MAONO Wave T1 Mini Wireless Lavalier Microphone, USB-C Plug, AI Noise Cancellation

Maono Wave T1 MINI Wireless Microphone

Mini Mic, Pro Sound: The Maono Wave T1 mini microphone is ultra-compact and portable while delivering 48kHz/16bit studio-quality sound. Effortlessly capture rich, detailed audio for the perfect recording experience

MFi Certified, Secure Recording: Apple-certified USB-C receiver wireless microphone, seamlessly compatible with iOS system, providing interference-free high-quality audio transmission, bringing a reliable recording experience, avoiding the risk of devices overheating, data loss or damage. Note: Please choose the Lightning version for iPhone 14 series and below

4-Level AI Noise Cancellation: The Wave T1 mini clip-on mic supports one-click to turn on/off the noise reduction, combined with 32dB gain control and Smart Automatic Limiting function, ensure crystal-clear and rich recordings in noisy environment

Extended 30-Hour Battery Life: With compact charging case, this small microphone can work for up to 30hours. The receiver allows to charge your device while recording, no more worrying about low battery situation

328ft Stable Transmission: The Wave T1 mini mics is Plug-and-play, delivers a uninterrupted 328ft connection without signal dropouts. The LED indicator displays the working status, and with a double-tap, you can effortlessly remote control of photo capture or video recording

AI Voice Filters and Effects: With the Maono Link app, you can switch between 4 unique voice filters and 4 voice-altering effects for creative, tailored audio. Additionally, adjust the noise reduction level and sound gain in real time for a perfectly customized recording experience

Essential for Content Creation: The T1 mini lav mic is widely compatible with iPhone16 15 series, Android phones, tablets, action cameras, Windows and Mac PC. Perfect for vlogging, video recording, streaming, meetings, and interviews—capture every moment with precision. Note: For compatibility, some Android devices need to find and enable the OTG function in the system