PQRQP 3-in-1 Mini Microphone for iPhone/Android/Camera, Hi-Fi Audio, 48kHz/24-bit,Wireless Microphone, 328ft Range, 18H Battery, Lapel Mic with Noise Reduction for TikTok, YouTube
Studio-Quality Clear Audio: This professional wireless lavalier microphone features 48kHz/24-bit Hi-Fi sampling for pristine, distortion-free recording. Ideal for live streaming, karaoke, and content creation, it comes equipped with advanced noise cancellation and an included windproof cotton cover to deliver exceptional clarity even in outdoor environments.
Universal 3-in-1 Plug & Play: This mini wireless microphone system includes a versatile receiver compatible with iPhone, Android, iPad, laptops, and cameras. With no apps, Bluetooth pairing, or complicated setup required, you can plug and record instantly—turning any device into a professional audio solution for YouTube, TikTok, podcasts, and interviews.
18H All-Day Battery Life: The dual wireless lavalier microphones offer up to 9 hours of use per charge, providing a total battery runtime of 18 hours. This long-lasting performance ensures uninterrupted recording for extended shoots, all-day events, and outdoor live streams without worrying about sudden power loss.
328ft Low-Latency Range: Adopting advanced 2.4GHz wireless transmission technology, these microphones maintain a stable connection up to 328 feet with ultra-low latency. Enjoy unrestricted movement during performances, filming, or on-location recording with no audio dropouts or lip-sync issues.
Reverb & One-Touch Mute: Built-in reverb enriches your audio with depth and immersion, perfect for singing, narration, and creative content. The one-touch mute function allows quick privacy control and adjustments without disconnecting or powering off the system, preserving your workflow seamlessly.
Real-Time Type-C Monitoring: Support real-time audio monitoring via Type-C headphones, so you can hear exactly what the microphone captures. Catch mistakes early, avoid recording errors, and ensure professional, accurate results for every project.
