- Ideal for – Entertainment | Gaming
- Passive Noise Cancellation with Dedicated Mic
- Bluetooth 4.2
- Wireless Headphone
- Entertainment | Travel
The Sony WH-1000XM3 Bluetooth Headphones have industry-leading noise cancellation and smart listening that adjusts to where you are. The noise cancelling cuts more outside sound than ever before providing a fantastic sonic ambience with awesome sound clarity and balance. Immerse yourself in the fantastic sound of these headphones that will mesmerise you every time you put it on. Have a fun and relaxed time with advanced noise-cancelling technology such as Adaptive Sound Control. The headphones have Quick Attention, Voice Assistant compatibility and touch control that enhances your musical experience.
HD Noise Cancelling Processor QN1
Escape the sounds of the city with industry-leading noise cancellation. The noise cancelling technology in the Sony WH-1000XM3 Bluetooth Headphones is the most advanced ever with close fitting ear pads and or HD Noise Cancelling Processor QN1. The HD Noise Cancelling Processor QN1 enhances the noise cancelling power. The headphones have a dedicated NC processor that also ensures the reproduction of your music is never compromised due to the performance of the processor. You can answer hands-free phone calls with a double tap, or change tracks, adjust the volume and make calls by touching or swiping the panel. And help from your phone's voice assistant is just one long press away.
You can lose yourself in the music with no background noise. You can be aware of everything around you while still enjoying the music. Feel immersed in sound wherever you are. Experience audio optimised for different listening environments including outdoor stages, clubs, halls and arenas. The super soft, pressure-relieving earpads in foamed urethane distribute pressure evenly and increase earpad contact for a stable fit. The ear cups swivel inwards so they pack up neatly in a compact case. Your comfort is further enhanced by a larger and deeper ergonomic ear space structure.