A Member of the British Audio-Visual Dealers Association

OXFORD AUDIO CONSULTANTS LTD
Cantay House
Park End Street
OXFORD
Oxfordshire
OX1 1JD
Tel: 01865 790879
Fax: 01865 791665
[email]
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USHER
WE LOVE TO LISTEN
Why Should Anybody Accept Compromised Performance In Real-World Priced Speaker Systems?

Usher Audio Technology speakers and electronics are built for the experienced listener who just won’t compromise on sound quality even at moderate prices. Our loudspeakers are produced with skill and pride in an ultra-modern factory in Taiwan with great attention to manufacturing efficiency and productivity, turning out beautifully-crafted speaker systems incorporating advanced technologies like beryllium midrange drivers to match Usher’s superb beryllium tweeters.
Usher’s designs are optimized from the start of the manufacturing process with full confidence that Mr. Tsai and his dedicated employees are as devoted to perfectionist sound, surprising value, and extraordinary craftsmanship as importer MusikMatters is.

Symme-Motion® Technology Explained

Usher’s Symme-Motion® technology–applied to all Usher drivers–symmetrically locates the voice coil within each driver’s magnetic field “linearizing” the motor’s movements. That is to say, when applying positive voltage to the cone moving it outwards, it must move backward in an exactly symmetrical way when presented with the same negative voltage. Symme-Motion® ensures the voice coil remains exactly centered within the magnetic field.

Usher ensures optimal symmetry and linearity for an amazing lifelike sound as individual drivers and paired speakers are closely toleranced to within 0.2dB sensitivity for stereo pairs before we’ll let you have them! They arrive at your door tuned to begin making music!

Another element of Usher’s driver designs are the selection of materials and the design of the supporting basket or spider. Without careful engineering the baskets may act like springs and cause non-linearities in the output. Even the driver surrounds are designed to absorb vibrations that might otherwise reflect back into the cone resulting in more non-linearities.