Mola Mola Lupe

The standalone version of Mola Mola’s well-known archival grade Phono stage features three single-ended inputs and one balanced input, as well as a balanced output and a single-ended output. With its dedicated power supply, k and the added "subsonic filter", the Lupe provides the discerning record aficionado with the most accurate set-up for recreating the magic of the turntable as it was intended. The display of the Lupe’s well-known "half sized chassis" offers setting information at a glance.

What was conceived as a simple RIAA add-on for the Makua Preamplifier (also available in the Kula Integrated amplifier) has quickly developed into perhaps the quietest and probably most versatile phono stage ever built. MC/MM input stages are optimized for current noise and voltage noise respectively. Unlike the more common arrangement of an MC head amp feeding into the MM stage, the two stages are fully independent, realizing an equally short signal path for both. Input gain is switchable in 5dB steps over a 40dB range. Input resistance and capacitance are individually switchable. Available EQ settings cover practically all known cutting curves including 78 RPM.

All settings are software controllable, either on the fly using a smart-phone or tablet via the Mola Mola Remote app or directly stored under the preset buttons. Digitally controlled all switching is done in the analogue domain. The Lupe can be configured to route any of the four inputs through the phono stage, this allows you to have multiple turntables and/or cartridges connected.

“This is a powerfully musical and flexible component, one that has the chops and adaptability to make it your last purchase and get most listeners off the phono stage merry-go-round. Most ENTHUSIASTICALLY RECOMMENDED!”

— Greg Weaver for Part Time Audiophile, Nov '23.

Specifications

• Input noise (MC): 0.35nV/rtHz
• Input noise (MM): 0.9pA/rtHz
• Sensitivity: variable from 30uV to 5mV
• THD, IMD: not measurable
• RIAA conformance: +/-0.1dB
• Subsonic filter -3dB @20Hz