Specification Sheet

Industry-leading noise canceling
1
with Dual
Noise Sensor technology
Next-level music with Edge-AI, co-developed
with Sony Music Studios Tokyo
Up to 30-hour battery life with quick charging
(10 min charge for 5 hours of playback)
2
Touch Sensor controls to pause/play/skip
tracks, control volume, activate your voice
assistant
4
, and answer phone calls
Speak-to-chat technology automatically
reduces volume during conversations
Superior call quality with precise voice pickup
Wearing detection pauses playback when
headphones are removed
Seamless multiple-device pairing
6
Adaptive Sound Control provides a
personalized listening experience
Updated design relieves pressure for long-
lasting comfort
WH1000XM4/B
Wireless Industry Leading Noise Canceling Overhead
Headphones
Sony’s intelligent industry-leading noise canceling
1
headphones with premium
sound elevate your listening experience with the ability to personalize and control
everything you hear. Get up to 30 hours of battery life with quick charging
capabilities
2
, enjoy an enhanced Smart Listening feature set, and carry
conversations hands-free with speak-to-chat.
Bullets
Features
Industry-leading Digital Noise Cancellation
Industry-leading noise cancellation technology
1
means you hear every word, note, and tune with
incredible clarity, no matter your environment. These noise canceling headphones feature
additional microphones that assist in isolating sound while talking on the phone, resulting in
improved phone call quality and the reduction of even more high and mid frequency sounds.
Engineering better noise cancellation
Dual Noise Sensor technology, featuring two microphones on each earcup, captures ambient
noise and passes the data to the HD Noise Cancelling Processor QN1. Using a new algorithm,
the HD Noise Cancelling Processor QN1 then applies noise cancelling processing in real time to
a range of acoustic environments. Working together with a new Bluetooth Audio SoC (System on
Chip), it senses and adjusts to music and noise signals, as well as acoustic characteristics
between the driver unit and ears, at over 700 times per second.
Optimizing noise cancelling

Summary of content (7 pages)