copper of several different gauges. In the S-X Ltd., the conductors are spaced slightly apart to minimize capacitance, wound into a twisted pair, and wrapped in FEP insulation.

Nirvana Audio's cables have long been fixtures in my audio system: first the SL interconnects and speaker cables, and, after their debut in 1998, the S-X Ltd. interconnect. In 2002, after a long development process, designer Stephen Creamer introduced the companion S-X Ltd. speaker cable ($2780/2.5m pair, add $50/pair for biwire configuration). He explored a wide range of options, including dramatically different structures and materials, but always returned to the elements he'd used before—and ended up with a design that combined elements of his two existing speaker cables, the SL and the entry-level Royale. At its core, the S-X Ltd. has the Royale's two conductors, each a symmetrical Litz element consisting of 285 isolated strands of high-purity copper of several different gauges. In the S-X Ltd., the conductors are spaced slightly apart to minimize capacitance, wound into a twisted pair, and wrapped in FEP insulation.

Nirvana Audio's cables have long been fixtures in my audio system: first the SL interconnects and speaker cables, and, after their debut in 1998, the S-X Ltd. interconnect. In 2002, after a long development process, designer Stephen Creamer introduced the companion S-X Ltd. speaker cable ($2780/2.5m pair, add $50/pair for biwire configuration). He explored a wide range of options, including dramatically different structures and materials, but always returned to the elements he'd used before—and ended up with a design that combined elements of his two existing speaker cables, the SL and the entry-level Royale. At its core, the S-X Ltd. has the Royale's two conductors, each a symmetrical Litz element consisting of 285 isolated strands of high-purity copper of several different gauges. In the S-X Ltd., the conductors are spaced slightly apart to minimize capacitance, wound into a twisted pair, and wrapped in FEP insulation.

A "CD processor," is how I distinctly heard Cary Audio's Dennis Had describe it. The venue was <I>Stereophile</I>'s High End Hi-Fi Show in New York last April. Nothing really unusual in today's digital marketplace, I thought to myself, though a bit out of character for a company dedicated to vacuum-tube technology. But wait a minute. Dennis had described it as an <I>analog</I> CD processor. Analog!? Well, yes, the unit processes the analog signal from a CD player.

A "CD processor," is how I distinctly heard Cary Audio's Dennis Had describe it. The venue was <I>Stereophile</I>'s High End Hi-Fi Show in New York last April. Nothing really unusual in today's digital marketplace, I thought to myself, though a bit out of character for a company dedicated to vacuum-tube technology. But wait a minute. Dennis had described it as an <I>analog</I> CD processor. Analog!? Well, yes, the unit processes the analog signal from a CD player.

A "CD processor," is how I distinctly heard Cary Audio's Dennis Had describe it. The venue was <I>Stereophile</I>'s High End Hi-Fi Show in New York last April. Nothing really unusual in today's digital marketplace, I thought to myself, though a bit out of character for a company dedicated to vacuum-tube technology. But wait a minute. Dennis had described it as an <I>analog</I> CD processor. Analog!? Well, yes, the unit processes the analog signal from a CD player.

A "CD processor," is how I distinctly heard Cary Audio's Dennis Had describe it. The venue was <I>Stereophile</I>'s High End Hi-Fi Show in New York last April. Nothing really unusual in today's digital marketplace, I thought to myself, though a bit out of character for a company dedicated to vacuum-tube technology. But wait a minute. Dennis had described it as an <I>analog</I> CD processor. Analog!? Well, yes, the unit processes the analog signal from a CD player.

David Chesky, whose company has been making superior recordings for nearly 20 years now, isn't from the engineering side of the business. He's talent&mdash;a pianist who sometimes performs on his label, a composer of classical and jazz selections integral to its catalog, and an arranger as well.

David Chesky, whose company has been making superior recordings for nearly 20 years now, isn't from the engineering side of the business. He's talent&mdash;a pianist who sometimes performs on his label, a composer of classical and jazz selections integral to its catalog, and an arranger as well.