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Audeze LCD-XC Headphones

£1599.00
Availability In Stock





Audeze LCD-XC Headphones
http://www.fanthorpes.co.uk/images/www.fanthorpes.co.uk/thumb/th41433757857AudezeLCDXC.jpg
£1599.00 1In stock
Generous Trade in Available - CALL NOW: 01482 223 096

Audeze LCD-XC Headphones

The Audeze LCD-XC Headphones are available for demonstration in our Hull store by request.

The closed-back Audeze LCD-XC Headphones was created based on Audeze core customers’ feedback. It delivers all the benefits of the LCD-X while isolating the listener and reducing ambient noise for a private listening experience. The Audeze LCD-XC Headphones are the finest closed-back planar available, sensitive enough to be driven directly by portable players and mobile devices, but an external amplifier produces better sonic results.


Part Exchange Available

As you would expect from Fanthorpes hifi, we offer a generous part exchange against the Audeze LCD-XC Headphones. If you have any hifi that you wish to use as part payment against the Audeze LCD-XC Headphones then either call us on 01482 223096 or email us at shop@fanthorpes.co.uk  and we will give you a price to change. This is a fantastic and hassle free way of making the Audeze LCD-XC Headphones more affordable.


Finance Available

Fanthorpes hifi can also offer buy now pay later on the Audeze LCD-XC Headphones, allowing you to spread or defer your payments over a year. If you are interested in taking advantage of our payment terms on the Audeze LCD-XC Headphones email shop@fanthorpes.co.uk or call us on 01482 223096 and we will email an application form to you

Audeze LCD-XC Headphones Specification:

  • Style: Closed-back circumaural
  • Transducer type: Planar magnetic
  • Magnetic structure: Proprietary push-pull design
  • Magnet type: Neodymium
  • Transducer size: 106 mm
  • 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: 20 ohms
  • Efficiency: 100dB / 1mW
  • Optimal power requirement: 1 – 4W