<a href="http://www.audyssey.com/">Audyssey</a&gt;, a company specializing in room equalization technologies (ask <a href="http://www.stereophile.com/musicintheround/music_in_the_round_40/index1…;), has launched a sweepstakes for fans of high-quality sound. There are some cool prizes, including a Marantz NR1601 slimline home theater receiver and an 8GB iPod Touch. To participate, become a fan of Audyssey <a href="http://www.facebook.com/Audyssey">on Facebook</a> and fill out a short questionnaire. For complete details, click <a href="http://wildfireapp.com/website/6/contests/52020">here</a&gt;.

Jeff Tweedy, John Stirratt, Pat Sansone at the Solid Sound Festival, North Adams, Mass. August 14th, 2010. Photo in this and the preceding entry by Charles Harris.

It may be time to begin appending the words “The Great,” in front of the name of Wilco. At least that’s my unvarnished reaction to their headlining performance at the inaugural edition of their own Solid Sound Festival, held last weekend in North Adams Massachusetts. Where in the hell is North Adams you may ask, why across the Mohawk Trail is the answer. I once had a friend, upper crust Brahmin Bostonian he was, and his mother used to rhapsodize about “motoring along the Mohawk Trail. She must have been speaking about the end of the trail (otherwise known as Mass Highway 2), nearer to Boston because getting to N. Adams from Interstate 91 is an exercise in going up one side of a mountain (granted in Massachusetts mountains top out at like 900 feet above sea level so we’re not talking friggin’ K2 here), and down the other. It’s not a road for older ladies for whom cucumber sandwiches with the crusts left on is a big step.

I’m so much more impressed by good, <i>affordable</i> systems than I am by those costing tens or hundreds of thousands of dollars. I find it difficult to concentrate on music when I’m overwhelmed by the high prices of the gear delivering it. Price should never be the most impressive aspect of hi-fi.

As long as you're spinning an LP for your listening pleasure, and if digitizing it at a resolution of 24-bit/192kHz is transparent to the analog source, why not record and store the LP on your computer at that high sampling rate for future convenient playback via iTunes or for iPod use, or for burning to CD-R? And, while you're at it, why not record the LP unequalized and apply the RIAA curve in the digital domain, where you're not dependent on capacitors and resistors that are imprecise to begin with, and can drift over time? With no drift of phase or value, the virtual filter's results should be better than with any analog filter. And in the digital domain, you can program in any curve known, and select it at the click of a mouse. Aside from the sweat equity invested in programming it in the first place, it wouldn't add a penny to the program's cost.

As long as you're spinning an LP for your listening pleasure, and if digitizing it at a resolution of 24-bit/192kHz is transparent to the analog source, why not record and store the LP on your computer at that high sampling rate for future convenient playback via iTunes or for iPod use, or for burning to CD-R? And, while you're at it, why not record the LP unequalized and apply the RIAA curve in the digital domain, where you're not dependent on capacitors and resistors that are imprecise to begin with, and can drift over time? With no drift of phase or value, the virtual filter's results should be better than with any analog filter. And in the digital domain, you can program in any curve known, and select it at the click of a mouse. Aside from the sweat equity invested in programming it in the first place, it wouldn't add a penny to the program's cost.

As long as you're spinning an LP for your listening pleasure, and if digitizing it at a resolution of 24-bit/192kHz is transparent to the analog source, why not record and store the LP on your computer at that high sampling rate for future convenient playback via iTunes or for iPod use, or for burning to CD-R? And, while you're at it, why not record the LP unequalized and apply the RIAA curve in the digital domain, where you're not dependent on capacitors and resistors that are imprecise to begin with, and can drift over time? With no drift of phase or value, the virtual filter's results should be better than with any analog filter. And in the digital domain, you can program in any curve known, and select it at the click of a mouse. Aside from the sweat equity invested in programming it in the first place, it wouldn't add a penny to the program's cost.

As long as you're spinning an LP for your listening pleasure, and if digitizing it at a resolution of 24-bit/192kHz is transparent to the analog source, why not record and store the LP on your computer at that high sampling rate for future convenient playback via iTunes or for iPod use, or for burning to CD-R? And, while you're at it, why not record the LP unequalized and apply the RIAA curve in the digital domain, where you're not dependent on capacitors and resistors that are imprecise to begin with, and can drift over time? With no drift of phase or value, the virtual filter's results should be better than with any analog filter. And in the digital domain, you can program in any curve known, and select it at the click of a mouse. Aside from the sweat equity invested in programming it in the first place, it wouldn't add a penny to the program's cost.