€62 with coupon for Xiaomi Air 2S Bluetooth 5.0 TWS Earphones Wireless Charging ENC Noise Cancelling LHDC/SBC/AAC EU ITALY WAREHOUSE from GEEKBUYING

Xiaomi Air 2S Bluetooth 5.0 TWS Earphones Wireless Charging ENC Noise Cancelling LHDC/SBC/AAC

Highlights

Clear Full Bass, LHDC/SBC/AAC

The Xiaomi Air 2S supports LHDC Bluetooth decoding, LHDC stands for low latency and high-definition audio code. LHDC allows more than 3 times the data transmitted and also provides the most realistic and high definition wireless audio. Comparing to the Bluetooth SBC audio format, LHDC allows more than 3 times the data transmitted and also provides the most realistic and high definition wireless audio. This removes any form of audio quality disparity between wireless and wired audio devices. AAC and SBC audio format are also supported by the Xiaomi Air 2S.

Xiaomi Air 2 uses a 14.2 mm composite diaphragm moving coil unit. The bass is rich and full, and the treble, clear and sharp. The headset also provides dual-microphone noise reduction, making the call clearer.

120ms Ultra Low Latency 

When paired with XIAOMI smartphones, Xiaomi Air 2S  earphones brings down the latency to as low as 120ms, which is on par with the combo of AirPods Pro+ iPhone.

Whenever you listen to music, playing games or watching a movie, Xiaomi Air 2S will always deliver a seamless experience.

5 Hour Of Use On A Single Charge + Wireless Charging 

One of the most impressive part of the new Xiaomi Mi Air 2S TWS earphones is the battery life. The company claims that it can provide 5 hours of usage on a single charge but can be extended up to 24 hours of battery life, when combined with the charging box. The charging box of the earbuds also come with support for Qi standard wireless charging technology, making the charing process more convenient.

ENC Noise Reduction

The dual-microphone array environment noise reduction technology effectively reduces the environmental noise during the call, ensuring high-definition voice recognition and call quality when in noisy environments.