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By 2035, the way we produce and consume media will be entirely different from how we experience it now. Today there is still a "fourth wall" between us and the media we consume: within three decades, that line between reality and its recreation will all but disappear. Our media experiences will become fully immersive—from spherical audio and video that tracks with our body's movements, to gestural computing, to physical-feedback devices, and more. Using tomorrow's technology, our children and grandchildren may find it difficult to distinguish the real thing from reproduced.

In the wake of my October 2013 "Listening" column and its negative take on the Pete Riggle Woody tonearm, I was surprised and gratified by the offer of another new arm: a gesture of trust not unlike sending one's children to a sleepover at Casey Anthony's house. The supplier was Phillip Holmes, of Texas-based Mockingbird Distribution, and the new tonearm was the Abis SA-1, the design and manufacture of which was commissioned by the Japanese firm Sibatech, itself a distributor of dozens of high-end audio brands, including Zyx, Mactone, Zerodust, and, perhaps most famously, Kondo.

Back in the summer of 2009, USB-connected D/A processors that could operate at sample rates greater than 48kHz were rare. Ayre Acoustics had just released its groundbreaking QB-9, one of the first DACs to use Gordon Rankin's Streamlength code for Texas Instruments' TAS1020 USB 1.1 receiver chip. Streamlength allowed the chip to operate in the sonically beneficial asynchronous mode, where the PC sourcing the audio data is slaved to the DAC. But high-performance, USB-connected DACs like the Ayre were also relatively expensive back then, so in the January 2010 issue of Stereophile I reviewed a pair of soundcards from major computer manufacturer ASUS , the Xonar Essence ST and STX, which, at $200, offered a much more cost-effective means of playing hi-rez files on a PC.