Promate Clipmic-C High Definition Microphone

Promate Clipmic-C High Definition Omni-Directional Clip Microphone

Designed to use in a wide range of content creation like film, television, and broadcast scenarios, ClipMic-C features a high-quality Omni-directional condenser Microphone with smart sound pickup, a foam shield to reduce the wind sound, a durable mounting clip, and a premium built-in Type-C Cable for professional audio recording.
Promate lavalier microphone has an omnidirectional sound pickup for capturing clear, accurate, and noise-free sounds for a high-quality recording. With wide frequency response and High-Fidelity voice resolution, this highly sensitive USB-C Mic is ideal for Interviews, broadcasts, Podcasts, YouTube, Video Vlog, Live Streaming, Voice, and Video Recording even in noisy environments.
Engineered with built-in advanced technology and high sensitivity, the USB-C Clip Mic ensures high-quality, crystal-clear sounds whether you record indoors or outdoors. Moreover, with lowered sound echoes in the backdrop, capture perfectly seamless audio sound.
No more worrying about the external noises while recording as the ClipMic-C comes equipped with the latest noise reduction technology to help you record clear videos, interviews, speeches in High-Quality Sound. Whether you are recording outdoors or at home, it captures the perfect sound without any external chaos.
Promate lapel microphone features a standard USB-C connector to create easy connectivity to most smartphones, PC, laptops and devices like MacBook Pro, MacBook Air, iPad Pro, iPad Air, iPad Mini, Galaxy S21, Galaxy S21+, Huawei P40 and OnePlus 8. Simply connect your Type-C Connector Microphone to the compatible device and get ready to record High-Definition audio no matter where you are
To reduce the unpleasant noises, wind, breath, and other obstructive sounds, the Microphone comes with high-density windscreen foam. Moreover, it protects the microphone from dust, humidity as well as maintains personal hygiene for those who share the device.