Soon…
Soon…
"We give audiophiles the…
The situation was messy but not unpleasant. I had fun catching one of the older horses—a small, good-natured Arabian who apparently wanted to go back inside—and within a few minutes the stable…
It's almost impossible to believe that this trio could have gotten any more tight, loose, funky, or trusting of each other—in a word, better—than they were on last summer's Tribute (reviewed in Vol.14 No.8, August 1991), but when it comes to Keith Jarrett's "Standards" Trio, I've learned to expect miracles.
Here, in seven more standards and one Jarrett original, is yet more evidence that…
The story of Wagner's scripting-in-reverse of the first three…
I was reminded of chocolate ice cream when I unpacked the loudspeakers I'm reviewing this month. Both are…
Description: Two-way, stand-mounted, reflex-loaded loudspeaker. Drive-units: 1" (28mm), ferrofluid-cooled doped fabric-dome tweeter; 4.5" (115mm) plastic-cone woofer with 3" (75mm) voice-coil and diecast chassis. Measured crossover frequency: 2.4kHz. Electrical crossover slopes: not specified. Frequency response: 80Hz–20kHz ±3dB at 2m with grille on. Variation from reference: ±0.3dB. Sensitivity: 81.0dB/W/m (2.83V). Nominal impedance: 8 ohms. Power handling: not specified. Amplifier requirements: 50–150W.
Dimensions: 11.6" (295mm) H by 7.25" (184mm) W by 8.4…
Power amplifiers used to drive these speakers were a pair of Mark Levinson No.20.6 monoblocks; the preamplifier was the remote-controlled Mark Levinson No.38S. A Mod Squad Phono Drive EPS amplified LP signals from a Linn Sondek/Cirkus/Trampolin/Lingo/Ekos/Arkiv setup sitting on an ArchiDee table. Digital source was a Mark Levinson No.30 driven by a Mark Levinson No.31 transport via Madrigal AES/EBU cable and an Audio Alchemy DTI•Pro or a Sonic Frontiers UltrajitterBug.
Interconnects used were AudioQuest's AudioTruth Lapis x3; speaker cable was a bi-wired…
Almost all the measurements accompanying this review were made with the DRA Labs MLSSA system, a full-length card that fits into a PC. This generates a pseudo-random noise signal which is picked up by a B&K 4006 microphone, calibrated to be flat on-axis at the approximate measuring distance I use. The host computer then compares the microphone's output with the drive signal it sent out to the loudspeaker and, by performing a cross-correlation operation, calculates the speaker's impulse response. By windowing out reflections of the speaker's output from room…