The Marantz MM7025 Stereo Power Amplifier answers many needs for both two-channel devotees and home theater enthusiasts alike. It produces 140 watts of full-bandwidth, very low distortion power per channel, so it can precisely control demanding speakers in large rooms or deliver subtle nuance in smaller acoustic environments. Selectable single-ended and balanced inputs assure easy connectivity in any system. This is Marantz quality at its best.

If you re impressed by elegantly restrained industrial design, the MM7025 is guaranteed to make a lasting and very positive impression. The subtly curved aluminum/glass resin front panel adds a sophisticated touch that complements any d cor. The central porthole display reflects iconic Marantz designs of the past while it brings you an at a glace view of the amplifier s operating status.

Both single-ended RCA and balanced XLR inputs assure system compatibility regardless of your preamplifier or processor. For maximum flexibility, you can choose inputs independently for each channel.

The MM7025 encourages various system configurations. Use one for dedicated two-channel listening, or use two to as zone amplifiers to power speakers in different rooms. Adding a new pair of loudspeakers to an existing home theater Get the most from your investment by adding an MM7025 as well. The exact configuration is up to you. 

The MM7025 s advanced technology serves all your listening needs. Current feedback circuits, also used in Marantz s Reference Series amps, insure the purest sonic reproduction regardless of source. Another MM7025 virtue, and one directly traceable to its substantial current capability, is the control it establishes over difficult speakers to reproduce both dynamic musical peaks and whispered dialog without blemish.

As befits a Marantz amplifier, the high-capacity power supply begins with an oversized EI-core transformer feeding carefully chosen capacitors capable of storing 30,000 F of energy. This combination instantaneously delivers peak power to all amplifier stages for distortion-free reproduction of the most complex sources.