Out of stock

When ?What Hi-Fi Sound and Vision?? gave our PM6003 the ?Best amplifier in its class? award, the performance bar was well and truly raised for its successor: the PM6004. Fortunately, Marantz design engineers enjoy nothing better than a real challenge. And they seized this upgrade opportunity to further improve this already excellent amplifier by refining the sound and optimising the balance from Bass to Mid to Highs for a performance full of harmony. The strategic difference is that now both the pre-amplification and power amplification sections exclusively feature discrete components ? not a single IC in sight. Specially selected single components not only outperform ICs in quality, they also make it possible to refine the sound in much more detail, resulting in more clarity and transparency in the sound stage. Of course, the lower impedance Toroidal transformer with case-shield has been retained, so too has the customized main capacitors, and the potential power transistor which is mounted on the extruded aluminum heat sink and can easily handle higher currents to keep close control of speakers. All of this proven, superior technology has been retained. And of course all of the original features – such as six-line audio input including phono, two-pairs of gold-plated speaker connections with the convenience of bi-wiring, and a remote handset – are still there. All that?s now required is a lover of music.


SKU: pm6004 Category: Tag:
Weight 7500 g
Dimensions 105 × 440 × 366 mm

Power Output (8 / 4 Ohm RMS) 45 W / 60 W
Power Output (8 / 4 Ohm DIN) X / X
Power Output (8 / 4 Ohm IHF) X / X
Bridged Power Output (8 Ohm RMS) X
Frequency Response 10 Hz X 70 kHz
Total Harmonic Distortion 0.0008
Damping Factor 100
Input Sensitivity: MM 2 mV / 47 kOhm
Input Sensitivity: MC X
Signal to Noise Ratio: MM / MC 84 dB / X
Input Sensitivity: High level 200 mV / 20 kOhm
Input Sensitivity: Balanced High level X
Signal to Noise Ratio: High level 87 dB
Input Sensitivity: Power Amp Direct IN X
Signal to Noise Ratio: Power Amp Direct IN X