ifi MZ99 Headphone Amp Instruction Manual

June 4, 2024
ifi

ifi MZ99 Headphone Amp

ifi MZ99 Headphone Amp-fig1

Thank you for purchasing the CAN Signature from ZEN series. The CAN Signature MZ99 is a balanced headphone amplifier optimized for Meze headphones.

PRODUCT SPECIFICATION

  1. Power switch

  2. Input channel switch

    • Input 1: RCA
    • Input 2: Single-ended 3.5mm
    • Input 3: Balanced 4.4mm
  3. Power Match selection: OdB/6dB/1 2dB/18dB
    We recommend starting from OdB and then increasing the switchable gain level to attain an enjoyable and comfortable level of volume from the headphones.
    Warning: at the outset do not use excessive gain, otherwise damage to hearing or connected headphones may ensue. AMR/iFiaudio is not responsible for any damage/injury from misuse.

  4. Analogue Volume Control
    At normal istening levels, the volume control should be around the 12 o’clock position. Increase the gain level to enjoy a higher listening level.

  5. Single-ended 6.3mm output
    For connecting single-ended 6.3mm headphones With single-ended 3.5mm headphones, connect with a 3.5mm to 6.3mm adapter.

  6. Balanced 4.4mm analogue output
    For connecting balanced 4.4mm headphones.
    Tip: As the Meze headphones use balanced design, we recommend the 4.4mm balanced output.

  7. MZ99 LED
    Headphone corrections optimized for Meze headphones.

  8. XSpace Matrix LED

    • The XSpace Matrix(on/off) recreates a holographic sound field.
    • It is a pure analogue signal processing circuit designed for listening to headphones as ifone was listening to speakers. This addresses the ‘music inside the head’ sensation, which makes for unsettling listening.
      Tip: Sonically- hindering DSP is NOT used for Meze headphones nor XSpace Matrix systems. They use the highest-quality discrete components and operate purely in the analogue domain. Hence all the clarity and resolution of the original music is retained
  9. Settings
    This button chooses between:

    • Off
    • MZ99
    • XSpace
  10. Balanced 4.4mm analogue input
    This is a balanced analogue in put.

  11. Single-ended 3.5mm analogue input
    For connecting single-ended 3.Smm input.

  12. RCA analogue input
    This is an analogue input.

  13. Balanced 4.4mm analogue output
    This is an analogue output via 4.4mm> XLR or other balanced interconnects. You could use this for an active speaker.
    Tip: As the ZEN CAN Signature MZ99 is balanced, this is the recommended output.

  14. DC 5V power
    Please connect the ZEN CAN Signature MZ99 to the enclosed power supply, the super-silent iPower2. The ZEN CAN Signature MZ99 must ONLY be powered by 5 volts.

Specifications

  • I nput voltage: DC 5V/2.5A
  • Max Output:
    • Balanced:
    • 15.1V/385 mW (@ 600 Ohm)

    • 11.0V/1890 mW (@ 64 Ohm)

    • 6.2V/1200 mW (@ 32 Ohm)

    • S-E:
    • 7.6V/98 mW (@ 600 Ohm)
    • 7.4V/870 mW (@ 64 Ohm)

    • 7.2V/1600 mW (@ 320hm)

  • THD &N:
    • Balanced: <0.006% (@ 360 mW/2.4V 16 Ohm)
    • S-E: <0.0059% (@ 100 mW/1.27V 16 Ohm)
  • SNR:
    • Balanced: >121dBA (e 15.2V)
    • S-E: >120dBA (@ 7.6V)
  • Max. Input:
    • Balanced: 7.4V RMS
    • RCA: 3.8V RMS
    • 3.5mm: 1.92V RMS
  • Gain: OdB, 6dB, 12dB and 18dB
  • Frequency Response: 10Hz-200kHz (-3d8)
  • Power consumption:
    • No Signal: 5W
    • Max Signal: -12W
  • Dimensions:
    • 158x 117×35 mm
    • 6.2″ x 4.6″x 1.4″
  • Net weight: 550 g (1.21 Ibs)
  • Warranty period: 12 months
    Specifications are subject to change without notice.

