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An ultra light coil and a glass foam membrane with a cobweb structure allow fastest impulse reproduction. All dispensable air volumes like tight channels, slots, holes etc. are largely avoided in order to reduce additional acoustic masses.
Supported by the open design, the drivers are kind of levitating over the ear. The open front cushion enables sound to flow from one side to the other and vice versa. This creates an unprecedented binaural effect and great spatiality.
On both sides of the moving membrane the spaces are completely vented. No acoustic volumes hamper the membrane in its movement and the front cushion is acoustically open. This yields an unsuspected sense of space.
INNOVATIVE FRAME CONSTRUCTION
A light metal frame transmits the force from the soft cushions to the head to achieve very small specific surface pressure. Sensitive areas of the head are bypassed resulting in a well-fixed headband carrying the hovering drivers.
All cushions are attached by magnets and can be removed manually without tools.
Additionally, both sides of the earphone can be removed without tools to facilitate the transportability and service.
Since no human head is really symmetric, all adjustments of angle and height have been accomplished without mechanical lock-in positions. A fine scaling allows for easy retrieval of personal settings.
Style: hovering next to the ears, fully open
Sensitivity: 96 dB / 1 mW RMS = 115 dB SPL/V eff. (at Ear-Drum Reference Point)
Maximum input power: 60 mW
Rated Impedance: 110 Ohms
Transducer type: dynamic
Transducer size: 40 x 40 mm
Diaphragm: squared, glass-foam enforced
Membrane excursion: 4 mm
Frequency response: 20 Hz – 40 kHz (-10 dB)
Magnetic structure: radial, fully vented
Magnet type: Neodymium N52
Magnet density: 1.5 T
Weight: 345 g (without cables)