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Finally, after three dark years of COVID-related cancellations and postponements, one of audiophilia's biggest and most important shows, Munich High End 2022, took place on Thursday–Sunday, May 19–22, at the city's huge MOC.

Great hi-fi can give you goosebumps. And it relates to another source of horripilation: live music, and its recordings. I've also always been a live music junkie—ever since I was a kid.

I was fortunate to have grown up attending the Cincinnati Symphony Orchestra and Cincinnati Pops Orchestra's "LolliPops" children's concerts. I'd seen some tepid live acts as a kid (ie, Donny and Marie). But nothing prepared me for my first rock concert. It, um, rocked my world.

Unless you live under a rock, you've followed Russia's invasion of Ukraine. You know something about sanctions against Russia and Russia's responses to those sanctions. If, in addition to not living under a rock, you're a tube-audio aficionado or electric guitar nut, you may have thought about a likely consequence of that war that's far less momentous than the destruction and carnage we see on TV: Will I be able to get new tubes for my amplifier? Especially those lovely Russia-made tubes.

I wrote about the music industry's impressive recovery in the February 2022 AWSI. Robust LP sales were a headline item of that report, but they're a sideshow: Paid-subscription streaming is what is bringing the industry back.

When I wrote that, 2021 wasn't quite over, so year-end financials weren't available. They're available now.

Eric Nathan: Missing Words, Carolyn Sampson: Trennung: Songs of Separation, Brahms: Piano Trios Nos.2 & 3, Brahms: String Sextets, Mahler: Symphony No.4 and Hans Abrahamsen: Schnee.

Son House: Forever On My Mind, Superchunk: Wild Loneliness and Yard Act: The Overload.

The idea of a loudspeaker system whose frequency response could be tailored to suit room acoustics and/or personal taste is one that has always appealed to the high-fidelity perfectionist. Ideally, such a loudspeaker would allow you to raise or lower the level of any part of the audio spectrum to correct for, say, a sharp 370Hz room resonance or a mild absorptive condition that weakens, say, the 800Hz–3kHz range. Obviously, though, this kind of flexibility would require an infinite number of bandpass networks, each with its own volume control—which is an obvious impracticality.