Audeze is company based in the United States which manufactures world class planar magnetic headphones. These headphones are known for their strong aesthetic appeal and rich sound quality. They have distinguished themselves as leaders in the open-back planar magnetic headphones market, and have released additional closed back models to critical acclaim. We also recommend Audeze headphones for anyone who covets bass performance, as their bass detail and impact are exceptional.
For the LCD-X, Audeze created an extremely effiecient and neutral headphones. This allows the LCD-X to draw peak performance from even low powered amplifiers and portable listening devices. These headphones produce world class sound and feature unmatched versatility.
The LCD-X will produce an extremely neutral sonic presentation. It is for precisely this reason that it is a favorite among recording engineers and musicians who value accuracy in reproduction above all else. These headphones are fast, dynamic, and accurate. Audeze has developed several proprietary technologies designed to eliminate the breakup modes found in previous industry designs, leading to improved focus and clarity across the frequency range.
The Audeze LCD-X features Audeze's patent-pending Fazor elements. This technology is designed to manage the flow of sound waves and produce greater frequency extension, while also producing and immersive and accurate soundstage. The LCD-X is sensitive enough to be driven well by portable devices, and also scales extremely well when placed with high end systems and equipment.
Style -- Open circumaural
Transducer type -- Planar magnetic
Magnetic structure -- Proprietary self-closing design
Magnet type -- High-grade Neodymium
Transducer active diaphragm area -- 39.8 sq cm (6.17 sq in)
Maximum power handling -- 15W (for 200ms)
Sound pressure level -- >130dB with 15W
Frequency response -- 5Hz – 20kHz extended out to 50kHz
Total harmonic distortion -- <1% through entire frequency range
Impedance -- Purely resistive 22ohm
Efﬁciency -- 95dB/1mW
Optimal power requirement -- 1-4W