A'Diva

This 5-inch all metal spherical speaker builds upon the design refinements of our best-selling speaker, the 4-inch Nucleus Micro.
The A'Diva incorporates a newly modified version of the Micro's 3-inch full range driver and provides an extra half octave of bass, allowing it to be used without a subwoofer if necessary.
A'Diva can be mounted practically anywhere, in cabinets or on book shelves for example, without exciting bass resonance problems.
Thanks to its low distortion and incredibly coherent sound, the highly adaptable A'Diva can be used in just about any application including two channel stereo, home cinema, multi-media, multi-room and custom install.

With its unique table mount and wall bracket (included as standard), the A'Diva can be mounted to a wall, tucked into a bookcase or placed atop a television without compromising sound quality.
Alternatively, beautiful floor stands are available in a range of colours A'Diva is fully shielded for safe placement near televisions.
Just like our Nucleus Micro and Dué loudspeakers, A'Diva can be used with our acclaimed MPS-150 powered subwoofer.

A'Diva shares a version of Anthony Gallo's acclaimed 3" drive unit (as used in the Nucleus Micro and Dué) and can be mixed and matched with other Gallo speakers in a home cinema set-up. The A'Diva for example, makes a perfect centre channel speaker in a Nucleus Micro 5.1 system.

A'Diva is available in stainless steel, powder coated white, powder coated silver and high gloss black finishes.

A'Diva benefits from the same patented technologies and physical advantages as the award winning Nucleus Micro. By using a spherical enclosure we have eliminated internal resonance and external diffraction, the two main causes of loudspeaker distortion. In addition, by having no crossover A'Diva is endowed with unparalleled spatial characteristics.

A'Diva is an easy to drive 8 Ohm design of moderately high efficiency, with power handling specified at 50 watts full range and 100 watts when used as a small speaker in home cinema applications.