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Audeze LCDi4 in-Ear Semi-Open Earphone
Tk 219,000.00
- Designed to give the user a truly wide and accurate soundstage, superior transient response, bass response flat from 900Hz down to 15Hz. The distortion (THD) is less than 0.1% overall even at high volumes
- Scaling down our award-winning LCD4 design to create an end-game headphone that is far more portable, the LCDi4 is a new benchmark for realism in in-ear headphones.
- Utilizes the LCD4’s ultra-thin diaphragm and our patented technologies like the Fluxor magnets and Uniforce voice coil technology.
- Weighing 12 grams per side, the headphones come with a new magnesium top housing and premium, braided cable made of silver-plated OCC copper with Kevlar threads for additional strength. Assembled in our California lab
- * Special Lightning cable optionally available to Apple users. Contact Audeze direct for cipher cable
Warranty:
We cover 3 years for the drivers and 1 year for the rest of the parts, and this begins from the original date of purchase. Warranty on Mobius is one year for all parts. This is for factory defect only, not wear and tear or cosmetic damage from use. Please note that we consider eartips, earlocks and earhooks to be "consumable items" and offer no warranty on those.
AUDEZE'S PLANAR MAGNETIC TECHNOLOGY
Acoustically engineered for accuracy
Audeze’s innovative planar magnetic technology delivers clear and accurate sound that reveals everything on the recording.
Diaphragms thinner than a human hair
We use space-age materials in an ultra thin diaphragm four times larger than typical headphones for fast response times, dramatically reduced distortion, higher resolution and improved imaging.
Near zero distortion
Magnet arrays deliver a uniform driving force across the entire diaphragm for near zero distortion.
Fluxor magnets
Our patented Fluxor magnet design has almost 2x the efficiency of other magnets, giving the LCDi4 a more dynamic impact.
Internal waveguide
Patented Fazor Elements guide internal headphone soundwaves to avoid resonances for a more accurate waveform.