Saturday, August 3, 2013

Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black)

Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black)


Find recommendations and reviews Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black). For both price and quality. To help you make the best product.
The Musical Fidelity M1 ViNL is a state-of-the-art MM/MC phono stage with adjustable input capacitance, input resistance and RIAA/IEC equalization curves. It features both single-ended and balanced outputs. The M1 ViNL has extraordinary input flexibility. On MM it has 47k or 68k input impedance. Input capacitance has seven values; 50PF, 100PF, 150PF, 200PF, 250PF, 300PF, 350PF, 400PF. This extraordinary flexibility means perfect matching for almost any MM cartridge. The MC stage has ultra flexible input resistance switching: 10R, 18R, 25R, 50R, 100R, 200R, 400R, 800R, 1600R and 47K. The ViNL has switchable RIAA and IEC EQs. You can even switch the resistance, capacitance or equalization curve while it is playing, which makes the ViNL extremely flexible. And that's just the beginning! The ViNL boasts no-compromise technical performance. The circuitry is based on Musical Fidelity's revered KW phono stage but with the latest technologies, for a step up from that already incredible standard. Musical Fidelity employs ultra-low noise instrumentation amplifiers (the highest quality available). The RIAA EQ curve extends up to 50 KhZ within 0.2 dB. Distortion is almost non-existent and the incredibly low noise-level is on the threshold of what can be achieved. The crosstalk is outstanding. The ViNL achieves the best possible performance as measured by every technical parameter.
Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black)
SALE Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black)

Feature About Musical Fidelity M1ViNL Front Panel Load Phono Stage (Black) :


  • Balanced and unbalanced and outputs
  • A state-of-the-art MM/MC phono stage
  • Ultra-low noise instrumentation amplifiers
  • Adjustable input capacitance, input resistance and RIAA/IEC equalization curves

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