The T90 New Tesla Audiophile High End Headphones with 250 Ohms prove its power when connected to a hi-fi system at home or with an Amplifier.
The T 90 is the first high-end headphones with a completely open design utilizing beyerdynamic's revolutionary Tesla technology. Only headphones of this kind can bring across the feeling of closeness and transparency--nothing stands between sound enthusiasts and their music. The perfect music experience in undisturbed surroundings. With the T 90 being tuned for spontaneous listening enjoyment, the music fan can immediately immerse himself in the sound. The T 90 combines the neutral analytic sound of the Tesla transducer with a full, warm timbre and a joy of playing that brings pleasure with it from the very first note. The T 90 not only stands out due to its high level of sound quality but also from its elegant appearance. The velvet materials used on the headband and ear pads ensure endless listening pleasure and wearing comfort.
Open Design for Extreme Listening Clarity
The T 90 is an open hi-fi headphone, and therefore the ideal choice for music lovers, who listen to their music in acoustically favorable environments. The open design gives the T 90 a spatial sound and avoids the feeling of being isolated from the environment. Due to the latest Tesla technology the T 90 provides extremely high efficiency and low distortion. Silky-soft head and ear pads made of micro velours and microfiber ensure maximum wearing comfort. The T 90 is also made in Germany, as are all premium headphones from beyerdynamic.
Highly Efficient Tesla Drivers
An extremely strong neodymium magnet system offers the T 90 series highly detailed sound reproduction quality, and is mechanically very robust. This increased efficiency also leaves the T 90 series with greater power reserves for precise linear response that is especially suited for high-performance audio applications where precise audio reproduction is the most important consideration. In the T 90, the large 250-ohm voice coil provides unrivaled response clarity and increased impulse fidelity.