Analog Corner

Recently, after 36 years at Audio-Technica, Mitsuo Miyata retired—by which time he'd run out of business cards. Nonetheless, when I met him in early July at A-T's headquarters, in Machida, Japan, he handed me a card. A line had been drawn through the original cardholder's name; under it, handwritten, was Miyata's name.

Japanese culture is so formal that there is a precise etiquette of how to offer one's business card: Hold the card lengthwise in both hands, gripping it between thumbs and index fingers, and present it with a slight bow. For someone with so long and distinguished a career and multiple patents to his name, Miyata's offering was casual. Later, an A-T staffer told me, with a laugh, that he'd never before seen Miyata in a tie and jacket, both of which he wore for our meeting.

Today, the inventor of Audio-Technica's new AT-ART1000 cartridge is better known around company headquarters as a gentleman farmer—a grower of legendary blueberries, Japanese eggplants, and corn. His home-built stereo system is also said to be pretty special. I had been invited to meet him, and to get an exclusive look at the challenges of assembling and testing the AT-ART1000.

Last spring, at the High End show in Munich, I met with Leif Johannsen, R&D manager and chief designer of Ortofon, who walked me through the company's exhibition. Among the new products he showed me were two low-cost, low-output SPU (stereo pickup) moving-coil cartridges.

Leif Johannsen told me that Ortofon decided to produce two low-priced SPUs so that more people could afford them and enjoy their particular sound. Their new SPU #1 comes in two flavors: the SPU #1S with spherical stylus ($599), and the SPU #1E with elliptical stylus ($659)—hence the model names.

Recently, when a reader questioned my hearing acuity on account of my age—I'm 69—I didn't argue: I don't hear as well as I did when I was 40, or 50, or even 60, and it would be foolish to claim otherwise. However, while my hearing isn't what it once was, neither is my listening—which has never been better. Audio perception is a combination of what the ear delivers and what the brain does with it.

My upper-octave response still sounds to be all there. Are there some lumps and bumps below? Probably. And some tinnitus noise encroaching on very-low-level material? No denying it. But as far as I'm concerned, at least for now, I'm still quite capable of doing this job.

The review gear piles up, and it's time for a late spring cleaning—not that any dust has gathered on the uniformly excellent products covered in this column. I'll start with two very different phono cartridges.

Designer Bill Hutchins, of LKV Research, builds the 2-SB moving-magnet/moving-coil phono preamplifier in North Conway, in the White Mountains of New Hampshire; he uses as many US-sourced parts as possible, and sells his products factory direct. I reviewed the 2-SB in March 2014, on AnalogPlanet.com: the 2-SB's sound was exceptionally fine—especially if you like refined, solid-state quiet and detail, and especially considering its then-price of $2500. Since that review's publication, the 2-SB has been upgraded with a version of the third gain stage from LKV's JFET-based Veros One phono preamp ($6500; see below), and its price has risen to a still-reasonable $3000.

In May 2014, Bill Hutchins introduced the Veros One phono preamplifier ($6500).

Dr. Feickert Analogue's top-of-the line turntable, the Firebird ($12,500), is a generously sized record player designed to easily accommodate two 12" tonearms. Its three brushless, three-phase DC motors, arranged around the platter in an equilateral triangle, are connected to a proprietary controller in a phase-locked loop (PLL); according to the Firebird's designer, Dr. Christian Feickert, a reference signal from just one of the motors drives all three—thus one motor is the master while the other two are slaves. (Man, today that is politically incorrect, however descriptively accurate.)

Are you old enough to remember when the wires connecting speakers to even the most expensive and sophisticated electronics were 16-gauge, multistrand lamp cord, and the terminals on speakers and amplifiers were just little screws? Sometimes those screws wouldn't even secure all of the wires' strands, but as long as loose strands from one screw didn't touch loose strands from the other, it was good enough . . . and back against the wall went your bookshelf speakers.