TESLA TECHNOLOGY

The supreme discipline in beyerdynamic's premium class is known by the name "tesla". Developed in-house, tesla technology represents a milestone in beyerdynamic's innovative history. Named after the pioneer of alternating current Nikola Tesla, the term tesla is used by experts to refer to the unit of magnetic induction or magnetic flux density in the metre-kilogram-second system (SI) of physical units. The magnetic flux density is important for headphones – it indicates the intensity of the magnetic field (magnetic field strength) in the air gap of the magnetic circuit. Because a magnetic flux density of more than one tesla is achieved in beyerdynamic acoustic transducers, the term tesla technology is used.

TESLA TECHNOLOGY

TESLA PRODUCTS

The online shop added a new feature in 2005 making it possible to customize audio products. MANUFAKTUR customers can configure and order their own personalized MMX 300 gaming headset or DT 880 Edition or DT 990 Edition headphones online. And just a few days later their customized product is delivered to their front door. These are unique one-off pieces for anyone who doesn’t want a pair of “off-the-rack” headphones but something more personal to them.

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ADVANTAGES OF TESLA TECHNOLOGY

EXAMPLE BASED ON THE T 1. OTHER TESLA MODELS MAY VARY

Design

The tesla acoustic transducer is uncomplicated in design. Only a small number of components have to be assembled, thus resulting in minimum tolerances. The construction consistently follows the laws of physics.

Design

MEMBRANE

The multilayer sandwich membrane material combines high rigidity and low weight, delivering advantages such as ultra-deep bass and crystal-clear highs.

MEMBRANE

The multilayer sandwich membrane material combines high rigidity and low weight, delivering advantages such as ultra-deep bass and crystal-clear highs.

MAGNETIC FIELD

Maximum magnetic field focusing in the air gap – the strong tesla magnetic field is located within the acoustic transducer (concentrated in the air gap). The external scattered magnetic field is extremely small in order to minimise losses.

The magnetic "drive" of a tesla headphone is twice as efficient as the drive-in conventional models.

MAGNETIC FIELD

The magnetic "drive" of a tesla headphone is twice as efficient as the drive-in conventional models.

PRECISION FABRIC

A precision fabric is used instead of standard non-woven material in order to create precisely defined flow conditions for the moving air masses. This optimises the frequency and phase response.

PRECISION FABRIC

A precision fabric is used instead of standard non-woven material in order to create precisely defined flow conditions for the moving air masses. This optimises the frequency and phase response.

FULL METAL HOUSING

The voice coil in the tesla acoustic transducer is shielded by the full metal housing to protect against electromagnetic fields.

TRANSDUCERS IN COMPARISON

THE RIGHT IMPEDANCE

Not only can the efficient tesla acoustic transducers be used for exceptionally precise and richly detailed sound, their high efficiency also benefits low-output mobile players. If you want to connect your headphones to the amplifier at home or to mobile devices on the road, use the universal 32-ohm version. The 250-ohm version is recommended for listening to your system at home.

TESLA TECHNOLOGY

TESLA TECHNOLOGY

TESLA PRODUCTS

ADVANTAGES OF TESLA TECHNOLOGY

Design

Design

MEMBRANE

MEMBRANE

MAGNETIC FIELD

MAGNETIC FIELD

PRECISION FABRIC

PRECISION FABRIC

FULL METAL HOUSING

TRANSDUCERS IN COMPARISON

THE RIGHT IMPEDANCE

THE RIGHT IMPEDANCE

TESLA AT HOME

TESLA ON THE GO

TESLA PRO