The UX3000 are wireless over-ear headphones with active noise cancellation based on the concept of hybrid noise cancellation, a solution that avoids the degradation of sound quality inherent to conventional noise cancellation schemes, in which the transducers emit a special electronic sound above the music or voice to be played. The UX3000 have been designed to optimize the qualities of the transducer used (electrodynamic type), taking into account the fatigue caused to it and its behavior by the noise cancellation function. Thanks to this, said transducer adapts perfectly to the aforementioned function, to the point that to maximize its performance and the overall sound quality it is only necessary to apply a slight correction to the traditionally annoying reproduction of the frequency range. caused by Bluetooth transmission. Likewise, the noise cancellation function of the UX3000 can be used independently even if you are not listening to music, such as, in conjunction with the built-in microphones, to make phone calls or video conferences. In addition to supporting SBC and AAC codecs, the new Final are compatible with aptX LL, a low latency codec that allows you to obtain high quality sound by minimizing interruptions and delays, allowing you to optimize both listening to music and videos and video games.
Characteristics:
- Very high-performance wireless circumaural headphones.
- Conception aimed at obtaining audiophile level sound.
- Active noise cancellation (ANC) based on hybrid noise cancellation.
- State-of-the-art electrodynamic transducer designed by Final.
- Bluetooth 5.0 transmission compatible with SBC, AAX, aptX and aptX LL.
- Extreme ergonomics thanks to the precision of the helmet adjustment system.
- Multipoint connectivity for simultaneous connection of 2 Bluetooth devices.
- Foldable design for easy transportation.
- Autonomy on a single charge of 35 hours without ANC and 25 hours with ANC.
- Premium Shibo finish highly resistant to dust and fingerprints.
- Cable connection possible.
- Frequency response of 20-20,000 Hz.
