Product detailsusic Master G6S True Wireless 9D Stereo Sound Surround Touch Earphones Bluetooth 5.0 Headphones with Digital Intelligence LED Display & Charging Case Without Any DelayDescription:New Bluetooth 5.0: The connection is more stable. The new Bluetooth low energy 5.0 version makes it easier to connect, more reliable, and faster, allowing you to enjoy the wireless without worrying about listening to music or making interrupted calls.Small Body, Big energy: It lasts for 3 days without running out of power. it can support the headsets 12 times binaural charging.9D Stereo Hifi Sound Quality: Super Good Sound quality from the inside out. Full frequency moving iron unit, three-frequency balanced HIFI level hearing. Full Bluetooth 5.0 lossless transmission, new version supports high definition data transfer. Independent Acoustic cavity, the voice is more full and powerful. Instructor level motor tuning, the gold moving iron unit and the tone cavity play a more outstanding role. 9th?generation noise reduction, restore high-definition voice.Open and connected: Take it in, shut it down. Each time the cover is opened, your device is automatically connected, the headset is returned to the box, and the headset is disconnected and recharged.Long distance connection: New Bluetooth 5.0 solution, achieve true wireless binaural technology, achieve true stereo effect, power consumption than the previous generation reduced 20%, meters long signal connection distance.Comfortable Ergonomics: wear it long and wear it hard. We scanned and analyzed a large number of auricle samples, based on which we created the initial 3D hand plate, fine-tuned the 3D, and after thousands of wearings, we finally came up with a set of dimension to fit the ear.Led dual-charge display: New LED digital display, charging bin and headphones, power at a glance, to avoid the embarrassment of sudden power loss.Upgrade the magnetic induction storage: Magnetic induction bin, no pressure, easy to open the door, greatly enhance the use of experience, to solve the problem of traditional snap-type storage bi