Hifiverse

Streamers — Matrix Audio mini-i 4

Description, images, technical data and specifications

Matrix Audio mini-i 4
Image source - (c) Matrix Audio

The mini-i 4 is a network streamer with an internal DAC from Matrix Audio, a Chinese manufacturer of digital audio equipment. Its standout point is a very high DSD ceiling. In the Matrix Audio streaming range it is a close relative of the mini-i Pro 4.

Key specs that matter

Supported formats reach PCM at 24-bit/768kHz and DSD up to 22.4MHz, covering a very wide range of file formats. Frequency response runs from 20 Hz to 90 kHz. The balanced XLR output delivers 4.4 V and the single-ended RCA output 2.2 V. Signal-to-noise ratio is 127 dB on XLR and 121 dB on RCA, and THD plus noise is 0.00018% on XLR and 0.00030% on RCA. The case measures 224 x 186 x 53 mm and weighs 1.3 kg.

Engineering and use context

Being this compact, the mini-i 4 fits easily on a desktop or a modest equipment shelf.

Pairing

The high balanced output level gives plenty of drive into a passive preamplifier or a long interconnect run.

Alternatives

The element X2 is a more fully featured streamer positioned above the mini-i 4 in Matrix Audio's catalogue.

Specifications

  • Model name

    mini-i 4

  • Has internal DAC

    Yes

  • DSD compatability

    Yes

  • Parameters

    up to 24 bit / 768kHz and DSD 22.4MHz

  • DSP processing

    N/A

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

    20

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

    90 000

  • Gain (dBu)

    N/A

  • Input Impedance (balanced) (Ω)

    N/A

  • Input Impedance (single-ended) (Ω)

    N/A

  • Output Impedance (balanced) (Ω)

    N/A

  • Output Impedance (single-ended) (Ω)

    N/A

  • Analog outputs level (balanced) (V)

    4.4

  • Analog outputs level (single-ended) (V)

    2.2

  • Signal to Noise Ratio (dB)

    127 (XLR) + 121 (RCA)

  • Total Harmonic Distortion + Noise (% at 22 kHz)

    0.00018 (XLR) + 0.00030 (RCA)

  • Dimensions (mm)

    224 × 186 × 53

  • Weight (kg)

    1.3

  • Official link