Bowers & Wilkins at Audio46
INTRODUCING THE NEW PI7 TRUE WIRELESS HEADPHONES.
What does it take to create category-defining True Wireless in-ear headphones? It takes everything. Incredible sound, enabled by a high-resolution,24-bit wireless connection plus Qualcomm aptX™ Adaptive, delivering unrivalled audio detail and realism. Compact dual-driver units with individual amplifiers in each earbud to ensure ample power. Advanced noise-cancelling that automatically adapts to your surroundings. And perfect sound and call performance no matter where you are with two separate microphones per earbud. Every part of the PI7s has been created at the highest performance levels for the best audio experience. Even the case is intelligent, offering industry-first audio retransmission plus quick and wireless charging. Because once you start enjoying the freedom of True Wireless, you should never have to plug back in.
Unrivaled high-resolution audio driven by a 24-bit connection with Qualcomm aptX Adaptive and small, yet powerful, dual-driver units enhanced by individual amplifiers per earbud.
True 24-bit connection
True high-resolution audio performance with a 24-bit connection between the left and right earbud, for superior sound quality. Now you’ll hear your favourite music and movies as they were meant to be heard.
The latest in high-resolution wireless audio that adjusts dynamically to optimise performance and connection reliability, whether you are listening to music, watching movies or playing games.
Dual hybrid drive units
Small but powerful two-way drive units in each earbud that work just like high-performance speakers to create rich, immersive sound, from deep and powerful bass to expressive and detailed high notes. So you can hear your music as the artist intended.
Quad amps and advanced DSP
To enhance the performance of Dual Hybrid Drive Units, each unit is driven by a separate amplifier combined with an advanced DSP engine, tuned by the world’s most respected audio engineers.
Block out the world
Advanced noise cancellation that automatically adapts to your surroundings, and three microphones per earbud, for uninterrupted sound and call performance, no matter where you are.
State-of-the-art active noise cancellation adapts to your surroundings, monitoring the noise around you and automatically adjusting to ensure that your music is all you will hear.
Because you use headphones for much more than just listening to music, each high-performance earbud benefits from two separate microphones with advanced technology to ensure that your calls are always crystal clear.
With you all day
A premium and comfortable design with an extended battery life to maximize convenience throughout your day.
Smart charging case
A quick and convenient wireless charging case allows you to transport one less cable around with you throughout your day. Simply charge your PI7 case on any available wireless charging pad to continue listening to the highest quality sound on the go.
Quick charge support
Whether you want to get back to your music or have an urgent call, Quick Charge Support gives you convenience throughout the day. A quick 15-minute charge offers you a further 60-minutes of listening and communication time.
Multiple Device Pairing
PI7s supports pairing to multiple devices so that you can transition between your phone, laptop, tablet, and other devices. Your music, movies, and conversations will follow you wherever you go.
Intuitive and customizable single button control earbuds in a smart, quick-charging wireless case.
Simple 1 button UI
Single-button control that supports multiple functions and is simple to use. Because feature-rich should also be easy to use.
Voice Service Support
Summon your favorite virtual assistant quickly and easily with a push of a button, because assistance should be anything but complicated.
A truly transformative feature and an industry first, the PI7 case doubles as a unique retransmission system, allowing you to retransmit the audio to your PI7s. The only True Wireless headphones that allow you to connect directly to an audio source.