World-class noise canceling (*) is achieved through the integrated processor V2 and the high-quality noise canceling processor QN2e, enabling advanced noise canceling processing and sound quality signal processing. Additionally, the "Multi Noise Sensor Technology" incorporates dual feedback microphones and feedforward microphones, with three noise canceling microphones in each ear, delivering exceptional noise canceling performance. This allows for a further 20% reduction in noise compared to the WF-1000XM4, providing an unprecedented level of sound quality in complete silence. * As of April 10, 2023, based on Sony research and following the standards of the Japan Electronics and Information Technology Industries Association (JEITA).
Experience ultimate sound with Sony's uniquely developed 8.4mm driver unit "Dynamic Driver X." The diaphragm structure combines different materials for the dome and edge, allowing the soft edge to reproduce deep bass while the lightweight, high-rigidity dome delivers extended high frequencies. High-quality processing from signal processing to playback minimizes distortion, achieving overwhelmingly high sound quality.
High wearability and minimal design achieved through miniaturization and lightweight construction. Sony's uniquely developed thin driver unit and the SiP (System in Package) main board enable miniaturization. The wearing part, which was 7.3g in the previous model WF-1000XM4, has been reduced to 5.9g in the WF-1000XM
5. By reducing the volume of the earphones by about 25% compared to previous models, interference with the ear is minimized, ensuring comfortable wear. The inside of the wearing part features an "Ergonomic Surface Design" that supports the earphone body at the contact surface, adopting a curved shape that fits the inner ear. Additionally, the design minimizes height, reducing the protruding part from the ear, thus achieving excellent wearing stability. The microphone section employs a design with a smooth surface processed with fine holes in metal to reduce wind noise.
The highest call quality in Sony's true wireless history (*) is achieved while maintaining compactness. By adopting a wind noise reduction structure along with high-precision voice pickup technology and bone conduction sensors, the call quality in Sony's true wireless history is realized.
Simultaneous connection to two devices is possible regardless of the operating system, eliminating the need for Bluetooth connection switching. For example, by connecting to a personal smartphone and a company computer, you can listen to music or content on the smartphone during your commute, and once at work, you can open