Dynamic Instrument Microphone, SYNCO E10 Vocal Cardioid Mic, Dual Power Supply with XLRM Connector & Mount for Audio Mixer, Recorder, Camcorder, Camer…
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Dynamic Instrument Microphone, SYNCO E10 Vocal Cardioid Mic, Dual Power Supply with XLRM Connector & Mount for Audio Mixer, Recorder, Camcorder, Camera, Handheld for Interviews, Reports, Music

  • 【Upgraded Cardioid Condenser Mic】 As a cardioid condenser microphone, SYNCO Mic-E10 Dynamic Instrument MIC is most sensitive to the sound from straight ahead, effectively reducing the sound feedback and undesired peripheral noises. You can get pretty good results even recording in environments with winds, traffic, noises.


  • 【High-quality Sound, Ideal Signal Transmission】 Adopting 50Hz-18000Hz broad and balanced frequency response, Mic-E10 vocal microphone is ideal for recording wide range of sound, including vocals, acoustic, musical instruments, singing voices in great details. One SYNCO microphone helps you pick up sound in interview, speech, musical performance, and many live sound applications.


  • 【Super Anti-interference Design】 Bulit-in exquisite aluminum alloy housing and inbuilt 180Hz 12dB low cut filter, E10 audio musical microphone rolls off unwanted rumble, plosives from vocal and part of noises at 180Hz, minimizing the room noise and peripheral noise such as wind, handling noise. Intelligent noise reduction improves recording clarity and quality.


  • 【Support 1.5V AA Battery/48V Phantom Power】 Mic-E10 Musical Instrument mic supports 1.5V AA battery and 48V phantom power, 1.5V battery for DSLR, smartphone and computer while the latter for audio mixer or recorder. 1.5V battery is powerful enough to drive the SYNCO microphone when 48V phantom power is not available, especially for outdoor application.


  • 【Intended for Widely Use】 SYNCO Dynamic Instrument Microphone is designed with a 3-pin XLRM connector, which is universal for most audio devices including audio mixer, recorder, camcorder, camera(need XLRM to 3.5mm cable). XLR has a locking mechanism to avoid unwanted disconnects, ensuring the signal can be transmitted fast and smoothly.

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