K9 2 in 1 Wireless Clip-on Auto Noise Cancelling Live Mini Microphone, Port: Type-C About this item: 1. [Plug and Play and Hands-Free]No AdapterAddtional APP Bluetooth needed, just 2 steps to connect. Step 1: Plug the receiver into your devices Step 2: Power on the microphones. Say goodbye to messy cables, and the wireless lapel lavalier microphones can be clipped on the collar to free your hands for audio video recording, make your live streaming more relaxed and enjoyable! 2. [360° full point pickup, recording every detail of sound]The Mini Wireless Microphone is a lapel microphone that you can carry around and receive clear, high-quality audio, designed for YouTube Live, Facebook Live, TikTok creators, influencers, meal broadcasts, teacher recorders, and more 3. [Superior Noise Reduction and Real-time Auto-sync]This omnidirectional wireless lavalier microphone is built with professional-grade intelligent noise reduction chips, providing effective identification of the original sound and clear recording in noisy environment. The real-time auto-sync technology extremely reduce the time of video post-editing, supporting a better experience in videos being watched. 4. [Long Distance Transmission and Long Battery Life]Upgraded wireless microphone transmission technology, 65 feet stable audio signal transmission without cable and harsh noises. The reciever is powered by your device(Can Be Charged At The Same Time), the transmitter built in rechargeable batteries works up to 4-6 hours. 5. [Warm Tips ]Please read the user manual and charge the wireless lavalier microphone before using it for the first time. This product is for live, video or audio recording only, and cannot be used for call or FaceTime You need to take off the receiver to be able to hear the audio playback. Contact us if it doesn't work. Feel free to contact us if you have any questions. Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.