Wireless Lavalier Microphone, Bluetooth Microphone Noise Reduction Live Streaming Interview Mini Wireless Mic for Camera, Recording, Teaching, Church (Comes with a Complete Set of Apple adapters)

[ENHANCED WIRELESS EXPERIENCE] Enjoy Bluetooth 5.0+2.4Ghz wireless transmission for clear, interferencefree reception. Plug and play setup for hasslefree connectivity.
[CRYSTAL CLEAR AUDIO] Benefit from double microphone noise reduction technology and a high sensitivity microphone that blocks out background noise, delivering a clear sound experience.
[EASY TO CARRY] With its small and lightweight design, this microphone can be easily clipped onto your shirt, tie, or pocket, ensuring wireless convenience wherever you go.
[VERSATILE POWER SUPPLY] Support USB OTG5V power supply, making it ideal for mobile phone live broadcasts, interviews, indoor and outdoor video recordings, and more.
[WIDE COMPATIBILITY] Suitable for a range of devices, this microphone is perfect for interviews, broadcasters, and content creators looking for professional-grade audio quality.
Spec:
Item Type: Lavalier Microphone
Material: ABS
Weight: Approx. 219g / 7.7oz
Wireless Transmission Frequency Band: 2.4Ghz
Wireless Connection Distance: 10M
Power Supply Mode: USB OTG 5V
Power Supply Working Current: 22ma
Charging Compartment Battery Capacity: 1200maH
Battery Type: Lithium Battery
Charging Current of Charging Compartment: DC-5V 1A (MAX)
Mobile Power Bank Output Power: 1A at 5V 5W(MAX)
Standby Current: 100uA
Wireless Transmission Frequency Band: Bluetooth 5.0+2.4GhZ
Microphone Audio Sampling Rate: 16KHZ
Audio Delay: 30ms (2.4G Mode), 100ms (Bluetooth Direct Connection Mode)
Sensitivity: -42db±1db
ENC Spray Reduction: Double microphone standing waves forming noise reduction
Signal To Noise Ratio: 56DB
Battery Capacity: 55mah (Built In)
Battery Type: Lithium Battery
Charging Current: 50ma
Working Time: 7-8h
Bluetooth mode and mobile phone direct connection
1: Starting up, turn on and off, paired devices
Insert the receiver into a device with a TYPE-C interface. The