Not too long ago, the word "convergence" had everyone in the High End ready to duck'n'cover. Asia was on the ropes, and a shakeout was thinning the ranks of high-end audio manufacturers. Some US companies were marketing and selling most of their output to the Pacific Rim. The writing was on the wall: High-end was dead, and we'd all just better get used to listening to music on our computers.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

In the early days of digital audio, I remember talking with Dr. Tom Stockham, the developer of the groundbreaking Soundstream system used then by Telarc. As well as using a 50kHz sample rate, the excellent-sounding Soundstream stored its 16-bit data on large drum-shaped Winchester drives connected to a minicomputer. Twenty years later, the advent of ultra-high-density magnetic storage media and fast microprocessor chips has put high-resolution digital audio manipulation and storage within reach of anyone with a modern PC or Mac. And facilitating the transformation of the PC into a high-quality DAW has been a new generation of soundcards, such as the <A HREF="http://www.stereophile.com//digitalsourcereviews/280/">Digital Audio Labs CardDeluxe</A> I reviewed in September 2000 and the subject of this review, the German RME Digi96/8 Pro.

Investors have shown an inexplicable willingness to foot the bill for <A HREF="http://www.mp3.com/">MP3.com</A>'s $53.4 million settlement with <A HREF="http://www.umusic.com/">Universal Music Group</A>. In the four days following the announcement of a settlement on Tuesday, November 13, the now fully legitimate Internet music site watched its stock surge to four times the value it had only a month before. Shares of MP3.com closed Friday, November 17 at $9.42 each, triple the per-share price on the morning of the announcement. The stock had sunk to a 52-week low of $2.50 per share on October 11.