According to official news from Bowers & Wilkins, Bowers & Wilkins officially launched two new Pi series true wireless Bluetooth noise-canceling headphones Pi7 II and Pi5 II in China today. They are 3699 yuan and 2599 yuan respectively.
The flagship Pi7 second-generation true wireless Bluetooth noise-canceling headset supports 24-bit/48kHz high-fidelity wireless transmission and Qualcomm aptX Adaptive technology and can be connected with compatible mobile devices to deliver high-fidelity streaming music. The Pi7 second-generation true wireless Bluetooth noise-canceling headset has three colors: Cangmo Black, Haoyue White, and Zhanjin Blue.
Pi5 second-generation true wireless Bluetooth noise-canceling earphones adopt TWS + communication technology, with a 9.2mm dynamic driver unit, can carry out high-fidelity wireless music transmission with aptX compatible mobile devices, there is no distinction between the two ears, the sound quality is improved synchronously, and the sound quality is reduced. Sound delay, while increasing the battery life of the headset.
The official said that the second generation of the Pi series supports one-button user interface operation, and can easily perform multiple tasks with a single capacitive touch button. At the same time, the interactive experience of the Music App has also been upgraded. It has been upgraded from the first-generation Headphone App to the Music app of Bowers & Wilkins. Both products support wireless charging and are compatible with a wide range of applicable accessories. The new battery capacity of the second generation of the Pi series has been increased, and the music playback time has been increased from 4 hours of the previous generation to about 5 hours, an increase of about 25%.
The smart charging compartment of the Pi7 second-generation true wireless Bluetooth noise-canceling headset can also be connected to an external audio source through a 3.5mm audio cable or USB, and the sound can be accurately and wirelessly retransmitted to the earbuds through the original wireless audio transmission technology.
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