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Phonostages — Musical Fidelity M6X VINYL

Description, images, technical data and specifications

Musical Fidelity M6X VINYL
Image source — © Musical Fidelity

The main goal of Musical Fidelity when creating the M6X ViNYL phono corrector was to create a component that would "not interfere" with music. He does not try to add anything, but rather strives to match the original record. The result is music that shows up in all its glory.

Specifications

  • Model name

    M6X VINYL

  • Inputs (balanced)

    N/A

  • Inputs (single-ended)

    2

  • MC current-sensing input impedance (Ω)

    N/A

  • MM/MC voltage input impedance (Ω)

    47 000 (MM), 25 - 1200 (MC)

  • Output impedance (Ω)

    N/A

  • Gain (dB)

    N/A

  • Playback EQ curves accuracy (dB)

    N/A

  • Frequency response low +/- 3dB (Hz)

    N/A

  • Frequency response high +/- 3dB (Hz)

    N/A

  • Total Harmonic Distortion + Noise (%)

    <0.005 (MM), <0.02 (MC)

  • Dimensions (mm)

    440 x 100 x 385

  • Weight (kg)

    11

  • Official link

    https://www.musicalfidelity.com/products/m6series/m6x-vinyl

Musical Fidelity NU-VISTA VINYL 2

Musical Fidelity M3X VINYL

More components

  • M3X VINYL

    Phonostages

    Musical Fidelity M3X VINYL

    The basis for the Musical Fidelity M3X VINYL phono corrector was its older brother M6x. There are also no operational amplifiers in the M3x, everything is built on a discrete circuit. The manufacturer positions the M3x Vinyl as a relatively inexpensive solution, but still high-end.

  • NU-VISTA VINYL 2

    Phonostages

    Musical Fidelity NU-VISTA VINYL 2

    Musical Fidelity Nu-Vista Vinyl 2 is distinguished by the use of miniature vacuum tubes in the circuit. However, in this case they are used only in the output stage, the correction circuits are made on transistors, while three curves are supported – the classic RIAA, as well as the historical DECCA and Columbia.

  • M8x Vinyl

    Phonostages

    Musical Fidelity M8x Vinyl

    The Musical Fidelity M8x Vinyl is made in a fully balanced circuit with discrete components. It uses a printed circuit board three times larger, on which there are placed twice as many discrete components. The amplification path now has a three-stage design, offering more gain with significantly less noise. The phonopreamplifier level now varies from 40 to 69 dB, which is suitable for a variety of cartridges, providing the necessary flexibility even when mating with complex cartridges.

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