
Sound designed for large spaces
Magnarray features a sealed aluminum enclosure that ensures mechanical rigidity, acoustic stability, and long-term durability. Combined with its articulated mounting system, the speaker allows precise aiming and secure installation in demanding environments.
Designed for distributed and multichannel audio systems, Magnarray is ideal for continuous operation in high-traffic or high-impact spaces, including LED walls, circulation areas, auditoriums, multipurpose rooms, façades, corporate environments, commercial installations, and outdoor spaces.


ARRAY
The sound that dominates
Sound that asserts itself without being seen

Magnarray
Magnarray is designed for environments where sound must project clearly, powerfully, and intelligibly—without competing visually with architecture or large surfaces such as LED panels and video walls.
As a true column loudspeaker, Magnarray applies authentic array principles to control dispersion and reduce unwanted reflections. The result is a focused, efficient sound field that delivers clarity and uniform coverage across large spaces.
With 120° horizontal dispersion, Magnarray performs consistently in indoor environments, semi-open areas, and outdoor applications—where traditional loudspeakers often lose control and intelligibility.
Controlled sound. Consistent coverage. Absolute intelligibility
Finishes
Available in 10 paint finishes, with a choice of aluminum grille or fabric grille, Magnarray integrates naturally into a wide range of architectural contexts while preserving a discreet, professional appearance.


Sonic precision for home theater
Magnarray 3D Cinema
The Magnarray 3D Cinema was developed specifically for residential cinema environments, where precise directionality and channel placement are critical to immersion.
Its rotatable mounting system allows accurate horizontal aiming, making it ideal for LCR channels, side surrounds, or rear surround applications. The result is a cinematic experience defined by clarity, presence, and controlled spatial imaging—without visual intrusion.