Connection Guide

ifi MZ99 Headphone Amp-fig4

Special By Design

  • Active EQ is an exact match for Meze 99 Classic headphones
  • End-to-end True Differential balanced circuitry
  • Premium parts selection drawn from the £3,000 Pro range

Features

ifi MZ99 Headphone Amp-fig9

  • Adjustable gain to match other headphones
  • X Space analogue headphone
  • 4.4mm balanced output

Activ EQ

  • The Meze 99 Classic headphones
    • Offers exceptional tonality
    • Delivers outstanding dynamic expression
  • ZEN CAN Signature MZ99
    • Adjusts the treble for more vivaciousness
    • Enhances the mid-low bass to extract the last drop of sonic goodness
  • ActivEQ
    • EQ curve precisely matched
    • Active and passive components
    • Performed in the analogue domain
    • Unmatched noise reduction
    • SNR and distortion are unaffected
    • ActivEQ can be switched off to use with other headphones

Frequency Response 20Hz to 20KHz

ifi MZ99 Headphone Amp-fig6

Pro Series High-End Circuit Design

  • Class A output stage from the Pro range
  • Drives 15V/ 385mW@ 600 Ohm
  • <0.006% distortion

ifi MZ99 Headphone Amp-fig7

Superior Design and Components

ifi MZ99 Headphone Amp-fig8

X SPACE

  • X Space – analogue headphone spatialiser.
  • This opens up your music to give you the spaciousness of a live-concert atmosphere.

Specifications

Input Voltage 5V/2.5A



Max Output

| ****


Balanced

| >15.1V/385 mW (@ 600 Ohm)

11.0V/1890 mW (@ 64 Ohm)
6.2V/1200 mW (@ 32 Ohm)



Single-Ended

| >7.6V/98mW (@ 600 Ohm)

7.4V/870 mW (@ 64 Ohm)
7.2V/1600 mW (@ 32 Ohm)



THD&N

| Balanced| <0.006% (@ 360 mW/2.4V 16

Ohm)

Single-Ended| <0.005% (@ 100 mW/1.27V 16

Ohm)


SNR

| Balanced| >121dBA (@ 15.2V )
Single-Ended| >120dBA (@ 7.6V )



Max Output

| Balanced| 7.4V RMS
---|---|---
RCA| 3.8V RMS
3.5mm| 1.92V RMS
Gain| 0dB, 6dB, 12dB and 18dB


Frequency Response

| ****

10Hz – 200kHz (-3dB)


Power consumption

| No Signal ~5W
Max Signal ~12W


Dimensions

| 158 x 117 x 35 mm
6.2″ x 4.6″ x 1.4″


Net weight

| 550 g
1.21 lbs
Line Section


Outputs

| Balanced| 6.7V max. (variable)
UnBAL| 3.5V max. (variable)
Output Impedance| Balanced| ≤200Ω
UnBAL| ≤100Ω


SNR

| Balanced| <110dB(A) @ 0dBFS
UnBAL| <110dB(A) @ 0dBFS


THD+N

| Balanced| <0.007% @ 0dBFS
UnBAL| <0.015% @ 0dBFS
Headphone Section


Outputs

| Balanced| 6.7V max. @ 600 Ω
UnBAL| 3.5V max. @ 600Ω


Output Power

| Balanced| >1000mW @ 32Ω;

74mW @ 600Ω

UnBAL| >320mW @ 32Ω;

40mW @ 300Ω

Output Impedance| Balanced| <1Ω
UnBAL| <1Ω


SNR

| Balanced| <116dB(A) @ 0dBFS
UnBAL| <115dB(A) @ 0dBFS
THD+N| <0.005% (1V @ 16Ω)

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