Products from Innosonix, Powered by Dante

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MA32 series is a multichannel power amplifier platform featuring the worlds highest channel density in small enclosures. Despite it’s compact construction in only 2 rack units, the amplifier delivers a maximum burst power of about 9,000W distributed over 32 channels with 280W each.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.

The MA32 series is a multichannel power amplifier platform featuring the worlds highest channel density in small enclosures. Despite it’s compact construction in only one rack unit, the amplifier delivers a maximum burst power of about 640W distributed over 32 channels with 20W each.

The MAxx multi-channel power amplifiers mark an unprecedented standard for high-end audio installations in installations, science, industry and many other applications where high channel count is required. Paired with an unseen low power consumption per channel, the MAxx series perfectly fits the modern world’s requirements to reduce CO2 emissions.