M-AUDIO M3-6 Studio monitor

Designed to help improve studio work, the M-audio M3-6 monitor is an active studio monitor with a 3-way configuration. A 3-way monitor is described as providing enhanced imaging, improved fidelity, and a large "sweet spot" when laying down tracks and mixing. Built for tuning and playback in a studio setting, it includes a 3-band EQ and a low cut filter to help you tweak the sound for optimized playback. The product description highlights features associated with the M-Audio 3-way active monitor approach, including full-frequency playback, an inline speaker design, and Kevlar speakers for accurate playback. It also specifies tri-amped operation and mentions Class A/B power amp support, along with a 3-band EQ and a low cut filter for compensated playback. This monitor is positioned as a studio reference monitor with active power and specific driver and shielding details listed in the description. Key Features • 3-way monitor for enhanced imaging • 3-way monitor for improved fidelity • 3-way monitor for a large "sweet spot" when laying down tracks and mixing • Active monitors with 3-band EQ • Low cut filter • Full-frequency playback with 3-way monitors • Inline speaker design • Kevlar speakers for accurate playback • Tri-amped design • Bypassable 3-band EQ for compensated playback • Class A/B power amp • Classy real wood veneer baffle • Magnetic shielding Specifications • Active studio reference monitors • Power: 160W (each) • 3-way studio reference monitor configuration • 6" Kevlar woofer • 5" Kevlar midrange • 1" silk dome tweeter • 3-band EQ • Low cut filter • Magnetic shielding • Real wood veneer baffle • Tri-amped design • 3-band EQ (each) • 220W 3-way active studio monitors (precise and accurate playback) • Tri-amped design with Class A/B power amp • Inline speaker configuration for mid- and high-frequency speakers on the same focal plane (as described) • Built-in 3-band EQ to tweak sound and compensate for room issues • Pair of precisely tuned crossovers deliver sound across the entire audio spectrum (as described)