B&W Formation Duo multi-room audio powered, pr speakers (black)

Amazing high-resolution streaming music For optimal sound mount your Duo speakers on dedicated Formation FS Duo speaker stands (available separately). The Formation Duo powered speaker system lives up to the exacting audio standards of Bowers & Wilkins. These wireless speakers feature 24-bit/96kHz streaming audio resolution to deliver exceptionally clear and accurate sound. Formation speakers create their own patented, robust mesh network. This ensures proper bandwidth for high-res audio streaming, without overtaxing your home Wi-Fi? network, as well as near-perfect speaker synchronization. Advanced speaker design The Duo speakers benefit from Bowers & Wilkins' long history of audio innovation. Each speaker has a top-mounted 1" Carbon Dome tweeter, a design borrowed from the company's acclaimed 700 Series passive models. The separate enclosure ensures the tweeter delivers pristine highs. The 6-1/2" high-performance Continuum(tm) cone woofer - a technology borrowed from their even higher-end 800 Series - reproduces midrange and low tones with astonishing accuracy. Matching stands strongly recommended Bowers and Wilkins strongly recommend the Duo speakers primarily be mounted on Formation FS Duo speaker stands . These stands are custom-designed to optimize the performance of the speakers. Simple multi-room app control Formation wireless speakers are easy to use, thanks to the Bowers & Wilkins Home app. Download it from the Apple App Store or Google Play to your smartphone or tablet. The app walks you through the setup process. It also lets you add other Formation speakers easily as you build out your multi-room audio system. You can assign room names to your Formation speakers, group them to simultaneously play the same song, or play different songs from different sources in each room. Wireless options The Formation Duo speakers feature Bluetooth 4.1 for playing audio sources from a wide variety of apps on your mobile device. Built-in aptX HD and AAC decoding prov