3.5mm Unidirectional Lavalier Condenser Microphone,ML35-9

HIGHLIGHT

• [Unidirectional Pattern to Minimize Background Noise]-Fine-tuned ECM unit with more clarity and lower noise makes the MIC ideal for interviews, Hosting & Broadcasts, Online Podcasting such as on Facebook, and YouTube, Video vlogs, live streams, Voice & video recording, and wedding videos even in a noisy environment.
• [Deigned for Superior Sound Quality]- Full metal case isolates the unwanted external electric interference. 3.5mm gold plated plug for secure connection and minimum resistance. OFC wires ensure lossless signal transmission for excellent audio quality.
• [Handy Design]-The wind muff reduces unwanted breath and wind noise, and the lapel clip lets you tuck the mic into shirt collars and buttons, keeping your hands free while you record your YouTube channel or vlog.
• [Universal Compatibility ]-3.5mm(1/8”) TRRS plug is compatible with smartphones, tablets, laptops, and computers with a combo audio jack. Compatible with iPhone 6/6S Plus, 5/5S, iPad Air(1st/2nd/3rd), iPad Pro(1st /2nd), iPad Mini, MacBook, Google Pixel 4a/3a, Samsung S10 etc.
• [Plug and Play]-No discs and software are needed, just plug it in and start recording, the perfect external microphone for a computer kit for content creators and remote workers.

Cubilux Unidirectional Lavalier Condenser Microphone

The unidirectional pickup pattern allows the mic to record crystal sound from the top direction and block out background noise from other sides, which is perfect for both indoor and outdoor environment. Ideal for vocal recording, singing, interviewing,livestreaming and on-line conference.

• Unidirectional pickup pattern for noise isolation
• High-sensitive microphone unit to record loud and clear sound
• Gold plated plug and Oxygen-Free Copper for excellent sound quality
• Lapel clip for handsfree recording

High-Sensitive MIC Unit

• This lavalier microphone enhances the loudness and clarity of the sound with high- sensitive ECM unit and offers a smooth frequency response to reproduce the sound source accurately with little or no variation from the original sound.