Sunday, June 10, 2012

BANG & OlUFSEN BEOLAB 12

Design is nothing without performance


The wave pattern creates a structure that is inconspicuous and sleek. But its compact shape does not sacrifice performance or acoustic perfection. BeoLab 12 exploits every inch of the slender unit to drive out incredible, multi-dimensional sound.

An optical illusion


BeoLab 12 features a sculptural design that forms a reassuring wave pattern. The effect of this wave design is a flat-form loudspeaker that beholds powerful capabilities, maximizing every inch of the slim space. Call it the world’s most high-performing optical illusion, because when viewed from the side, this commanding speaker appears even slimmer.

Prick up your ears


Hear how the superb acoustic performance of BeoLab 12 breathes new life into your favorite film or song. It elegantly stages the experience of listening, so new dimensions and layers reach your ears. Whether it is a Puccini opera, a Spaghetti western, or the sound of wind blowing, BeoLab 12 wall speaker evokes the perfect surround sound to enrich your experience, both acoustically and visually.

Magic happens when you break the rules

Less reflection, more realism


With the Acoustic Lens Technology handling the treble notes and helping disperse the sound waves evenly throughout the room, we maximise space in front of the loudspeaker with optimal sound, constant tonal balance, minimised floor and ceiling reflection, and a deeper sense of space and realism.

Playing with the wall


The rear section of the wall-mounted BeoLab 12 is open where the woofer is placed; so two woofers play directly into the wall. Because these bass units play directly into the wall – away from the listener – you get an acoustic benefit. Any audible distortion from high frequency sounds is removed.

Features & specifications

  • beolab-12
DesignerDavid Lewis
Dimensions94.2 x 22 x 9.8 cm/6 kg
Material(s)Aluminum and composite materials
Colour(s)Cabinet/Cover: Silver/White
Power consumptionTypical: 25 W; Networked standby: 0.4 W

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