UGREEN HiTune T3 Pro Bluetooth 5.4 Earbuds

UGREEN HiTune T3 Pro Bluetooth 5.4 Earbuds Upgraded Noise-cancellation Earbuds UGREEN HiTune T3 Pro UGREEN HiTune T3 Pro wireless earbuds are applied with ANC (Active Noise Cancellation) tech, which can reach 38dB depth of noise reduction. The earphones can filter out more than 95% of ambient noise, and keep the clearest sound in the headphones. Clear calls without Interruptions Equipped with ENC call noise reduction technology, the earphones have obtained a patent for wind noise reduction. Each earbud has two mics (one for audio reception and the other for noise reduction). Even in noisy outdoor environments, you and the person you are talking to can hear each other. UGREEN HiTune T3 Pro Customize Your Earbuds via APP UGREEN APP can customize exclusive modes for you according to your preferences. In addition to three noise-cancelling modes, you can also choose a unique gaming mode. The APP can change the name of the earphones and display the power. You can also adjust the equalizer to choose the music style that suits you best. Through the APP, the Bluetooth earbuds can also connect to two devices at the same time. UGREEN HiTune T3 Pro Crystal Sound inside Your Mind Checked by UGREEN’s exclusive acoustic team, HiTune T3 Pro earbuds provide guaranteed high-quality sound. Equipped with a 10mm bio-diaphragm dynamic speaker, the wireless bluetooth headset can reproduce the sound of a live concert for you. UGREEN HiTune T3 Pro Upgraded Battery Life The usage time of a single earbud is 7.5 hours, and it can be used for up to 30 hours when used with the charging case (equivalent to playing about 450 songs or 15 movies). The USB C port of the wireless earbuds supports fast charging, and can be fully charged in 2 hours. Stable connection, One Step Faster Applied with Bluetooth 5.4 chip, UGREEN earphones Provide a low-latency gaming mode to ensure audio and video synchronization. With the upgraded chip, UGREEN wireless earbuds support a more stable connection and wider transmission range.