Directional Speaker Model B - Focusonics™

Focusonics™ Model B

850  Excl. VAT

Description

Focusonics™ Model B is a directional speaker that focuses and constrains sound to a narrow beam. In the beam the listener is immersed in music or speech while just steps away no sound can be heard. The Focusonics™ speaker in the sound world is much like a laser in the light world.

The Focusonics™ speaker is ideal where sound reproduction needs to be localized to a certain area while quiet is maintained elsewhere.  A classic example of this is in museums – Focusonics™ speakers can be installed next to artwork to transmit relevant information to a viewer while leaving others in the room undisturbed. Applications for the Focusonics™ speaker range from product promotions in retail and showrooms to targeted public address systems.

Model B is well suited for operation distances typically ranging from 1 to 5 metre distances. It is ideal in applications where the speaker is installed in the ceiling above the person’s head. For operation at larger distances please see Model A – a more powerful speaker version.

If the sound beam of the Focusonics™ speaker is directed to a surface, such as an LCD display, the sound will seem to emanate from the display itself rather than the speaker. This feature can be used to create virtual sound effects, for example creating an illusion of the presence of birds in office spaces by playing bird songs and allowing the sound beam to reflect from various surfaces.

See more application examples

Specifications

Specifications

Power Supply
230 VAC 50Hz
120VAC 60Hz 40W
Audio source
Audio line-in
Bluetooth 4.1
Weight
Speaker: 1.4 kg
Amplifier/control unit: 0.7 kg
Total package: 2.9 kg
Dimensions
Speaker: 441 x 221 x 18 mm
Amplifier/control unit: 153 x 153 x 48 mm
Package contents
Speaker Amplifier/control unit
Power supply cable
Audio jack cable
4 screws for VESA mounting (Stand not included)
User manual
Frequency response at 1m distance.

Frequency response at 1m distance.

Beam profile at different frequencies along the wider dimension of the speaker.

Beam profile at different frequencies along the wider dimension of the speaker.

 

Beam profile at different frequencies along a shorter dimension of the speaker.

Beam profile at different frequencies along a shorter dimension of the speaker.

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