HUAWEI FreeBuds Pro 3 is a pair of True Wireless Stereo (TWS) Bluetooth in-ear earbuds. It features noise cancellation, consisting of the left and right earbuds and a charging case. It comes out as the next edition of FreeBuds Pro 2. HUAWEI FreeBuds Pro 3 can be connected with other Bluetooth devices such as phones, tablets, and PCs over Bluetooth. It features noise cancellation during calls to ensure stable voice calls, lossless music transmission with a rate as high as 1.5 Mbps, and active noise cancellation (ANC).

Features

• The send/receive loudness, noise floor, frequency response, distortion, and echo comply with the narrowband calling standard TIA-810B and the broadband calling standard TIA-920.
• Ultra-hearing dual-speaker unit: super-magnetic four-magnet dynamic driver unit + planar diaphragm driver unit for trebles
• The product complies with the RoHS and halogen-free environmental protection requirements.
• Ultra-hearing dual-driver: With quad-magnet dynamic driver units, UHF planar diaphragms for treble, as well as the cutting-edge digital cross-over for frequency division, FreeBuds Pro 3 provides two independent sound output systems, with a rich cascade of sound, texture, and detail that far exceed your hearing range �” from 14 Hz to 48 kHz*.
• HUAWEI FreeBuds Pro 3 adopts the Bluetooth HD audio transmission protocol LDAC and L2HC to implement high-bit-rate HD audio transmission. HWA and Hi-Res Wireless Dual HD audio certification ,generating pure high-fidelity sound that spares no detail,and a latency as low as 2.5 ms
• HUAWEI FreeBuds Pro 3 provides the best-ever call experience among TWS earbuds. It employs a bone conduction microphone in addition to other three microphones, as well as the Huawei-exclusive multi-channel deep neural network (DNN) noise cancellation algorithm, to cancel out noise of up to 85 dBA, and ensure crystal clear calls at wind speeds of up to 9 m/s, whether you're on the subway, in a shopping mall, or facing a stiff breeze.
• Based on Huawei-proprietary algorithms, shortcuts like pinch and swipe are recognized with high sensitivity to implement noise control and media volume adjustment.