Introducing the HKM-956883 Wireless Stereo Earbuds, designed for those who seek a seamless listening experience. These earbuds come equipped with advanced touch noise reduction technology, ensuring that your audio remains crystal clear, whether you're enjoying music or taking calls. With the ability to connect to multiple devices simultaneously, the HKM-956883 makes it easy to switch between your phone, tablet, or laptop without missing a beat.

Features include a power display, an intuitive call function, and NFC capability, allowing for quick and easy pairing. Voice control support adds another layer of convenience, making it simple to manage your audio experience without needing to reach for your device. The earbuds operate in stunning bilateral stereo, providing rich, immersive sound quality in both the cool black and fantasy white color options.

With a robust Bluetooth 5.0 connection, you'll enjoy reliable performance within a 15-meter range. Each earbud has a battery capacity of 45mAh, while the charging case boasts a 450mAh battery, ensuring that your earbuds are always ready for use. The HKM-956883 supports various Bluetooth protocols, including A2DP1.3, HFP1.6, HSP1.2, AVRCP1.6, and D11.3.

Whether you are commuting, working out, or just relaxing at home, the HKM-956883 Wireless Stereo Earbuds are your perfect audio companion, providing both flexibility and superior sound quality. Discover the freedom of wireless listening with these thoughtfully designed earbuds that effortlessly blend style and functionality.

Functions: power display, call function, NFC function, voice control, music support, multi-point connection
Channel: Stereo
How to use: Earplug
Whether single or binaural: bilateral stereo
Color: cool black English version, fantasy white English version, cool black Chinese version, fantasy white Chinese version

Bluetooth version ：5.0
Earphone capacity ：45mAh
Battery capacity ：450mAh
transmission distance ：15m
Wireless frequency： 2.4GHZ

Charging voltage DC： 5V

Support protocol: A2DP1.3/HFP1.6/HSP1.2/AVRCP1.6/D11.3