Phono Preamp Reviews

This is a review of the NuWave Phono Converter's phono preamp section only. A review of the double DSD based A/D converter will follow soon.

Multipurpose products like PS Audio’s snazzy new NuWave Phono Converter offer a mix of great possibilities and possible compromises. In one sleek box you have a capable and versatile MM/MC phono preamplifier and an analog to digital converter through which you can conveniently digitize your vinyl—as well as any analog input you feed it— at up to double DSD resolution. All for $1895.

Rega’s versatile $1500 Aria phono stage combines high build quality, flexibility and dynamic capabilities more commonly found in more expensive phono preamplifiers.

Back in 2005 I reviewed what was then the $1500 Jasmine LP-2 MM/MC phono preamplier. It was a two box unit with an umbilical between the power supply and the signal path circuitry. The 70dB gain MC input was commendably quiet and the unit sounded pretty good but I couldn’t justify the performance for the price.

The phono preamplifiers reviewed this month are both affordable ($400–$1960) and highly accomplished, and the most expensive of them offers versatility that's unprecedented in my experience. Three of them are designed to be used only with moving-magnet, moving-iron, and high-output moving-coil cartridges, so I installed Shure's V15VxMR cartridge in VPI's Classic 3 turntable and listened in MM mode to all of them, beginning with the least expensive.

Why bother with three phono preamps most of us can't afford? For the same reason the enthusiast automobile magazines cover the newest Ferraris and Lamborghinis: just reading about them is fun.

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.