Beyerdynamic DT1990 Open-Back Studio Reference Headphones - Black

• High-resolution sound
  Power and precision are critical requirements when it comes to sound reproduction. The efficiency of our latest Tesla driver technology is characterised by accurate resolution and high output power. Brilliant highs, a richly detailed midrange and precise bass combine to ensure sublime sound quality that is second to none.
  Together with an ingenious open-back design, the high-resolution Tesla drivers ensure a wide, dynamic and extremely natural stereo image. Titanium-coated acoustic fabric and carefully selected precision-woven textiles round off the balanced sound quality.
• Maximum wearing comfort
  The perfected design of the DT 1990 PRO combines innovation with decades of expertise in headphone technology. High-tech textiles and memory foam filled ear pads ensure exceptional wearing comfort. Headphones so comfortable you almost forget you are wearing them.
• Open back design
  Natural and exceptionally spatial sound is achieved thanks to the open-back circumaural design. The optimised spatial sound reproduction makes the DT 1990 PRO headphones a reliable reference for mixing and mastering applications as well as for critical listening.
• Two sound settings
  Choose between a well-balanced sound or analytical sound thanks to replaceable velour ear pads. Both ear pad variants are included to finish off this impeccable studio headphone package.
• Durable construction
  The DT 1990 PRO is handcrafted in Germany. From a classy headband through to anodised aluminium yokes, these new studio headphones will impress with their exceptional craftsmanship and careful attention to quality and durability.

Note: 250 Ohm is very high impedance and it would be recommended to be used with a dedicated headphone amplifier. Alternatively, please choose the 32 Ohm or 80 Ohm version.

Note: Please do not overdrive the headphones with overpowered amplifiers. Warranty will be voided and warranty claims will be rejected if headphone capsules are found to be overdriven and destroyed.